Generale 04_2013 Eng

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rcgroupairconditioning

f i f t y c o o l y e a r s

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air conditioners

liquid chillers

mult ifunction chillers motoevaporating units

air cooled condensers

generalcatalogue 2013

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RCGROUP SpA • 19632013 fiftycoolyears

new

new

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INTRODUCTION

Products selection .................. .................. .................. ................. .................. .................. ......... 5

Eurovent Certification .................. .................. .................. ................. .................. .................. ......... 8

Company profile .................. .................. .................. ................. .................. .................. ......... 9

Reference .................. .................. .................. ................. .................. .................. ....... 12

AIR CONDITIONERS FOR DATA CENTRE ............................................................................................. 13

NEXT Direct expansion close control air conditioners .................. .................. .......... 15

NEXT EVO INV Close control air conditioners with inverter driven compressors ................. .... 21

NEXT EVO CW Chilled water feeding close control air conditioners ....................................... 31

NEXT DL Close control air conditioners with displacement air delivery .......................... 39

COOLSIDE EVO Air conditioning system for high density racks ................ .................. ............. 43

COOLSIDE BOX Conditioned server - racks for direct installation into the room ....................... 51

NEXT MTR Close control air conditioners for metrological rooms ................. .................. . 59

AIR CONDITIONERS FOR TELECOMMUNICATION .............................................................................. 63

ENERGY SPLIT Telecom split-system air conditioner with Free-Cooling system .................. .... 65

MINIPAC Telecom packaged air conditioner with Free-Cooling system .................. ....... 69

ENERTEL Telecom packaged air conditioner with Free-Cooling system ................. ....... 73

AIR CONDITIONERS FOR COMFORT ................................................................................................... 77

NEXT P Heat Pump air conditioners .......................................................................... 79

LIQUID CHILLERS .................................................................................................................. 85

SMART Air cooled liquid chillers .........................................................................87

UNICO Air cooled liquid chillers .........................................................................93

PYXIS Air cooled liquid chillers .........................................................................99

GLIDER EVO Air cooled liquid chillers .......................................................................107

UNICO TURBO FL Air cooled liquid chillers equipped with oil- free compressors ..................113

MAXIMO Air cooled Free-Cooling chillers .............................................................121

EAGLE FREE Air cooled Free-Cooling chillers .............................................................127

GLIDER EVO FREE CLA Air cooled Free-Cooling chillers .............................................................131

NEMO Water cooled liquid chillers, motoevaporanting .......................................135

MANTA Water cooled liquid chillers, motoevaporanting .......................................141

FRIGO SCREW Water cooled liquis chillers ...................................................................147

FRIGO TURBO FL Water cooled liquid chillers equipped with oil- free compressors ..............155

MULTIFUNCTION CHILLERS ...............................................................................................................163

MULTIPLO PF Air cooled multifunction chillers .............................................................165

MULTIPLO SCREW Air cooled multifunction chillers .............................................................169

TRILOGY Air cooled multifunction chillers .............................................................173

TRIPACK Water cooled multifunction chillers ........................................................179

HEAT PUMP CHILLERS .................................................................................................................183

SMART HP Air / water reversible heat pump ...........................................................185

SMILE HP Revers ib le heat pump for heat ing, cool ing and domest ic hot water . . . .

product ion . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . .. . . . . . . . . . . 191

REVERSO Air / water reversible heat pump ...........................................................199

EAGLE HP Air / water reversible heat pump ...........................................................205

REVERSO SCREW Air / water reversible heat pump ...........................................................211

GEOPLUS Geothermal reversible heat pump for heating , cooling and instant production

of domestic hot water ........................................................................215

NEMO HP Water / water reversible heat pumps .....................................................223

MANTA HP Water / water reversible heat pumps .....................................................227 FRIGO SCREW WP Water / water heat pumps ....................................................................237

AIR COOLED CONDENSERS ...............................................................................................................241

TEAM MATE Air cooled condensers .........................................................................243

INDEX

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19632013 fiftycoolyears • RCGROUP SpA


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Please register on our web site www.rcgroup.it for the download of all technical and

commercial documentation.

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NEXT O / U P P 6,4 ÷ 108,0 √ DX / DW 15

NEXT EVO INV O / U P Pi 7,3 ÷ 71,4 √ DX 21

NEXT EVO CW O / U P -- 6,2 ÷ 248,0 √ CW 31

NEXT DL DL P P 7,7 ÷ 49,2 √ DX / DW / CW 39

COOLSIDE EVO HR / CL P Ri / Pi 4,5 ÷ 53,1 -- DX / DW / CW 43

COOLSIDE BOX CL P Ri / Pi 4,5 ÷ 22,5 -- DX 51

NEXT MTR O P P 6,6 ÷ 15,4 -- DX / DW 59

NEXT P O P P 6,3 ÷ 113,0 -- DX / DW 79

CHILLEDWATER

CHILLEDWATER

CHILLEDWATER

R410A

R410A

R410A

R410A

R410A

R410A

R407c

new

new

new

ENERGY SPLIT HR / VR C R / Z 4,3 ÷ 15,7 √ DX 65

MINIPAC HR A R / Z 4,3 ÷ 19,7 √ DX 69

ENERTEL U / O C Z 5,6 ÷ 15,9 √ DX 73

ENERTEL DL DL C Q 6,7 ÷ 15,8 √ DX 73

R407c

R407c

R407c

R134a

AIR CONDITIONERS FOR DATA CENTER

series air delivery fan type compressor capacity (kW) free-cooling version page


AIR CONDITIONERS FOR COMFORT

PRODUCTS SELECTION

AIR DELIVERY : O - UPFLOW / U - DOWNFLOW / DL - DISPLACEMENT / HR - HORIZONTAL / CL - CLOSE LOOP

FAN TYPE : C - CENTRIFUGAL / P - PLUG FAN

COMPRESSORS: P - SCROLL R410A / Pi - SCROLL INVERTER R410A / Ri - ROTARY INVERTER R410A

VERSION : DX - AIR COOLED / DW - WATER COOLED / CW - CHILLED WATER

AIR DELIVERY : O - UPFLOW / U - DOWNFLOW / DL - DISPLACEMENT / HR - HORIZONTAL / CL - CLOSE LOOP

FAN TYPE : C - CENTRIFUGAL / P - PLUG FAN

COMPRESSORS: P - SCROLL R410A / Pi - SCROLL INVERTER R410A / Ri - ROTARY INVERTER R410A

VERSION : DX - AIR COOLED / DW - WATER COOLED / CW - CHILLED WATER


AIR CONDITIONERS FOR TELECOMMUNICATIONS

AIR DELIVERY : O - UPFLOW / U - DOWNFLOW / DL - DISPLACEMENT / HR - HORIZONTAL / VR - VERTICAL

FAN TYPE : C - CENTRIFUGAL / A - AXIAL

COMPRESSORS: Q - SCROLL R134a / Z - SCROLL R407C / R - ROTARY R407C

VERSION : DX - AIR COOLED

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NEMO P D 5,4 ÷ 30,5 135

MANTA P D 23,5 ÷ 670,0 141

FRIGO SCREW K V D 186,0 ÷ 655,0 147

FRIGO SCREW CLA V D 406,0 ÷ 1604,0 147

FRIGO SCREW CLA PLUS V D 623,0 ÷ 1161,0 147

FRIGO SCREW HR V D 394,0 ÷ 1506,0 147

FRIGO TURBO FL T FL 280,0 ÷ 1840,0 155

FRIGO TURBO K T D 270,0 155

NEMO A P D 5,4 ÷ 26,0 135

MANTA A P D 24,2 ÷ 617,0 141

MAXIMO P A / P LNO / ELN D 18,9 ÷ 258 ,0 121

EAGLE FREE P A LNO / ELN D 64,0 ÷ 313,0 127

GLIDER EVO FREE CLA V A LNO / ELN D 288,0 ÷ 1339,0 131

R410A

R410A

R410A

R410A

R410A

R410A

R134a

R134a

R134a

R134a

R134a

R134a

R134a

R134a

SMART P A / P LNO D 4,9 ÷ 46,2 87

UNICO P A / P LNO / ELN D 19,6 ÷ 264,0 93

PYXIS P A LNO / ELN D 45,7 ÷ 808,0 99

PYXIS CLA P A LNO / ELN D 108,0 ÷ 876,0 99

GLIDER EVO V A LNO / ELN D 299,0 ÷ 1310,0 107

GLIDER EVO CLA V A LNO / ELN D 282,0 ÷ 1510,0 107

UNICO TURBO FL T A LNO FL 280,0 ÷ 1500,0 113

R410A

R410A

R410A

R410A

R134a

R134a

new

new

new

new

PRODUCTS SELECTION

WATER COOLED LIQUID CHILLERS

AIR COOLED MOTOEVAPORATING UNITS

series compressors evaporator capacity (kW) page

series compressors evaporator capacity (kW) page

series compressors fan type low noise version evaporator capacity (kW) page

AIR COOLED LIQUID CHILLERS WITH FREE-COOLING SYSTEM

COMPRESSORS: P - SCROLL R410A / Pi - SCROLL INVERTER R410A / Ri - ROTARY INVERTER R410A / V - SCREW R134a / T - TURBO R134a

FAN TYPE : C - CENTRIFUGAL / P - PLUG FAN / A - AXIAL

NOISE REDUCTION: LNO - LOW NOISE KIT / ELN - EXTREMELY LOW NOISE KIT

EVAPORATOR: D - DRY EXPANSION / FL - FLOADED

AIR COOLED LIQUID CHILLERS


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GEOPLUS Wi Ri / Pi D 8,7 ÷ 22,7 215

NEMO HP P D 7,6 ÷ 37,4 223

MANTA HP P D 34,8 ÷ 817,0 227

MANTA WP P D 35,1 ÷ 828,0 227

FRIGO SCREW WP P D 474,0 ÷ 1977,0 237

GEOPLUS Ai Ri / Pi D 7,6 ÷ 19,9 215

NEMO A HP P D 6,4 ÷ 29,3 223

MANTA A HP P D 27,0 ÷ 431,0 227

TEAM MATE HR / VR A LNO / ELN 12,1 ÷ 307,0 243

SMART HP P A / P LNO D 5,9 ÷ 56,0 185

SMILE HP Ri / Pi A -- D 8,1 ÷ 19,9 191

REVERSO P A / P LNO / ELN D 23,7 ÷ 333,0 199

EAGLE HP P A LNO / ELN D 49,5 ÷ 640,0 205

REVERSO SCREW V A LNO D 233,0 ÷ 1307,0 211

MULTIPLO PF P P -- D 21,8 ÷ 222,0 165

MULTIPLO SCREW V A LNO D 199,0 ÷ 1084,0 169

TRILOGY P A LNO D 45,0 ÷ 212,0 173

TRIPACK P -- -- D 50,2 ÷ 235,2 179

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R410A

R134a

R134a

R134a

R134a

R407c

AIR DELIVERY : HR - HORIZONTAL / VR - VERTICAL



AIR COOLED CONDENSERS

series air delivery fan type low noise version capacity (kW) page

series compressors evaporator heating capacity (kW) page

series compressors evaporator heating capacity (kW) page

WATER COOLED HEAT PUMP LIQUID CHILLERS

AIR COOLED HEAT PUMP MOTOEVAPORATING UNIT

PRODUCTS SELECTION

series compressors fan type low noise version evaporator heating capacity (kW) page


AIR COOLED HEAT PUMP LIQUID CHILLERS

MULTIFUNCTION CHILLERS

COMPRESSORS: P - SCROLL R410A / Pi - SCROLL INVERTER R410A / Ri - ROTARY INVERTER R410A / V - SCREW R134a / T - TURBO R134a



EVAPORATOR: D - DRY EXPANSION / FL - FLOADED

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RC GROUP SpA participates in the EUROVENT program for: LCP - HP (Liquid

Chilling Packages and Heat Pumps).

Check ongoing validity of certification on-line: www.eurovent-certification.com

EUROVENT CERTIFICATION

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COMPANY PROFILE

Since 1963 RC Group designs and manufactures air

conditioning systems.

RC Group has gained a global leadership in research

& development, adopting avant-garde solutions and

setting new parameters that are today the standard.

First to introduce energy-saving free-cooling

systems.

First in Europe to get the ISO9000 quality

certification.

First HVAC company to advance to CAD design

suites.

First to introduce air cooled liquid

chillers equipped with oil-free centrifugal

compressors

From the early days on, innovation and

quality go hand in hand...

Tradition of quali ty, technology and

reliabilty that has brought RC Group to join

DeLclima SpA, giving life to an ambitious

and productive HVAC industrial group.

INNOVATION AND TRADITION OF QUALITY

Two production centres in Italy and a worldwide sales and

service network that exceeds 200 centres: RC Group is

always in the middle of the action.

A brand new production centre in China and a dedicated

sales network, to give prompt and competitive answers to

the needs of the Far East market.

No matter where you are, RC Group is by your side...

ALWAYS BY YOUR SIDE

Factory in Valle Salimbene (PV) Italy

Headquarter with offices and production facilities

Facor i Zeccoe (PV) Ial

Production facilities

Facor i Fosha, Guagzhou, Chia

Officies and production facilities

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COMPANY PROFILE

SPEED PROCESSES INCREASING CUSTOMER SATISFACTION

Invent, design, manufacture, test, sell, maintain.

Every part of this process is supervised and carried out by

one or more persons, whose skills and experience are our

most valuable investment.

From the early 80’s RC Group takes care of its investments

helping them to grow and to better, providing the latest

technologies and software, often built from scratch to match

the real needs of the Group.

3D Computer Aided Design, thermodynamic and acoustic

simulators, to design our units and predict the most accurate

way possible how they could behave ... and RC World!

A configurator for our sales network as no other, able

to manage all RC “world” in a couple of clicks: from the

selection to the delivery of the selected products.

Software tools to simplify our work and speed up your

projects, increasing quality and satisfaction.

TOTAL ACCURACY

Thousands and thousands of hi-tech bui ldings, telecom faci lit ies and

server farms, based on extremely advanced technologies, trust our

experience and choose RC Group close control systems to protect

their most expensive devices from critical situations of over-heating.

Hi-tech units, highest cooling density and total control are our

solutions and our everyday challenge: more power in always smaller

layouts; more flexibility and ease of use... this means simply more

relax!

A challenge won with the COOLSIDE systems, thought to be future-

ready and to face the needs of the most demanding server farms.

Modular, unbelievably powerful and compact, able to match

seamlessly with every kind of plant and project or with liquid chil lers

in energy class A or equipped with oil-free two stage centrifugal

compressors with magnetic levitation bearings.COOLSIDE BOX Codiioed server rac

1963

The first air conditioner

isalled i a major Ia lia ba

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DESIGNED TO WORK AND BUILT TO LAST

Industrial processes are extremely vary: food industries, heavy industries,

chemical and many others...

Anyway there is a t least one thing they all do need: chilled water.

Everyday of the years, 24 hours a day, chilled water is fundamental to keep

operating machines temperature within the correct range.

Whatever may be the liquid chillers installed, they will be asked to be almost

indestructible and highly performing.

RC Group has transferred its a/c units design and manufacturing skills into

this industrial machines: extreme reliability, top class energy efficiency and a

certified quality control in every part of the process.

The resul ts are high dens ity units, to exploit every inch 2 available; micropro-

cessors with autoadaptive control logics and the widest range of optional

accessories possible...

ONE SIMPLE SOLUTION

Shopping centres, theatres, cinemas, museums, restaurant...

Airports and railway stat ions... Business buildings, bureaus, credit

institutes, hospitals, shops...

Would they host thousands people onto thousands square foots, or few

people in a single rooms, everyone of these users has the same needs for

what concerns air conditioning and microclimate.

RC Group has dedicated a whole branch of its productions to “small”

units. Easy to install and fully customizable, they are based on the same

philosophy of RC ig size units, to bring you the same features of

reliability, efficiency and silentness.

All the heat pump versions are equipped with IDEA ®, a smart software,

designed to reduce energy waste, detecting the real presence of ice on

the coils and starting defrosting cycles only when it’s really necessary. A

system that can bring you savings higher than 20%!

COMPANY PROFILE

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AEM

Die Gesundheitskasse

Beghelli

EEC Ardenne Atrium

European Parliament

Bruxelles

®

Istat

McDonald’s

SNCB NMBS Senatodella Repubblica

TRUMPF

Ansaldo

British TelecomB

CreditoValtellinese

G R U P P O B A N C A R I O

HM Government

Banca Popolare di Sondrio

REFERENCE

Logos, Trade Marks and Companies Name are property of respective Owners

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AIR CONDITIONERSFOR DATA CENTER

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A C

UPFLOW

DOWNFLOW

R410AE C

6,4 ÷ 108 kW


1 9 6 3 2 0 1 3

CLOSE COntROL AIR COnDItIOnERS WItH REMOtE AIR COOLED COnDEnSEROR BUILt-In WAtER COOLED COnDEnSER

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NEXT

next UNDER

A C

UPFLOW

DOWNFLOW

R410AE C

GENERAL FEATURES

The NEXT series air conditioners are the best answer to

the need of a precise control of the thermo-hygrometric

and air purity conditions in the modern and sophisticated

Hi-Tech installations granting the optimal environment for

electronic equipment to work in and operators wealth.

Computer rooms, telephone exchanges, internet hotels,

museums, shopping centres are just some of the typical

applications of NEXT units, whose efficiency, silentness

and versatility features are appreciated by the most

qualified users worldwide.

HIGH DENSITY

The layout opt imization of components and accessories

makes NEXT air conditioners able to grant a high cooling

density for those situations where the space organization

is a key-factor.

VERSIONS:

DX (R410A) - Plug Fan

Coolig capaci 6,4 ÷ 97,4 W

Direct expansion air conditioner in Under

and Over versions, for remote air cooled

condenser matching.

DW (R410A) - Plug Fan


Direct expansion air conditioner in Under

and Over versions, with built-in water cooled

condenser.

close control air conditioners with remote air cooled condenser

or built-in water cooled condenser

NEXT is equipped with Plug-fan

Only cooling

Scroll type compressor

R410A refrigerant charge

Plug-fan with brushless type EC electric motor

Plug-fan with AC motor

Upow air deliveryDownow air delivery

Indoor installation

size H0÷H3

size H4÷H7

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NEXT

nexT OVER

MAIN COMPONENTS

• Base and housing in epoxy painted aluminium

profile frame and panels in galvanized steel

sheet externally coated with PVC film.

• Plug fans

• Scroll compressor

• Refrigerant circuit: single or double DC

• Electrical box in separate compartment

• Main switch with door lock safety

• MP.COM microprocessor control

NEXT air conditioners are available in Over and Under

version.

Up-flow air delivery (Over)

The air distribution is from the top of the unit directly in to

the room.

The air flow in each area is predetermined during the

design stage and it is not dependent on the actual state

of the load to be dissipated. The system is normally

applied in Comfort plants and in those plants having a

defined low/medium room thermal loads density.

Down-flow air delivery (Under)

The air distribution is from the bottom by means of theplenum between the building floor and the raised floor.

This solution is usua lly applied in Hi-Tech room air

conditioning and it is most favourable when load is

uniformly distributed in all areas of the room.

MAIN OPTIONAL ACCESSORIES

• Serial port

• Remote air cooled condenser (DX)

• EC fans (electronically commutate)

• Electric or hot water heating system

• Humidification and dehumidification system

• Compressor capacity control

• Free-cooling system (DW)

• Plenum on air suction for direct free-cooling

system

• Extra-circuit system

• Hot gas re-heating system

• Plenum on air delivery

• High efficiency filters F5/F6/F7/F9

• Compressor cap for noise reduction



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NEXT

006 008 010 007 009 011 013 014 015 017 019 021 023 025 029

P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S

H0 H0 H0 H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H4 H4

6,4 7,4 8,8 7,1 8,2 9,7 10,8 11,7 14,0 16,4 17,4 19,0 21,7 24,5 27,7

3,10 3,05 2,88 3,34 3,11 3,17 3,03 3,13 3,08 3,16 3,27 3,00 3,20 3,02 3,12

1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

160 160 160 186 189 190 191 244 246 247 303 306 307 421 421

160 160 160 192 196 197 198 254 256 258 314 317 318 441 441

50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7

50,7 50,7 50,7 40,4 42 ,6 42,6 43,1 47,1 47,1 47,6 48,0 49,0 48,2 51 ,6 53,3

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048

P1 S P1 S P1 S P1 S P1 S P2 DC P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC


32,8 34,5 37,1 40,9 47,4 22,9 29,7 32,9 32,3 38,2 37,6 40,5 39,8 44,8 45,9

3,26 3,15 3 ,01 3,04 3,01 2,97 2,87 2 ,93 2,79 2,91 2,80 3,11 2 ,97 3,00 3 ,21

7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310

1 1 1 1 1 2 2 2 2 2 2 2 2 2 2

422 476 476 476 484 455 457 457 457 460 460 563 563 565 565

442 492 492 492 500 471 473 473 473 476 476 589 589 591 591

60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0

53,3 57,0 57 ,1 57,2 57,8 51,8 57,0 57,2 57,2 57,8 57,8 53,0 53,0 51,5 51 ,5

052 052 060 060 064 064 072 072 082 082 092 092 100 100 P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC P2 S P2 DC

H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7

49,3 49,6 56,7 56,8 58,8 58,9 70,6 70,1 77,8 79,2 86,1 86,2 98,3 97,4

3,05 3,09 3,17 3,19 3,26 3,29 3,37 3,33 3,17 3,23 3,22 3,17 3,15 3,08

13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040

2 2 2 2 2 2 2 2 2 2 2 2 2 2

668 668 668 668 683 683 770 770 776 776 783 783 812 812

694 694 694 694 709 709 803 803 810 810 816 816 845 845

60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7

53,9 53,9 57,3 57,3 58,0 58,0 56,1 56,1 60,3 60,3 62,0 62,0 62,1 62,1



TECHNICAL DATA AND NOMINAL PERFORMANCES

NEXT DX under/over - Plug fans

MODEL

Size

Cooling capacity (1) kW

EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 24°C with 50%RH and air to the condenser at 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

AIR COOLED CONDENSER The DX series is planned for the match ingto the TEAM MATE condenser series.

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

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006 008 010 007 009 011 013 014 015 017 019 021 023 025 029



6,9 8,2 9,9 7,6 9,0 10,6 12,0 13,1 15,8 18,4 18,4 20,1 22,4 26,1 29,3

4,49 4,60 4,49 4,89 4,65 4,57 4,56 4,85 4,77 4,83 4,30 3,90 3,82 3,90 3,88

1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

161 161 161 187 190 191 192 245 247 248 304 307 308 422 422

161 161 161 193 197 198 199 255 257 259 315 318 319 442 450

50,7 52,5 54,6 49,7 50,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58,1 60,7

50,7 50,7 50,7 40,4 42,6 42,6 43,1 47,1 47,1 47,6 48,0 49,0 48,2 51,6 53,3

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048



34,0 37,7 41,4 45,1 52,5 25,7 32,7 35,7 35,7 41,6 41,7 44,7 44,9 50,0 50,2

3,91 4,41 4,39 4,31 4,31 4,52 4,14 4,00 4,01 4,05 4,07 4,48 4,54 4,47 4,52

7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310

1 1 1 1 1 2 2 2 2 2 2 2 2 2 2

423 478 478 478 486 456 458 458 458 461 461 565 565 567 567

443 494 494 494 502 472 474 474 474 477 477 591 591 593 593

60,7 62,6 62,9 63,2 63,5 57,7 62,6 62,6 62,6 64,0 64,0 61,3 61,3 59,0 59,0

53,3 57,0 57,1 57,2 57,8 51,8 57,0 57,2 57,2 57,8 57,8 53,0 53,0 51,5 51,5


H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7

54,7 55,0 62,6 62,7 65,0 65,2 76,6 76,8 86,9 87,3 95,9 96,1 108,0 108,0

4,31 4,37 4,50 4,50 4,63 4,68 4,62 4,66 4,55 4,62 4,56 4,57 4,38 4,40

13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040

2 2 2 2 2 2 2 2 2 2 2 2 2 2

670 670 670 670 685 685 772 772 778 779 786 786 815 815

696 696 696 696 711 711 805 805 812 813 819 819 848 848

60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7

53,9 53,9 57,3 57,3 58,0 58,0 56,1 56,1 60,3 60,3 62,0 62,0 62,1 62,1

NEXT


NEXT DW under/over - Plug fans

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 24°C with 50%RH and water to the condenser 30/36°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)



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NEXT

a b

c

DIMENSIONS (mm)

Size a b c

H0 655 420 1.680

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H4 1.320 860 1.980

H5 1.620 860 1.980

H6 2.155 860 1.980

H6L 2.155 930 1.980

H7 2.690 860 1.980

H7L 2.690 930 1.980 H8 3.225 860 1.980

H8L 3.225 930 1.980



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7,3 ÷ 71,4 kW


1 9 6 3 2 0 1 3

INVERTERE C

UPFLOW

DOWNFLOW

R410A

new

DIRECt EXPAnSIOn CLOSE COntROL AIR COnDItIOnERS WItH InVERtER DRIVEn COMPRESSORS AnD REMOtE AIR COOLED COnDEnSER

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NEXT EVO INV

next EVO INV UNDER

INVERTERE C

UPFLOW

DOWNFLOW

R410A

new

direc expasio close corol air codiioers wih iverer drive compressors and remote ai r cooled condenser

VERSIONS:

DX (R410A) - Plug Fan

Coolig capaci 7,3 ÷ 71,4 W Direct expansion air conditioner in Under and Over

versions, equipped with inverter driven compressors for

remote air cooled condenser matching.

NEXT EVO INV air conditioners are available in

Over and Under version.


The air distribution is f rom the top of the unit

directly in to the room.

Down-flow air delivery (Under)

The air distribution is f rom the bottom by means

of the plenum between the building floor and the

raised floor.

Only cooling


Compressor electric motor driven by inverter



Upow air delivery

Downow air delivery

Indoor installation

INTRODUCTION

The NEXT EVO INV air condit ioners form a range of machines

featuring advanced hi-tech characteristics, designed for a

variety of applications, subject to strict requirements in terms

of control of internal environmental conditions, continuous

operation, reliability and energy saving.

The fields of appl ication of the NEXT EVO INV air condit ioners

are especially suited for the following applications:

• EDP centres, telephone exchanges, UPS rooms,

transformer rooms etc.

• control towers, control rooms and switchrooms,

meteorology labs, libraries, museums and museum

archives where perishable media is stored or controlled

contamination rooms in general

• rooms characterized by high sensible thermal loads

and negligible or absent latent loads (low occupancy

computer rooms), TV and photographic studios, specialist

therapeutic treatment or analysis centres in the healthcare

sector (TAC, nuclear medicine, X-rays etc.)

• particular buildings in the commercial sector, such as

shopping centres, post offices, bank branches, show

rooms etc.

NEXT EVO INV UNDER

7 unit size

9 models

40,5 dB(A) 1 meter far (ISO 3744)

NEXT EVO INV OVER

7 unit size

9 models


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NEXT EVO INV

nexT EVO INV OVER


INVERTER SYSTEM

The compressor driven by an inverter varies the load cont inuously and the

regulation of the refrigerant circuit can be easily adapted, without oscillations and

transients, to the operating conditions required.

The system is highly efficient since i t is supplying the energy necessary to satis fy

the required thermal load only; furthermore it is possible to supply thermal or

cooling energy even in case of overload conditions of the system. The working

range of NEXT EVO INV, in comparison to the nominal values of cooling and

thermal capacity output, varies on average from 35% to 120%.

DIRECT FREE-COOLING SYSTEM

The di rect free-cool ing system is an important

accessory that allows you to maximize energy

savings of air conditioning plant.

According to the set-point and to the ene rgy-

saving logic of the software, the microprocessor

activates the free-cooling system with direct

introduction into the room of ambient air.

AN EFFICIENT ENERGY USE

One of the most important characteristics of NEXT EVO INV machines is their

high energy efficiency, both at design and at the various operating conditions

experienced during the year. The machine are equipped with inverter dr iven Scrol l

compressors allowing proportional control of the

cooling capacity, while the fans electric motors are

brushless type with built-in electronic commutation

system (EC).

These electr ic motors are ensur ing high performances,

minimum energy consumption and total absence of

electromagnetic noise.

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and remote ai r cooled condenser

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NEXT EVO INV

nexT EVO INV OVER

nexT EVO INV under



• Serial port

• Remote air cooled condenser








MAIN COMPONENTS

• Base and housing in epoxy painted galvanized

steel RAL 9005

• Panels in epoxy painted galvanized steel RAL

7016

• Hinged front panels with quick release removal

system.

• Plug fans with EC electric motor

• Inverter driven Scroll compressor combined

to on/off type compressor in unit with multiple

compressors.

• Single refrigerant circuit

• Electrical box having main switch with door lock

safety

• Microprocessor control

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NEXT EVO INVdirec expasio close corol air codiioers wih iverer drive compressors

and remote ai r cooled condenser

MICROPROCESSOR CONTROL SYSTEM

Microprocessor control system for the management

and monitoring of the working and alarm statuses. The

system includes:

• Voltage free contact for general alarm.

• Main components hour meter, with programmed

maintenance intervention.

• “Data logger” integrated function for the events

and alarms recording.

• “Flash” memory for the data storage in case of

lack of power supply.

• Menu management with protection password.

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NEXT EVO INV

007 010 016 020 028

E0 E1 E2 E3 E4

Min Nom Max Min Nom Max M in Nom Max Min Nom Max M in Nom Max

7,3 8,5 9,5 8,7 11,6 17,3 13,5 18,0 21,3 15,2 22,5 31,0 16,7 28,1 37,0

1800 1800 1800 2700 2700 2700 4000 4475 4475 5500 6000 6600 7500 9500 12200

1 1 1 1 1

-- -- -- -- --

1 1 1 1 1

3,69 3,17 2,75 4,00 3,36 2,16 3,68 3,00 2,54 4,19 3,34 2,43 4,39 3,44 2,69

170 230 270 310 420

180 240 280 330 430

45,1 45,1 45,1 47,3 47,3 47,3 49,5 51,1 51,1 49,5 50,8 52,3 48,5 51,7 56,2

45,1 45,1 45,1 40,5 40,5 40,5 42,9 45,1 45,1 43,0 44,8 46,7 40,3 44,9 50,2

034 040 053 057

E4 E5 E5 E6

Min Nom Max Min Nom Max Min Nom Max Min Nom Max

16,9 35,0 50,2 16,8 40,8 52,9 17,0 54,2 69,1 17,7 60,6 71,4

7500 11000 12200 6500 12500 15500 6500 15500 15500 8000 18000 18000

1 1 1 1

1 1 2 2

1 1 1 1

4,19 3,51 2,57 4,53 3,42 2,62 4,12 3,40 2 ,83 4,19 3,30 2,86

460 540 590 630

470 550 600 640

49,6 54,5 56,3 47,8 53,7 57,6 48,7 57,7 57,7 48,5 55,3 55,3

40,7 48,0 50,2 37,2 48,1 52,6 37,7 52,6 52 ,6 37,0 49,9 49,9

c

a b

new


MODEL

Size


Air flow m3 /h

Compressors INVERTER n.

Compressors On/Off n.

Refrigerant circuits n.

EER (1)

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

MODEL

Size


Air flow m3 /h



Refrigerant circuits n.

EER (1)

Weight

Over kg

Under kgSound pressure (2)

Over dB(A)

Under dB(A)

DIMENSIONS (mm)


AIR COOLED CONDENSER The DX series is planned for the match ing

to the TEAM MATE condenser series.

NEXT EVO INV under/over - Plug fans - single circuit

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and air to the condenser at 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N

Size a b c

E0 655 445 1.680

E1 650 675 1.925

E2 785 675 1.925

E3 1.085 775 1.925

E4 1.305 930 1.980

E5 1.630 930 1.980

E6 1.875 930 1.980

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040 056 080 100

E5 E7 E8 E9

40,6 64,6 79,5 101,5

12500 20000 24200 28680

2 2 2 2

-- -- 2 2

2 2 2 2 3,32 3,31 3,20 3,22

565 650 835 910

575 705 895 985

53,6 54,7 60,1 58,2

48,1 49,1 55,1 53,0

c

a b

NEXT EVO INV

new

MODEL

Size


Air flow m3 /h



Refrigerant circuits n.EER (1)

Weight

Over kg

Under kg

Sound pressure (2)

Over dB(A)

Under dB(A)

DIMENSIONS (mm)


AIR COOLED CONDENSER

The DX series is planned for the matchingto the TEAM MATE condenser series.

NEXT EVO INV under/over - Plug fans - double circuit

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and air to the condenser at 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N

Size a b c

E5 1.630 930 1.980

E7 2.175 930 1.980

E8 2.499 930 1.980

E9 2.899 930 1.980


NEXT EVO INV WITH DOUBLE REFRIGERANT CIRCUIT

available from July 2013

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6,2 ÷ 248 kW

E C

CHILLEDWATER

UPFLOW

DOWNFLOW


1 9 6 3 2 0 1 3

CLOSE COntROL AIR COnDItIOnERS FOR CHILLED WAtER FEEDInG,WITH UPFLOW OR DOWNFLOW AIR DELIVERY

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next evo cw

NEXT EVO CW plus

NEXT EVO CW

E C

CHILLEDWATER

UPFLOW

DOWNFLOW

INTRODUCTION

The NEXT EVO CW series air condit ioners are the

best answer to the need of a precise control of the

thermo-hygrometric and air purity conditions in the

modern and sophisticated Hi-Tech installations,

granting the optimal env ironment for electronic

equipment to work in and operators wealth.

Data centres, telephone exchanges, internet

hotels, museums are just some of the typical

applications of NEXT EVO CW units, whose

efficiency, silentness and versatility features are

appreciated by the most qualified users worldwide.

NEXT EVO CW OVER

10 unit size

28 models


NEXT EVO CW UNDER

10 unit size

28 models


NEXT EVO CW PLUS

4 unit size

12 models


Only cooling

Chilled water feeding


Upflow air delivery

Downflow air delivery

Indoor installation

NEXT EVO CW PLUS with Plug-Fans


Chilled water feeding air conditioner in two sections

with down-flow air delivery.

NEXT EVO CW UNDER with Plug-Fans


Chilled water feeding air conditioner with down-flow

air delivery.

NEXT EVO CW OVER with Plug-Fans


Chilled water feeding air conditioner with up-flow air

delivery.

close corol air codiioers for chilled waer feedig, wih upflow or dowflow air deliver

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next evo cw

unico turbo fl


One of the most important characteristics of NEXT EVO CW machines is

their high energy efficiency, both at design and at the various operating

conditions experienced during the year.

The fans elect ric motors are the brushless type with buil t- in elect ron ic

commutation system (EC) which yield high energy savings during

operation in reduced air f low.

These electr ic motors are ensuring high performances, minimum energy

consumption and total absence of electromagnetic noise

FREE-COOLING

The free-cool ing system is animportant accessory that allows you

to maximize energy savings of air

conditioning plant

The microprocessor control s a dual

source free-cooling system: direct

free-cooling with direct introduction

into the room of ambient air, or water

indirect free-cooling with a ded icated

heat exchanger.

According to the set-point and the

energy saving logic the controller

activates the free-cooling system

more affordable.

THE RC GROUP TECHNICAL SYNERGY IN ENERGY CLASS “A”

RC Group proposes itself as the sole supplier of

offering both the air conditioning units and the

liquid chillers.

The synergy includes the air condit ioners NEXTEVO CW and the air-cooled liquid chillers series

UNICO TURBO FL.

These liqu id chil lers are equipped with oi l- free

two stage centrifugal compressors with magnetic

levitation bearings, flooded shall and tube

evaporator and micro-channel type condensing

coil.

The 17 proposed models cover cool ing capacities

from 280 to 1500 kW, all in energy class “A” with a value of 5.76 ESEER


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next evo cw

n e x t

e v o

c w

P L U S

A

B

HIGH COOLING

DENSITY

up to 72,0 kW/m2

The layout optimization of

components and accessories

makes the NEXT EVO CW PLUS air

conditioners able to grant a high

cooling density for those situations

where the space organization is a key-

factor.

The machine is d ivided in two

sections:

the upper part (“A” in the picture)

includes the high efficiency air filters

and the air handling section with a

cooling coil available in 3 versions:

with 4, 6 or 8 rows.

The lower part (“B” in the picture) canbe placed in the compartment formed

by the raised floor and includes the

plug-fans.

The lower part is a lso provided wi th

height-adjustable feet to allow the

adaptation of the frame to the height

of the raised floor.


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next evo cwclose corol air codiioers for chilled waer feedig, wih upflow or dowflow air deliver


Microprocessor control system for the management and monitoring of the working and alarm statuses. The system

includes:


• Main components hour meter, with programmed maintenance intervention.

• “Data logger” integrated function for the events and alarms recording.

• “Flash” memory for the data storage in case of lack of power supply.


MAIN COMPONENTS

• Base and housing in epoxy painted galvanized

steel RAL 9005

• Panels in epoxy painted galvanized steel RAL 7016

• Hinged front panels with quick release removal

system.

• Plug fans with EC electric motor

• 2-way proportional cooling valve with emergency

manual control.

• Electrical box having main switch with door lock

safety



• Serial port




• Plenum for direct free-cooling


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next evo cw

140 140 140 160 160 160 190 190 190 240 240 240

E7 E7 E7 E8 E8 E8 E9 E9 E9 E10 E10 E10

PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS PLUS

4R 6R 8R 4R 6R 8R 4R 6R 8R 4R 6R 8R

114,0 141,0 -- 136,0 167,0 -- 157,0 193,0 -- 202,0 248,0 --

78,6 94,6 104,0 92,0 111,0 122,0 108,0 129,0 139,0 136,0 164,0 180,0

27000 27000 27000 30950 30950 30950 36700 36700 35600 45500 45500 45500

57,4 57,5 57,7 58,9 59,2 59,6 54,9 55,0 54,6 54,6 54,8 55,2

c1

a b

c2



NEXT EVO CW PLUS under - Plug Fans

MODEL

Size

Version



Air flow m3 /h

Sound pressure (3) dB(A)

DIMENSIONS (mm)

Size a b c1 c2

E7 PLUS 2.175 930 1.980 600

E8 PLUS 2.499 930 1.980 600

E9 PLUS 2.899 930 1.980 600

E10 PLUS 3.510 930 1.980 600

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 7/12°C(2) Gross value - Referred to entering air at 24°C with 50%RH and chilled water temperature 10/15°C(3) Sound pressure 1m far in free field according to ISO3744 norm.

POWER SUPPLY: 400.3.50+N

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7,7 ÷ 49,2 kW

E C

CHILLEDWATER

DISPLACEMENT

R410A


1 9 6 3 2 0 1 3

CLOSE COntROL AIR COnDItIOnERS WItH DISPLACEMEnt AIR DELIVERy WItH REMOtE AIRCOOLED COnDEnSER, BUILt-In WAtER COOLED COnDEnSER OR CHILLED WAtER FEEDInG

8/10/2019 Generale 04_2013 Eng



next dl

next dl

E C

CHILLEDWATER

DISPLACEMENT

R410A

VERSIONS :

DX (R410A) Plug fan


Direct expansion air conditioner, for remote air cooled

condenser matching.

DW (R410A) Plug fan


Direct expansion air conditioner, with built-in water

cooled condenser.

CW Plug fan


Chilled water feeding air conditioner.

GENERAL FEATURES

The NEXT DL air conditioners, with displacement air

distribution, are the air conditioning spearhead solution

for telephone exchanges, internet hotels applicationsand electronic appliances high concentration rooms, for

the electric consumption optimization in these specific

ambient.

Neither ductworks nor raised floor are necessary for the

air distribution.

NEXT DL, in combination with RC Group Free-Cooling

chillers, forms the SOLUTION® patented system, for

energy saving optimization in presence of Hi-Tech plants

with variable flow.

NEXT DL is equipped with Plug fan

Only cooling





Displacement air delivery

Indoor installation

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next dl

Displacement air delivery (DL)

The air-condit ioning system with

displacement air delivery is based on the

principle that the air is distributed at a very

low speed, while enabling a cooling effect by

convection.

Every electronic equipment will “absorb” the

amount of cold required to maintain a correct

temperature level inside, through a natural

convection effect. The greater the load inside

the electronic equipment, the greater thiseffect.

There fore, every electronic equipment

uses only the amount required to dissipate

its own thermal load, which is generated

by maximising the result and the energy

efficiency of the system.

MAIN COMPONENTS


profile frame and panels in galvanized steel sheet

externally coated with PVC film.

• Plug fans EC type (electronically commutated)

• Scroll compressor (DX – DW)

• 3-way proportional cooling valve with emergency

manual control (CW)





• Serial port


• Electric heating system

• Humidication and dehumidication system

• High efciency lters F5

• Compressor cap for noise reduction (DX – DW)

• Condensate discharge pump


system

close corol air codiioers wih displaceme air deliver wih remoe air cooled codeser, buil t- in water cooled condenser or chil led water feed ing

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next dl

a b

c

008 009 011 012 016 018 020 021 023 026 029 034 037 043 046 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1

H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H3 H3S H3S H3L H3L

7,7 8,9 10,5 11,5 15,4 17,0 19,2 21,2 23,2 25,2 28,3 34,4 37,0 40,8 43,8

3,74 3,50 3,50 3,28 3,46 3,41 3,19 3,64 3,48 3,45 3,52 3,65 3,43 3,71 3,55

2150 2500 2500 2500 3700 3700 3700 5100 5100 5100 5100 7000 7000 9500 9500

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

187 191 192 193 246 248 252 302 303 307 311 364 364 440 445

54,0 58,0 58,0 58,0 60,0 60,0 60,0 60,0 60,0 60,0 60,0 62,0 62,0 62,0 62,0

008 009 011 012 016 018 020 021 023 026 029 034 037 043 046

P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1 P1

H1 H1 H1 H1 H2 H2 H2 H3 H3 H3 H3 H3S H3S H3L H3L 8,3 9,7 11,4 12,9 16,6 17,0 20,3 21,7 23,0 26,8 29,1 39,7 41,2 44,5 48,9

5,16 4,89 4,82 4,80 4,27 4,14 4,10 4,09 4,35 4,40 4,54 5,25 5,13 5,24 5,08

2150 2500 2500 2500 3700 3700 3700 5100 5100 5100 5100 7000 7000 9500 9500

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

206 211 213 216 261 265 272 324 324 333 337 396 396 480 485

54,0 58,0 58,0 58,0 60,0 60,0 60,0 60,0 60,0 60,0 60,0 62,0 62,0 62,0 62,0

014 020 028 036 049

H1 H2 H3 H3S H3L

14,1 19,9 29,2 36,8 49,2

2500 3700 5100 7000 9500

166 204 257 295 360

55,0 57,0 57,7 59,4 63,0

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight kg



MODEL

SizeCooling capacity (2) kW

EER (2)

Air flow m3 /h

Compressors n.

Weight kg


MODEL

Size


Air flow m3 /h

Weight kg


DIMENSIONS (mm) Size a b c

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H3S 1.295 750 1.925

H3L 1.620 750 1.925

Fans power input to be added to the room load.(1) Gross va lue - Referred to entering air at 30°C with 35% RH and outdoor air temperature at 35°C.(2) Gross va lue - Referred to entering air at 30°C with 35% RH and water inlet to the condenser 30/36°C.(3) Gross va lue - Referred to entering air at 30°C with 35% RH and chilled water temperature 7/12,5°C.(4) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N


The DX series is planned for the match ing to the TEAM MATE

condenser series.

NEXT DL DX Plug fan

NEXT DL DW Plug fan

NEXT DL CW Plug fan

close corol air codiioers wih displaceme air deliver wih remoe air cooled codeseror built-in water cooled condenser or chilled water feeding

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4,5 ÷ 53,1 kW

INVERTERE C

CHILLEDWATER

FRONTFLOW

R410A


1 9 6 3 2 0 1 3

new

AIR COnDItIOnInG SyStEMS FOR HIGH HEAt DEnSIty RACkS

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COOLSIDE evo

coolside evo b3

coolside evo b3l

INVERTERE C

CHILLEDWATER

FRONTFLOW

R410A

new

GENERAL CHARACTERISTICSCOOLSIDE EVO is a precision cooling system, in split-

system type, for application in modern IT infrastructure as

telephone exchange, data bank, internet hotel and server

rooms, all characterized by high thermal loads.

COOLSIDE EVO is able to cope the high density of

thermal load in a small space, up to 24.9 kW on 0.3 m2

of floor space.

The modular ity of the system together with the adaptive

logic of microprocessor control make COOLSIDE

EVO the best solution for cooling racks and the latest

generation equipment.

For installation are not required underfloor plenum, ducts

or false-ceilings; the installation foresee the insertion of

COOLSIDE EVO within the rows of racks to cool.

This allows to contrast the localized heat sources (hot

spot) tailoring the installation to the actual situation of the

plant.

Another big advantage is the modular ity and scalabil ity of

the system, characteristics that allow for quick adjustment

and economic development of plant layout, according to

the changing needs of the infrastructure.

ai r codi ioig ssems for high hea desi racs

THE SYSTEM:

COOLSIDE EVO DX (R410A)

Size B3 / B3L / B6 / B6L

Size DX 010 - Coolig capaci 4,5÷11,1 W Size DX 020 - Coolig capaci 10,0÷ 22,5 W

Size DX 040 - Coolig capaci 20,0÷41,7 W

Indoor direct expansion evaporating unit.

MCAI (R410A) Air cooled motocondensing unit

MCWI (R410A) Water cooled motocondensing unit

MCAI M10: Coolig capaci 10 W

Motocondensing unit equipped with Twin Rotary

type compressor, connected to one indoor

evaporating unit

MCAI / MCWI T20: Coolig capaci 20 W

Motocondensing unit equipped with Scroll type

compressor, connected to one or two indoor

evaporating unit

MCAI / MCWI T40: Coolig capaci 40 W

Motocondensing unit equipped with Scroll type

compressor, connected to one, two or three indoor

evaporating unit

COOLSIDE EVO CW

Size B3 / B3L - Coolig capaci 24,3 W

Size B6 / B6L - Coolig capaci 53,1 W

Chilled water fed terminal unit/s, to be matched to

a liquid chiller.

Only cooling

Twin Rotary compressor






Frontal air delivery

Indoor installation

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COOLSIDE evo

MCAI t20/T40

MCAI M10

MCwI t20/T40

MAIN COMPONENTS

COOLSIDE EVO DX / CW - indoor unit• Horizontal air flow

• Plug fans EC type (electronically commutated)

• Washable air filter

• Electronic expansion valve (DX)

• Refrigerant change R410A (DX)

• Hydraulic and refrigeration connections from the

the bottom

• Condensate discharge system with water

presence alarm


• Hinged electric box for an easier internal

access

• Power supply: 230/1/50

MAIN OPTIONAL ACCESSORIES• Clogged filters alarm

• Air flow alarm

• Serial port• Double power supply (network+UPS)

• Ultrasound humidifier


MAIN COMPONENTS

MCAI / MCWI motocondensing unit• M10: Twin Rotary compressor with EC type brushless

motor controlled by inverter.

• T20 / T40: Scroll compressor with EC type brushless

motor controlled by inverter.

• Axial fans brushless type EC motor (MCAI)

• Microchannel type aluminium condensing coils

(MCAI)

• Refrigerant / Hydraulic connection on back side


• Power supply: M10: 230/1/50

T20 / T40: 400/3/50+N

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COOLSIDE evo ai r codi ioig ssems for high hea desi racs

The COOLSIDE EVO system is designed to serve two main “server room” architectures currently in use:

- cooling system for rows of racks (hot/cold aisle) with units size B3 / B6.

- direct cooling of the rack (closed loop) with units size B3L / B6L.

All COOLSIDE EVO units can be equipped on request with dual power supply system (network + UPS) to ensure continuityof service even during periods of blackouts.

COOLSIDE EVO is available in direct expansion (DX) version, to be coupled to a remote air cooled (MCAI) or water cooled

(MCWI) motocondensing unit, or for supply with chilled water (CW) produced by a liquid chiller.

The direct expansion version is equipped wi th an inverter controlled hermetic twin-rotary or scrol l compressors, which

reduces power consumption in real time adjusting to the real plant thermal load.

The maintenance of the machines is as simple as possible thanks to the complete ly removable pane ls and complete access

to the front.


One of the most important characteristics of COOLSIDE EVO units is their high energy

efficiency, both at design and at the various operating conditions experienced during

the year.

The motocondensing units are equipped with inverter dr iven

compressor allowing proportional cont rol of the cooling capacity,

while the axial fans electric motors are brushless type with built-

in electronic commutation system (EC). Moreover the condensing

section is equipped with a “microchannel” type heat exchanger

coil totally made in aluminium.

The evaporating units are equipped with plug-fan directly

coupled to brushless type electric motor with built-in electronic

commutation system (EC).

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COOLSIDE evo

0

20

40

60

80

(%) 100

0 20 40 60 80 100 (% RPM)


INVERTER SYSTEM

The compressor driven by an inverter varies the load cont inuously and

the regulation of the refrigerant circuit can be easily adapted, without

oscillations and transients, the operating conditions

required.

The system is h ighly eff icient since it is supplying the

energy necessary to satisfy the required thermal load

only; furthermore it is possible to supply thermal or

cooling energy even in case of overload conditions of

the system. The working range of COOLSIDE EVO,

in comparison to the nominal values of cooling and

thermal capacity output, varies on average from 35% to 120%.

MCAI moocodesig ui

Bac side view wih microchael pe codesig

coil and refrigerant connections.

E n g a g e d

p o w e r

Motor rotation speed

PLUG FAN WITH EC ELECTRIC MOTOR

The fans elect ric motors are the brushless type with buil t-

in electronic commutation system (EC) which yield high

energy savings during operation in reduced air flow.

These electr ic motors are ensuring high performances,



ADVANTAGES OF THE “MICROCHANNEL TECHNOLOGY”

The micro-channel condens ing coils are the ideal choice for opera tion with ref rigerant pressures up-to 45 bar and they

are optimise on the motocondensing MCAI series with R410A refrigerant charge.

The micro-channel condens ing coils are in aluminium and they are perfectly suitable for the civ il and industrial

applications cooling, while the protection function of the oxide layer allows an optimum resistance to corrosion also in

case of aggressive ambient conditions.

The optional version with special pro tective surface treatment - acry lic pa inting TK Pro -

allows to obtain a high resistance to salt spray while maintaining

the same conditions of heat exchange capacity.

The use of aluminium for the micro-channel condensers

manufacture is able to offer the possibility for very light machinery:

the coil weight is only 50% compared to traditional copper pipes

and aluminium fins of the same capacity.

. The reduced air resistance of the micro-channel coils allows to

drastically reduce the fans motors electric energy consumption.

At the same performances condit ions, the micro-channels

condensers require up-to less than 75% refrigerant when

compared to the traditional heat exchangers.

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COOLSIDE evo

MONO SPLIT MONO SPLIT MONO SPLIT

MCAI M10 MCAI T20 MCAI T40

MCAI T20 MCAI T40

MCAI T40 MCAI T40

DX 010 DX 020 DX 040

2 x DX 010 2 x DX 020

3 x DX 020 3 x DX 010

MULTI SPLIT MULTI SPLIT

MULTI SPLIT MULTI SPLIT


POSSIBLE CONFIGURATIONS

LIQUID CHILLER

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MCAI M10 MCAI T20 MCAI T40 MCWI T20 MCWI T40

10,0 20,0 40,0 21,6 42,4

3,80 3,30 3,20 4,80 4,50

1 1 1 1 1

30 ÷ 100 30 ÷ 100 30 ÷ 100 30 ÷ 100 30 ÷ 100

108 200 280 180 195

71,8 73,4 71,8 50,0 50,0

new

new

new



COOLSIDEEVO DX direct expansion

MODEL

SIZE


Air flow m3 /h

Weight kg

Noise pressure (3) dB(A)

Fans power input to be added to the room load.(1) Gross va lue - Referred to entering air at 35°C with 30% RH and outdoor air temperature at 35°C.(2) Gross va lue - Referred to entering air at 35°C with 30% RH and chilled water temperature 7/12°C.(3) Sound pressure 1m far in free field according to ISO3744 norm. POWER SUPPLY: MCAI M10: 230/1/50 MCAI T20 / T40: 400/3/50+N

MCWI T20 / T40: 400/3/50+N

COOLSIDE EVO: 230/1/50

MCAI air cooled

MODEL

Motocondensing unit


EER (1)

Compressors n.

Capacity control %

Weight kg


COOLSIDE CW terminal units for chilled water systems

MODEL

SIZE


Air flow m3 /h

Water flow n.

Weight kg


010 020 040

B3 / B3L B3 / B3L B6 / B6L

Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum

10,0 4,5 8,1 11,1 20,0 10,0 15,0 22,5 37,5 20,0 28,0 41,7

2800 1300 2100 2900 4700 2200 3500 4850 9400 4300 7000 9700

B3 = 110 / B3L = 122 B3 = 120 / B3L = 132 B6 = 225 / B6L = 241

67,6 51,0 61,2 68,3 69,8 53,3 63,4 70,4 72,3 55,4 65,9 72,9

020 040

B3 / B3L B6 / B6L

Nominal Reduced Maximum Nominal Reduced Maximum

24,3 19,6 24,9 51,9 41,7 53,1

4700 3500 4850 9400 7000 9700

4,18 3,37 4,27 8,90 7,15 9,11

B3 = 135 / B3L = 151 B6 = 245 / B6L = 261

69,8 63,4 70,4 72,3 65,9 72,9

MCWI water cooled

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COOLSIDE evo

a b

c

a b

c

c

a b

c

a b

c

a b

MCAI M10

MCAI T20/40

MCWI T20/40

DIMENSIONS (mm)


Size a b c

MCAI 10 1.050 450 900

MCAI 20 1.050 450 1.395

MCAI 40 1.550 450 1.400

Size a b c

MCWI 20 525 510 1.695

MCWI 40 525 510 1.695

Size a b c

COOLSIDE EVO 010/020 B3 300 1.000 2.000

COOLSIDE EVO 040 B6 600 1.000 2.000

Size a b c

COOLSIDE EVO 010/020 B3L 300 1.200 2.000

COOLSIDE EVO 040 B6L 600 1.200 2.000

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INVERTERE C

R410A

4,5 ÷ 22,5 kW


1 9 6 3 2 0 1 3

new

AIR-COnDItIOnED SERVER - RACkS FOR DIRECt InStALLAtIOn IntO tHE ROOM

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COOLSIDE box

SERVER-RACK

COOLSIDE

INVERTERE C

R410A

Air-codiioed server - racs for direc isal laio io he room

Front side

Direct cooling system

COOLSIDE sucs ho air direcl from he rear side

of he racs, ad, oce cooled, eers i i he fro

side of he rac.

GENERAL FEATURES

COOLSIDE BOX is a split system consisting of an

outdoor motocondensing unit equipped with inverterdriven variable speed compressor and of an indoor

evaporating unit supplied together with the server-rack

designed to house electronic equipment.

COOLSIDE BOX is a “close-loop” system (direct cooling

system) where the air conditioned directly flows into the

server-rack.

COOLSIDE BOX is able to dissipate thermal load

from 2 up to 22kW; the modularity of the system

together with the logic of adaptive microprocessor

control, make this new RCGroup system the best

solution for cooling electronic equipment of new

generation, characterized by high heat density. These features, together with RCGroup quality

and reliability construction, make COOLSIDE BOX

the system ideal for conditioning of telephone

exchanges, data banks, internet hotels, server

farms and all electronic architectures with high heat

density.

Only cooling

Twin Rotary type compressor




Plug-fan with brushless type EC motorIndoor installation

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COOLSIDE box

new

Air-codiioed server - racs for direc isal laio i o he room


One of the most important characteristics of COOLSIDE BOX units is their

high energy efficiency, both at design and at the various operating conditions

experienced during the year. The motocondensing units are equipped with inverter dr iven

compressor allowing proportional cont rol of the cooling capacity, while

the axial fans electric motors are brushless type with built-in electronic

commutation system (EC).

The evaporat ing un its are equipped with plug-fan di rectly coupled

to brushless type electric motor with built-in electronic commutation

system (EC).

These electr ic motors ensur ing high performances,



Furthermore, the system “close-loop” that

characterizes this series of machines, ensures a drastic

reduction of energy losses typical of systems with cold and hot

aisle, as well as the expensive infrastructure investments to

achieve containment of the cold aisle.

COOLSIDE BOX (R410A)

Size DX 010 - Coolig capaci 4,5÷11,1 W Size DX 20 - Coolig capaci 10,0÷ 22,5 W

Direct expansion split system with outdoor motocondensing unit coupled to indoor evaporating unit.

Model M10

Coolig capaci from 4,5 o 11,1 W

Power supply 230/1/50

Motocondensing unit equipped with Twin Rotary

type compressor, connected to one indoor

evaporating unit

Model T20

Coolig capaci from 10 o 22,5 W

Power supply 400/3/50+N

Motocondensing unit equipped with Scroll

compressor, connected to one or two indoor

evaporating unit

INVERTER SYSTEM

The compressor driven by an inverter varies the load cont inuously and the regulation of the refrigerant

circuit can be easily adapted, without oscillations and transients, the operating conditions required.

The system is high ly effic ient since it is supplying the energy necessary to satisfy the required thermal

load only; furthermore it is possible to supply thermal or cooling energy even in case of overload

conditions of the system. The working range of COOLSIDE BOX, in comparison to the nominal values

of cooling and thermal capacity output, varies on average from 35% to 120%.

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COOLSIDE box

COOLSIDE box MCAI t20MCAI M10


MCAI

Outdoor motocondensing unit.

COOLSIDE

Idoor evaporaig ui

coaied i he server - rac.

THE COOLSIDE BOX SYSTEM

TOTAL FLEXIBILITY

The COOLSIDE BOX system is extremely modular and flexible and easily adapts to

any installation requirements.

The evaporat ing unit can be mounted either r ight or left of the server-rack or

centrally between two server-rack.

NO CONSTRAINTS OF INSTALLATION

The system COOLSIDE BOX can be installed in any

civil environment without the need for dedicated

infrastructure.

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COOLSIDE box Air-codiioed server - racs for direc isal laio i o he room

EASY AND SMART INSTALLATION

The air cond itioning sect ion is factory assembled, connected

and charged with refrigerant gas, lubricant oil and equipped with

control and protection devices.

The system needs only electric and refrigerant connections.

The server - rack is provided with power supply d istribution

system with power cables and plugs.

THE SERVER RACK

The server-rack is made of painted steel sheet RAL 7015. The rack is a 19” standard type (482,6 mm) - 42U (1,75 inch =

44,45 mm).

The server - rack is in compliance with IEC 60 297-1/2 norms.

Maximum load capacity for internal installation 1000 kg.

The f ront door has a large opening angle of about 130 ° to allow easy access to internal components

The door is made of safety glass 3 mm thick and allows direct control of the internal equipment.

The back side door is made of painted steel sheet with a wide opening angle. The doors are equipped with handle with

security lock 3524 E.

The bus bar with maximum load of 96 A (7 modules 2 x 3 x 16A) and the power supply cord are offered as optionals.


The micro-channel condens ing coils are the ideal choice for opera tion

with refrigerant pressures up-to 45 bar and they are optimise on the

motocondensing MCAI series with R410A refrigerantcharge.

The micro-channel condens ing coils are in aluminium

and they are perfectly suitable for the civil and industrial

applications cooling, while the protection function of the

oxide layer allows an optimum resistance to corrosion

also in case of aggressive ambient conditions.

The optional version with special pro tect ive surface

treatment - acrylic painting TK Pro - allows to obtain a

high resistance to salt spray while maintaining the same

conditions of heat exchange capacity.


manufacture is able to offer the possibility for very light

machinery: the coil weight is only 50% compared to

traditional copper pipes and aluminium fins of the

same capacity.

. The reduced air resistance of the micro-channel

coils allows to drastically reduce the fans motors

electric energy consumption.

At the same performances condit ions, the micro-

channels condensers require up-to less than 75%

refrigerant when compared to the traditional heatexchangers.

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COOLSIDE box


MAIN COMPONENTS

Indoor unit

SERVER RACK

• 19” (482,6 mm) standard rack - 42U

(1,75” = 44,45 mm).

• BusBar for power supply distribut ion.

• Additional side rack for holding the air

conditioner.

• Hinged panels on front and back side.

• Modular closure.

• Colour RAL 7015.

EVAPORATING UNIT

• Plug Fan with brushless type EC motor.

• Washable air filter.

• Electronic expansion valve.

• R410A refrigerant charge.

• Refrigerant connection from the bottom.

• Condensate removal system.

• Clogged filters alarm.

• Air flow loss alarm.

• Microprocessor control.

• Electric panel easily accessible.

• Power supply 230/1/50

MAIN OPTIONALS

• Water on floor alarm

• Serial port

• System for operation in low ambient

temperature

• Double power supply (network+UPS)

MAIN COMPONENTS

MCAI outdoor motocondensing unit

• MCAI M10: Twin Ro tar y co mpres so r wi th EC

type brushless motor control led by inverter with

ded ica ted dri ver. Prepared for connection to one

indoor evaporating unit.

• MCAI T20: Scroll compressor with EC type

brushless motor control led by inverter withded ica ted dri ver. Prepared for connection to one

or two indoor evaporating units.

• Axial fans brushless type EC motor

• Microchannel type aluminium condensing coils

• Refrigerant connection on back side


• Power supply:

MCAI M10: 230/1/50

MCAI T20: 400/3/50+N

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COOLSIDE box

MONO SPLIT MONO SPLIT

MCAI M10 MCAI T20

MCAI T20

DX 010 DX 020

2 x DX 010

MULTI SPLIT

Air-codiioed server - racs for direc isal laio i o he room


Microprocessor control system for the management and monitoring of the working and alarm statuses. The system

includes:

• Voltage free contact for general alarm.• Main components hour meter, with programmed maintenance

intervention.

• “Data logger” integrated function for the events and alarms

recording.

• “Flash” memory for the data storage in case of lack of power

supply.


The monitoring, the programming procedure, the working status and parameter visual ization, are made by the 6 keys display

placed on the indoor evaporating unit.

The outdoor motocondensing unit is not equipped with keyboard and display.

POSSIBLE CONFIGURATIONS

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COOLSIDE box

a b

c

c

a b

c

a b

MCAI M10 MCAI T20

MCAI M10 MCAI T20 10,0 20,0

3,80 3,30

1 1

30 ÷ 100 30 ÷ 100

108 200

71,8 73,4

new

new


Size a b c

COOLSIDE BOX B3 900 1.000 2.020

COOLSIDE BOX B3L 900 1.200 2.020

DIMENSIONS (mm)

Motocondensing a b c

MCAI M10 1.050 450 900

MCAI T20 1.050 450 1.395

TECHNICAL DATA AND PERFORMANCES

COOLSIDE BOX DX direct expansion

MODEL


Air flow m3 /h

Weight kg


Fans power input to be added to the room load.(1) Gross va lue - Referred to entering air at 35°C with 30% RH and outdoor air temperature at 35°C.(2) Sound pressure 1m far in free field according to ISO3744 norm. POWER SUPPLY: MCAI M10: 230/1/50 MCAI T20: 400/3/50+N

COOLSIDE EVO: 230/1/50

MCAI air cooled

MODEL

Motocondensing unitCooling capacity (1) kW

EER (1)

Compressors n.

Capacity control %

Weight kg


010 020

Nominal Reduced Medium Maximum Nominal Reduced Medium Maximum

10,0 4,5 8,1 11,1 20 ,0 10,0 15,0 22,5

2800 1300 2100 2900 4700 2200 3500 4850

210 230

60,9 44,3 54,4 61,6 63,1 46,6 56,7 63,7

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6,6 ÷ 15,4 kW

E C

UPFLOW

R407c


1 9 6 3 2 0 1 3

CLOSE COntROL AIR COnDItIOnERS FOR MEtROLOGy LABS WItH REMOtE AIR COOLEDCOnDEnSER OR BUILt-In WAtER COOLED COnDEnSER

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NEXT MTR

next mtr

E C

UPFLOW

R407c

GENERAL FEATURES

The NEXT MTR air conditioners form a range of machines

featuring advanced Hi-Tech characteristics, designed for

a variety of applications, subject to strict requirements

in terms of control of internal environmental conditions,

continuous operation, reliability and energy saving.

The extreme precision of the MP.COM cont rol system

allows maintaining temperature and humidity

conditions with a tolerance of ± 0.3°C and ± 3%rH.

NEXT MTR is particularly suitable for installation in

metrology labs, conservation labs and still in all those

applications that require continuous and precise control of

temperature and humidity.

VERSIONS:

DX (R407C) - Plug Fan


Direct expansion air conditioner in Over versions,

for remote air cooled condenser matching.

DW (R407C) - Plug Fan


Direct expansion air conditioner in Over versions,

with built-in water cooled condenser.

close control air conditioners for metrology labs with remote air cooled condenser


NEXT MTR air conditioners are available in Over version.


The air dist ribution is from the top of the unit directly in to

the room.


design stage and it is not dependent on the actual state of

the load to be dissipated.

nEXt MtR is equipped wih Plug-fa

Only cooling


R407c refrigerant charge


Upflow air delivery

Indoor installation

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NEXT MTR

MAIN COMPONENTS




• Plug fan with EC motor



• Humidification and dehumidification system• Compressor capacity control

• Hot gas re-heating system





• Serial port



• High efficiency filters F5


close control air conditioners for metrology labs with remote a ir cooled condenser


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NEXT MTR

007 009 011 013 015

Z1 S Z1 S Z1 S Z1 S Z1 S

H2 H2 H2 H3 H3

6,6 8,7 9,9 11,5 14,6

3,82 3,80 3,54 3,50 3,40

2300 3000 3300 4000 5500

1 1 1 1 1

235 238 244 295 305

54,4 54,8 55,1 55,9 57,1

007 009 011 013 015

Z1 S Z1 S Z1 S Z1 S Z1 S

H2 H2 H2 H3 H3

7,0 9,0 10,3 12,4 15,4

5,30 4,99 4,68 4,92 4,62

2300 3000 3300 4000 5500

1 1 1 1 1

239 242 249 300 312

54,4 54,8 55,1 55,9 57,1

a b

c


NEXT MTR DX over - Plug fan

NEXT MTR DW over - Plug fan

MODEL

Size


EER (1)

Air flow m3 /h

Compressors n.

Weight kg


MODEL

Size


EER (2)

Air flow m3 /h

Compressors n.

Weight kg


Fans power input to be added to the room load.(1) Gross va lue - Referred to entering air at 24°C with 50% RH and outdoor air temperature at 35°C.(2) Gross va lue - Referred to entering air at 24°C with 50% RH and water inlet to the condenser 30/36°C.(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N

DIMENSIONS (mm)

Size a b c

H2 785 650 1.925

H3 1.085 750 1.925


The DX series is planned for the matching to the TEAM MATEcondenser series.

close control air conditioners for metrology labs with remote air cooled condenser


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AIR CONDITIONERSFOR TELECOMMUNICATION

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4,3 ÷ 15,7 kW

FRONTFLOW

SPLITSYSTEM

R407c FREE

COOLING


1 9 6 3 2 0 1 3

COnDIZIOnAtORI SPLIt-SyStEM PER tELECOMUnICAZIOnI COn SIStEMA FREE-COOLInG

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ENERGY SPLIT

energy split

FRONTFLOW

SPLITSYSTEM

R407c FREE

COOLING

VERSIONS :

DX (R407C)


Split-system air conditioners with direct free-cooling

system

split-system air conditioners with free-cooling system for telecommunications

GENERAL FEATURES

The air cond itioners of the ENERGY SPLIT series are

suitable for installation in small telephone rooms and shel-

ters for mobile telecommunications

They are spli t-system units and are equipped with double

electrical feeding system, net + UPS.

The proportional free-cooling system

For a further energy-saving, the air conditioners are

equipped with a proportional automatic free-cooling

system in order to obtain free cooling when the indoor

temperature is higher than outdoor one.

Practically the fresh air is used as a refrigerant in

order to cool the ambient, when the outside conditions al-

low it.

The cool ing system is total ly proportional and allows

three working modes:

- total free-cooling: only fresh air is used to cool the am-

bient;

- partial free-cooling: the fresh air is used for a pre-cool-

ing and the compressor or the chilled water are used to

balance the load;

- mechanical cooling: the compressor or the chilled wa-

ter are used to cool the ambient

The ENERGY SPLIT evaporating unit can be installed on

a wall with vertical air flow, or on ceiling with horizontal air

flow.

Only cooling

Rotary type compressor



Split - system machine

Direct free-cooling system


Indoor installation

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ENERGY SPLITsplit-system air conditioners with free-cooling system for telecommunications

MAIN COMPONENTS

CONDENSING UNIT (outdoor)

• Housing in epoxy painted galvanized steel

sheet.

• Axial fan directly coupled to electric motor and

safety grille.

• Rot ary or scroll compressor


EVAPORATING UNIT (indoor)


sheet

• Supply fan directly coupled to brushless type

electric motor

• Direct free-cooling system


• MP.COMxs microprocessor control

• Double power supply (network + UPS)


• serial port

• remote control panel

• electric heater

Horizontal or vertical air flow

The air distribution is f rom the top of the unit directly

in to the room.

The air is injected into the room at a low temperature

but at high speed in correspondence to the corridors

between the different racks rows. The cold air moves

from the top to the bottom with a turbulent flow,

mixing with the hot air outgoing from the racks.


The proport ional direct free-cool ing system, fully

managed by the microprocessor, allows a dramatic

reduction of the compressor working hours and

electrical consumption.

Nocturne working mode

The proprietary software foresees unit work ing with

the lowest noise emission during the night.

Double power supply

The double power supply system, network + UPS

(48VDC), is conceived to grant working continuityeven during black-out periods.

Evaporaig ui

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a

b

c

c

b

ENERGY SPLIT

4 5 6 7 8 10 13 15

R1 R1 Z1 Z1 Z1 Z1 Z1 Z1

S0 S0 S0 S1 S1 S1 S2 S2

4,2 5,3 6,0 7,0 9,6 11,4 12,8 15,6

1400 1400 1400 2000 2400 2800 3500 3900

3,42 3,11 2,75 3,08 3,56 3,71 3,49 3,33

42 45 45 80 80 80 103 103

55,0 55,0 55,0 54,0 57,5 61,0 63,0 65,0

4 5 6 7 8 10 13 15

R1 R1 Z1 Z1 Z1 Z1 Z1 Z1

1 1 1 1 1 1 1 1

55 65 70 70 75 95 98 105

55,0 55,0 53,0 53,0 57,0 57,0 57,0 58,0

split-system air conditioners with free-cooling system for telecommunications

ENERGY SPLIT evaporating unit

MODEL

Size


Air flow m3 /h

EER (1)

Weight kg



ENERGY SPLIT condensing unit

DIMENSIONS (mm)

EVAPORATING UNIT (INDOOR)

Size a b c

S0 784 1.171 294

S1 980 1.293 361

S2 1.380 1.349 392

CONDENSING UNIT (OUTDOOR)

Size a b c

4.R1 ÷ 5.R1 805 326 669

6.Z1 ÷ 8.Z1 1.048 415 841

10.Z1 ÷ 15.Z1 1.307 535 890

MODEL

Compressors n.

Weight kg


Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 30°C with 40% RH and outdoor air temperature 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY models 4.R1 - 5.R1 - 6.Z1 - 7.Z1 - 8.Z1: 230/1/50 + 48VDC models 10.Z1 - 13.Z1 - 15.Z1: 400/3/50+N + 48VDC

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FRONTFLOW

R407c FREE

COOLING

4,3 ÷ 19,7 kW


1 9 6 3 2 0 1 3

PACkAGED AIR COnDItIOnERS WItH FREE-COOLInG SyStEM FOR tELECOMMUnICAtIOnS

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MINIPAC

minipac

FRONTFLOW

R407c FREE

COOLING

GENERAL FEATURES The MINIPAC air condit ioners are specially designed

for small telephone rooms and shelters for mobile

telecommunications.

Packaged units, suitable for outdoor installation, equipped

with double electrical feeding system, net + UPS.

The proportional Free-Cooling system






order to cool the ambient, when the outside conditions

allow it.



- total free-cooling: only fresh air is used to cool the

ambient;

- partial free-cooling: the fresh air is used for a pre-

cooling and the compressor or the chilled water are

used to balance the load;

- mechanical cooling: the compressor or the chilled

water are used to cool the ambient

VERSIONS :

MINIPAC (R407C)


Packaged air conditioners with direct free-cooling

system for outdoor installation

pacaged ai r codi ioers wih free-cool ig ssem for e lecommuica ios

Only cooling

Rotary type compressor





Outdoor installation

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MINIPAC

minipac

MAIN COMPONENTS

• Housing and panels in epoxy painted

galvanized steel sheet.

• Supply fan directly coupled to brushless type

electric motor

• Rotary or Scroll compressor







• Serial port

• Remote control panel

• Electric heater

• Wall mounting brackets

Horizontal air delivery

The air distribution is f rom the top of the unit directly

in to the room.

The air is injected into the room at a low temperature

but at high speed in correspondence to the corridors

between the different racks rows. The cold air moves

from the top to the bottom with a turbulent flow,

mixing with the hot air outgoing from the racks.


The proprietary software foresees unit work ing with

the lowest noise emission during the night.

Double power supply

The double power supply system, network + UPS

(48VDC), is conceived to grant working continuity

even during black-out periods.

pacaged ai r codi ioers wi h free-cool ig ssem for e lecommuica ios

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b

c

MINIPAC

4 5 6 8 9 11 13 16 20

R1 R1 Z1 Z1 Z1 Z1 Z1 Z1 Z1

S0 S1 S1 S1/S S1/S S2 S2 S3 S3

4,2 5,6 6,3 8,6 9,3 11,6 12,4 16,5 18,9

1100 1750 1750 2200 2200 3200 3700 4300 5000

3,29 3,36 3,00 3,30 2,91 3,33 2,68 3,01 2,49

1 1 1 1 1 1 1 1 1

135 155 165 195 200 220 235 270 290

54,0 52,0 57,0 57,0 62,0 58,0 58,0 58,0 64,0

MINIPAC

MODEL

Size


Air flow m3 /h

EER (1)

Compressors n.

Weight kg



DIMENSIONS (mm)

Size a b c

S0 660 500 1.303

S1 831 535 1.500

S1S 903 620 1.760

S2 1.000 700 2.004

S3 1.000 700 2.352

Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 30°C with 40% RH and outdoor air temperature 35°C(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY models 4.R1 - 5.R1 - 6.Z1 - 8.Z1 - 9.Z1: 230/1/50 + 48VDC models 11.Z1 - 13.Z1 - 16.Z1 - 20.Z1: 400/3/50+N + 48VDC

pacaged ai r codi ioers wih free-cool ig ssem for e lecommuica ios

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5,6 ÷ 15,9 kW

R407c FREE

COOLINGUP

FLOWDOWNFLOW

DISPLACEMENT

R134a


1 9 6 3 2 0 1 3

PACkAGED AIR COnDItIOnERS WItH FREE-COOLInG SyStEM FOR tLC APPLICAtIOnS

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ENERTEL

enertel dl

R407c FREE

COOLINGUP

FLOWDOWNFLOW

DISPLACEMENT

R134a

GENERAL FEATURES The ENERTEL air conditioners are suitable for small tele-

phone rooms and shelters for mobile telecommunications.

Packaged units, equipped with double electrical feeding

system, net + UPS.

The proportional free-cooling system






order to cool the ambient, when the outside conditions al-

low it.



- total free-cooling: only fresh air is used to cool the am-

bient;

VERSIONS :

ENERTEL O (R407C)


Packaged air conditioners with direct free-cooling

system and built-in air cooled condenser. Upow air

delivery (Over).

ENERTEL DL / ENERTEL U (R134a)


Packaged air conditioners with direct free-

cooling system and built-in air cooled condenser.

Displacement air delivery (DL) or downow air delivery

(Under).

pacaged ai r codi ioers wih free-coolig ssem for tLC appl ica ios

- partial free-cooling: the fresh air is used for

a pre-cooling and the compressor or the

chilled water are used to balance the load;

- mechanical cooling: the compressor or the

chilled water are used to cool the ambient

Only cooling



R134a refrigerant charge


Upflow air delivery

Downflow air delivery

Displacement air delivery

Indoor installation

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ENERTEL

enertel over

MAIN COMPONENTS

• Housing in anodised aluminium profile frame.

Base and panels in galvanized steel sheet

externally coated with PVC film.

• Centrifugal fan directly coupled to brushless

type electric motor








• Serial port

• Remote control panel

• Electric heater

• Fresh air suction kit

ENERTEL air conditioners are available in Over, Under and

Displacement versions.

Upflow air delivery (Over)

The air dist ribution is from the top of the unit directly in to the

room.

The air is injected into the room at a low temperature but at high

speed in correspondence to the corridors between the different

racks rows. The cold air moves from the top to the bottom with a

turbulent flow, mixing with the hot air outgoing from the racks.

Downflow air delivery (Under)

The air dist ribution is from the bottom by means of the plenum

between the building floor and the raised floor.

This solution is usua lly applied in Hi-Tech. room air condit ioning

and it is most favourable when load is uniformly distributed in all

areas of the room.

Displacement air delivery (DL) The air-condit ioning system with displacement ai r delivery is

based on the principle that the air is distributed at a very low

speed, while enabling a cooling effect by convection.

The displacement system creates a cush ion of cold air at the

floor level which is available for all the equipment installed in

the room, and can reach also the equipment located in criti-

cal positions.


Double power supply

The double power supply system, network

+ UPS (48VDC or 230VAC), is conceived to

grant working continuity even during black-out periods.


The proprietary software foresees unit work-

ing with the lowest noise emission during the

night.

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ab

c

ENERTEL

5 6 7 8 10 11 13 15

Z1 Z1 Z1 Z1 Z1 Z1 Z1 Z1

S1 S1 S1 S2 S2 S2 S3 S3

5,4 6,1 7,0 10,0 11,0 12,2 14,4 15,4

1700 1700 1700 3000 3000 3000 3400 3400

2,80 2,61 2,40 3,17 3,03 3,03 3,00 2,68

1 1 1 1 1 1 1 1

215 220 235 320 330 340 390 400

65,0 65,0 65,0 68,0 68,0 68,0 68,0 68,0

6 7 8 9 10 13 15

Q1 Q1 Q1 Q1 Q1 Q1 Q1

S1 S1 S1 S2 S2 S3 S3

6,5 7,3 7,8 9,9 10,8 14,7 15,4

1850 1850 1850 2400 2400 3800 3800

3,08 3,03 2,71 2,87 2,62 2,96 2,78

1 1 1 1 1 1 1

215 230 240 320 320 380 390

63,0 65,0 65,0 65,0 65,0 68,0 68,0

ENERTEL O

ENERTEL DL / ENERTEL U


DIMENSIONS (mm)

E N E R T E L O

Size a b c

S1 650 650 2.000

S2 990 650 2.000

S3 1.190 650 2.000

MODEL

Size


Air flow m3 /h

EER (1)

Compressors n.

Weight kg


Fans power input to be added to the room load.(1) Gross value - Referred to entering air at 30°C with 40% RH and outdoor air temperature 35°C

(2) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY:ENERTEL O models 5.Z1 - 6.Z1 - 7.Z1: 230/1/50 + 48VDC models 8.Z1 - 10.Z1 - 11.Z1 - 13.Z1 - 15.Z1: 400/3/50+N + 48VDC

ENERTEL DL / U models 6.Q1 – 7.Q1 - 8.Q1: 230/1/50 + 48VDC models 9.Q1 - 10.Q1 - 13.Q1 - 15.Q1: 400/3/50+N + 48VDC

MODEL

Size


Air flow m3 /h

EER (1)

Compressors n.

Weight kg


E N E R T E L D L / E N E R T E L U

Size a b c

S1 750 625 2.250

S2 950 625 2.250

S3 1.200 625 2.250


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AIR CONDITIONERSFOR COMFORT

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A C

UPFLOW

R410AE C


1 9 6 3 2 0 1 3

HEAt PUMP AIR COnDItIOnERS WItH REMOtE AIR COOLED COnDEnSER OR BUILt-In WAtERCOOLED COnDEnSER FOR WELL WAtER

6,3 ÷ 113,0 kW COOLING

6,3 ÷ 101,0 kW HEATING

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nexT p

NEXT P

A C

UPFLOW

R410AE C

NEXT P air conditioners are available in Over version.


The air distribution is f rom the top of the unit directly in to

the room.


design stage and it is not dependent on the actual state of

the load to be dissipated.

VERSIONS:

DX P (R410A) - Plug Fan


Heaig capaci 6,3 ÷ 94,4 W

Heat pump air conditioner in Over versions for

remote air cooled condenser matching.

DW P (R410A) - Plug Fan



Heat pump air conditioner in Over versions with

built-in water cooled condenser.

heat pump ai r condit ioners wi th remote ai r cooled condenser

or built-in water cooled condenser for well water

GENERAL FEATURES

The NEXT P series air conditioners are suitable

for civil and industrial installations, where the

units compactness and their easy installation are

fundamental requirements.

Thanks to thei r design and to the choice of

materials and components, that reflect the policies

followed for the machines meant for critical

environments, where they are required to operate

24/365.

In this way, continuous and regular operation of the

machines is ensured under any load conditions.

Cooling

Heating




Plug-fan with AC motor

Upflow air delivery

Indoor installation

size H0÷H3

size H4÷H7

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NEXT P

MAIN COMPONENTS




• Plug fans


• Refrigerant circuit: single or double DC





• Serial port

• Remote air cooled condenser (DX P)

• EC fans (electronically commutate)


• Humidification system

• Compressor capacity control


• High efficiency filters F5


heat pump air condit ioners wi th remote ai r cooled condenser

or built-in water cooled condenser for well wate r

NEXT P is equipped with Plug-fan

NEXT DW P air conditioners are water cooled heat

pump units and the gas/water heat exchanger works

as an evaporator or as a condenser.

When several NEXT DW P units are installed in a

building that require cooling in some areas and at the

same time, heating in other areas, is convenient to

connect the source side exchangers of all the units,

to a hydronic circuit loop in order to transfer the

condensation heat of the unit operating in cooling

mode, to the evaporator of the unit operating in

heating mode.

This solution al lows operation of the machines with

very favourable ratios of benefit.

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NEXT P

006 008 010 007 009 011 013 014 015 017 019 021 023 025 029



6,4 7,4 8,7 7,0 8,2 9,7 10,8 11,7 13,9 16,3 17,3 18,8 21,6 24,2 27,5

6,4 7,4 9,0 6,4 7,6 9,4 10,7 10,9 13,9 15,9 16,0 18,2 21,4 23,3 27,1

3,09 3,02 2,83 3,23 3,01 3,06 2,95 3,02 2,97 3,08 3,17 2,87 3,08 2,94 3,06

3,57 3,56 3,47 3,81 3,64 3,73 3,69 3,87 3,90 3,75 3,64 3,68 3,81 3,68 3,81

1580 1800 2000 2273 2653 2653 2653 3955 3955 3955 5460 5460 5460 7160 7440

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

165 165 165 191 194 195 196 252 254 255 313 316 317 433 433

50,7 52,5 54,6 49,7 50 ,6 51,9 51,9 53,9 53,9 55,5 55,7 58,4 56,3 58 ,1 60,7

033 038 040 045 049 026 028 032 032 036 036 042 042 048 048



32,7 34,2 36,7 40,7 47,1 22,7 29,2 32,7 32,0 38,0 37,3 40,2 39,4 44,0 45,5

32,1 32,4 35,9 40,0 46,9 21,7 28,2 32,2 31,3 37,4 36,3 37,7 36,6 42,2 43,1

3,21 3,08 2,94 2,98 2,95 2,91 2,87 2 ,90 2,76 2,86 2,73 3,04 2 ,89 2,91 3 ,14

3,89 3,77 3,75 3,65 3,66 3,72 3,25 3 ,41 3,33 3,52 3,45 3,80 3 ,72 3,71 3,90

7440 10440 10440 10440 10440 7110 10440 10440 10440 10440 10440 11310 11310 11310 11310

1 1 1 1 1 2 2 2 2 2 2 2 2 2 2

434 490 490 490 498 469 471 467 471 470 474 581 585 583 587

60,7 62,6 62 ,9 63,2 63,5 57,7 62,6 62 ,6 62,6 64,0 64,0 61,3 61,3 59,0 59 ,0


H6 H6 H6 H6 H6 H6 H7 H7 H7 H7 H7 H7 H7 H7

48,7 49,1 56,2 56,3 58,1 57,7 69,8 69,3 77,1 78,5 85,1 85,3 97,5 96,5

46,7 46,7 54,3 54,4 54,7 54,8 65,2 65,0 72,6 73,6 81,1 80,6 94,9 94,3

2,96 3,02 3,10 3,13 3,19 3,08 3,30 3,25 3,09 3,16 3,14 3,09 3,08 3,01

3,78 3,78 3,88 3,89 4,04 3,99 4,01 4,00 3,89 3,83 3,97 3,84 3,79 3,77

13480 13480 14500 14500 16000 16000 17610 17610 20870 20870 22040 22040 22040 22040

2 2 2 2 2 2 2 2 2 2 2 2 2 2

686 694 686 694 701 709 792 802 798 808 805 815 834 844

60,3 60,3 62,2 62,2 63,8 63,8 62,5 62,5 65,9 65,9 67,5 67,5 67,7 67,7

heat pump ai r condit ioners wi th remote ai r cooled condenser



NEXT DX P over - Plug fans

MODEL

Size


Heating capacity (2) kW

EER (1)

COP (2)

Air flow m3 /h

Compressors n.

Weight kg


MODEL

Size



EER (1)

COP (2)

Air flow m3 /h

Compressors n.

Weight kg


Fans power input to be added to the room load.S = Unit with single refrigerant circuit / DC = Unit with double refrigerant circuitSize H0 / H1 / H2 / H3 = the units are equipped as standard with plug-fan with brushless type EC electric motor(1) Gross value - Referred to entering air at 27°C with 47%RH and air to the condenser at 35°C(2) Gross value - Referred to entering air at 20°C with and outdoor air at 7°C(3) Sound pressure 1m far in free field according to ISO3744 norm.POWER SUPPLY: 400/3/50+N 230/1/50 model 006 P1 H0

AIR COOLED CONDENSER The DX series is planned for the match ingto the TEAM MATE HP condenser series.

MODEL

Size



EER (1)

COP (2)

Air flow m3 /h

Compressors n.

Weight kg


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NEXT P

a b

c

DIMENSIONS (mm)

Size a b c

H0 655 420 1.680

H1 650 650 1.925

H2 785 650 1.925

H3 1.085 750 1.925

H4 1.320 860 1.980

H5 1.620 860 1.980

H6 2.155 860 1.980

H7 2.690 860 1.980

heat pump ai r condit ioners with remote ai r cooled condenser


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LIQUID CHILLERS

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1 9 6 3 2 0 1 3

A CPLATE

E CR410A


4,9 ÷ 46,2 kW

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smart

smart

A CPLATE

E CR410A

ai r cooled liquid ch il lers

VERSIONS:

SMART (R410A)

Cooling capacity 4,9 ÷ 46,2 kW

Liquid chiller equipped with scroll compressor and

axial fans.

SMART PF (R410A) Plug fan



Plug-fan.

GENERAL FEATURES

The SMART liquid chillers offer a simple and cheap solution

for domestic and small offices application.

The crit ical ity of these smaller systems is the same as the

larger installations, differing only in size Comfort requirements

for a small 40 m2 2/4 persons advertising office are just

the same but smaller, than for an equivalent 1000 m2 / 100

persons location.

Designed for comfort applications

These liquid ch ille rs grant the same reliabil ity of the other RC

Group products, being designed and manufactured with same

philosophy as all RC Group products during more than 40

years activity.

Thanks to this long experience, the main repetit ive faul t rates

and relative causes have been eliminated through the use of

well tested and top quality components.

Furthermore, all maintenance operations have been reduced

at the minimum, since this type of chillers is now to be

considered as a common home appliance, that does not

require any frequent and complicated operations.

Easy and quick installation, since the units are

completely factory assembled, wired and filled with

refrigerant and oil and complete with all control and

protection devices.

They simply need electrical and hydraul ic connections.

Cooling



Plate type evaporator

Axial fan with AC motor


Plug-fan with brushless type EC motor

Indoor installation

SMART

SMART PF

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smart

smart pf

ai r cooled liquid chil lers

MAIN COMPONENTS


sheet.

• Axial fans (SMART)

• Plug fan with EC motor (SMART PF)


• Welded plate heat exchangers

• Modulating condensing control

• Antifreeze system

• Water flow control by differential pressure switch


• Electrical box in separate compartment with

main switch

• Water pump, expansion tank and charging set.


• Water tank (SMART)

• Rubber holders

• Remote control kit

• Serial port

The Plug-fan al low the SMART PF installation also

inside offices with ducted air intake/exhaustion.

SMART PF

Units for installation indoor.

SMART PF - Condenser air discharge

Remove a panel for the condenser air discharge

(as indicated in the picture)

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smart

M5 M6 M7 M9 M11 T6 T7 T9 T11

4,9 5,6 6,8 8,7 10,3 5,6 6,9 9,1 11,5

2,0 1,9 2,4 3,0 3,6 1,9 2,4 3,0 4,0

2,41 2,71 2,75 2,73 2,63 2,72 2,77 2,86 2,67

3,49 3,57 3,57 3,05 3,32 3,81 4,01 3,82 3,70

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

80 85 100 105 125 85 100 105 125

50,1 55,1 55,1 55,1 58,0 55,1 55,1 55,1 58,0

T13 T15 T19 T22 T26 T33 T35 T40 T49

13,3 15,4 18,2 20,6 29,2 31,0 32,5 37,2 46,2

4,4 5,3 6,7 8,0 8,0 11,6 10,6 12,9 16,5

2,87 2,75 2,60 2,50 3,45 2,58 2,84 2,68 2,62

3,48 4,11 3,66 4,12 4,58 4,44 4,29 3,98 3,85

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

145 155 245 250 320 325 335 340 420

58,0 58,2 63,0 63,1 62,1 62,1 64,3 65,1 69,1

13 15 18 22 24 28 32 36 42

P1 P1 P1 P1 P1 P1 P1 P1 P1

C0 C0 C0 C1 C1 C1 C1 C1 C1

12,6 14,5 16,7 19,2 21,8 25,5 28,8 31,8 36,6

4,6 5,4 6,2 6,5 7,5 8,8 10,0 11,2 13,5

2,60 2,51 2,47 2,71 2,65 2,58 2,58 2,48 2,35

3,68 3,42 3,29 3,93 3,89 3,65 3,69 3,45 3,12

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

249,8 249,8 264,8 361,5 361,5 371,5 381,5 386,5 391,5

69,5 73,4 76,4 70,6 72,1 76,3 75,6 77,6 79,4



SMARTMODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and outdoor temperature at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

(1) Gross va lue - Referred to chilled water temperature 12/7°C and outdoor temperature at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50+N

MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


SMART PF plug fan

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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smart

SMART

RC GROUP

C

A B

C

A B

RC

A B

M5 M6 M7 M9 M11 T6 T7 T9 T11 T13 T15 T19 T22 T26 T33 T35 T40 T49

900 900 900 900 900 900 900 900 900 900 900 1.450 1.450 1.450 1.450 1.508 1.508 1.758

370 370 370 370 370 370 370 370 370 370 420 550 550 550 550 613 613 613

640 640 940 940 1.240 640 940 940 1.240 1.240 1.390 1.200 1.200 1.700 1.700 1.700 1.700 1.700

SMART PF

AB

ai r cooled liquid chil lers

DIMENSIONS (mm)

MODEL

A mm

B mm

C mm

Size a b c

C0 1.108 760 1.460

C1 1.250 890 1.950

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19,6 ÷ 264,0 kW


1 9 6 3 2 0 1 3

PLATEE C

R410AE C


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unico pf

UNICO

unico

PLATEE C

R410AE C


MULTIPLICITY OF VERSIONS

AND COMPONENTS The wide range of cooling capaci ty and the avai lable

versions, make possible the use and the combination of

different components on the refrigeration and hydraulic

circuits in the UNICO chillers range.

Indeed, they can be equipped with scroll type

compressors; plate type evaporators; axial and Plug-fan

type fan.

The components completeness together with the widerange of available optional accessories allow very quick

and easy installation operations; the units simply need

electrical and hydraulic connections.

VERSIONS:

UNICO (R410A)


Liquid chiller equipped with scroll compressors

and axial fans.

UNICO PF (R410A) Plug fan



and Plug-fans.

Cooling




Axia l fan brushless type EC motor



Indoor installation

UNICO

UNICO PF

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UNICO ai r cooled liquid ch il lers

UNICO / UNICO PF

MAIN COMPONENTS

• Housing in epoxy painted galvanized steel sheet.

• Scroll compressors

• Axial fans with EC motor (UNICO)

• Plug fan with EC motor (UNICO PF)

• Welded plate evaporator




UNICO / UNICO PF


• Pumping group

• Water tank

• LNO kit for noise reduction

• ELN kit for extreme noise reduction

• Partial or total heat reclaim

• Water flow safety switch

• Brine kit for glycol solution production with

temperatures down to -12°C.

• Serial port

The Plug-fan al low the UNICO PF installation

also inside offices with ducted air intake/

exhaustion.

UNICO PF


UNICO PF

Condenser air discharge

Remove a panel for the condenser air discharge (as

indicated in the picture)

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UNICO

21 24 28 30 34 40 50 52 58

P1 S P1 S P1 S P1 S P1 S P1 S P1 S P2 S P2 S

C1 C1 C1 C1 C2 C2 C2 C2 C3

19,8 22,4 26,5 29,2 34,0 39,0 49,6 50,5 57,7

6,1 7,1 8,2 9,7 10,2 12,4 15,9 16,7 18,6

3,03 2,95 2,96 2,80 3,18 2,96 2,83 2,76 2,92

4,67 4,74 4,57 4,21 4,85 4,46 4,02 4,21 4,76

1 1 1 1 1 1 1 2 2

1 1 1 1 1 1 1 1 1

350 350 360 360 520 520 610 590 810

64,6 64,9 65,6 64,8 64,9 67,7 71,8 68,9 68,0

62 65 76 98 124 158 180 197 230

P1 S P2 S P2 S P2 S P2 S P2 S P2 S P2 S P3 S

C3 C3 C3 C3 C4 C4 C4 C5 C5

61,2 64,8 75,4 97,3 123,0 155,0 177,0 194,0 227,0

20,0 20,9 24,9 31,5 40,0 53,0 59,2 66,8 80,8

2,87 2,90 2,76 2,86 2,82 2,61 2,78 2,66 2,59

4,28 4,51 4,13 4,39 4,21 3,75 4,26 4,02 4,27

1 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1

850 820 840 1310 1380 1410 1860 1870 2020

73,8 67,8 68,2 65,6 69,5 72,0 69,3 71,1 71,9

52 58 65 76 98 124 158 180 197 240 260

P2 D P2 D P2 D P2 D P2 D P2 D P2 D P2 D P2 D P4 D P4 D

C2 C3 C3 C3 C4 C4 C4 C5 C5 C5 C5

50,5 60,8 64,7 75,0 96,1 120,0 157,0 178,0 197,0 234,0 260,0

16,4 17,5 21,0 24,9 31,4 39,8 53,2 59,2 67,1 85,3 102,0

2,80 3,26 2,88 2,75 2,84 2,77 2,63 2,79 2,69 2,51 2,36

3,82 4,21 4,01 3,71 3,92 3,74 3,46 3,81 3,64 3,45 3,37

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

590 810 820 840 1310 1380 1410 1860 1870 2130 2170

68,9 68,0 67,8 68,2 65,6 69,5 72,0 69,3 71,1 73,6 73,8


UNICO single circuit / axial fans

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


UNICO double circuit / axial fans

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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UNICO

22 24 28 32 36 42 53 67

P1 S P1 S P1 S P1 S P1 S P1 S P1 S P1 S

C1 C1 C1 C1 C1 C1 C2 C2

19,6 22,3 26,0 29,4 32,5 37,3 48,1 60,3

6,5 7,5 8,8 10,0 11,1 13,5 16,8 22,2

2,79 2,73 2,63 2,63 2,56 2,40 2,56 2,46

4,49 4,40 4,05 4,10 3,88 3,57 3,93 3,56

1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1

370 370 380 390 390 400 630 670

70,6 72,1 76,3 75,6 77,6 79,4 77,6 79,5

55 62 71 85 107 135 170 195 220 250

P2 S P2 S P2 S P2 S P2 S P2 S P2 S P2 S P2 S P3 S

C2 C2 C2 C3 C3 C4 C4 C4 C5 C5

50,7 57,0 59,1 75,6 96,8 120,0 156,0 176,0 202,0 227,0

17,3 19,7 21,5 25,7 33,0 42,3 53,5 62,4 67,3 83,7

2,62 2,61 2,42 2,67 2,55 2,61 2,55 2,48 2,68 2,46

3,92 3,93 4,04 4,41 3,89 4,45 3,91 3,79 4,13 4,31

2 2 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1 1

630 690 700 890 1080 1460 1550 1600 1970 2140

75,9 69,6 72,0 76,0 80,8 74,0 77,3 78,0 77,3 77,7

55 62 71 85 107 135 170 195 220 265 290

P2 D P2 D P2 D P2 D P2 D P2 D P2 D P2 D P2 D P4 D P4 D

C2 C2 C2 C3 C3 C4 C4 C4 C5 C5 C5

50,8 56,9 63,4 75,2 95,7 118,0 154,0 173,0 199,0 239,0 264,0

17,3 19,7 22,0 25,8 32,8 42,3 53,2 62,9 67,6 86,2 102,0

2,63 2,60 2,55 2,64 2,54 2,57 2,53 2,42 2,62 2,48 2,35

4,31 3,73 3,71 3,95 3,56 3,94 3,58 3,49 3,81 3,68 3,55

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

630 700 710 890 1080 1460 1550 1600 1970 2290 2340

75,9 69,6 72,0 76,0 80,8 74,0 77,3 78,0 77,3 78,1 78,1



(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

UNICO PF single circuit / plug-fans

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


UNICO PF double circuit / plug-fans

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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UNICO

UNICO

UNICO PF

C

AB

C

A

B

DIMENSIONS (mm)

Size a b c

C1 1.250 890 1.950

C2 1.800 1.040 2.000

C3 2.600 1.200 2.000

C4 3.700 1.260 2.000

C5 4.950 1.260 2.040


Size a b c

C1 1.250 890 1.950

C2 1.800 1.040 2.000

C3 2.600 1.200 2.000

C4 3.700 1.260 2.000

C5 4.950 1.260 2.040

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00 pyxis

A CPLATER410A SHELLA

CLASS

pyxis vt

new

new

ai r cooled liquid ch il lers equipped with scroll compressors and microchannel condensing coils

Cooling


A class energy e fficiency



Shall and tube type evaporator

Axia l fan with AC motor


PYXIS CLA

VERSIONS:

PYXIS (R410A)



axial fans and microchannel type aluminium

condensing coils.

PYXIS CLA (R410A)

Cooling capacity 108 ÷ 876 kW

Liquid chiller with A-Class Energy Efficiency

equipped with scroll compressors axial fans

and microchannel type aluminium condensing

coils.

GENERAL FEATURES

The range of chille rs PYXIS is characterized by a

rational constructive geometry which, together with a

component of high quality, can become the ideal solution

for installation in office buildings, public buildings, trade

centres, industrial buildings, wine-cellars as well as for a

variety of other applications in the Hi-Tech and process

sector.

The range is completed by a careful series of accessories

to effectively adapt the chiller to any type of plant.

PYXIS liquid chillers use R410A refrigerant,

new generation scroll compressors and, in

particular, they are equipped with microchannel

type aluminium condensing coils.

The entire series is avai lable in Energy

Efficiency Class A to ensure the end user

significant energy savings and ensure a rapid

return of the investment (ROI).

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pyxis

PYXIS “U3 - U3P - U4”

PYXIS “W”

PYXIS “VT”

PYXIS “U1 - U2”


The available technical solution

The machines are made with multiple

refrigerant circuits (up to 4 circuits ) with

several compressors in parallel on the same

circuit, to achieve high energy efciency during

partial load working mode.

Three sound emission levels, from the

standard version to the low noise version (LNO)

up to extremely low noise version (ELN) to meet

the strictest requirements in terms of protection

against sound emissions.

PYXIS

12 unit size

47 models

4,19 ESEER


PYXIS CLA

9 unit size

31 models

4,35 ESEER


Reduced refrigerant charge

The particu lar construction technology of the

series PYXIS has made possible the drastic

reduction the refrigerant charge of the machine;

-40% compared to a traditional air cooled

chiller equipped with scroll compressors and tube

- fin type heat exchanger.

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pyxis



The micro-channel condensing coils are the ideal choice for operat ion with ref rigeran t pressures up-to 45 bar and they

are optimise on the liquid chillers of the PYXIS series with R410A refrigerant charge.

The micro-channel condensing coils are in aluminium and they are perfectly suitable for thecivil and industrial applications cooling, while the protection function of the oxide layer allows

an optimum resistance to corrosion also in case of aggressive ambient conditions.

The optional version with special pro tect ive surface treatment -

acrylic painting TK Pro - allows to obtain a high resistance to salt

spray while maintaining the same conditions of heat exchange

capacity.


manufacture is able to offer the possibility for very light machinery:

the coil weight is only 50% compared to traditional copper pipes

and aluminium fins of the same capacity.

. The reduced air resistance of the micro-channel coils allows to

drastically reduce the fans motors electric energy consumption.

At the same performances condit ions, the micro-channels condensers require up-to less

than 75% refrigerant when compared to the traditional heat exchangers.

MAIN COMPONENTS

• Housing and base in epoxy painted galvanized

steel sheet RAL 9002.

• Technical compartment separate from the air flow

(size U and W)


• Axial fans directly coupled to AC type electric

motor


• Welded plate evaporator (up to model 410 P4

included)

• Shell and tube evaporator (from model 430 P6 up

to model 830 P8)


• Microchannel type aluminium condensing

coils





• Single or twin in-line type water pump with low

pressure head

• Single or twin in-line type water pump with

mean pressure head

• Water storage tank in combination with water

pumps described above

• Shell and tube evaporator (for unit with double

refrigerant circuit in cabinet VT)





• Partial heat reclaim

• Total heat reclaim

• Serial port

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pyxis

46 P2 D 54 P2 D 58 P2 D 66 P2 D 80 P2 D 102 P2 D 128 P2 D 146 P2 D 164 P2 D 186 P2 D 204 P2 D

U1 U1 U1 U2 U2 U3 U3P U3P U4 U4 U4

44,9 51,2 58,4 65,7 76,2 99,6 125,0 140,0 165,5 184,0 202,0 14,3 17,4 19,3 21,7 25,9 33,7 40,8 48,2 50,2 59,3 68,7

3,02 2,85 2,87 2,88 2,85 2,82 2,84 2,72 3,01 2,88 2,75

4,06 3,83 3,86 3,92 3,86 3,22 3,26 3,11 3,45 3,29 3,14

2 2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2 2

530 530 539 642 660 910 970 990 1140 1160 1190

58,3 58,3 60,9 61,1 60,1 57,9 62,1 62,1 62,5 64,1 65,2

120 P4 D 140 P4 D 160 P4 D 180 P4 D 203 P4 D 215 P4 D 235 P4 D 255 P4 D 285 P4 D WL WL WL WH WH VT2 VT2 VT2 VT2

119,0 136,0 156,0 179,0 200,0 210,0 229,0 250,0 282,0

37,7 40,2 50,1 56,7 67,5 62,8 71,1 81,5 96,6

2,98 3,13 2,93 2,99 2,83 3,04 2,96 2,85 2,74

4,00 4,19 3,93 4,00 3,31 4,07 3,96 3,82 3,67

4 4 4 4 4 4 4 4 4

2 2 2 2 2 2 2 2 2

1250 1320 1330 1370 1400 1730 1920 1970 2010

54,8 55,9 56,3 58,1 59,8 68,9 70,0 71,2 71,2

305 P4 D 340 P4 D 380 P4 D 410 P4 D 430 P6 T 470 P6 T 500 P6 T 540 P6 T

VT3 VT3 VT3 VT3 VT3 VT4 VT4 VT4

302,0 333,0 370,0 405,0 423,0 456,0 497,0 526,0

87,5 101,0 119,0 138,0 145,0 141,0 160,0 178,0

3,11 3,01 2,88 2,75 2,74 2,97 2,88 2,76

4,18 4,06 3,87 3,69 3,67 3,98 3,83 3,69 4 4 4 4 6 6 6 6

2 2 2 2 3 3 3 3

2280 2310 2360 2410 2980 3270 3330 3360

71,2 71,2 73,6 75,1 72,9 72,9 74,3 75,9

560 P6 T 610 P6 T (*) 630 P6 T (*) 680 P8 Q (*) 720 P8 Q (*) 750 P8 Q (*) 800 P8 Q (*) 830 P8 Q (*)


547,0 602,0 615,0 666,0 701,0 729,0 775 808,0

177,0 207,0 202,0 201,0 220,0 238,0 256,0 276,0

2,86 2,72 2,82 3,03 2,93 2,84 2,82 2,74

3,83 3,66 3,80 4,11 4,01 3,90 3,86 3,75

6 6 6 8 8 8 8 8

3 3 3 4 4 4 4 4

3700 3940 3940 4530 4600 4630 4670 4750

75,3 76,9 76,9 74,2 75,5 76,6 77,4 78,1

46 P2 S 54 P2 S 58 P2 S 66 P2 S 80 P2 S 102 P2 S 128 P2 S 146 P2 S 164 P2 S 186 P2 S 204 P2 S

U1 U1 U1 U2 U2 U3 U3P U3P U4 U4 U4 44,9 51,1 58,4 65,7 76,3 99,6 125,0 139,0 165,0 184,0 202,0

14,3 17,4 19,3 21,6 25,9 33,7 40,7 48,2 50,2 59,3 68,7

3,02 2,85 2,87 2,90 2,85 2,82 2,85 2,70 3,01 2,88 2,75

4,06 3,83 3,86 3,92 3,87 3,74 3,77 3,61 3,99 3,81 3,64

2 2 2 2 2 2 2 2 2 2 2

1 1 1 1 1 1 1 1 1 1 1

530 530 539 642 660 850 970 990 1150 1170 1200

58,3 58,3 60,9 61,1 60,1 57,9 62,1 62,1 62,5 64,1 65,2

new

new

new


PYXIS U single circuit

PYXIS U double circuit (on request)

PYXIS

MODEL

SizeCooling capacity (1) kW

Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size

Cooling capacity (1) kWPower input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODELSize


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50+N

(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 norms(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: PYXIS WL - WH: 400/3/50+N PYXIS VT: 400/3/50


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pyxis

106 P2 S 128 P4 D 132 P2 S 140 P4 D 153 P4 D 164 P4 D 168 P2 S 168 P2 D 184 P4 D 190 P4 D 214 P4 D

WL WL WL WL WH WH WH WH WH VT2 VT2

108,0 124,0 134,0 139,0 152,0 164,0 170,0 171,0 185,0 189,0 218,0

31,8 35,2 38,9 40,4 43,6 48,4 50,6 50,6 55,2 53,3 62,5

3,18 3,23 3,18 3,19 3,25 3,18 3,16 3,18 3,17 3,17 3,17

4,20 4,34 4,22 4,27 4,35 4,27 4,19 3,63 4,25 4,24 4,25

2 4 2 4 4 4 2 2 4 4 4

1 2 1 2 2 2 1 2 2 2 2

1250 1310 1390 1330 1300 1440 1540 1530 1390 1700 1740

57,3 55,5 59,4 55,9 56,1 56,3 59,4 59,4 58,1 66,7 68,9

236 P4 D 270 P4 D 304 P4 D 340 P4 D 374 P4 D 390 P4 D 410 P4 D 430 P4 D 455 P6 T 504 P6 D

VT2 VT3 VT3 VT3 VT4 VT4 VT4 VT4 VT5 VT5

235,0 271,0 308,0 344,0 372,0 394,0 413,0 438,0 471,0 523,0

68,8 75,1 87,7 99,2 104,0 112,0 118,0 126,0 130,0 145,0

3,13 3,20 3,17 3,16 3,19 3,16 3,16 3,16 3,23 3,25

4,23 4,31 4,25 4,25 4,29 4,23 4,23 4,24 4,23 4,22

4 4 4 4 4 4 4 4 6 6

2 2 2 2 2 2 2 2 3 3

1930 2250 2300 2340 2640 2690 2710 2730 3620 3820

70,0 71,2 71,2 71,2 72,6 73,6 74,4 75,1 73,0 73,0

530 P6 T 550 P6 T 584 P6 T 604 P6 T (*) 646 P6 T (*) 670 P8 T (*) 726 P8 Q (*) 780 P8 Q (*) 820 P8 Q (*) 860 P8 Q (*)

VT5 VT5 VT6 VT6 VT6 VT6 VT7 VT7 VT8 VT8

539,0 563,0 593,0 614,0 655,0 691,0 743,0 769,0 832,0 876,0

156,0 163,0 169,0 175,0 188,0 200,0 213,0 224,0 237,0 252,0

3,14 3,15 3,15 3,16 3,16 3,16 3,16 3,12 3,17 3,16

4,22 4,23 4,23 4,23 4,25 4,31 4,31 4,26 4,32 4,32

6 6 6 6 6 8 8 8 8 8

3 3 3 3 3 4 4 4 4 4

3840 3860 4180 4200 4240 4860 4900 4940 5300 5340

73,9 74,7 75,3 75,9 76,9 74,2 77,4 76,6 77,4 78,1

new

ai r cooled liquid ch il lers equipped wi th scroll compressors and microchannel condensing coils

PYXIS CLA

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 norms(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: PYXIS WL - WH: 400/3/50+N PYXIS VT: 400/3/50

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PYXIS “U”

PYXIS ”W” - PYXIS CLA ”W”

PYXIS ”VT” - PYXIS CLA ”VT”

pyxis

ab

c

ab

c

a

b

c

a

c

b

DIMENSIONS (mm)

Size a b c

U1 1.930 1.200 1.630

U2 2.510 1.200 1.630

Size a b c U3 2.500 1.100 2.400

U3P 2.500 1.100 2.450

U4 3.450 1.100 2.450

Size a b c

WL 2.455 1.750 2.110

WH 2.455 1.750 2.410

Size a b c

VT2 2.410 2.260 2.304

VT3 3.530 2.260 2.304

VT4 4.650 2.260 2.304

VT5 5.770 2.260 2.304

VT6 6.890 2.260 2.304

VT7 8.010 2.260 2.304

VT8 9.130 2.260 2.304


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282 ÷ 1510 kW


1 9 6 3 2 0 1 3

new

A CR134a SHELLA

CLASS


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GLIDER evo

new

new

A CR134a SHELLACLASS

ai r cooled liquid ch il ler

GENERAL FEATURES

The GLIDER EVO units are a complete range

including liquid chillers and free-cooling chillers, with

high energy efficiency and reduced operating costs,

granting an efficacious answer to the today’s needs of

“comfort” and Hi-Tech air conditioning as well as in the

industrial process cooling.

Developed with the most advanced 3D-CAD software,

GLIDER EVO chillers are available in two brand new

cabinet types (for a more rational internal layout),

an extremely innovative condenser fan section and

the state of the art of electrical, electronics and

refrigerating components.

VERSIONS :

GLIDER EVO (R134a)


Liquid chiller equipped with screw compressors

and axial fans.

GLIDER EVO CLA (R134a)



equipped with screw compressors and axial

fans.

Cooling

Screw type compressor


A class energy effic iency




GLIDER EVO CLA

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GLIDER evo ai r cooled liquid ch il lers

MAIN COMPONENTS


profiles.

• Screw compressors

• Axial fans with stepless speed control

• Shell and tube evaporator with one refrigerant

circuit for each compressor

• Electronic expansion valve

• Pump-Down stop system





• Pumping group

• Water tank




• “Brine A” and “Brine B” kit for glycol solution

production with temperatures down to -12°C.

• Serial port

A-CLASS

GLIDER EVO CLA chillers stand out for the high efficiency

of the whole series with EER values always superior to 3,1

A-Class energy ratio, in agreement with EECCAC (Energy

Efficiency and Certification of Central Air Conditioning).

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0


GLIDER evo

GLIDER EVO

300 V2 320 V2 360 V2 390 V2 430 V2 480 V2 530 V2 540 V2 560 V2 610 V2 (*)

F06 F06 F06 F08 F08 F08 F08 F08 F08 F08

299 315 335 391 430 476 523 543 563 611

96 102 116 125 140 157 174 180 186 204

2,78 2,77 2,62 2,78 2,77 2,76 2,76 2,78 2,79 2,78

3,06 3,03 3,20 3,18 3,10 3,13 3,17 3,23 3,21 3,17

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2

3992 4258 4411 4544 4753 4890 5012 5117 5221 5321

73,1 71,7 72,0 71,6 76,0 76,2 76,4 76,4 76,4 78,0

650 V2 (*) 710 V2 (*) 770 V2 (*) 850 V2 (*) 910 V2 (*) 950 V2 (*) 1060 V2 (*) 1120 V2 (*) 1180 V2 (*) 1310 V2 (*)

F08 F10 F10 F10 F12 F12 F16 F16 F16 F16

645 707 768 853 905 949 1063 1121 1181 1310

217 237 258 289 303 320 355 375 396 443

2,77 2,78 2,77 2,76 2,77 2,76 2,75 2,76 2,77 2,76

3,24 3,18 3,18 3,19 3,26 3,32 3,29 3,34 3,32 3,30

2 2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2 2

5241 6232 6517 7032 7354 7414 9491 9975 9995 10075

79,2 79,4 80,0 79,7 78,8 78,8 81,1 81,1 81,1 81,4

new


(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free field conditions according to ISO3744 norms(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

Model


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Model


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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570 V2 620 V2 (*) 660 V2 (*) 700 V2 (*) 760 V2 (*) 830 V2 (*) 870 V2 (*) 920 V2 (*) 980 V2 (*)

F10 F10 F12 F12 F14 F14 F14 F14 F16

565 614 654 695 761 826 871 916 974

159,0 172,0 184,0 196,0 215,0 233,0 248,0 262,0 274,0

3,15 3,20 3,18 3,17 3,17 3,17 3,16 3,16 3,19

3,52 3,62 3,55 3,56 3,52 3,50 3,49 3,51 3,55

2 2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2 2

6121 6112 6733 6743 7404 8139 8341,5 8544 9195 76,0 76,0 78,2 79,4 79,7 80,3 80,1 80,0 78,1

1020 V2 (*) 1090 V2 (*) 1150 V2 (*) 1280 V2 (*) 1350 V2 (*) 1430 V2 (*) 1470 V2 (*) 1510 V2 (*)

F16 F18 F20 F20 F20 F20 F22 F24

1020 1084 1148 1276 1352 1430 1474 1510

287,0 305,0 322,0 359,0 385,0 411,0 406,0 398,0

3,21 3,19 3,18 3,21 3,18 3,17 3,27 3,38

3,68 3,69 3,68 3,69 3,68 3,72 3,83 3,95

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

9318 10274 11180 11362 11972 12292 12931 13090

78,1 79,5 81,5 81,5 81,7 81,8 81,6 81,3

290 V2 300 V2 320 V2 340 V2 360 V2 400 V2 450 V2 480 V2 520 V2

F06 F06 F08 F08 F08 F08 F10 F10 F10

283 300 319 340 358 399 446 472 518

76,8 83,0 87,1 92,0 97,0 110,0 122,0 129,0 144,0

3,20 3,16 3,17 3,16 3,17 3,16 3,14 3,17 3,16

3,55 3,52 3,53 3,53 3,51 3,52 3,51 3,51 3,55

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

3738 4109 4515 4520 4697 4902 5428 5662 5999

72,3 72,8 72,5 72,7 71,3 71,7 71,4 75,5 75,8

GLIDER evo

new


GLIDER EVO CLA A Class energy efciency

(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Sound pressure 1m far in free field conditions according to ISO3744 norms(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

Model


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Model


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kgSound pressure (2) dB(A)

Model


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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GLIDER evo

GLIDER EVO

GLIDER EVO CLA

a

b

c

DIMENSIONS (mm)

Size a b c

F06 3.640 2.260 2.550

F08 4.610 2.260 2.550

F10 5.580 2.260 2.550

F12 6.550 2.260 2.550

F14 7.520 2.260 2.550

F16 8.720 2.260 2.550

F18 9.690 2.260 2.550

F20 10.660 2.260 2.550

F22 11.630 2.260 2.550

F24 12.600 2.260 2.550


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280 ÷ 1500 kW


1 9 6 3 2 0 1 3

ACLASS

INVERTER OIL

FREE R134a FLOODED

MICROCHANNEL

A C

AIR COOLED LIQUID CHILLER EQUIPPED WITH OIL-FREE CENTRIFUGAL COMPRESSORS WITH

MAGNETIC LEVITATION BEARINGS, FLOODED EVAPORATOR AND MICROCHANNEL CONDENSING COILS

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unico turbo fl

ACLASS

INVERTER OIL

FREE R134a FLOODED

MICROCHANNEL

A C

INTRODUCTIONUNICO TURBO FL machines, with their low environmental impact, can

contribute to the savings needed to meet the requirements of Kyoto

Protocol and limit CO2 emissions into the atmosphere. Their typical

TEWI (1) (Total Environment Warming Impact) is one of the lowest in the

industry and indeed, CO2 emissions for UNICO TURBO FL machines are

up to 30% lower than the emissions of standard units.

(1) TEWI is the sum of direct and indirect emissions of greenhouse

gases

UNICO TURBO FL

10 unit size

17 models

5,76 ESEER


Only cooling

Oil-free centrifugal compressor

A energy class machines

Compressor electric motor driven by built-in inverter

Compressor without oil lubrication system


Axial fans with AC electr ic motor

Flooded shell and tube evaporator

Microchannel type condensing coil

Reduced noise level


ai r cooled liquid chil lers equipped wi th oi l- free centri fugal compressors wi th magnet ic levi ta tion bear ings,flooded evaporator and microchannel condensing coils

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unico turbo fl

3,0

3,5

4,0

4,5

5,0

5,5

6,0

6,5

7,0

7,5

25% 50% 75% 100%

UNICO TURBO FL

SCREW CHILLER

FOR THE MOST QUALIFIED

CIVIL SECTOR AND

INDUSTRIAL APPLICATIONS

With their reliable operation,these machines are well suited

for every application from

comfort cooling, through the

high-tech industrial sector

and especially mission critical

strategic applications (like

hospitals, clean rooms, web

farms, data centres,

telecommunication exchanges,

air-traffic control centres).

Their operating rel iab il ity is

guaranteed 24 hours/day for

365 days/year.

E E R

Cooling load


One of the most important characteristics of

UNICO TURBO FL machines is their high energy

efficiency and consequently high ESEER values,

both at design and at the various operating


The diagram compare the EER curves of UNICO

TURBO FL with centrifugal compressors vs. screw

compressors.

The considerable improvement of the centr ifugal

unit under all load conditions is well illustrated.

The fo llowing chart s have been prepared in

accordance with EUROVENT standards.

There fore, the air and water temperatures

specified by these standards have been

considered at partial load .


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unico turbo fl

TURBOCOR


MAGNETIC LEVITATION CENTRIFUGAL

COMPRESSOR

The UNICO TURBO FL liquid chillers are equipped

with two-stage centrifugal compressor with

variable speed, which is able to follow punctually

plant demands, obtaining values of energy

efficiency ratio (EER) growing in a narrowing of the

cooling load.

The compressors of the UNICO TURBO FL liqu id

chillers are equipped with magnetic levitation oil-

free bearings which compared to traditional ball

bearings, completely eliminate all the maintenance

procedures of lubrication.

NO NEED OF POWER FACTOR

CORRECTION

The power factor of the centr ifugal

compressor (cos-ϕ) is always close to

unity under all load conditions. This

does not require the use of any power

factor correction capacitors.

MINIMUM STARTING CURRENT (LRA)

The compressors bui lt- in inverter system is able to limit the start ing current for each compressor to 5 Ampere.

Other types of compressors having the same capacity can produce starting currents up to hundreds of Ampere. This low

inrush current prevents any voltage fluctuation on the mains.

Start-up transients are negligible and without any negative effect on the connected equipment (lighting systems, computer,

electric- medical instruments etc.).

Trademarks used are properties of their respective owners.

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unico turbo fl ai r cooled liquid chil lers equipped wi th oi l- free centri fugal compressors wi th magnet ic levi ta tion bear ings,

flooded evaporator and microchannel condensing coils

QUIET OPERATION

UNICO TURBO FL machines are also extremely quiet.

As a matter of fact, these machines are offered in a variety of versions: standard, si lenced and super-silenced, capable

of meeting the most stringent noise control requirements.

This promotes their use in noise sensit ive locations such as old ci ty centres , hote ls, of fices and res idential buildings.

FLOODED EVAPORATOR

The UNICO TURBO FL liqu id chil lers are equipped with flooded evaporator, where the ref rigeran t in the

evaporation phase is outside of

the tube bundle.

Th is heat exchange solution

allows to obtain a greater

energy efficiency of the system

because it reduces the differential

between the refrigerant expansion

temperature and the liquid cooled

temperature.

Moreover the circulation of the

liquid inside the tubes of the

heat exchanger can be varied

considerably in relation to the

cooling load, reducing the energy

engaged by the pumping system.

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8


unico turbo fl ai r cooled liquid chil lers equipped wi th oi l- free centri fugal compressors wi th magnet ic levi ta tion bear ings,flooded evaporator and microchannel condensing coils

MAIN COMPONENTS

• Housing and base in epoxy painted

galvanized steel sheet RAL 9002.

• Magnetic levitation two-stage oil-free

centrifugal compressors


• Flooded shell and tube evaporator

• Microchannel type aluminium condensing

coils

• Microprocessor control with “Touch-Screen”

display

• Electrical box with main switch with door

lock safety


• In-line type water pumps with the possibility of

water flow control by inverter.


• Double refrigerant circuit

• Chilled water safety flow switch

• Protective treatment of the condenser coils for

installation in aggressive environments.


The micro-channel condensing coils are the ideal choice for operation with ref rigerant

pressures up-to 45 bar and they are optimise on the liquid chillers of the UNICO TURBO

FL series with HFC R134a refrigerant charge.

The micro-channel condensing coils are in aluminium and they are perfect ly suitable for

the civil and industrial applications cooling, while the protection function of the oxide

layer allows an optimum resistance to corrosion also in case of aggressive ambient

conditions. The optional version with special pro tective surface treatment - acryl ic pa inting TK

Pro - allows to obtain a high resistance to salt spray while

maintaining the same conditions of heat exchange capacity.


manufacture is able to offer the possibility for very light

machinery: the coil weight is only 50% compared to traditional

copper pipes and aluminium fins of the same capacity.

. The reduced air resistance o f the micro-channel coils

allows to drastically reduce the fans motors electric energy

consumption.

At the same performances condit ions, the micro-channels

condensers require up-to less than 75% refrigerant when

compared to the traditional heat exchangers.

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unico turbo fl ai r cooled liquid chil lers equipped wi th oi l- free centri fugal compressors wi th magnet ic levi ta tion bear ings,

flooded evaporator and microchannel condensing coils


Microprocessor control system with new high resolution touch screen

7” graphic display for the management and monitoring of the working

and alarm statuses. The system includes:


• Main components hour meter, with programmed maintenance

intervention.


recording.

• “On-line trends” function, freely configurable and specially

conceived for maintenance and diagnostic purposes.

• High level of data exchange with microprocessor typical of the compressors.

• “Flash” memory for the data storage in case of lack of power supply.• Energy performances monitoring function in real and cumulated (optional) time.


The totally new graphic interface is characterized by an extremely simple e lectronic navigation and by several

information, merged by function in rational way.

Among the several new available graphical charts, a synoptic of the machine is foreseen that – combined with the above

mentioned “On-line trends” – allows at the same time a brief and simplified analysis of the units working status.

The unit sett ings are merged according to a new logic and they have been reduced, since many of them have been

eliminated through an innovative new auto-adaptive type control techniques.

INVERTER SYSTEM The compressor driven by an inverter varies the load cont inuously and

the regulation of the refrigerant circuit can be easily adapted, without

oscillations and transients, the operating conditions required.

The system is highly efficient since i t is supplying the energy necessary

to satisfy the required thermal load only; furthermore it is possible to

supply thermal or cooling energy even in case of overload conditions of

the system.

The work ing range of UNICO TURBO FL, in comparison to the nominal

values of cooling and thermal capacity output, varies on average from

20% to 110%.

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unico turbo fl

280 T1E 340 T1 410 T2 490 T2 560 T2E 680 T2 (*) 740 T3 (*) 810 T2E (*) 820 T3 (*)

VT3 VT3 VT4 VT4 VT5 VT6 VT6 VT7 VT7

280 340 410 490 560 680 740 810 820

66,9 85,3 102,0 133,0 147,0 176,0 184,0 219,0 217,0

3,49 3,44 3,42 3,25 3,31 3,35 3,51 3,24 3,30

5,10 5,18 5,07 5,05 5,15 5,35 5,34 5,47 5,03

1 1 2 2 2 2 3 2 3

1 1 1 1 1 1 1 1 1

2559 2626 3378 3658 4203 5056 5241 5614 5743

73,8 73,9 74,8 74,8 75,1 75,4 75,5 75,6 75,7

900 T3 (*) 980 T4 (*) 1070 T4E (*) 1120 T4E (*) 1200 T3E (*) 1360 T4 (*) 1380 T4 (*) 1500 T4E (*)


900 980 1070 1120 1200 1360 1380 1500

224,0 267,0 286,0 293,0 327,0 362,0 350,0 403,0

3,47 3,24 3,28 3,32 3,23 3,31 3,42 3,29

5,23 5,20 5,27 5,31 5,35 5,56 5,76 5,60

3 4 4 4 3 4 4 4

1 1 1 1 1 1 1 1

6772 7065 7652 8154 8021 8925 9427 9537

76,1 76,1 76,1 76,2 76,2 76,4 76,5 76,5

b

a

c


DIMENSIONS (mm)

1) Gross value - Referred to chilled water temperature 12/7°C; ambient air temperature 35°C.

2) Sound pressure 1m far in free field conditions according to ISO3744 norm.(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Size a b c

VT3 3.530 2.260 2.304

VT4 4.650 2.260 2.304

VT5 5.770 2.260 2.304

VT6 6.890 2.260 2.304

VT7 8.010 2.260 2.304

VT8 9.130 2.260 2.304

VT9 10.250 2.260 2.304

VT10 11.370 2.260 2.304

VT11 12.490 2.260 2.304

VT12 13.610 2.260 2.304


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PLATEE C

R410AFREE

COOLINGE C

18,9 ÷ 258,0 kW


1 9 6 3 2 0 1 3


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2


MAXIMO

maximo

PLATEE C

R410AFREE

COOLINGE C

ai r cooled liquid ch il lers wi th free-cooling system


AND COMPONENTS

The wide range of cooling capaci ty and the avai lable


diverse components on the refrigeration and hydraulic

circuits in the MAXIMO Free-Cooling chillers range.

The MAXIMO series is a type of liquid chillers equipped

with a built-in additional coil making Free Cooling using

the outdoor air as cooling media.

The free-cool ing system insta lled on these chil lers has

been designed and applied by RC GROUP for the first

time in the early 70’s and the today’s series is the result of

more than 40 years experience. These chillers allow to achieve remarkable energy savings

when installed in cold and temperate climate zones.

The components completeness together with the wide

range of available optional accessories allow very quick



VERSIONS:

MAXIMO (R410A)


Free-cooling capacity 18,4 ÷ 190,0 kW

Free-cooling liquid chiller equipped with scroll

compressors and axial fans.

MAXIMO PF (R410A) Plug fan


Free-cooling capacity 17,5 ÷ 173,0 kW

Free-cooling liquid chiller equipped with scroll

compressors and Plug-fans.

The Plug-fan al low the MAXIMO PF installation also


MAXIMO PF


Cooling



Free - Cooling system

Plate type exchanger

Axial fan with brushless type EC motor



Indoor installation

MAXIMO

MAXIMO PF

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MAXIMO

maximo PF

ai r cooled liquid chil lers with free-cooling system


• Pumping group

• Water tank






temperatures down to -12°C.• Serial port

MAIN COMPONENTS


sheet.


• Axial fans with EC motor (MAXIMO)

• Plug fan with EC motor (MAXIMO PF)



• Proportional free-cooling system




MAXIMO PF - Condenser air discharge



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MAXIMO

21 P1 S 24 P1 S 28 P1 S 30 P1 S 34 P1 S 40 P1 S 50 P1 S 52 P2 S 58 P2 S

C1 C1 C1 C1 C2 C2 C2 C2 C3

18,9 21,3 25,2 27,7 33,3 37,5 46,0 47,8 55,6

18,4 19,4 23,5 24,4 31,6 35,7 42,6 43,1 53,9

6,2 7,3 8,4 9,9 10,4 12,4 16,3 17,2 18,7

2,84 2,75 2,73 2,58 3,02 2,80 2,56 2,54 2,75

4,32 4,29 4,09 3,95 4,67 4,18 3,75 3,98 4,42

1 1 1 1 1 1 1 2 2

1 1 1 1 1 1 1 1 1

430 440 440 440 600 600 740 700 930

64,2 64,6 66,0 65,2 66,4 69,4 72,5 70,0 70,3


C3 C3 C3 C4 C4 C4 C5 C5 C5

59,1 62,6 71,7 92,7 114,0 147,0 169,0 186,0 209,0

56,3 58,8 65,1 82,8 98,1 113,0 131,0 145,0 153,0

20,2 21,0 25,4 32,1 41,4 54,6 60,4 69,1 85,6

2,70 2,73 2,57 2,66 2,47 2,38 2,51 2,44 2,23

4,01 4,17 3,92 4,14 3,67 3,46 3,74 3,60 3,74

1 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1

970 940 1000 1470 1610 1660 2240 2220 2370

75,1 70,2 69,4 68,4 72,3 74,4 74,1 74,4 75,4


C2 C3 C3 C3 C4 C4 C4 C5 C5 C5H C5H

47,7 55,8 62,4 71,3 91,5 112,0 149,0 170,0 183,0 231,0 258,0

43,1 53,9 58,7 65,0 82,3 97,5 113,0 132,0 145,0 165,0 190,0

17,3 18,7 20,9 25,4 31,9 41,4 54,8 60,5 69,5 83,2 99,0 2,52 2,76 2,73 2,56 2,64 2,43 2,41 2,53 2,39 2,50 2,39

3,58 3,98 3,77 3,50 3,71 3,30 3,18 3,38 3,25 3,40 3,34

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

700 920 930 1000 1470 1610 1640 2210 2230 2510 2510

70,0 70,3 70,2 69,4 68,4 72,3 74,4 74,1 74,4 74,1 74,1

MODEL

Size


Free-cooling capacity (2) kW

Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



MODEL

Size



Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C / 20% glycol and air to the condenser at 35°C(2) Gross va lue - Referred to water inlet temperature at 15°C / 20% glycol and outdoor temperature at 3°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms

POWER SUPPLY: 400/3/50


MAXIMO single circuit / axial fans

MAXIMO double circuit / axial fans

MODEL

Size



Power input (1) kWEER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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MAXIMO

22 P1 S 24 P1 S 28 P1 S 32 P1 S 36 P1 S 42 P1 S 53 P1 S 67 P1 S

C1 C1 C1 C1 C1 C1 C2 C2

19,7 22,0 25,6 29,0 32,4 36,5 47,3 59,4

17,5 19,0 22,2 25,3 27,5 29,2 41,2 50,9

6,5 7,5 8,8 9,9 11,1 13,6 16,8 21,4

2,79 2,67 2,56 2,72 2,49 2,32 2,47 2,51

4,39 4,31 3,94 4,63 3,68 3,45 3,77 3,56

1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1

450 460 460 470 470 480 750 790

70,7 72,3 76,4 75,5 77,9 78,9 77,8 80,0

55 P2 S 62 P2 S 71 P2 S 85 P2 S 107 P2 S 135 P2 S 170 P2 S 195 P2 S 220 P2 S 250 P3 S

C2 C2 C2 C3 C3 C4 C4 C4 C5 C5

49,7 56,0 63,1 74,3 95,1 117,0 153,0 168,0 194,0 222,0

44,5 49,4 54,3 65,5 79,3 96,8 120,0 124,0 159,0 167,0

17,9 19,3 22,2 25,8 33,0 42,5 53,5 53,8 67,9 84,5

2,44 2,51 2,40 2,56 2,44 2,47 2,40 2,58 2,44 2,29

3,73 3,63 3,62 4,18 3,62 4,14 3,54 3,39 3,70 3,85

2 2 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1 1

740 810 820 1050 1240 1690 1800 1850 2320 2490

76,4 70,3 72,6 76,5 81,3 74,1 77,6 77,6 77,6 77,9


C2 C2 C2 C3 C3 C4 C4 C4 C5 C5 C5

49,8 56,1 62,9 73,8 93,8 116,0 151,0 171,0 198,0 233,0 257,0

44,6 49,4 54,2 65,4 79,0 96,3 120,0 125,0 160,0 169,0 173,0

17,8 19,3 22,1 25,7 32,9 42,4 53,5 63,9 68,2 87,4 104,0 2,46 2,52 2,40 2,55 2,41 2,46 2,37 2,27 2,48 2,32 2,20

3,92 3,51 3,38 3,79 3,36 3,73 3,29 3,18 3,47 3,36 3,26

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

740 810 820 1050 1240 1690 1780 1820 2330 2670 2720

76,4 70,3 72,6 76,5 81,3 74,1 77,6 77,6 77,6 78,0 78,0


MODEL

Size



Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C / 20% glycol and air to the condenser at 35°C(2) Gross va lue - Referred to water inlet temperature at 15°C / 20% glycol and outdoor temperature at 3°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms


ai r cooled liquid chil lers with free-cooling system

MAXIMO PF single circuit / plug-fans

MAXIMO PF double circuit / plug-fans

MODEL

Size




ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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MAXIMO

MAXIMO

MAXIMO PF

C

AB

C

A

B


DIMENSIONS (mm)

Size a b c

C1 1.250 1.010 1.950

C2 1.800 1.180 2.000

C3 2.600 1.340 2.000

C4 3.700 1.490 2.000

C5 4.950 1.500 2.040

Size a b c

C1 1.250 1.010 1.950

C2 1.800 1.180 2.000

C3 2.600 1.340 2.000

C4 3.700 1.490 2.000

C5 / C5H 4.950 1.500 2.040

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1 9 6 3 2 0 1 3

64 ÷ 313 kW

A CPLATER410A

FREE

COOLING


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8


Eagle free

EAgle FREE

A CPLATER410A

FREE

COOLING

GENERAL FEATURES

The EAGLE FREE series is a type of liquid chillers

equipped with a built-in additional coil making Free

Cooling using the outdoor air as cooling media.

The free-cool ing system installed on these chil lers

has been designed and applied by RC GROUP for

the first time in the early 70’s and the today’s series

is the result of this experience.

These chille rs a llow to achieve remarkable energy

savings when installed in cold and temperate climate

zones.

EAGLE FREE liquid chillers allow to meet all air-

conditioning requirements in residential, commercial

and Hi-Tech applications, as well as in the post

industrial sector.


VERSIONS:

EAGLE FREE (R410A)


Free cooling capacity 46,3 ÷ 192,0 kW

Liquid chiller equipped with scroll compressors,

axial fans and free-cooling system.

Cooling

Free-cooling system






These machines are available in a full range

of dimensions, models and versions, with a

rich variety of accessories and opt ional, so

that they can become the ideal solution for

installation in office buildings, public buildings,

trade centres, industrial buildings, wine-cellars

as well as for a variety of other applications in

the Hi-Tech and process sector.

EAGLE FREE liquid chillers use R410A

refrigerant and new generation scroll

compressors, designed to fully exploit this

new gas, in terms of performances and noise

reduction.

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EAgle FREE ai r cooled liquid ch il lers wi th free-cooling system

MAIN COMPONENTS


• Axial fans• Welded plate heat exchangers

• Technical compartment separate from the air flow (size U)





• Free-cooling system




Low noise levels, with the possibility of selecting either the silenced range (LNO

kit) or the extremely low noise range (ELN kit).

This allows you to select the machine you want also from the acoustic standpoint ,

in addition to the heating/cooling capacity, and to meet the strictest requirements

in terms of protection against sound emissions.

Two energy efciency levels

• single refrigeration circuit and several compressors in parallel. This version

makes it possible to achieve high energy efciency during partial load working

mode (S version).

• double refrigeration circuit, marked by an energy efciency in line with the top

levels of the industry

(D version).


• Hydronic group






• Serial port

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0


T 60 T 70 T 90 T 120 T 135 T 150 T 200 P2 S P2 S P2 S P2 S P2 S P2 S P2 S

N6 N6 N7 N7 N7 N8 N8

64,0 73,4 94,9 116,0 130,0 154,0 187,0

46,3 50,2 61,9 69,3 71,9 106,0 116,0

20,5 24,6 30,9 40,7 47,6 50,9 68,3

2,91 2,81 2,77 2,63 2,55 2,75 2,55

4,76 4,61 4,61 4,30 4,17 4,45 4,00

2 2 2 2 2 2 2

1 1 1 1 1 1 1

830 870 1170 1280 1350 1560 1710

66,3 66,4 74,2 74,4 75,4 76,0 75,4

T 60 T 70 T 90 T 120 T 150 T 190 T 200 T 240 T 270 T 300

P2 D P2 D P2 D P2 D P2 D P4 D P2 D P4 D P4 D P4 D

N6 N6 N7 N7 N8 N9 N8 N9 N10 N10

64,0 73,2 93,8 114,0 157,0 186,0 192,0 227,0 269,0 313,0

46,3 50,2 61,6 68,9 106,0 115,0 117,0 129,0 172,0 192,0

20,5 24,6 30,8 40,5 51,1 66,1 68,0 85,2 93,3 106,0

2,91 2,80 2,74 2,60 2,79 2,61 2,57 2,47 2,60 2,69

4,57 4,27 4,36 4,06 4,28 4,20 3,97 4,08 4,51 4,49

2 2 2 2 2 2 2 4 4 4

2 2 2 2 2 2 2 2 2 2

810 850 1150 1270 1580 1840 1730 1850 2260 2710

66,3 66,4 74,2 74,4 76,0 75,4 75,4 80,2 81,5 81,5

EAgle free

a

b

c

EAGLE FREE “N”


EAGLE FREE single circuit

MODEL

Size



Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


EAGLE FREEdouble circuit

MODEL

Size



Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross va lue - Referred to water temperature 15°C /20% glycol solution and outdoor temperature at 3°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50


DIMENSIONS (mm)

Size a b c

N6 2.580 1.200 1.630

N7 3.020 1.200 1.950

N8 4.400 1.800 1.190

N9 3.600 2.290 2.250

N10 4.600 2.290 2.250

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288 ÷ 1445 kW


1 9 6 3 2 0 1 3

new

R134a SHELL FREE

COOLINGA

CLASS A C

AIR COOLED LIQUID CHILLERS WITH FREE COOLING

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GLIDER evo free cla

new

R134a SHELL FREE

COOLINGA

CLASS A C

ai r cooled free cool ing chil lers

GENERAL FEATURES The GLIDER EVO FREE CLA series is

a type of liquid chillers equipped with a

built-in additional coil making Free Cooling

using the outdoor air as cooling media.

The free-cool ing system insta lled on these

chillers has been designed and applied by

RC GROUP for the first time in the early

70’s and the today’s series is the result of

this experience.

These chillers allow to achieve remarkable

energy savings when installed in cold and

temperate climate zones.The GLIDER

EVO FREE CLA units are a complete

range including liquid chillers and free-

cooling chillers, with high energy efficiency

and reduced operating costs, granting an

efficacious answer to the today’s needs of

“comfort” and Hi-Tech air conditioning as

well as in the industrial process cooling.

VERSIONS :

GLIDER EVO FREE CLA (R134a)


Free Cooling capacity 312 ÷ 1339 kW


equipped with screw compressors, axial fans and

free cooling system.

Cooling



A class energy effic iency



Free-Cooling system


Developed with the most advanced

3D-CAD software, GLIDER EVO FREE

CLA chillers are available in two brand

new cabinet types (for a more rational

internal layout), an extremely innovative

condenser fan section and the state

of the art of electrical, electronics andrefrigerating components.

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GLIDER evo free cla ai r cooled free cool ing ch il lers

MAIN COMPONENTS


profiles.






• Free cooling system






• Pumping group

• Water tank


• Glycol-Free system




production with temperatures down to -12°C.

• Serial port

A-CLASS

GLIDER EVO CLA and GLIDER EVO FREE CLA chillers

stand out for the high efficiency of the whole series

with EER values always superior to 3,1 A-Class energy

ratio, in agreement with EECCAC (Energy Efficiency and

Certification of Central Air Conditioning).

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4


GLIDER evo free cla

a

b

c

290 V2 310 V2 330 V2 360 V2 380 V2 420 V2 460 V2 490 V2

F06 F06 F08 F08 F08 F08 F10 F10

288 305 329 352 373 412 457 484

312 316 386 422 426 441 544 554

79,0 85,0 90,2 96,0 102,0 115,0 125,0 134,0

3,15 3,13 3,14 3,13 3,14 3,13 3,13 3,13

3,59 3,53 3,57 3,56 3,55 3,52 3,53 3,52

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

5330 5923 6633 6638 6857 6895 8018 8030

72,4 72,8 72,5 72,7 71,3 71,7 71,4 75,6

540 V2 590 V2 630 V2 (*) 680 V2 (*) 720 V2 (*) 790 V2 (*) 860 V2 (*) 910 V2 (*)

F10 F10 F12 F14 F14 F16 F16 F16

532 581 629 670 715 786 859 904

571 585 637 715 754 846 895 909

150,0 165,0 176,0 189,0 200,0 221,0 242,0 257,0

3,11 3,13 3,13 3,10 3,12 3,12 3,12 3,11

3,52 3,55 3,68 3,58 3,59 3,55 3,57 3,52

2 2 2 2 22 2 2 2

2 2 2 2 2 2 2 2

8182 8304 9086 9669 9872 11754 12233 12267

75,8 76,0 76,7 77,9 79,0 79,3 79,9 79,8

960 V2 (*) 1050 V2 (*) 1110 V2 (*) 1170 V2 (*) 1240 V2 (*) 1310 V2 (*) 1380 V2 (*) 1450 V2 (*)

F16 F16 F18 F20 F20 F20 F22 F24

951 1048 1108 1170 1239 1311 1377 1445 923 947 1035 1174 1191 1208 1292 1339

272,0 303,0 318,0 334,0 356,0 379,0 396,0 414,0

3,11 3,12 3,12 3,11 3,12 3,12 3,12 3,11

3,56 3,76 3,72 3,72 3,72 3,77 3,72 3,72

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

12277 12376 13934 15142 15402 15422 16101 16780

79,6 78,1 79,5 81,5 81,5 81,5 81,4 81,3

new

DIMENSIONS (mm)

Size a b c

F06 3.640 2.260 2.550

F08 4.610 2.260 2.550

F10 5.580 2.260 2.550

F12 6.550 2.260 2.550

F14 7.520 2.260 2.550

F16 8.720 2.260 2.550

F18 9.690 2.260 2.550

F20 10.660 2.260 2.550

F22 11.630 2.260 2.550

F24 12.600 2.260 2.550

ai r cooled free cool ing chil lers


GLIDER EVO FREE CLA A Class energy efciency

(1) Gross va lue - Referred to chilled water temperature 12/7°C / 20% glycol and air to the condenser at 35°C(2) Gross va lue - Referred to water inlet temperature at 15°C / 20% glycol and outdoor temperature at 3°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

Model


Free Cooling capacity (2) kW

Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Model


Free Cooling capacity (2) kW

Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Model

Cooling capacity (1) kWFree Cooling capacity (2) kW

Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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1 9 6 3 2 0 1 3

PLATER410A

WATER COOLED CHILLERS AND MOTOEVAPORATING UNITS

5,4 ÷ 30,5 kW

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6


NEMO

nemo

PLATER410A

water cooled chillers and condenserless chillers

VERSIONS :

NEMO (R410A)




NEMO A (R410A)


Motoevaporating unit equipped with scroll compressor


GENERAL FEATURES

NEMO liquid chillers offer a simple and cheap solution for

domestic and small offices application.

The crit ical ity of these smaller systems is the same as

the larger installations, differing only in size Comfort

requirements for a small 40 m2 2/4 persons advertising

office are just the same but smaller, than for an equivalent

1000 m2 / 100 persons location.


These liquid ch illers grant the same reliabil ity of the other

RC Group products, being designed and manufactured

with same philosophy as all RC Group products during

more than 40 years activity.

Thanks to this long experience, the main repet itive fault

rates and relative causes have been eliminated through

the use of well tested and top quality components.

Furthermore, all maintenance operations have beenreduced at the minimum, since this type of chillers is now

to be considered as a common home appliance, that does

not require any frequent and complicated operations.

Cooling




Indoor installation

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NEMO




protection devices. They simply need electrical and

hydraulic connections.


MAIN COMPONENTS


sheet

• Thermo-acoustic lining inside the unit



• Welded plate condenser (NEMO)• Microprocessor control

• Water flow control by pressure switch

• 3-speed water pump


• Main switch


• Condensing control valve (NEMO)

• Water tank


• Serial port

• Remote air cooled condenser (NEMO A)

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8


M 06 P1 M 08 P1 M 10 P1 M 13 P1 T 06 P1 T 08 P1 T 10 P1

J3 J3 J3 J3 J3 J3 J3

5,4 7,1 9,2 12,1 5,4 6,9 9,2

1,6 2,3 3,1 3,8 1,6 2,2 2,9

2,88 2,76 2,78 2,96 2,89 2,81 2,88

1 1 1 1 1 1 1

1 1 1 1 1 1 1

88,5 90,3 99,5 103,4 88,4 90,3 99,5 42,0 42,0 44,0 44,0 42,0 42,0 44,0

M 11 M 11 M 14 M 17 M 11 M 11 M 14

T 13 P1 T 15 P1 T 17 P1 T 20 P1 T 25 P1 T 30 P1

J3 J3 J3 J3 J3 J3

12,0 13,6 16,2 17,7 21,5 26,0

4,0 4,3 5,0 5,9 7,0 8,4

2,86 2,89 2,95 2,75 2,86 2,92

1 1 1 1 1 1

1 1 1 1 1 1

103,4 110,6 111,7 112,8 134,2 138,0

44,0 47,0 51,0 48,0 50,0 50,0

M 17 M 20 M 25 M 25 M 30 M 35

NEMO

M 06 P1 M 08 P1 M 10 P1 M 13 P1 T 06 P1 T 08 P1 T 10 P1

J3 J3 J3 J3 J3 J3 J3

5,7 7,4 11,1 14,1 5,7 7,3 10,4

1,4 1,8 2,4 3,0 1,4 1,8 2,3

4,12 4,09 4,63 4,70 4,11 4,15 4,48

6,01 6,23 6,28 6,54 6,26 6,41 6,62

1 1 1 1 1 1 1

1 1 1 1 1 1 1

88,7 91,4 101,5 106,3 88,7 91,4 101,5

42,0 42,0 44,0 44,0 42,0 42,0 44,0

T 13 P1 T 15 P1 T 17 P1 T 20 P1 T 25 P1 T 30 P1

J3 J3 J3 J3 J3 J3

13,3 15,1 17,4 20,1 24,8 30,5

2,9 3,4 4,0 4,5 5,6 6,3 4,55 4,43 4,37 4,48 4,44 4,84

6,49 6,38 6,53 6,40 6,47 6,68

1 1 1 1 1 1

1 1 1 1 1 1

106,3 114,5 116,0 118,5 141,7 147,4

44,0 47,0 51,0 48,0 50,0 50,0

(1) Gross value - Referred to chilled water temperature 12/7°C and outdoor temperature 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50

NEMO A air cooled motoevaporating unit

MODEL


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.


TEAM MATE STD

MODEL


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE STD



NEMO water cooled

MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL



ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and condenser water inlet temperature at 30°C(2) Sound pressure 1m far in free eld conditionsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50

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NEMO

900

650555


DIMENSIONS (mm)


The NEMO A se ries is planned for the matchingto the TEAM MATE condenser series.

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1 9 6 3 2 0 1 3

PLATER410A

WATER COOLED CHILLERS AND MOTOEVAPORATING UNITS

23,5 ÷ 670,0 kW

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2


manta

manta

PLATER410A

VERSIONS :

MANTA (R410A)Cooling capacity 29,1 ÷ 670,0 kW



MANTA A (R410A)


Motoevaporating unit equipped with scroll compressor



GENERAL FEATURES

The range MANTA chillers allows to meet all air-

conditioning requirements in residential, commercial

and Hi-Tech applications, as well as in the tertiary

sector.

These machines are available in a full range of

dimensions, models and versions, with a rich

variety of accessories and optional, so that they

can become the ideal solution for installation inoffice buildings, public buildings, trade centres,

industrial buildings, wine-cellars as well as for a

variety of other applications in the Hi-Tech and

process sector.

Heavy-duty construction, thanks to their design

and to the choice of materials and components,

that reflect the policies followed for the machines

meant for critical environments, where they are

required to operate 365 days/year. In this way,

continuous and regular operation of the machines

is ensured under any load conditions.

Cooling


R410A refrigerant chargePlate type exchanger

Indoor installation

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manta

MAIN COMPONENTS


sheet



• Welded plate condenser (MANTA)







Compact dimensions, limited weights, easy

transport and handling to shorten installation time.

Many models can be transported in common lifts

and cross standard doors without any difficulty.

Two energy efficiency levels

• single refrigeration circuit and several

compressors in parallel. This version makes it

possible to achieve high energy efficiency during

partial load working mode (S version).

• double refrigeration circuit, marked by an

energy efficiency in line with the top levels of the

industry (D version).


• Condensing control valve (MANTA / MANTA HP

/ MANTA WP)





• Serial port

• Remote air cooled condenser (MANTA A /

MANTA A HP)


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4


manta

T.27.P1.S T.30.P1.S T.33.P1.S T.40.P1.S T.40.P2.S T.48.P2.S T.54.P2.S T.60.P2.S

J4 J4 J4 J4 J7 J7 J7 J7

29,1 32,9 36,6 41,3 47,6 56,9 65,4 69,8

6,4 7,2 8,2 10,1 11,4 13,2 15,1 16,8

4,55 4,56 4,44 4,09 4,18 4,31 4,33 4,15

6,36 6,32 5,97 6,14 5,34 5,59 5,54 5,21

1 1 1 1 2 2 2 2

1 1 1 1 1 1 1 1

258 260 270 281 440 444 455 460

50,0 51,0 52,0 53,0 53,0 53,0 54,0 55,0


J7 J7 J7 J8 J8 J9 J9 J9

83,4 108,0 135,0 175,0 199,0 229,0 270,0 331,0

20,6 26,2 33,2 42,3 49,8 53,4 62,4 79,3 4,05 4,12 4,07 4,14 4,00 4,29 4,33 4,17

5,56 5,18 5,23 5,08 6,33 5,29 6,51 6,35

2 2 2 2 3 2 3 3

1 1 1 1 1 1 1 1

465 715 775 1022 1152 1085 1302 1403

56,0 61,0 64,0 64,0 65,8 64,0 65,8 65,8

T.190.P4.D T.200.P2.D T.240.P4.D T.300.P4.D T.340.P4.D T.380.P4.D T.460.P6.D T.570.P6.D

J9 J9 J9 J9 J10 J10 J10 J10

214,0 227,0 276,0 347,0 403,0 446,0 534,0 670,0

54,3 53,3 65,0 83,2 95,0 107,0 124,0 161,0

3,94 4,26 4,25 4,17 4,24 4,17 4,31 4,16

6,02 6,11 5,64 5,76 5,88 5,77 6,14 6,05

4 2 4 4 4 4 6 6

2 2 2 2 2 2 2 2

1315 1115 1545 1590 1665 1775 2270 2300

64,0 64,0 67,0 67,0 67,0 67,0 68,8 68,8

T.40.P2.D T.48.P2.D T.54.P2.D T.60.P2.D T.70.P2.D T.90.P2.D T.120.P2.D T.150.P2.D T.170.P4.D

J7 J7 J7 J7 J7 J7 J7 J8 J8

48,5 56,7 64,2 70,4 83,1 107,0 134,0 173,0 200,0

11,5 12,9 14,6 16,5 20,0 25,7 32,6 41,6 45,8

4,22 4,40 4,40 4,27 4,16 4,16 4,11 4,16 4,37

6,27 6,47 6,52 5,93 6,45 6,06 6,10 6,13 5,29

2 2 2 2 2 2 2 2 4

2 2 2 2 2 2 2 2 2

450 455 468 485 495 760 788 1030 1130

53,0 53,0 54,0 55,0 56,0 61,0 64,0 64,0 64,0



MANTA single circuit - water cooled

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MANTA double circuit - water cooled

MODEL

Size


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and condenser water inlet temperature at 30°C(2) Sound pressure 1m far in free eld conditionsPOWER SUPPLY: 400/3/50

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manta


J9 J9 J9 J9 J10 J10 J10 J10

194,0 192,0 242,0 299,0 349,0 378,0 491,0 617,0

66,2 67,4 78,5 103,0 115,0 133,0 138,0 175,0

2,75 2,68 2,85 2,73 2,83 2,67 3,56 3,53

4 2 4 4 4 4 6 6

2 2 2 2 2 2 2 2

1215 1015 1430 1455 1515 1580 2027 2053

64,0 64,0 67,0 67,0 67,0 67,0 68,8 68,8

2 2 2 2 2 2 -- --

M 130 M 130 T 185 T 210 T 250 T 250 -- --


J7 J7 J7 J7 J7 J7 J7 J8 J8

41,3 48,4 53,2 60,7 73,3 94,3 118,0 149,0 176,0

14,2 16,7 19,7 21,1 24,6 31,6 39,1 51,9 56,9

2,71 2,73 2,56 2,68 2,74 2,79 2,79 2,71 2,88

2 2 2 2 2 2 2 2 4

2 2 2 2 2 2 2 2 2

420 425 430 440 450 695 725 955 1055

53,0 53,0 54,0 55,0 56,0 61,0 64,0 64,0 64,0

2 2 2 2 2 2 2 2 2

M 30 M 35 M 35 M 45 M 50 M 70 M 95 M 110 M 130


J4 J4 J4 J4 J7 J7 J7 J7

24,2 26,5 31,0 36,0 41,6 48,7 57,7 61,3

8,4 9,9 10,6 12,3 14,4 16,7 18,0 20,9

2,72 2,55 2,72 2,69 2,69 2,74 2,95 2,73

1 1 1 1 2 2 2 2

1 1 1 1 1 1 1 1

240 245 250 285 410 415 420 420

50,0 51,0 52,0 53,0 53,0 53,0 54,0 55,0

1 1 1 1 1 1 1 1

M 35 M 35 M 45 M 50 M 60 M 70 M 95 M 95

T.70.P2.S T.90.P2.S T.120.P2.S T.150.P2.S T.175.P3.S T.200.P2.S T.220.P3.S T.290.P3.S J7 J7 J7 J8 J8 J9 J9 J9

71,2 92,5 120,0 152,0 175,0 192,0 228,0 311,0

25,5 32,6 39,2 51,4 59,8 66,6 80,3 87,7

2,63 2,66 2,83 2,78 2,73 2,71 2,70 3,55

2 2 2 2 2 2 3 3

1 1 1 1 1 1 1 1

425 666 715 940 1070 990 1205 1265

56,0 61,0 64,0 64,0 65,8 64,0 65,8 65,8

1 1 1 1 1 1 1 --

M 95 M 130 T 185 T 210 T 250 T 250 T 280 --



MANTA A double circuit - air cooled motoevaporating unit

MANTA A single circuit - air cooled motoevaporating unit

MODEL

Size


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE STD

Model

MODEL

Size


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE STD

Model

MODELSize


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE STD

Model

MODEL

Size


Power input (1) kW

EER (1)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE STD

Model

(1) Gross value - Referred to chilled water temperature 12/7°C and outdoor temperature 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

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ab

c

manta

DIMENSIONS (mm)

Size a b c

J4 1.000 650 1.400

J7 1.200 750 1.700

J8 - J9 1.800 1.200 1.740

J10 1.800 1.800 1.740


The MANTA A series is p lanned for the matchingto the TEAM MATE condenser series.


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186 ÷ 1604 kW

PLATE SHELLACLASS

R134a


1 9 6 3 2 0 1 3

WATER COOLED CHILLERS

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FRIGO SCREW

PLATE SHELLACLASS

R134a

QUIET OPERATION

FRIGO SCREW machines are alsoextremely quiet.

This promotes their use in noise

sensitive locations such as old

city centres, hotels, offices and

residential buildings.

INTRODUCTIONFRIGO SCREW is an organized and innovative project

of RC Group, designed to offer the Customer 4 sets of

water cooled liquid chillers with high-level energy and

construction features.

Only cooling

Screw compressor



Shell and tube type evaporator


Indoor installation

FRIGO SCREW K1 (Energy Class B)


Water cooled liquid chillers equipped with

one screw compressor and plate heat

exchangers

FRIGO SCREW CLA (Energy Class A)


Water cooled liquid chiller in Energy Class

A, equipped with two screw compressors

and shall and tube heat exchangers.

FRIGO SCREW CLA PLUS (Energy

Class A+ with EER higher than 5,3)


Water cooled liquid chiller in Energy Class A, equipped with two screw compressors

and shall and tube heat exchangers.

FRIGO SCREW HR (total heat reclaim)


Water cooled liquid chiller equipped with

two screw compressors and shall and

tube heat exchangers.

FRIGO SCREW

CLA / CLA PLUS

water cooled liquid chillers equipped with screw compressors

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FRIGO SCREW

FRIGO SCREW K1


The most important cha racter istics of

FRIGO SCREW machines is their high

energy efficiency (EER / COP) and

consequently high ESEER values, both

at design and at the various operating


The FRIGO SCREW CLA version offers the

full range of machines in Energy Class

A, while the FRIGO SCREW CLA PLUS

version reaches EER higher than 5,3.


FRIGO SCREW K1

13 models

5,25 ESEER

71 dB(A) 1 meter far (ISO 3744)

FRIGO SCREW CLA

14 models

5,86 ESEER


FRIGO SCREW CLA PLUS

7 models

6,18 ESEER


FRIGO SCREW HR

14 models

5,72 ESEER


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frigo screw

190 V1 210 V1 240 V1 250 V1 270 V1 310 V1 360 V1 410 V1 470 V1 500 V1 530 V1 580 V1 660 V1

186 207 231 249 263 306 353 410 463 491 525 579 655

39,1 43,5 48,7 52,3 55,7 65,0 74,7 86,8 98,7 106,0 111,0 123,0 138,0

4,76 4,76 4,74 4,76 4,72 4,71 4,73 4,72 4,69 4,63 4,73 4,71 4,75

5,09 5,25 5,20 5,07 4,99 5,10 5,09 5,07 5,00 5,04 5,18 5,17 5,19

1 1 1 1 1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1 1 1 1 1

1399 1423 1465 1476 1689 1733 1750 2117 2151 2177 2233 2616 2663 71 72 76 76 76 79 80 80 79 81 81 82 82

FRIGO SCREW K1

b

a

c



Microprocessor control system for the management and monitoring of the

working and alarm statuses. The system includes:


intervention.


recording.


supply.



1) Gross value - Referred to chilled water temperature 12/7°C; water to the condenser 30/35°C.2) Sound pressure 1m far in free field conditions according to ISO3744 norm.POWER SUPPLY: 400/3/50

MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.


DIMENSIONS (mm)

Model a b c

190 V1 2.500 600 1.790

210 V1 2.500 600 1.790

240 V1 2.500 600 1.790

250 V1 2.500 600 1.790

270 V1 2.500 600 1.790

310 V1 2.500 600 1.790

360 V1 2.800 700 1.790

410 V1 2.800 700 1.790

470 V1 2.800 700 1.790

500 V1 2.800 700 1.790

530 V1 2.800 700 1.790

580 V1 3.100 700 1.790

660 V1 3.100 700 1.790

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FRIGO screw

410 V2 460 V2 510 V2 540 V2 610 V2 700 V2 790 V2

406 457 506 539 606 701 790

80,6 90,2 99,9 106,0 120,0 137,0 156,0

5,06 5,08 5,08 5,09 5,06 5,12 5,06

5,41 5,34 5,68 5,72 5,12 5,19 5,16

2 2 2 2 2 2 2

2 2 2 2 2 2 2

3237 3268 3498 3590 3720 3967 4071

74,0 74,0 74,0 79,0 79,0 79,0 82,0

940 V2 1050 V2 1110 V2 1140 V2 1310 V2 1460 V2 1610 V2 (*)

932 1042 1105 1139 1304 1453 1604

184,0 206,0 217,0 224,0 256,0 286,0 317,0

5,07 5,05 5,09 5,08 5,09 5,08 5,06

5,08 5,06 5,16 5,04 5,04 5,10 4,99

2 2 2 2 2 2 2

2 2 2 2 2 2 2

4835 4949 5031 5549 6407 6537 6814

82,0 82,0 82,0 82,0 84,0 84,0 84,0

FRIGO SCREW CLA

a

b

c


MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


DIMENSIONS (mm)

Model a b c

410 V2 3.359 975 1.498

460 V2 3.359 975 1.498

510 V2 3.349 1.013 1.618

540 V2 3.349 1.013 1.618

610 V2 3.435 1.007 1.740

700 V2 3.514 1.060 1.780

790 V2 3.894 1.210 1.888

940 V2 3.894 1.210 1.888

1050 V2 3.894 1.210 1.888

1110 V2 3.932 1.218 1.890

1140 V2 3.874 1.287 1.975

1310 V2 4.273 1.284 2.084

1460 V2 4.273 1.284 2.084

1610 V2 4.352 1.284 2.108


1) Gross value - Referred to chilled water temperature 12/7°C; water to the condenser 30/35°C.2) Sound pressure 1m far in free field conditions according to ISO3744 norm.(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

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FRIGO screw

620 V2 720 V2 820 V2 970 V2 1080 V2 1150 V2 1180 V2

623 717 813 960 1064 1123 1161

111 131 147 175 197 208 214

5,61 5,47 5,53 5,49 5,40 5,40 5,42

6,14 6,18 6,16 6,10 6,13 6,18 5,98

2 2 2 2 2 2 2

2 2 2 2 2 2 2

4009 4051 4325 5439 5459 5565 5649

79,0 79,0 82,0 82,0 82,0 82,0 82,0

FRIGO SCREW CLA PLUS

a

b

c


MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



DIMENSIONS (mm)

Model a b c

620 V2 3.514 1.060 1.660

720 V2 3.514 1.060 1.660

820 V2 3.952 1.057 1.660

970 V2 3.818 1.269 1.991

1080 V2 3.818 1.269 1.991

1150 V2 3.818 1.269 1.991

1180 V2 3.818 1.269 1.991


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280 ÷ 1840 kW

ACLASS

INVERTER OIL

FREE R134a FLOODED


1 9 6 3 2 0 1 3

WATER COOLED LIQUID CHILLER EQUIPPED WITH OIL-FREE CENTRIFUGAL COMPRESSORS WITH

MAGNETIC LEVITATION BEARINGS AND FLOODED EVAPORATOR

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frigo turbo fl

ACLASS INVERTER OILFREE

R134a FLOODED

water cooled liquid chillers equipped with oil-free centrifugal compressorswith magnetic levitation bearings and flooded evaporator

INTRODUCTIONFRIGO TURBO FL machines, with their low environmental

impact, can contribute to the savings needed to meet the

requirements of Kyoto Protocol and limit CO2 emissions into

the atmosphere. Their typical TEWI (1) (Total Environment

Warming Impact) is one of the lowest in the industry and

indeed, CO2 emissions for FRIGO TURBO FL machines are up

to 30% lower than the emissions of standard units.

(1) TEWI is the sum of direct and indirect emissions of

greenhouse gases

FRIGO TURBO FL

11 models

9,23 ESEER


Only cooling

Oil-free centrifugal compressor


Compressor electric motor driven by built-in inverter

Compressor without oil lubrication system


Flooded shell and tube evaporator

Indoor installation

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frigo turbo fl

4,0

5,0

6,0

7,0

8,0

9,0

10,0

11,0

12,0

13,0

25% 50% 75% 100%

FRIGO TURBO FL

SCREW CHILLER


FOR THE MOST QUALIFIED CIVIL SECTOR AND INDUSTRIAL

APPLICATIONS

With their reliable operation, these machines are well suited for every

application from comfort cooling, through the high-tech industrial sectorand especially mission critical strategic applications (like hospitals,

clean rooms, web farms, data centres, telecommunication exchanges,

air-traffic control centres).

Their operating rel iabi li ty is guaranteed 24 hours /day for 365 days/year.

E E R

Cooling load


One of the most important characteristics of FRIGO TURBO FL machines is their high energy efficiency and consequently high

ESEER values, both at design and at the various operating


The diagram compare the EER curves of FRIGO TURBO FL with

centrifugal compressors vs. screw compressors.

The considerable improvement of the centr ifugal un it under al l

load conditions is well illustrated.

The following chart s have been prepared in accordance with

EUROVENT standards.

There fore, the air and water temperatures specif ied by these

standards have been considered at partial load.INVERTER SYSTEM

The compressor driven by an inverter varies

the load continuously and the regulation of

the refrigerant circuit can be easily adapted,

without oscillations and transients, the operating

conditions required.

The system is highly eff icient since it is supplying

the energy necessary to satisfy the required

thermal load only; furthermore it is possible to

supply thermal or cooling energy even in case of

overload conditions of the

system.

The work ing range of

FRIGO TURBO FL, in

comparison to the nominal

values of cooling and

thermal capacity output,

varies on average from

20% to 110%.

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FRIGO turbo fl

TURBOCOR


NO NEED OF POWER FACTOR

CORRECTION

The power factor of the centrifugal

compressor (cos-ϕ) is always close to

unity under all load conditions. This

does not require the use of any power

factor correction capacitors.

MINIMUM STARTING CURRENT (LRA)

The compressors bui lt- in inverter system is able to l imit the star ting current for each compressor to 5 Ampere.

Other types of compressors having the same capacity can produce starting currents up to hundreds of Ampere. This low

inrush current prevents any voltage fluctuation on the mains.

Start-up transients are negligible and without any negative effect on the connected equipment (lighting systems, computer,

electric- medical instruments etc.).

MAGNETIC LEVITATION CENTRIFUGAL

COMPRESSOR The FRIGO TURBO FL liquid chillers are equipped

with two-stage centrifugal compressor with

variable speed, which is able to follow punctually

plant demands, obtaining values of energy

efficiency ratio (EER) growing in a narrowing of the

cooling load.

The compressors of the FRIGO TURBO FL liquid

chillers are equipped with magnetic levitation oil-

free bearings which compared to traditional ball

bearings, completely eliminate all the maintenance

procedures of lubrication.

Trademarks used are properties of their respective owners.

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frigo turbo flwater cooled liquid chillers equipped with oil-free centrifugal compressors

with magnetic levitation bearings and flooded evaporator

QUIET OPERATION

FRIGO TURBO FL machines are

also extremely quiet.

Th is promotes their use in noisesensitive locations such as old

city centres, hotels, o ffices and


FLOODED EVAPORATOR

The FRIGO TURBO FL liquid chil lers

are equipped with flooded evaporator,

where the refrigerant in the evapo ration

phase is outside of the tube bundle.

Th is heat exchange solution al lows

to obtain a greater energy efficiency

of the system because it reduces the

differential between the refrigerant

expansion temperature and the liquid

cooled temperature.

Moreover the circulation of the liquid

inside the tubes of the heat exchanger

can be varied considerably in relation to

the cooling load, reducing the energy

engaged by the pumping system.

MAIN COMPONENTS• Housing and base in epoxy painted

galvanized steel sheet RAL 9002.

• Two-stage oil-free centrifugal compressors

with magnetic levitation bearings

• Flooded shell and tube evaporator

• Shall and tube water cooled condensers

• Microprocessor control with “Touch-Screen”

display

• Electrical box with main switch with door

lock safety


• Compressors cap for noise reduction

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FRIGO turbo flwater cooled liquid chillers equipped with oil-free centrifugal compressorswith magnetic levitation bearings and flooded evaporator


Microprocessor control system with new high resolution touch screen 7” graphic display for the management and

monitoring of the working and alarm statuses. The system includes:




• “On-line trends” function, freely configurable and specially conceived for maintenance and diagnostic purposes.

• High level of data exchange with microprocessor typical of the compressors.

• “Flash” memory for the data storage in case of lack of power supply.

• Energy performances monitoring function in real and cumulated (optional) time.


The totally new graphic interface is characterized by an extremely simple electronic navigation and by severalinformation, merged by function in rational way.

Among the several new available graphical charts, a synoptic of the machine is foreseen that – combined with the above

mentioned “On-line trends” – allows at the same time a brief and simplified analysis of the units working status.

The unit settings are merged according to a new logic and they have been reduced, since many of them have been

eliminated through an innovative new auto-adaptive type control techniques.

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FRIGO turbo fl

280 T1 380 T1 460 T1 560 T2 760 T2 840 T3

280 380 460 560 760 840

55,4 75,2 90,7 111,0 149,0 166,0

5,05 5,05 5,07 5,05 5,10 5,06

8,65 8,81 9,12 8,70 9,09 8,64

1 1 1 2 2 3

1 1 1 1 1 1

1918 1954 2249 2781 3170 4490

73,9 74,3 76,1 76,1 76,3 77,1

920 T2 1140 T3 1380 T3 1520 T4 (*) 1840 T4 (*)

920 1140 1380 1520 1840

179,0 218,0 270,0 290,0 358,0

5,14 5,23 5,11 5,24 5,14

9,16 9,23 9,08 9,04 9,17

2 3 3 4 4

1 1 1 1 1

3634 5128 5880 7014 7230

77,8 77,1 77,7 78,0 79,5

b

a

c


1) Gross value - Referred to chilled water temperature 12/7°C; water to the condenser 30/35°C.2) Sound pressure 1m far in free field conditions according to ISO3744 norm.

(*) Models so marked are not EUROVENT certifiedPOWER SUPPLY: 400/3/50

MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


DIMENSIONS (mm)

Model a b c

280 T1 3.050 1.320 1.870

380 T1 3.050 1.320 1.870

460 T1 3.050 1.320 1.870

560 T2 3.130 1.320 2.040

760 T2 3.662 1.355 2.040

840 T3 4.500 1.406 2.090

920 T2 3.820 1.406 2.040

1140 T3 4.500 1.406 2.090

1380 T3 4.500 1.406 2.090

1520 T4 4.990 1.406 2.090

1840 T4 4.990 1.406 2.090


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FRIGO turbo K

270 K T1

270

59,9

4,51

7,67

1

1

1120

72,0

c

packaged water cooled liquid chil ler equipped with oi l- free centri fugal compressor with magnetic levitation bearings and plate type heat exchangers

COMPACT VERSION

WITH PLATE HEAT EXCHANGERS

270 kW at just 1,3 m2


MODEL


Power input (1) kW

EER (1)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



The “K” version is designed for installation in

parallel, to achieve high cooling capacity in

reduced spaces with high silentness need.

Model a b c

270 K T1 1.000 1.300 1.850

MAIN COMPONENTS

• Housing and base in epoxy painted galvanized steel sheet RAL 9002.

• Two-stage oil-free centrifugal compressors with magnetic levitation

bearings

• Welded plate evaporator / condenser

• Microprocessor control with “Touch-Screen” display

• Electrical box with main switch with door lock safety


• Serial port

• Compressor noise absorption cabinet

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MULTIFUNCTION CHILLERS

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4


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PLATEE C

R410A


1 9 6 3 2 0 1 3

AIR COOLED MULTIFUNCTION CHILLERS

21,8 ÷ 222,0 kW COOLING

25,2 ÷ 236,0 kW HEATING

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MULTIPLO pf

multiplo PF

PLATEE C

R410A

ai r cooled mult ifunct ion ch il lers

GENERAL FEATURES

The MULTIPLO liquid chillers are multifunction air cooled

packaged units suitable for 4 pipe plants.

Designed for air conditioning applications in any climatic

zone, they are suitable for hotels, health centres, hospitals

and for all those installations where the simultaneous

production of cold and hot water is required.

VERSIONS :

MULTIPLO PF (R410A) Plug fan


Heating capacity 25,2 ÷ 236,0 kW

Air cooled mult ifunction liquid chil ler equipped

with scroll compressors and plug-fans.

The Plug-fan al low the MULTIPLO PF installation also


MULTIPLO PF


Cooling / Heating





Indoor installation

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MULTIPLO pf ai r cooled mult ifunct ion ch il lers

MULTIPLO PF

MAIN COMPONENTS

• Housing in epoxy painted galvanized

steel sheet.

• Plug fan with EC motor





• IDEA ® defrosting system




IDEA

®

defrosting system“Patented” defrosting system with dynamic reading of

working parameters. Thanks to proprietary software it

senses the real presence of brine on the coil starting

defrosting cycles only in that situation.

This brings a remarkable energy saving (more than

20-30% on the average) and a higher working

continuity compared with traditional systems.


• Pumping group• Chilled water tank

• Hot water tank


• Serial portMULTIPLO PF - Condenser air

discharge

Remove a panel for the condenser

air discharge (as indicated in the

picture)

HEAT PUMP - MULTIPLO PF

57°C - Maximum outlet water temperature in

heating mode.

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MULTIPLO pf


C1 C1 C1 C1 C1 C1 C2 C2 C2

21,8 24,8 29,0 32,9 36,7 42,4 53,9 67,8 56,9

6,3 7,3 8,5 9,6 10,9 13,1 16,2 20,7 16,7

25,2 28,8 30,0 37,9 42,4 43,7 56,6 70,9 59,7

5,9 6,8 7,8 8,9 9,9 11,6 15,2 19,3 16,3

22,7 26,1 30,6 34,9 39,0 45,4 55,5 69,7 58,2

28,7 32,9 38,5 43,8 49,0 57,2 71,2 89,4 74,6

6,0 6,8 7,9 8,9 10,0 11,8 15,7 19,8 16,4

3,20 3,12 3,01 3,03 2,93 2,80 2,96 2,95 3,04 3,90 3,87 3,35 3,75 3,68 3,20 3,29 3,28 3,26

4,01 3,93 3,62 3,66 3,46 3,19 3,51 3,70 3,85

1 1 1 1 1 1 1 2 2

1 1 1 1 1 1 1 1 1

400 410 410 430 430 440 690 740 680

70,6 72,1 76,3 75,6 77,6 79,4 77,6 75,9 69,6


C2 C2 C3 C3 C4 C4 C4 C5

63,9 72,1 85,8 109,0 134,0 175,0 194,0 222,0

19,1 21,6 24,8 31,9 41,1 51,8 60,6 65,4

67,1 75,5 90,0 114,0 143,0 185,0 208,0 236,0

18,4 20,2 23,7 30,5 38,6 49,1 55,2 61,8

65,7 75,0 88,5 111,0 139,0 180,0 204,0 229,0

84,2 95,6 112,0 142,0 179,0 231,0 261,0 293,0

18,5 20,6 24,0 31,3 39,5 50,3 56,7 63,2

3,01 2,94 3,12 2,96 3,00 2,94 2,81 3,02

3,27 3,27 3,41 3,22 3,39 3,26 3,27 3,37

3,69 3,61 3,94 3,47 3,97 3,49 3,38 3,69

1 2 2 2 2 2 2 2

1 1 1 1 1 1 1 1

750 770 960 1160 1560 1680 1770 2150

79,5 72,0 76,0 80,8 74,0 77,3 78,0 77,3

C

AB

MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW

COOLING + HEATING (3)

Cooling capacity kW

Heating capacity kW

Power input kW

EER (1)COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross value - Referred to hot water temperature 40/45°C and outdoor temperature at 7°C

(3) Gross value - Referred to chilled water outlet temperature at 7°C and hot water outlet temperature at 45°C

(4) Sound pressure 1m far in free eld conditions according to ISO3744 norms



MULTIPLO PF Plug fans


MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kWCOOLING + HEATING (3)

Cooling capacity kW

Heating capacity kW

Power input kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


DIMENSIONS (mm)

Size a b c

C1 1.250 1.010 1.950

C2 1.800 1.180 2.000

C3 2.600 1.340 2.000 C4 3.700 1.490 2.000

C5 4.950 1.500 2.040

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R134a SHELLA C


1 9 6 3 2 0 1 3


199 ÷ 1084 kW COOLING

232 ÷ 1304 kW HEATING

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MULTIPLO SCREW

R134a SHELLA C


GENERAL FEATURES

The MULTIPLO SCREW liquid chillers are multifunction

air cooled packaged units suitable for 4 p ipe plants.

Designed for air conditioning applications in any climatic

zone, they are suitable for hotels, health centres, hospitals

and for all those installations where the simultaneous

production of cold and hot water is required.

VERSIONS :

MULTIPLOSCREW (R134a)



Air cooled mult ifunction l iquid ch iller equipped

with screw compressors and axial fans.

Cooling / HeatingScrew type compressor


Shall and tube type exchanger



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MULTIPLO SCREW ai r cooled mult ifunct ion ch il lers

IDEA ® defrosting system

“Patented” defrosting system with dynamic reading of



defrosting cycles only in that situation.





• Pumping group




• Serial port

MAIN COMPONENTS


profiles.











HEAT PUMP - MULTIPLO SCREW


heating mode.

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MULTIPLO SCREW

200 V2 240 V2 280 V2 330 V2 370 V2 410 V2 430 V2 530 V2

U04 U04 U06 U08 U08 U08 U08 U08

199 237 282 333 371 411 434 528

59,5 71,3 83,0 96,0 109,0 121,0 129,0 160,0

232 279 327 402 445 494 521 633

64,6 76,6 90,8 99,6 110,0 121,0 134,0 164,0

190 229 265 344 386 430 436 543

256 308 358 447 502 560 578 718

66,6 78,7 93,3 104,0 116,0 130,0 143,0 176,0

2,97 3,00 3,00 3,01 3,00 3,03 3,01 3,02

3,22 3,31 3,21 3,52 3,57 3,64 3,50 3,54

3,47 3,51 3,51 3,50 3,49 3,50 3,49 3,54

2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

3415 3530 4206 6168 6264 6522 6534 6828

72,3 72,8 72,3 71,7 72,1 76,4 76,4 76,9

580 V2 660 V2 780 V2 870 V2 920 V2 950 V2 1070 V2

U10 U10 U12 U12 U12 U12 U14

590 670 787 873 924 958 1084

174,0 197,0 240,0 268,0 284,0 296,0 331,0

698 794 941 1050 1105 1163 1304

175,0 189,0 234,0 256,0 262,0 276,0 313,0

608 717 830 936 1014 1035 1155

797 924 1083 1216 1292 1332 1492

189,0 206,0 252,0 280,0 278,0 297,0 337,0

3,07 3,11 3,00 3,00 3,01 3,00 3,03

3,61 3,83 3,67 3,77 3,88 3,88 3,83

3,56 3,59 3,54 3,56 3,59 3,56 3,57

2 2 2 2 2 2 2

2 2 2 2 2 2 2

7727 7901 9273 9329 9433 9712 11044

76,5 79,2 80,1 79,8 78,2 78,2 80,9

MULTIPLO SCREW

a

b

c


MODEL

SizeCOOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW


Cooling capacity kW

Heating capacity kW

Power input kW

EER (1)

COP (2)

ESEER (1)

Compressors n.Gas circuits n.

Weight kg


MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW


Cooling capacity kW

Heating capacity kW

Power input kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C

(2) Gross value - Referred to hot water temperature 40/45°C and outdoor temperature at 7°C

(3) Gross value - Referred to chilled water outlet temperature at 7°C and hot water outlet temperature at 45°C




DIMENSIONS (mm)

Size a b c

U04 3.815 2.206 2.015

U06 5.215 2.206 2.015

U08 6.045 2.206 2.525

U10 7.175 2.206 2.525

U12 8.305 2.206 2.525

U14 9.435 2.206 2.525

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PLATEE C

R410A


1 9 6 3 2 0 1 3


45,0 ÷ 212,0 kW COOLING

57,6 ÷ 255,0 kW HEATING

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TRILOGY

trilogy bi

PLATEE C

R410A


GENERAL FEATURES

TRILOGY, multifunction liquid chillers range produced

with R410A refrigerant, represents the best solution, in a

single package, for all those air conditioning applications

requiring simultaneous production of chilled water, hot

water for heating and sanitary water all year long.

Some of possible end-users are hotels, hospitals, offices,

shopping centres.

First in its kind on the market, the TRILOGY multifunction

chillers range features compact dimensions, low

noise level, high energy saving, wide range of optional

accessories.

VERSIONS :

TRILOGY BI (R410A)



Reversible heat pump liquid chillers for 2 pipes p lant.

On request partial or total heat reclaim system for

domestic hot water production.


TRILOGY TETRA (R410A)



Multifunction liquid chiller for simultaneous production

of chilled and hot water for 4 pipes plant.

On request partial heat reclaim system for domestic

hot water production.


TRILOGY ESA (R410A)


Heating capacity (heating) 57,7 ÷ 251,0 kW

Heating capacity (sanitary) 57,7 ÷ 269,0 kW

Multifunction liquid chiller for simultaneous production of

chilled, hot and domestic hot water, for 6 pipes plant.

Cooling / Heating

Domestic hot water




Axial fan with brushless type EC motorOutdoor installation

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TRILOGY

trilogy esa


“Patented” defrosting system with dynamic reading

of working parameters. Thanks to proprietary

software it senses the real presence of brine on the

coil starting defrosting cycles only in that situation.




MP.COM

The microprocessor control system MP.COM al lows

the units to communicate with all the standard

protocols of the sector: MODBUS/JBUS, LON,

TCP/IP, BACnet, TREND, GSM.

ai r cooled mult ifunct ion chil lers

MAIN COMPONENTS



• Axial fans with EC motor

• Welded plate gas/water heat exchangers in AISI

316 stainless steel

• Water flow control through differential pressure

switch



• MP.COM microprocessor control system





• Centrifugal pump in stainless steel for

chilled, hot and sanitary water

• Antifreeze electric heater for each

gas/water heat exchangers

• Serial port

HEAT PUMP - TRILOGY


heating mode.

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1 2 1 2 1 2 3 4 5

100%

100%

100%

100%

20% 20%

100% 100%

100% 100%

100% 100% 100%

1 2 3 1 2 3

100% 100% 100% 100%

100%100%100%100%

20% 20% 20%

1 2 3 4 5 6 7

100% 100% 100% 100%

100% 100% 100% 100%

100% 100% 100% 100%

TRILOGY ai r cooled mult ifunct ion ch il lers

WORKING LOGIC

TRILOGY BI / Reversible heat pump. The production of sanitary hot water is made through partial or total heat

reclaim systems and it matches the normal production of chilled or hot water according to the following schemes. In

working condition 2 the system produces simultaneously chilled water and domestic hot water. In working condition no. 4

(simultaneous request of hot water for heating and domestic hot water) the system gives priority to the domestic hot water

production. Only when the domestic hot water request is satisfied, the system will start producing hot water for heating.

TRILOGY TETRA / Multifunction liquid chiller with simultaneous production of chilled and hot water.

The production of domestic hot water is made by the installation of a heat exchanger (optional accessory) for the part ial

heat reclaim. The domestic hot water is always produced regardless of the working request.

TRILOGY ESA / Multifunction liquid chiller with simultaneous production of chilled water, hot water and domestic hot

water. In working condition no. 4 and 7 the system gives priority to the domestic hot water production. Only when the

domestic hot water request is satisfied, the system will start producing hot water for heating.

2 PIPE + Partial heat reclaim

6 PIPE

2 PIPE 2 PIPE + Total heat reclaim

4 PIPE 4 PIPE + Parial heat reclaim

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TRILOGY

44 P2 58 P2 76 P2 100 P2 124 P2 150 P2 210 P2

F1 F1 F2 F2 F3 F3 F4

45,0 57,1 74,6 101,0 124,0 152,0 208,0

15,0 19,8 25,0 32,5 43,8 51,4 59,7

57,6 73,7 95,3 132,0 162,0 190,0 250,0

15,8 20,5 26,0 36,3 46,4 54,1 73,6

2,89 2,77 2,92 2,90 2,66 2,80 3,25

3,52 3,46 3,59 3,42 3,29 3,34 3,21

4,30 4,09 4,47 3,99 3,69 3,91 4,36

2 2 2 2 2 2 2

1 1 1 1 1 1 1

575 610 905 1010 1180 1240 1665

67,9 68,0 67,3 73,9 74,1 74,3 76,3

16,5 21,0 27,4 37,2 45,4 55,8 76,3

57,7 73,8 95,5 132,0 162,4 189,1 250,3

59,7 76,4 99,5 133,0 168,0 197,0 265,0

44 P2 58 P2 76 P2 100 P2 124 P2 150 P2 210 P2

F1 F1 F2 F2 F3 F3 F4

45,4 60,0 78,2 107,0 131,0 152,0 212,0

13,8 20,1 25,5 33,0 44,4 51,4 60,0

57,7 74,2 95,8 132,0 163,0 190,0 255,0

15,2 19,6 24,9 34,8 44,9 51,6 64,9

46,5 59,7 77,9 104,0 131,0 153,0 204,0 62,2 79,9 104,0 139,0 176,0 205,0 270,0

15,7 20,2 25,9 35,2 45,6 52,5 66,2

3,11 2,84 2,99 2,99 2,75 2,79 3,30

3,61 3,59 3,75 3,51 3,39 3,47 3,69

4,40 4,00 4,50 3,92 3,71 3,86 4,37

2 2 2 2 2 2 2

1 1 1 1 1 1 1

605 640 950 1065 1240 1315 1750

67,9 68,0 67,3 73,9 74,1 74,3 76,3

16,7 22,0 28,7 39,2 48,1 55,9 77,7

TRILOGY BI

TRILOGY TETRA


MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


OPTIONAL

DOMESTIC HOT WATER (partial)


DOMESTIC HOT WATER (total)

Domestic hot water production only


contemporary production of chilled water

and domestic ho t water



(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross va lue - Referred to hot water outlet temperature 45°C and outdoor temperature at 7°C(3) Gross va lue - Referred to chilled water temperature 12/7°C and hot water outlet temperature at 45°C(4) Gross value - Referred to domestic hot water temperature 40/45°C(5) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50+N

MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW


Cooling capacity kWHeating capacity kW

Power input kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


OPTIONAL

DOMESTIC HOT WATER (partial)


(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross value - Referred to hot water outlet temperature 45°C and outdoor temperature at 7°C(3) Gross value - Referred to domestic hot water temperature 40/45°C(4) Gross value - Referred to domestic hot water temperature 40/45°C and outdoor temperature at 7°C(5) Gross va lue - Referred to domestic hot water temperature 40/45°C and chilled water outlet temperature at 7°C(6) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50+N

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ab

c

TRILOGY

44 P2 58 P2 76 P2 100 P2 124 P2 150 P2 210 P2

F1 F1 F2 F2 F3 F3 F4

45,4 58,2 76,5 102,0 123,0 154,0 211,0

13,8 19,0 24,6 29,8 39,4 51,2 60,0

57,7 74,2 95,7 132,0 163,0 190,0 251,0

15,2 19,5 24,8 34,7 44,5 51,1 69,2

46,5 59,5 77,8 104,0 129,0 153,0 203,0

62,2 79,7 104,0 139,0 175,0 205,0 269,0

15,7 20,2 25,9 35,2 45,5 52,5 66,2

57,7 74,2 95,7 132,4 162,9 189,7 251,5

62,2 79,7 104,0 139,0 175,0 205,0 269,0

3,11 2,90 3,03 3,13 2,89 2,83 3,28

3,61 3,61 3,76 3,52 3,42 3,50 3,42

4,40 4,19 4,53 4,01 3,88 3,88 4,37

2 2 2 2 2 2 2

1 1 1 1 1 1 1

630 675 1025 1125 1305 1390 1820

67,9 68,0 67,3 73,9 74,1 74,3 76,3

TRILOGY ESA

DIMENSIONS (mm)

Size a b c

F1 1.750 950 1.800

F2 2.500 1.100 2.070

F3 2.500 1.100 2.490

F4 3.600 2.000 2.515

(1) Gross value - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross value - Referred to hot water temperature 40/45°C and outdoor temperature at 7°C

(3) Gross va lue - Referred to chilled water outlet temperature 7°C and hot water outlet temperature at 45°C

(4) Gross value - Referred to chilled water temperature 12/7°C and hot water temperature 40/ 45°C


POWER SUPPLY: 400/3/50+N

MODEL

Size

COOLING (1)

Cooling capacity kW

Power input kW

HEATING (2)

Heating capacity kW

Power input kW


Cooling capacity kW

Heating capacity kW

Power input kW

DOMESTIC HOT WATER (total)

Domestic hot water production only


contemporary production of chilled water and domestic hot water


EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg




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PLATER410A


1 9 6 3 2 0 1 3

WATER COOLED MULTIFUNCTION LIQUID CHILLERS

50,2 ÷ 235,2 kW COOLING

55,5 ÷ 279,5 kW HEATING

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TRIpack

tripack

PLATER410A

water cooled multifunction liquid chillers

GENERAL FEATURES

The TRIPACK series completes the RC GROUP

multifunction chillers range. These units are ideal when

there is abundance of freshwater (well, lake, ground

waters) and has been designed for all the applications

where there is a need for chilled, hot and sanitary water

everyday of the year.

The TRIPACK series uses R410A refrigerant and new

generation scroll compressors, designed to fully exploit

this new gas, in terms of performances and noise

reduction.

MP.COM

The microprocessor control system MP.COM allows the

units to communicate with all the standard protocols of

the sector: MODBUS/JBUS, LON,

TCP/IP, BACnet, TREND, GSM.

VERSION:

TRIPACK (R410A)



Heating capacity (sanitary) 55,6 ÷ 259,0 kW

Multifunction chiller for chilled water, hot water and hot

domestic hot water production.

Cooling / Heating

Domestic hot water




Indoor installation

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TRIpack

1 2 3 4 5

100% 100%

100%

100%100%

100%

100%

Heat Exchangers

TRIPACK units are equipped with three gas/water

heat exhangers:

- system side: for chilled water (summer mode)

and hot water (winter mode)

- source side: for close or open circuits

- total heat reclaim: for domestic hot water

Heavy duty construction

Thanks to their design and to the choice of materials

and components, that reect the policies followed for

the machines meant for critical environments, where

they are required to operate 24/7/365.

In this way, continuous and regular operation of the

machines is ensured under any load conditions.

Working logic

The TRIPACK is a water cooled, heat pump liquidchiller for the production of chilled water, hot water

and hot domestic hot water (multifunction). In

working condition 2, the production of chilled water

and domestic hot water is simultaneous. In working

condition n.4, the unit gives priority to the domestic

hot water production. Only when this priority is

satisfied the system starts automatically to produce

hot water for heating.


MAIN COMPONENTS



• Electronic thermostatic valve

• Welded plate gas/water heat exchangers in AISI

316 stainless steel

• Water flow control through differential pressure

switch

• Control & Optimization software for the

refrigerant charge

• MP.COM microprocessor control system



• Serial port

• Pressostatic electronic valve on source side

HEAT PUMP - TRIPACK

57°C - Maximum outlet water temperature in heat-

ing mode.

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TRIpack

50 66 86 112 140 180 230

P2 P2 P2 P2 P2 P2 P2

J7 J7 J7 J8 J8 J8 J8

50,2 66,3 86,3 113,0 141,3 182,1 235,2

11,1 15,1 19,2 25,6 31,8 41,0 52,7

55,5 73,7 95,9 124,8 156,2 200,8 279,5

11,1 15,1 19,2 25,4 31,7 40,7 52,5

55,6 73,6 96,3 124,4 156,2 201,1 259,0

44,6 58,7 77,4 100,0 125,9 161,9 206,3

58,4 77,3 101,2 131,0 164,4 211,9 269,9

4,54 4,64 4,53 4,45 4,37 4,47 4,49

3,97 3,95 4,02 3,96 3,92 3,97 4,27

6,45 6,59 6,43 6,32 6,21 6,35 6,38

2 2 2 2 2 2 2

1 1 1 1 1 1 1

61,0 61,0 61,0 64,0 64,0 64,0 64,0

ab

c

TRIPACK


MODEL

Size

COOLING


Power input kW

HEATING


Power input kW

DOMESTIC HOT WATER

Domestic hot water production only (3)

Heating capacity kW

contemporary production of chilled water

and domestic ho t water product ion

Cooling capacity kW

Heating capacity kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.



(1) Gross value - Referred to chilled water temperature 12/7°C and water to the condenser at 30°C

(2) Gross va lue - Referred to hot water outlet temperature 30/35°C and water outlet temperature at 5°C

(3) Gross value - Referred to sanitary water temperature 40/45°C and in/out water temperature 10/5°C

(4) Gross va lue - Referred to domestic hot water temperature 40/45°C and chilled water outlet temperature at 7°C


POWER SUPPLY: 400/3/50+N

DIMENSIONS (mm)

Size a b c

J7 1.200 750 1.700

J8 1.800 1.200 1.740

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HEAT PUMP CHILLERS

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smart hp

smart hp

A CPLATE

E CR410A

air cooled heat pump liquid chillers

VERSIONS:

SMART HP (R410A)



Heat pump liquid chiller equipped with scroll

compressor and axial fans.

SMART HP PF (R410A) Plug fan




compressor and Plug-fan.

GENERAL FEATURES

The SMART HP heat pumps offer a simple and cheap solution


The crit ical ity of these smaller systems is the same as the

larger installations, differing only in size Comfort requirements

for a small 40 m2 2/4 persons advertising office are just

the same but smaller, than for an equivalent 1000 m2 / 100

persons location.


These liquid ch ille rs grant the same reliabil ity of the other RC

Group products, being designed and manufactured with same

philosophy as all RC Group products during more than 40

years activity.

Thanks to this long experience, the main repetit ive faul t rates










protection devices.

They simply need electrical and hydraul ic connections.

Cooling

Heating







Indoor installation

SMART HP

SMART HP PF

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smart hp

smart hp pf


MAIN COMPONENTS


sheet.

• Axial fans (SMART HP)

• Plug fan with EC motor (SMART HP PF)






• Defrosting system

• Cycle reversing valve


• Electrical box in separate compartment with

main switch

• Water pump, expansion tank and charging set.


• Water tank (SMART HP)

• Rubber holders

• Remote control kit

• Serial port

The Plug-fan al low the SMART HP PF installation

also inside offices with ducted air intake/

exhaustion.

SMART HP PF


SMART HP PF - Condenser air discharge



HEAT PUMP - SMART HP e SMART HP PF


ing mode.

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smart hp

M5 M6 M7 M9 M11 T6 T7 T9 T11

4,5 5,5 6,8 8,4 10,9 5,7 6,7 8,7 11,1

5,9 7,0 8,5 10,7 13,3 6,9 8,4 10,5 13,8

2,1 1,9 2,4 3,0 4,2 1,9 2,4 3,0 4,0

2,0 2,1 2,5 3,0 4,0 2,1 2,5 3,0 3,5

2,03 2,64 2,74 2,65 2,43 2,72 2,67 2,75 2,59

2,83 3,11 3,20 3,38 3,09 3,05 3,19 3,29 3,62

3,28 3,46 3,51 3,27 3,14 3,21 3,38 3,62 3,50

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

90 95 110 115 140 95 110 115 140

50,1 55,1 55,1 55,1 58,0 55,1 55,1 55,1 58,0

T13 T15 T19 T22 T26 T33 T35 T40 T49

12,9 14,9 18,7 20,1 24,5 31,5 32,0 36,6 46,2

15,6 18,1 23,0 24,8 30,0 38,9 38,4 44,3 56,0

4,4 5,3 6,7 7,9 8,5 11,5 10,5 12,7 16,4

4,4 5,1 6,2 7,1 8,2 10,1 10,3 12,1 15,6

2,79 2,68 2,70 2,45 2,74 2,64 2,82 2,68 2,64

3,32 3,41 3,53 3,37 3,46 3,69 3,45 3,39 3,35

3,69 3,48 3,93 3,42 4,36 4,24 4,07 3,99 3,84

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

160 170 265 270 340 345 355 360 440

58,0 58,2 63,0 63,1 62,1 62,1 64,3 65,1 69,1

13 15 18 22 24 28 32 36 42 P1 P1 P1 P1 P1 P1 P1 P1 P1

C0 C0 C0 C1 C1 C1 C1 C1 C1

11,9 13,9 16,0 18,9 21,5 25,1 28,5 31,7 36,1

14,7 17,2 19,5 23,8 27,3 31,8 35,6 40,0 45,8

4,6 5,3 6,2 6,4 7,4 8,7 9,8 11,0 13,3

4,4 5,1 5,7 6,2 7,1 8,2 9,3 10,3 12,1

2,47 2,43 2,39 2,70 2,65 2,57 2,58 2,52 2,34

3,16 3,14 3,13 3,51 3,51 3,43 3,40 3,36 3,23

3,51 3,37 3,13 3,93 3,89 3,65 3,69 3,46 3,12

1 1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1 1

259,8 259,8 279,8 381,5 381,5 386,5 396,5 401,5 406,5

69,5 73,4 76,4 70,6 72,1 76,3 75,6 77,6 79,4



SMART HP heat pump

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and outdoor temperature at 35°C(2) Gross va lue - Referred to hot water outlet temperature 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

(1) Gross va lue - Referred to chilled water temperature 12/7°C and outdoor temperature at 35°C(2) Gross va lue - Referred to hot water outlet temperature 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50+N

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


SMART HP PF heat pump / plug fan

MODEL

Size Cooling capacity (1) kW


Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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smart hp

SMART HP

RC GROUP

C

A B

C

A B

RC

A B

M5 M6 M7 M9 M11 T6 T7 T9 T11 T13 T15 T19 T22 T26 T33 T35 T40 T49

900 900 900 900 900 900 900 900 900 900 900 1.450 1.450 1.450 1.450 1.508 1.508 1.758

370 370 370 370 370 370 370 370 370 370 420 550 550 550 550 613 613 613

640 640 940 940 1.240 640 940 940 1.240 1.240 1.390 1.200 1.200 1.700 1.700 1.700 1.700 1.700

SMART HP PF

C

AB


MODEL

A mm

B mm

C mm

Size a b c C0 1.108 760 1.460

C1 1.250 890 1.950

DIMENSIONS (mm)

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INVERTER R410AE C

ACLASS


1 9 6 3 2 0 1 3

A

A

AB

C

D

E

F

G

Less efficient

More efficient

Energy Class

+

REVERSIBLE HEAT PUMP FOR HEATING, COOLING AND DOMESTIC HOT WATER PRODUCTION


9,6 ÷ 22,5 kW COOLING

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SMILE hp

INVERTER

R410A E C

ACLASS

revers ib le heat pump for heat ing, cool ing and domestic hot water production

Cooling

Heating

Domestic hot water




Machines in energy class A


Axial fans with EC brushless electric motor

Indoor installation

SMILE HP

Reversible heat pump for outdoor installation, for heating,

cooling and production of domestic hot water

Size M10: power supply 230/1/50

- Nominal heating capacity 8,1 kW

- Nominal cooling capacity 9,6 kW

Size T20: power supply 400/3/50+N



GENERAL FEATURES The SMILE HP heat pump chillers offer a simple and cheap

solution for domestic and small offices application.


the larger installations, differing only in size. Comfort

requirements for a small 40 m2 2/4 persons advertising office

are exactly the same but smaller, than for an equivalent 1000

m2 / 100 persons location.


These liquid chil lers grant the same reliabili ty of the other RC Group products, being designed and

manufactured with same philosophy as all RC Group products.

The main repet itive fault rates and relat ive causes have been eliminated through the use of well tested and top

quality components, provided by the long experience of the RC Group.

HEAT PUMP - SMILE HP


ing mode.

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SMILE hp

smile hp


INVERTER SYSTEM

The compressor driven by an inverter varies the load

continuously and the regulation of the refrigerant

circuit can be easily adapted, without oscillations

and transients, to the operating conditions required.

The system is highly eff icient since i t is supplying the

energy necessary to satisfy the required thermal load

only; furthermore it is possible to supply thermal or

cooling energy even in case of overload conditions

of the system.

The work ing range of SMILE

HP, in comparison to the

nominal values of cooling

and thermal capacity output,

varies on average from 35%

to 120%.

The possibi lity to fol low

punctually and progressively

the thermal load, excluding

the on-off sequences of the compressor, allows to

realize the hydronic heating / cooling plant even

without the application of water tank.


SMILE HP is characterized by high levels of energy efficiency and allows

to obtain the tax benefits provided for in the states of the European Union.

The European Direc tive (RES Renowable Energy Sources) encourages theuse of such equipment because a high proportion of heat produced, up

from 65% to 80%, comes from renewable natural sources (air, water, soil).

These machines are also cha racter ized by high eff ic iency at part load

working condition with seasonal average at the top of the range. The

energy saving, with plant dimensioned for the maximum load, but operating

at partial load for the most part of the year, shows a considerable decrease

in operating costs. The results obtained may be verified from seasonal

heating efficiency indices SPF (Seasonal Performance Factor) and cooling

ESEER (European Seasonal Energy Efficiency Ratio).

EASY AND QUICK INSTALLATION

The units are complete ly factory assembled, wired and

filled with refrigerant and oil and complete with all control

and protection devices.

They simply need electrical and hydraulic connections.

Furthermore, all maintenance operations have been

reduced to the minimum, since this type of chillers is now

to be considered a home appliance, that does not require

any frequent and complicated operations.

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SMILE hp

C CIV

PEX

EEX

DSH

P2

C CIV

PEX

EEX P2

DV


SMILE HP - REVERSIBLE HEAT PUMP

The machine operates on a reversible ref rigeration cycle.

In heating working mode the machine exchanges heat with ambient air (exchanger EEX)) and transfers the heat energy to

the plant (Plant circuit). In cooling working mode the cycle is reversed and the thermal energy drawn from the plant (Plant

circuit) is transferred to the ambient air (exchanger EEX).

The DV deviat ing valve al lows, through the temperature sensor provided by RC Group and managed by the

microprocessor control (installation by the Customer, outside the machine) also the production of sanitary hot water only.

LEGENDC Compressor.

CIV Cycle reversing valve.

PEX Plant side exchanger for heating or

cooling.

P2 Plant pump for heating or cooling.

EEX Air exchanger.DV Deviating valve with temperature

sensor for hot sanitary water

(optional).Plant circuit

SMILE HP - REVERSIBLE HEAT PUMP WITH DESUPERHEATER

The machine operates on a reversible re frigerat ion cycle.

In heating working mode the machine exchanges heat with ambient air (exchanger EEX) and transfers the heat energy

to the plant (Plant circuit). In cooling working mode the cycle is reversed and the thermal energy drawn from the plant

(Plant circuit) is transferred to the ambient air (exchanger EEX).

Whatever the mode of operation, the machine continuously produces hot water through the heat exchanger DSH.

Desuperheater circuit

Plant circuit

LEGEND

C Compressor.

DSH Desuperheater (optional).


PEX Plant side exchanger for heating or

cooling.

P2 Plant pump for heating or cooling

(optional).

EEX Air exchanger.

HEATING

Ambient air minimum temperature -15°C

Plant water max temperature 60°C

Domestic hot water max temperature 60°C

Working range

COOLING

Ambient air minimum/maximum temperature -5/45°C

Plant water minimum temperature 0°C



SUPPLIED BY

RC Group

SUPPLIED BY

RC Group

OPTIONAL

RC Group

OPTIONAL

RC Group

By the

Customer

By the

Customer

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SMILE hp revers ib le heat pump for heat ing, cool ing and domestic hot water production

ECONOMIC VALUE

The microprocessor control al lows the paral lel management of a natural gas boiler. By inserting the

parameters of performance, cost of natural gas and electricity as well as any possible hourly rates of

energy, the device provides to enable the operation of one of the thermal systems, according to the

conveniences economic management.

MAIN COMPONENTS• Base and housing in galvanized steel sheet.

• Panels in galvanized steel sheet.

• Epoxy powder coating RAL 9002.

• M10 model: Twin Rotary compressor with EC type

brushless motor controlled by inverter with dedicated

driver .

• T20 model: Scroll compressor with EC type

brushless motor controlled by inverter with dedicated

driver.

• Cap on compressor.

• R410A refrigerant charge.

• Electronic expansion valve (bidirectional).

• Cycle inversion valve.

• AISI 316 stainless steel plate type heat exchanger on

plant side.• Microprocessor control

• Electric panel easily accessible on the front drive.

OPTIONAL ACCESSORIES

• Variable displacement pump on plant side.• AISI 316 stainless steel plate type heat exchanger

(desuperheater).

• Deviating valve. In heating mode the valve

allows, according to the set-point, to send

heat to the plant or to the storage tank (not

provided).

• RS485 serial port

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SMILE hp revers ib le heat pump for heat ing, cool ing and domestic hot water production


Microprocessor control system for the management and monitoring of the working and

alarm statuses. The system includes:


intervention.


recording.


supply.


REMOTE TERMINAL

The remote terminal allows the user to control the temperature of the heating/cooling plant circuit and the temperature of the

domestic hot water.

The terminal also allows the user to make some sett ings, such as the operating mode and time bands.

The compact dimensions and elegant design make it suitable for all types of rooms.

A LONG SERIES OF IMPORTANT ADVANTAGES

1. The plant can work with pure water or brine

solution.

2 Continuous accumulation. Whatever the mode of

operation, the machine continuously accumulate

thermal inertia with the DSH exchanger (storage

tank not provided).

3. Given the possibility of producing hot water forheating to 60°C, heat pumps SMILE HP lend

themselves to be used on existing systems with

radiators.

4. Installation of the machine simplified since it is not

necessary to provide accessories on the hydraulic

circuit.

5. Total front access for all the maintenance

operations of the machine.

6. No monitoring required as security installations

that use natural gas boilers.

7. Reduced starting current of the compressor

system guaranteed by the inverter.

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SMILE hp

M10 T20

8,17 19,90

1,60 4,22

4,95 4,63

9,61 22,50

1,92 5,36

4,88 4,14

4,68 4,94

17 30

110 175

M10 T20

7,72 19,00

2,01 5,32

3,75 3,52

6,81 16,10

1,87 5,06

3,55 3,13

4,68 4,94

17 30

110 175

M10 T20

c

a b

c

a b

A

A

AB

C

D

E

F

G

Less efficient

More efficient

Energy Class

+


DIMENSIONS (mm)


Size a b c

M10 1.000 400 790

T20 1.000 400 1.390

MODEL

Nominal heating capacity (1) kW

Compressor engaged power (1) kW

COP (1)

Nominal cooling capacity (2) kW


EER (2)

ESEER (2)

Minimum plant water content l

Weight kg

MODEL



COP (1)



EER (2)

ESEER (2)


Weight kg

(1) Gross value - Referred to ambient air 7°C d.b. / 6°C w.b. andheating hot water temperature 30 / 35°C.(2) Gross value - Referred to ambient air 35°C and cooling chilledwater temperature 23 / 18°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

(1) Gross value - Referred to ambient air 7°C d.b. / 6°C w.b. andheating hot water temperature 40 / 45°C.(2) Gross value - Referred to ambient air 35°C and cooling chilledwater temperature 12 / 7°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

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1 9 6 3 2 0 1 3

PLATEE C

R410AE C


19,1 ÷ 261,0 kW COOLING

23,7 ÷ 333,0 kW HEATING

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REVERSO

reverso

PLATEE C

R410AE C



AND COMPONENTS




circuits in the REVERSO heat pumps range.

The REVERSO heat pump chillers series are the

ideal solution for all those applications where the air

conditioning is needed all year long, cooling in summer

and heating in winter.

The peculiar ity of the RC GROUP heat pumps is the IDEA ®

defrosting system.





VERSIONS:

REVERSO (R410A)Cooling capacity 19,2 ÷ 261,0 kW




REVERSO PF (R410A) Plug fan

Cooling capacity 19,1÷ 255,0 kW



compressors and Plug-fans.


“Patented” defrosting system with dynamic

reading of working parameters. Thanks to

proprietary software it senses the real presence

of brine on the coil starting defrosting cycles

only in that situation. This brings a remarkable

energy saving (more than 20-30% on the average)

and a higher working continuity compared with

traditional systems.

HEAT PUMP - REVERSO / REVERSO PF


heating mode.

Cooling

Heating




Axia l fan with brushless type EC motor



Indoor installation

REVERSO

REVERSO PF

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REVERSO

reverso pf

ai r cooled heat pump liquid ch il lers

MAIN COMPONENTS


sheet.


• Axial fans with EC motor (REVERSO)

• Plug fan with EC motor (REVERSO PF)








The Plug-fan allow the REVERSO PF installation also


REVERSO PFUnits for installation indoor.


• Pumping group

• Water tank







• Serial port

REVERSO PF - Condenser air discharge



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REVERSO


C1 C1 C1 C1 C2 C2 C2 C2 C3

19,2 21,6 25,5 27,7 32,7 37,6 46,8 47,7 54,3

23,9 27,2 31,8 32,1 41,0 47,2 60,0 61,7 70,7

6,1 7,1 8,2 10,2 10,1 12,2 15,7 16,8 17,9

6,2 7,1 8,2 9,4 10,3 12,2 15,9 17,0 18,2

2,95 2,87 2,86 2,53 3,08 2,90 2,70 2,59 2,85

3,60 3,59 3,57 3,17 3,80 3,64 3,42 3,31 3,66

4,59 4,66 4,48 4,29 4,67 4,29 3,83 4,20 4,11

1 1 1 1 1 1 1 1 2

1 1 1 1 1 1 1 1 1

390 390 400 410 410 420 650 650 720

64,6 64,9 65,6 64,8 64,9 67,7 71,8 68,9 68,0


C3 C3 C3 C4 C4 C4 C5 C5 C5

58,0 60,6 70,3 89,6 111,0 150,0 170,0 188,0 227,0

74,8 79,1 91,6 118,0 149,0 182,0 215,0 238,0 280,0

19,9 20,5 24,4 30,8 39,0 52,5 58,4 66,1 79,7

20,0 20,5 24,3 31,8 40,6 61,3 57,3 64,0 75,4

2,74 2,76 2,63 2,69 2,61 2,55 2,70 2,60 2,62

3,51 3,60 3,43 3,44 3,37 2,69 3,48 3,40 3,40

4,32 3,84 4,01 4,18 4,01 3,75 4,17 4,10 4,27

2 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1

700 730 920 1120 1510 1600 1650 2050 2220

73,8 67,8 68,2 65,6 69,5 72,0 69,3 71,1 71,9


C2 C3 C3 C3 C4 C4 C4 C5 C5 C5 C5

47,7 54,6 61,3 71,4 91,8 116,0 155,0 176,0 194,0 223,0 261,0

61,5 70,9 79,2 90,8 118,0 150,0 195,0 215,0 238,0 288,0 333,0

16,8 18,9 20,7 24,4 31,0 39,5 53,1 59,3 66,8 85,2 100,0

16,6 18,5 20,9 24,6 31,9 40,3 41,3 57,4 64,5 80,8 90,1

2,59 2,73 2,76 2,67 2,74 2,69 2,60 2,76 2,66 2,39 2,42

3,38 3,61 3,54 3,37 3,43 3,42 4,09 3,47 3,37 3,24 3,39 3,60 4,02 4,30 3,52 3,71 3,55 3,45 3,65 3,63 3,35 3,30

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

650 730 730 930 1120 1500 1590 1640 2040 2380 2430

68,9 68,0 67,8 68,2 65,6 69,5 72,0 69,3 71,1 73,6 73,8

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross va lue - Referred to hot water outlet temperature at 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


REVERSO single circuit / axial fans

REVERSO double circuit / axial fans


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REVERSO


C1 C1 C1 C1 C1 C1 C2 C2

19,1 20,7 24,2 28,8 32,0 36,5 46,2 58,4

23,7 25,1 29,3 35,5 39,8 45,6 58,2 73,1

6,4 7,4 8,7 9,9 11,0 13,4 16,6 21,1

6,2 7,0 8,1 9,3 10,3 12,1 16,1 20,0

2,74 2,56 2,46 2,60 2,54 2,36 2,48 2,50

3,51 3,26 3,16 3,38 3,34 3,22 3,21 3,28

4,49 4,40 4,05 4,10 3,88 3,57 3,93 3,56

1 1 1 1 1 1 1 1

1 1 1 1 1 1 1 1

390 390 400 410 410 420 650 700

70,6 72,1 76,3 75,6 77,6 79,4 77,6 79,5

55 P2 S 62 P2 S 71 P2 S 85 P2 S 107 P2 S 135 P2 S 170 P2 S 195 P2 S 220 P2 S 250 P3 S

C2 C2 C2 C3 C3 C4 C4 C4 C5 C5

48,7 54,8 62,0 72,8 93,1 115,0 150,0 175,0 201,0 230,0

61,5 69,5 77,7 85,7 117,0 147,0 189,0 211,0 241,0 273,0

17,1 19,6 21,8 25,4 32,6 41,9 52,9 63,1 68,0 84,7

16,9 19,1 20,8 24,4 32,0 40,4 51,4 57,6 64,2 75,9

2,55 2,52 2,51 2,59 2,48 2,53 2,48 2,45 2,64 2,46

3,25 3,27 3,28 3,17 3,17 3,34 3,20 3,19 3,33 3,22

3,92 3,93 4,04 4,41 3,89 4,45 3,91 3,79 4,13 4,31

2 2 2 2 2 2 2 2 2 3

1 1 1 1 1 1 1 1 1 1

650 720 730 920 1120 1510 1600 1650 2050 2220

75,9 69,6 72,0 76,0 80,8 74,0 77,3 78,0 77,3 77,7


C2 C2 C2 C3 C3 C4 C4 C4 C5 C5 C5

48,4 54,8 61,5 71,9 91,0 112,0 146,0 170,0 195,0 231,0 255,0

62,0 69,3 77,4 92,4 117,0 147,0 189,0 198,0 241,0 291,0 324,0

17,1 19,6 21,8 25,3 32,3 41,7 52,6 62,3 67,4 85,4 102,0

16,7 18,7 20,6 24,4 31,6 40,1 51,4 56,7 63,7 79,4 90,7

2,53 2,52 2,49 2,57 2,44 2,47 2,42 2,40 2,58 2,42 2,27

3,31 3,32 3,29 3,41 3,20 3,36 3,20 3,04 3,35 3,25 3,21

4,31 3,73 3,71 3,95 3,56 3,94 3,58 3,49 3,81 3,68 3,55

2 2 2 2 2 2 2 2 2 4 4

2 2 2 2 2 2 2 2 2 2 2

650 730 740 930 1120 1500 1590 1640 2040 2380 2430

75,9 69,6 72,0 76,0 80,8 74,0 77,3 78,0 77,3 78,1 78,1


REVERSO PF single circuit / plug-fans

REVERSO PF double circuit / plug-fans

(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross va lue - Referred to hot water outlet temperature at 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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REVERSO

REVERSO

REVERSO PF

C

AB

C

A

B

ai r cooled heat pump liquid chil lers

DIMENSIONS (mm)

Size a b c

C1 1.250 890 1.950

C2 1.800 1.040 2.000

C3 2.600 1.200 2.000

C4 3.700 1.260 2.000

C5 4.950 1.260 2.040

Size a b c

C1 1.250 890 1.950

C2 1.800 1.040 2.000

C3 2.600 1.200 2.000

C4 3.700 1.260 2.000

C5 4.950 1.260 2.040

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1 9 6 3 2 0 1 3

A CPLATER410A

38,7 ÷ 514,2 kW COOLING

49,5 ÷ 640,0 kW HEATING


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Eagle HP U

EAgle HP

A CPLATER410A

GENERAL FEATURES

EAGLE HP liquid chillers allow to meet all air-conditioning

requirements in residential, commercial and Hi-Tech

applications, as well as in the post industrial sector.

These machines are available in a full range of dimensions,

models and versions, with a rich variety of accessories

and optional, so that they can become the ideal solution

for installation in office buildings, public buildings, trade

centres, industrial buildings, wine-cellars as well as for a

variety of other applications in the Hi-Tech and process

sector.

EAGLE HP liquid chillers use R410A refrigerant and

new generation scroll compressors, designed to fully

exploit this new gas, in terms of performances and noise

reduction.


VERSIONS:

EAGLE HP (R410A)





HEAT PUMP - EAGLE HP


ing mode.

Cooling

Heating






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Eagle HP Y

EAgle HP ai r cooled heat pump liquid chil lers

MAIN COMPONENTS


• Axial fans


• Technical compartment separate from the air

flow (size U)



• Water flow control by differential pressure

switch







Low noise levels, with the possibility of selecting

either the silenced range (LNO kit) or the extremely low

noise range (ELN kit).

This al lows you to select the machine you wantalso from the acoustic standpoint, in addition to the

heating/cooling capacity, and to meet the strictest

requirements in terms of protection against sound

emissions.

Two energy efciency levels

• single refrigeration circuit and several compressors

in parallel. This version makes it possible to achieve

high energy efciency during partial load working

mode (S version).

• double refrigeration circuit, marked by an energy

efciency in line with the top levels of the industry

(D version).

IDEA ® defrosting system - EAGLE HP




defrosting cycles only in that situation. This brings a

remarkable energy saving (more than 20-30% on the

average) and a higher working continuity compared

with traditional systems.


• Hydronic group






• Serial port

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T.40 T.48 T.54 T.60 T.70 T.90 T.120 T.150 T.175 T.200 T.220 T.290 P.2-S P.2-S P.2-S P.2-S P.2-S P.2-S P.2-S P.2-S P.3-S P.2-S P.3-S P.3-S

U5 U6 U6 U6 U7 U7 U8L U8L U8L U9L U9L U9L

38,7 45,9 53,5 59,0 68,0 86,5 108,0 143,3 162,2 195,9 228,5 284,7

49,5 58,1 67,7 73,5 86,7 109,2 138,2 200,9 231,5 232,2 272,1 336,2

14,78 16,76 19,87 20,01 23,45 30,23 40,00 52,68 63,86 65,52 79,34 106,21

15,77 18,09 21,16 21,38 25,12 31,94 42,02 54,90 66,73 68,09 79,80 105,73

2,71 2,76 2,64 3,01 2,68 2,84 2,62 2,69 2,64 2,83 2,78 2,80

3,07 3,06 2,96 3,36 3,05 3,23 3,12 3,52 3,54 3,23 3,27 3,31

4,48 5,02 5,01 4,27 4,39 3,84 4,22 4,01 3,75 3,93 4,76 3,23

2 2 2 2 2 2 2 2 3 2 3 3

1 1 1 1 1 1 1 1 1 1 1 1

680 786 804 830 972 1180 1394 1520 1680 2280 2494 2170

64,5 62,9 64,5 69,7 67,8 72,6 71,8 74,4 77,4 74,5 74,5 80,3

T.40 T.48 T.54 T.60 T.70 T.90 T.120 T.150 T.170

P.2-D P.2-D P.2-D P.2-D P.2-D P.2-D P.2-D P.2-D P.4-D

U5 U6 U6 U6 U7 U7 U8L U8L U8L

38,5 45,6 52,8 58,3 67,9 85,7 105,5 139,1 166,6

49,7 58,2 67,2 73,7 87,0 109,5 138,4 181,1 196,9

14,80 16,76 19,84 19,97 23,49 30,08 40,42 52,27 59,49

15,61 17,86 20,79 21,17 24,77 31,55 42,44 55,06 59,48

2,69 2,74 2,60 2,74 2,76 2,82 2,52 2,63 2,72

3,12 3,10 3,00 3,41 3,12 3,28 3,12 3,21 3,06

3,99 4,41 4,37 3,87 3,92 3,50 3,73 3,61 3,81 2 2 2 2 2 2 2 2 4

2 2 2 2 2 2 2 2 2

690 816 824 860 1002 1210 1414 1520 1620

64,5 62,9 64,5 69,7 67,8 72,6 71,8 74,4 74,4

T.190 (*) T.200 T.240 T.300 T.340 T.380 T.460 T.570

P.4-D P.2-D P.4-D P.4-D P.4-D P.4-D P.6-D P.6-D

U9L U9L Y2 Y3 Y3 Y4 Y4 Y4

191,0 185,9 224,4 293,1 316,9 357,3 446,7 514,2

222,0 231,3 280,3 354,0 398,4 442,3 520,0 640,0

63,96 65,01 85,98 105,44 120,50 135,36 165,43 211,90

69,16 68,03 89,55 97,26 119,99 140,85 164,04 211,30

2,82 2,70 2,72 2,68 2,58 2,65 2,75 2,55

3,03 3,19 3,23 3,45 3,22 3,15 3,21 3,14

4,04 4,40 4,02 3,95 3,84 3,44 3,84 3,55

4 2 4 4 4 4 6 6

2 2 2 2 2 2 2 2

2510 2310 2850 3046 3190 3896 4344 4710

74,4 74,5 82,2 79,8 80,7 81,5 83,6 85,3

EAgle HP


EAGLE HP single circuit

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


EAGLE HP double circuit

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Referred to hot water outlet temperature 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: size U5 / U6 : 400/3/50+N size U7 / U8L / U9L / Y2 / Y3 / Y4 : 400/3/50

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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EAgle HP

b

c

a

b

c

EAGLE HP “U”

EAGLE HP “Y”


DIMENSIONS (mm)

Size a b c

U5 2.000 1.200 1.630

U6 2.580 1.200 1.630

U7 3.020 1.200 1.950

U8L 3.600 2.290 2.250

U9L 4.600 2.290 2.250

Size a b c

Y2 4.085 2.310 2.490

Y3 5.215 2.310 2.490

Y4 6.380 2.310 2.490

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A CR134a SHELL


1 9 6 3 2 0 1 3




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2


REVERSO screw

A CR134a SHELL


MAIN COMPONENTS


profiles.



• Shell and tube evaporator








OPTIONAL ACCESSORIES• Water flow switch

• Pumping group

• Water tank



• Serial port

GENERAL FEATURES




circuits in the REVERSO SCREW heat pumps range.

The REVERSO SCREW heat pump chillers series are

the ideal solution for all those applications where the air

conditioning is needed all year long, cooling in summerand heating in winter.

The peculiar ity of the RC GROUP heat pumps is the IDEA ®

defrosting system.





Cooling

Heating



Shall and tube type exchanger

Axia l fan wi th AC motor


VERSIONS:

REVERSO SCREW (R134a)


Heating capacity 233 ÷ 1307 kW

Heat pump liquid chiller equipped with screw


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REVERSO screw ai r cooled heat pump liquid ch il lers




senses the real presence of brine on the coil startingdefrosting cycles only in that situation. This brings a

remarkable energy saving (more than 20-30% on the

average) and a higher working continuity compared with

traditional systems.

HEAT PUMP - REVERSO SCREW


heating mode.

Low noise levels, with the possibility of selecting either

the standard or silenced range (LNO kit).

This allows you to se lect the machine you want also from

the acoustic standpoint, in addition to the heating/cooling

capacity, and to meet the strictest requirements in terms

of protection against sound emissions.




protection devices.

They simply need electrical and hydraulic connections.

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4


200 V2 250 V2 280 V2 340 V2 370 V2 410 V2 440 V2 520 V2

U04 U06 U06 U08 U08 U08 U10 U10

201 244 281 340 373 412 448 520

233 277 321 379 417 468 496 599

59,5 70,3 83,1 99,0 109,0 123,0 130,0 153,0

65,4 78,0 92,3 96,4 109,0 124,0 125,0 157,0

2,99 3,00 2,98 2,99 3,01 2,97 3,02 3,03

3,19 3,12 3,10 3,41 3,36 3,35 3,46 3,41

3,46 3,42 3,29 3,37 3,38 3,31 3,37 3,34

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

3181 3773 3783 5714 5730 5782 6475 6642

72,3 72,2 72,3 71,7 72,1 76,4 76,0 76,5

570 V2 670 V2 790 V2 880 V2 930 V2 980 V2 1090 V2

U10 U12 U12 U12 U14 U14 U14

575 668 796 884 937 980 1098

657 782 945 1030 1092 1160 1307

169,0 201,0 242,0 272,0 284,0 298,0 336,0

166,0 208,0 245,0 261,0 273,0 286,0 321,0

3,06 3,00 3,01 2,99 3,02 3,02 3,02

3,56 3,40 3,53 3,62 3,65 3,71 3,75

3,45 3,38 3,38 3,37 3,41 3,49 3,49

2 2 2 2 2 2 2

2 2 2 2 2 2 2

6739 7118 7695 8170 8507 8567 9563

76,5 78,8 80,1 79,8 77,7 77,7 80,9

REVERSO screw

a

b

c



REVERSO SCREW heat pump

(1) Gross value -Referred to chilled water temperature 12/7°C and air to the condenser at 35°C(2) Gross value -Referred to hot water outlet temperature at 45°C and outdoor temperature at 7°C(3) Sound pressure 1m far in free field conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

Model



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


Model



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


DIMENSIONS (mm)

Size a b c

U04 3.815 2.206 2.015

U06 5.215 2.206 2.015

U08 6.045 2.206 2.525

U10 7.175 2.206 2.525

U12 8.305 2.206 2.525

U14 9.435 2.206 2.525

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INVERTER R410A GEOACLASS


1 9 6 3 2 0 1 3

A

A

AB

C

D

E

F

G

Less efficient

More efficient

Energy Class

+


10,6÷ 25,5 kW COOLING

GEOTHERMAL REVERSIBLE HEAT PUMP FOR HEATING, COOLING

AND INSTANT PRODUCTION OF DOMESTIC HOT WATER

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geoplus

INVERTER R410A GEOACLASS

geothermal revers ib le heat pump for heat ing, cool ing and instant production of domestic hot water

Cooling / Heating

Domestic hot water




Machines in energy class A


Available for geothermal probe connection

Indoor installation

PREFACE The geothermal energy is the energy located in the substratum in

heat shape.

The geothermal heat pump is a refrigerating machine able to

transfer heat from a low temperature source (substratum or

ground water) to an ambient to be warmed up (plant) at a higher

temperature.

This process is opposite to the one that naturally happens

and for this reason it requires the use of external energy for its

achievement.

Close to the earth surface the geothermal flow is

limited but constant and it allows a stable temperature

heat source. For example, the ground temperature at

20 meters depth results to be constant at 14°C on

average.

The heat pump has a double use, heating in wintertime

and cooling in summertime. It is also possible to

instantly produce domestic hot water by inserting an

appropriate recovery circuit.

From the energy point of view, the heat pump is a very

convenient system, it allows to exploit more thermal

energy (from the ground) than electric energy.

GEOPLUS Wi

Geothermal reversible heat pump for indoor installation,for heating, cooling and instant production of domestic

hot water, with built-in gas/water heat exchanger for

exhaustion







GEOPLUS Ai

Reversible heat pump for indoor installation, for heating,

cooling and instant production of domestic hot water, to

coupling to remote gas/air heat exchanger for exhaustion.







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geoplus

GEOPLUS

geothermal revers ib le heat pump for heat ing, cool ing and instant product ion of domestic hot water


GEOPLUS is characterized by high levels of

energy efficiency and allows to obtain the

tax benefits provided for in the states of the

European Union. The European Directive (RES

Renowable Energy Sources) encourages the use

of such equipment because a high proportion

of heat produced, up from 65% to 80%, comes

from renewable natural sources (air, water, soil).

These machines are also characteri zed by high

efficiency at part load working condition withseasonal average at the top of the range. The

energy saving, with plant dimensioned for the

maximum load, but operating at partial load for

the most part of the year, shows a considerable

decrease in operating costs. The results

obtained may be verified from seasonal heating

efficiency indices SPF (Seasonal Performance

Factor) and cooling ESEER (European Seasonal

Energy Efficiency Ratio).

GEOPLUS takes advantage of the low temperature heat from the

ground to reduce the electric energy consumption for thermal

use, such as heating, cooling and the instantaneous production

of domestic hot water. Through a geothermal probe or water ground, GEOPLUS, with

its R410A refrigerant circuit, during winter absorbs the heat from

the ground and it transfers it to the plant or to the water to be

warmed up, vice versa in summer it absorbs the heat from the

plant and it transfers it to the ground.

By supplying electric energy to the unit, the heat temperature

level collected from the cold source increases, such determining

the “heat pump” system.

The energy rat io kWt/kWe is 1 to 5, therefore, the quanti ty of

thermal energy produced (kWt) is 5 times higher than the spent

electric energy (kWe).

HEAT PUMP - GEOPLUS Wi / GEOPLUS Ai


ing mode.

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geoplus

C

CIV

DSH

PEX

EEX Wi

P3

P2

DV

P1

WT

AHW

AEH

EEX Ai


INVERTER SYSTEM

The compressor driven by an inverter varies the load cont inuously and the regulation of the re frigerant

circuit can be easily adapted, without oscillations and transients, to the operating conditions

required.

The system is h ighly eff icient since it is supplying the energy necessary to satisfy the required thermalload only; furthermore it is possible to supply thermal or cooling energy even in case of overload

conditions of the system. The working range of GEOPLUS, in comparison to the nominal values of

cooling and thermal capacity output, varies on average from 35% to 120%.

The possibility to fo llow punctually and progressively the thermal load, excluding the on-off

sequences of the compressor, allows to realize the hydronic heating / cooling plant even without the

application of water tank.

LEGEND

C Compressor.

DSH Exchanger for heat

accumulation in storage tank.

P1 Pump for heat storage in thetank.


PEX Plant side exchanger for heating

or cooling.

DV Deviating valve.

P2 Plant pump for heating or

cooling.

EEX Wi Source side exchanger.

P3 Source side pump.

WT Storage tank for instant

production of domestic hot

water via heat exchanger

incorporated.

AHW Hydraulic connect ion for

additional heating system (solar

panels etc.)

AEH Additional electric hea ter

(optional).

EEX Ai Remote air exchanger on

source side. (Geoplus Ai)

Domestic hot

water circuit

Plant circuit

Source circuit

AVAILABLE VERSIONS

GEOPLUS Wi - GEOTHERMAL REVERSIBLE HEAT PUMP The machine operates on a reversible refrigeration cycle.

In heating working mode the machine exchanges heat with an geothermal source (Source circuit) and transfers the heat energy

to the plant (Plant circuit). In cooling working mode the cycle is reversed and the thermal energy drawn from the plant (Plant

circuit) is transferred to the geothermal source (Source circuit). To the source circuit can be connected a vertical or horizontal

geothermal probe or ground water, city, river or lake water.

The “GEOPLUS Ai” version is equipped with a remote air exchanger on source side; In this version the source hydraul ic circuit

and the water pump P3 are not present.

Whatever the mode of operation, the machine continuously produces hot water (through the heat exchanger DSH) accumulating

in the storage tank WT. The tank is equipped with exchanger for instant production of domestic hot water.

The machine can also instantly produce only domestic hot water. In this working condit ion the deviating valve DV is posit ioned

to send hot water to the storage tank and the machine uses both the heat exchangers DSH and PEX to accumulate heat in the

storage tank.

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geoplus geothermal revers ib le heat pump for heat ing, cool ing and instant product ion of domestic hot water

HEATING

Brine minimum temperature on source side (Geoplus Wi) -15°C

Ambient temperature on source side (Geoplus Ai) -15°C

Plant water max temperature 60°CStorage tank max temperature 80°C


Working range

COOLING

Brine minimum temperature on source side (Geoplus Wi) 15°C

Minimum/maximum ambient temperature (Geoplus Ai) -5/45°C

Plant water minimum temperature 0°C



FIVE IMPORTANT ADVANTAGES

1 The hot water is produced instantaneously avoiding the accumulation and therefore the related to Legionella

process risk.

2 The plant can work with pure water or brine solution.

3 Continuous accumulation. Whatever the mode of operation, the machine continuously accumulates thermal inertia

up to a temperature of 80°C for domestic hot water production.

4 Stability of operation. Thanks to the accumulation at high temperature, small samples of domestic hot water

doesn’t necessarily lead the unit re-start or change of trim.

5 Given the possibility of producing hot water for heating to 60°C, heat pumps GEOPLUS lend themselves to be

used on existing systems with radiators.

GEOPLUS Wi

The system provides the source circuit feeding

using vertical or horizontal geothermal probes,

with groundwater, river or lake.

GEOPLUS Ai

The system foresees the use of a remote air exchanger

on source side. The microprocessor control allows the

parallel management of a natural gas boiler. By inserting

the parameters of performance, cost of natural gas and

electricity as well as any possible hourly rates of energy,

the device provides to enable the operation of one of the

thermal systems, according to the conveniences economic

management.

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geoplus geothermal revers ib le heat pump for heat ing, cool ing and instant production of domestic hot water

MAIN COMPONENTS• Base and housing in galvanized steel sheet

• Panels in galvanized steel sheet.

• Epoxy powder coating RAL 9002

• M10 model: Twin Rotary compressor with EC type brushless

motor control led by inverter with dedicated driver (model M10).

• T20 model: Scrol l compressor with EC type brushless motor

control led by inverter with dedicated driver (model T20).

• Cap on compressor.

• R410A refr igerant charge.

• Electronic expansion valve (bidirectional).

• Cycle inversion valve.

• AISI 316 stainless steel plate type heat exchanger on plant

side.

• AISI 316 stainless steel plate type heat exchanger for heat

accumulation in storage tank.

• Deviating valve. In heating mode the valve al lows, according to

the set-point, to send heat to the plant or to the storage tank

for instant production of onl y domestic hot water.

• Hot water storage tank (180 l volume) for instant production of

domestic hot water via b uilt-in heat exchanger.

• Hydraulic connections on storage tank for additional heating

system (solar panels)


• Electrical box in separate compartment and main switch

GEOPLUS Wi COMPONENTS• AISI 316 stainless steel plate type heat exchanger on source

side.

GEOPLUS Ai COMPONENTS• Team Geo series remote air exchanger on source side.

• Taps for refr igerant connections.

GEOPLUS Wi ACCESSORIES• Pump on source side

• Additional electric heater on water

tank.


GEOPLUS Ai ACCESSORIES• Additional electric heater on water

tank.



Microprocessor control system for the management and monitoring of the working and

alarm statuses. The system includes:




• “Flash” memory for the data storage in case of lack of power supply.• Menu management with protection password.

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geoplus

M10 T20

8,1 19,9

1,60 4,22 4,63 4,23

9,4 22,4

1,97 5,42

4,48 3,79

17 30

245 265

M10 T20

M10 T20

7,6 18,9

2,02 5,32 3.53 3,35

6,7 16,0

1,90 5,10

3,29 2,86

17 30

245 265

M10 T20

M10 T20

8,7 21,7

1,60 4,23

5,46 5,13

10,6 25,5

1,50 4,16 7,07 6,13

6,60 6,70

17 30

260 280

M10 T20

6,86 17,2

1,57 4,12

4,37 4,17

10,6 25,4

1,51 4,18 7,02 6,08

6,60 6,70

17 30

260 280

A

A

AB

C

D

E

F

G

Less efficient

More efficient

Energy Class

+

A

A

AB

C

D

E

F

G

Less efficient

More efficient

Energy Class

+

geothermal revers ib le heat pump for heat ing, cool ing and instant product ion of domestic hot water

TECHNICAL DATA AND PERFORMANCES

GEOPLUS Wi Ground water source GEOPLUS Wi Geothermal probe source

MODEL



COP (1)


Compressor engaged power (2) kWEER (2)

ESEER (2)


Weight kg

MODEL



COP (1)


Compressor engaged power (2) kWEER (2)

ESEER (2)


Weight kg

(1) Gross value - Referred to source water entering temperature10°C and heating hot water temperature 30 / 35°C.(2) Gross value - Referred to source water temperature 30 / 35°Cand cooling chilled water temperature 23 / 18°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

(1) Gross value - Referred to source brine entering temperature 0°Cwith 20% glycol and heating hot water temperature 30 / 35°C.(2) Gross value - Referred to source water temperature 30 / 35°Cand cooling chilled water temperature 23 / 18°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

MODEL


Compressor engaged power (1) kWCOP (1)



EER (2)


Weight kg

TEAM GEO (remote exchanger) Mod.

MODEL


Compressor engaged power (1) kWCOP (1)



EER (2)


Weight kg

TEAM GEO (remote exchanger) Mod.

GEOPLUS Ai Remote air exchanger GEOPLUS Ai Remote air exchanger

(1) Gross value - Referred to ambient air 7°C d.b. / 6°C w.b. andheating hot water temperature 30 / 35°C.(2) Gross value - Referred to ambient air 35°C and cooling chilled

water temperature 23 / 18°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

(1) Gross value - Referred to ambient air 7°C d.b. / 6°C w.b. andheating hot water temperature 40 / 45°C.(2) Gross value - Referred to ambient air 35°C and cooling chilled

water temperature 12 / 7°C.POWER SUPPLY: M10 230.1.50 T20 400.3.50+N

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570 750

1750

ab

c

geoplus

DIMENSIONS GEOPLUS (mm)

DIMENSIONS TEAM GEO (mm)

Size a b c

M10 820 400 900

T20 820 400 1.395


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NEMO HP

nemo hp

PLATER410A

water cooled heat pump liquid chillers

VERSIONS :

NEMO HP (R410A)




compressor and built-in water cooled condenser

(Water/water heat pump).

NEMO A HP (R410A)



Heat pump motoevaporating unit equipped with

scroll compressor for remote air cooled condenser

matching.

GENERAL FEATURES

NEMO HP heat pump offer a simple and cheap solution



the larger installations, differing only in size Comfort

requirements for a small 40 m2 2/4 persons advertising

office are just the same but smaller, than for an equivalent1000 m2 / 100 persons location.

HEAT PUMP - NEMO HP


ing mode.

Cooling

Heating




Indoor installation

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NEMO HP




protection devices. They simply need electrical and

hydraulic connections.

HEAT PUMP - NEMO A HP


ing mode.


MAIN COMPONENTS


sheet

• Thermo-acoustic lining inside the unit



• Welded plate condenser (NEMO HP)


• Defrosting system (NEMO A HP)



• 3-speed water pump


• Main switch


• Condensing control valve (NEMO HP)

• Water tank


• Serial port

• Remote air cooled condenser (NEMO A HP)


These liquid ch ille rs grant the same reliabil ity of the other

RC Group products, being designed and manufactured withsame philosophy as all RC Group products during more than

40 years activity.

Thanks to this long experience, the main repet itive fault rates







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M 06 P1 M 08 P1 M 10 P1 M 13 P1 T 06 P1 T 08 P1 T 10 P1

J3 J3 J3 J3 J3 J3 J3

5,5 7,3 9,4 12,3 5,2 6,7 8,9

6,4 8,3 10,9 14,1 6,1 7,7 10,3

1,6 2,3 3,1 3,9 1,6 2,2 2,9

1,8 2,4 3,1 3,8 1,8 2,3 3,0

2,94 2,81 2,83 2,99 2,80 2,73 2,79

3,07 3,14 3,24 3,46 2,97 3,03 3,18

1 1 1 1 1 1 1

1 1 1 1 1 1 1

90,6 92,4 101,6 105,5 90,5 92,4 101,6 42,0 42,0 44,0 44,0 42,0 42,0 44,0

M 11 M 11 M 14 M 17 M 11 M 11 M 14

T 13 P1 T 15 P1 T 17 P1 T 20 P1 T 25 P1 T 30 P1

J3 J3 J3 J3 J3 J3

11,6 13,1 15,6 17,0 21,5 25,0

13,6 15,0 17,7 19,6 24,9 29,3

3,9 4,3 4,9 5,8 7,0 8,3

3,9 4,4 4,9 5,6 7,0 8,0

2,79 2,81 2,86 2,67 2,86 2,84

3,25 3,16 3,28 3,18 3,32 3,43

1 1 1 1 1 1

1 1 1 1 1 1

105,5 112,7 113,8 114,9 136,3 140,1

44,0 47,0 51,0 48,0 50,0 50,0 M 17 M 20 M 25 M 25 M 30 M 35

M 06 P1 M 08 P1 M 10 P1 M 13 P1 T 06 P1 T 08 P1 T 10 P1 J3 J3 J3 J3 J3 J3 J3

5,6 7,6 10,5 13,0 5,3 6,8 9,5

7,6 9,5 13,1 17,2 7,2 9,2 12,7

1,4 1,8 2,3 3,0 1,4 1,8 2,3

1,9 2,3 3,1 3,9 1,9 2,4 3,0

3,95 4,23 4,53 4,41 3,76 3,78 4,08

4,09 4,11 4,30 4,44 3,90 3,92 4,19

4,78 6,23 5,19 5,46 4,60 4,86 6,62

1 1 1 1 1 1 1

1 1 1 1 1 1 1

90,8 93,5 103,6 108,4 90,8 93,5 103,6

42,0 42,0 44,0 44,0 42,0 42,0 44,0

T 13 P1 T 15 P1 T 17 P1 T 20 P1 T 25 P1 T 30 P1

J3 J3 J3 J3 J3 J3 12,3 13,9 16,6 18,6 23,4 30,0

16,5 18,5 21,8 24,7 30,8 37,4

2,9 3,5 4,0 4,5 5,6 6,2

3,8 4,3 5,2 5,8 7,1 8,6

4,18 4,02 4,15 4,12 4,18 4,81

4,30 4,26 4,23 4,24 4,34 4,37

6,49 5,28 5,38 5,28 6,47 6,68

1 1 1 1 1 1

1 1 1 1 1 1

108,4 116,6 118,1 120,6 143,8 149,5

44,0 47,0 51,0 48,0 50,0 50,0

NEMO HP

NEMO A HP air cooled heat pump motoevaporating unit

(1) Gross value - Referred to chilled water temperature 12/7°C and and outdoor temperature 35°C(2) Gross value - Referred to hot water inlet temperature 40/45°C and outdoor temperature 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.


TEAM MATE HP STD

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.

Weight kg

Sound pressure (3) dB(A) TEAM MATE HP STD


NEMO HP reversible heat pump - water/water

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and condenser water inlet temperature at 30°C(2) Gross va lue - Referred to hot water temperature 40/45°C and chilled water inlet temperature at 15°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 norms

POWER SUPPLY: M = 230/1/50 / T = 400/3/50

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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NEMO HP

900

650555


DIMENSIONS (mm)


The NEMO A HP series is planned for the matchingto the TEAM MATE condenser series.

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manta hp

PLATER410A

MANTA HP

VERSIONS :

MANTA HP (R410A)





(Reversible water/water heat pump).

MANTA WP (R410A)





(Reversible on hydraulic circuit).

MANTA A HP (R410A)



Heat pump motoevaporating unit equipped with

scroll compressor for remote air cooled condenser

matching.

GENERAL FEATURES

The range MANTA HP heat pumps allows to meet

all air-conditioning requirements in residential,

commercial and Hi-Tech applications, as well as in

the tertiary sector.

These machines are available in a full range of

dimensions, models and versions, with a rich

variety of accessories and optional, so that they

can become the ideal solution for installation in

office buildings, public buildings, trade centres,

industrial buildings, wine-cellars as well as for a

variety of other applications in the Hi-Tech and

process sector.

Heavy-duty construction, thanks to their design

and to the choice of materials and components,

that reflect the policies followed for the machines

meant for critical environments, where they are

required to operate 365 days/year. In this way,

continuous and regular operation of the machines

is ensured under any load conditions.

HEAT PUMP - MANTA HP and MANTA WP


ing mode.

Cooling

Heating

Scroll type compressorR410A refrigerant charge


Indoor installation


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MANTA HP

MAIN COMPONENTS


sheet



• Welded plate condenser (MANTA HP / MANTA

WP)

• Cycle reversing valve (MANTA HP / MANTA A

HP)

• IDEA ® defrosting system (MANTA A HP)







Compact dimensions, limited weights, easy

transport and handling to shorten installation time.

Many models can be transported in common liftsand cross standard doors without any difficulty.


MANTA A HP version

“Patented” defrosting system with dynamic reading

of working parameters. Thanks to proprietary

software it senses the real presence of brine on the

coil starting defrosting cycles only in that situation.




Two energy efficiency levels

• single refrigeration circuit and several

compressors in parallel. This version makes it

possible to achieve high energy efficiency during

partial load working mode (S version).

• double refrigeration circuit, marked by an

energy efficiency in line with the top levels of the

industry (D version).


• Condensing control valve (MANTA HP / MANTA

WP)





• Serial port

• Remote air cooled condenser (MANTA A HP)

HEAT PUMP - MANTA A HP


ing mode.


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2



J4 J4 J4 J4 J7 J7 J7 J7

26,8 30,3 33,7 37,4 42,3 51,7 56,9 62,5

34,8 39,3 43,8 50,2 57,6 69,3 76,4 84,0

6,3 7,1 8,1 10,0 11,3 13,1 14,9 16,5

8,1 9,0 10,3 12,5 14,3 16,8 19,1 21,1

4,24 4,27 4,17 3,76 3,74 3,95 3,82 3,79

4,31 4,35 4,25 4,02 4,03 4,13 4,00 3,98

5,87 5,84 5,86 6,02 5,20 5,46 5,38 5,09

1 1 1 1 2 2 2 2

1 1 1 1 1 1 1 1

263 266 275 288 445 455 465 470

50,0 51,0 52,0 53,0 53,0 53,0 54,0 55,0

T.70.P2.S T.90.P2.S T.120.P2.S T.150.P2.S T.200.P2.S T.220.P3.S T.290.P3.S J7 J7 J7 J8 J9 J9 J9

84,7 96,9 122,0 158,0 207,0 262,0 328,0

101,0 132,0 165,0 213,0 275,0 332,0 413,0

20,1 25,7 32,6 41,5 52,4 61,1 78,3

25,1 32,5 40,9 52,0 64,7 76,8 96,4

4,21 3,77 3,74 3,81 3,95 4,29 4,19

4,02 4,06 4,03 4,10 4,25 4,32 4,28

5,45 5,20 5,13 5,10 5,17 6,37 6,23

2 2 2 2 2 3 3

1 1 1 1 1 1 1

475 730 785 1035 1100 1310 1390

56,0 61,0 64,0 64,0 64,0 65,8 65,8


J9 J9 J9 J9 J10 J10 J10 J10

206,0 220,0 250,0 313,0 364,0 405,0 482,0 606,0

262,0 276,0 335,0 420,0 488,0 539,0 646,0 817,0

53,3 52,3 63,9 81,8 93,4 104,0 121,0 158,0

69,7 64,2 80,4 103,0 116,0 129,0 130,0 196,0

3,86 4,21 3,91 3,83 3,90 3,89 3,98 3,84

3,76 4,30 4,17 4,08 4,21 4,18 4,97 4,17

6,63 6,01 5,53 5,65 5,75 5,66 6,00 5,93

4 2 4 4 4 4 6 6

2 2 2 2 2 2 2 2

1345 1135 1570 1615 1710 1796 2270 2365

64,0 64,0 67,0 67,0 67,0 67,0 68,8 68,8


J7 J7 J7 J7 J7 J7 J7 J8 J8

43,8 50,5 57,3 63,7 74,8 98,2 119,0 154,0 194,0

59,2 68,0 76,6 84,6 101,0 132,0 164,0 211,0 237,0

11,3 12,7 14,5 16,2 19,6 25,1 31,9 40,8 45,4

14,4 16,4 18,6 20,6 24,8 31,7 40,3 51,6 58,1

3,88 3,98 3,95 3,93 3,82 3,91 3,73 3,77 4,27

4,11 4,15 4,12 4,11 4,07 4,16 4,07 4,09 4,08

6,14 6,43 6,15 5,79 6,30 5,96 5,99 6,00 5,46

2 2 2 2 2 2 2 2 4

2 2 2 2 2 2 2 2 2

455 470 480 495 506 770 800 1040 1140

53,0 53,0 54,0 55,0 56,0 61,0 64,0 64,0 64,0

MANTA HP


MANTA HP single circuit - reversible heat pump - water/water

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODELSize



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


(1) Gross va lue - Referred to chilled water temperature 12/7°C and condenser water inlet temperature at 30°C(2) Gross va lue - Referred to hot water temperature 40/45°C and chilled water inlet temperature at 15°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

MANTA HP double circuit - reversible heat pump - water/water

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg



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J4 J4 J4 J4 J7 J7 J7 J7

28,0 31,7 35,7 40,3 47,0 55,4 63,8 69,1

35,1 39,6 44,8 51,3 59,8 69,9 80,0 87,5

6,3 7,1 8,3 10,0 11,4 13,1 14,9 17,0

8,1 9,1 10,5 12,6 14,6 16,9 19,2 21,5

4,42 4,44 4,30 4,03 4,12 4,23 4,28 4,06

4,31 4,35 4,27 4,07 4,10 4,14 4,17 4,07

5,98 5,95 5,98 6,14 5,30 5,56 5,49 5,19

1 1 1 1 2 2 2 2

1 1 1 1 1 1 1 1

258 260 270 281 440 444 455 460

50,0 51,0 52,0 53,0 53,0 53,0 54,0 55,0

T.70.P2.S T.90.P2.S T.120.P2.S T.150.P2.S T.175.P3.S T.200.P2.S T.220.P3.S T.290.P3.SJ7 J7 J7 J8 J8 J9 J9 J9

80,9 106,0 132,0 172,0 195,0 222,0 265,0 331,0

103,0 135,0 169,0 217,0 249,0 279,0 334,0 417,0

20,3 25,9 32,7 41,5 48,6 53,0 61,7 79,3

25,4 32,6 41,0 52,2 60,9 65,1 77,5 97,4

3,99 4,09 4,04 4,14 4,01 4,19 4,29 4,17

4,06 4,14 4,12 4,16 4,09 4,29 4,31 4,28

5,56 5,30 5,24 5,20 6,25 5,27 6,50 6,35

2 2 2 2 3 2 3 3

1 1 1 1 1 1 1 1

465 715 775 1022 1152 1085 1302 1403

56,0 61,0 64,0 64,0 65,8 64,0 65,8 65,8


J9 J9 J9 J9 J10 J10 J10 J10

228,0 224,0 270,0 339,0 394,0 436,0 523,0 655,0

276,0 280,0 342,0 431,0 497,0 550,0 660,0 828,0

51,3 52,9 64,5 82,4 94,2 106,0 123,0 160,0

64,0 64,9 80,7 104,0 117,0 130,0 154,0 197,0

4,44 4,23 4,19 4,11 4,18 4,11 4,25 4,09

4,31 4,31 4,24 4,14 4,25 4,23 4,29 4,20

6,56 6,13 5,64 5,76 5,87 5,77 6,12 6,05

4 2 4 4 4 4 6 6

2 2 2 2 2 2 2 2

1315 1115 1545 1590 1665 1775 2270 2300

64,0 64,0 67,0 67,0 67,0 67,0 68,8 68,8


J7 J7 J7 J7 J7 J7 J7 J8 J8

46,8 55,6 63,0 69,5 83,0 105,0 132,0 170,0 200,0

59,5 70,2 78,9 87,8 99,2 134,0 177,0 216,0 250,0

11,2 12,8 14,5 16,6 19,3 25,4 32,3 41,2 45,8

14,2 16,5 18,6 21,0 24,4 31,8 38,5 51,8 57,2

4,18 4,34 4,34 4,19 4,30 4,13 4,09 4,13 4,37

4,19 4,25 4,24 4,18 4,07 4,21 4,60 4,17 4,37

6,26 6,56 6,27 5,91 6,43 6,08 6,11 6,12 5,59

2 2 2 2 2 2 2 2 4

2 2 2 2 2 2 2 2 2

450 455 468 485 495 760 788 1030 1130

53,0 53,0 54,0 55,0 56,0 61,0 64,0 64,0 64,0



MANTA WP single circuit - heat pump (reversible on hydraulic circuit) - water/water

(1) Gross va lue - Referred to chilled water temperature 12/7°C and condenser water temperature 30/35°C(2) Gross va lue - Referred to hot water outlet temperature 45°C and chilled water temperature 15/10°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

MANTA WP double circuit - heat pump (reversible on hydraulic circuit) - water/water

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODELSize



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


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T.27.P1.S T.30.P1.S T.33.P1.S T.40.P1.S T.40.P2.S T.48.P2.S T.54.P2.S

J4 J4 J4 J4 J7 J7 J7

23,5 25,7 30,0 35,6 35,6 47,6 56,1

27,0 30,1 34,4 41,0 40,9 55,9 65,3

8,3 9,8 10,5 12,2 11,8 16,5 17,8

8,2 9,1 10,3 12,3 12,3 16,9 19,1

2,66 2,49 2,66 2,68 2,76 2,71 2,89

3,11 3,12 3,10 3,06 3,06 3,11 3,16

1 1 1 1 2 2 2

1 1 1 1 1 1 1

247 250 255 290 415 425 430

50,0 51,0 52,0 53,0 53,0 53,0 54,0

1 1 1 1 1 1 1

M 35 M 35 M 45 M 50 M 60 M 70 M 95

T.170.P4.D T.190.P4.D T.200.P2.D T.240.P4.D T.300.P4.D T.340.P4.D T.380.P4.D

J8 J9 J9 J9 J9 J10 J10

171,0 188,0 186,0 235,0 290,0 338,0 367,0

191,0 209,0 218,0 272,0 340,0 396,0 431,0

56,3 65,6 66,8 77,7 102,0 114,0 132,0

55,8 63,3 63,6 79,0 102,0 115,0 128,0

2,82 2,69 2,62 2,80 2,68 2,76 2,61

3,18 3,09 3,21 3,19 3,14 3,21 3,16

4 4 2 4 4 4 4

2 2 2 2 2 2 2

1065 1035 1035 1452 1477 1555 1600

64,0 64,0 64,0 67,0 67,0 67,0 67,0

2 2 2 2 2 2 2

M 130 M 130 M 130 T 185 T 210 T 250 T 250

T.60.P2.S T.70.P2.S T.90.P2.S T.120.P2.S T.150.P2.S T.200.P2.S

J7 J7 J7 J7 J8 J9

59,5 68,9 89,7 116,0 148,0 186,0

68,8 80,8 105,0 135,0 174,0 218,0

20,7 25,3 32,3 38,8 50,9 65,9

21,1 24,8 31,8 40,3 51,2 63,3

2,67 2,56 2,61 2,76 2,74 2,65

3,03 3,06 3,10 3,10 3,20 3,23

2 2 2 2 2 2

1 1 1 1 1 1

432 435 675 725 950 1000

55,0 56,0 61,0 64,0 64,0 64,0

1 1 1 1 1 1

M 95 M 95 M 130 T 185 T 210 T 250


J7 J7 J7 J7 J7 J7 J7 J8

40,0 46,8 51,5 58,9 70,9 91,5 115,0 145,0

46,7 55,0 61,2 68,7 82,1 107,0 136,0 173,0

14,1 16,5 19,5 20,9 24,4 31,3 38,8 51,4

14,2 16,5 18,7 20,7 24,1 31,1 39,8 50,9

2,64 2,67 2,50 2,62 2,67 2,73 2,74 2,66

3,06 3,13 3,10 3,09 3,13 3,22 3,16 3,20

2 2 2 2 2 2 2 2

2 2 2 2 2 2 2 2

425 433 440 452 460 705 737 965

53,0 53,0 54,0 55,0 56,0 61,0 64,0 64,0

2 2 2 2 2 2 2 2

M 30 M 35 M 35 M 45 M 50 M 70 M 95 M 110

MANTA HP


MANTA A HP single circuit - air cooled heat pump motoevaporating unit

MANTA A HP double circuit - air cooled heat pump motoevaporating unit

(1) Gross value - Referred to chilled water temperature 12/7°C and outdoor temperature 35°C(2) Gross va lue - Referred to hot water outlet temperature 45°C and outdoor temperature 7°C(3) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 400/3/50

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE HP

Model

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE HP

Model

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE HP

Model

MODEL

Size



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

Compressors n.

Gas circuits n.

Weight kg


TEAM MATE DXAP MRModel


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ab

c

MANTA HP

DIMENSIONS (mm)

Size a b c

J4 1.000 650 1.400

J7 1.200 750 1.700

J8 - J9 1.800 1.200 1.740

J10 1.800 1.800 1.740


The MANTA A HP series is p lanned for the matchingto the TEAM MATE condenser series.


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1 9 6 3 2 0 1 3

SHELLR134a



WATER COOLED HEAT PUMP LIQUID CHILLERS

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FRIGO SCREW wp

SHELLR134a


The most important characteri st ics of

FRIGO SCREW WP machines is theirhigh energy efficiency (EER / COP) and

consequently high ESEER values, both

at design and at the various operating


QUIET OPERATION

FRIGO SCREW machines are also

extremely quiet.

This promotes their use in noise

sensitive locations such as old

city centres, hotels, offices and


Only cooling

Heating

Screw compressor


Shell and tube type evaporator

Indoor installation

FRIGO SCREW WP (Energy Class B)


Heating capacity 474 ÷ 1977 kW

Water cooled heat pump chiller equippedwith two screw compressors and shall

and tube heat exchangers (inversion on

hydraulic circuit)

FRIGO SCREW WP

14 models

5,72 ESEER



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FRIGO SCREW wp

HEAT PUMP - FRIGO SCREW WP


ing mode.


MAIN COMPONENTS

• Housing and base in epoxy painted galvanized

steel sheet

• Screw compressor

• Modulating control of the cooling capacity


• Shall and tube evaporator, direct expansion type,

with single pass water circuit, in order to obtain

higher thermal exchange efficiency

• Shall and tube type condenser


• Electrical box with main switch with door lock

safety


• Chilled water safety flow switch


production up to -12°C

• Serial port

• Silencing box for compressor noise reduction

FRIGO SCREW WP is a heat pump with

inversion on hydraulic circuit.

The inversion system is not provided by RC but

is at Customer care.

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FRIGO SCREW wp

410 V2 460 V2 510 V2 540 V2 610 V2 700 V2 790 V2

393 442 492 550 602 656 740

474 531 596 665 734 829 963

82,4 92,3 103,0 109,0 134,0 144,0 163,0

94,6 105,0 119,0 128,0 144,0 159,0 182,0

4,78 4,79 4,80 5,06 4,50 4,56 4,54

5,03 5,03 5,03 5,20 5,11 5,22 5,29

5,41 5,34 5,25 5,72 5,12 5,19 5,16

2 2 2 2 2 2 2

2 2 2 2 2 2 2

3237 3268 3498 3498 3590 3720 3967

74 74 74 74 79 79 79

940 V2 1050 V2 1110 V2 1140 V2 1310 V2 1460 V2 1610 V2

880 974 1031 1073 1224 1365 1506

1115 1258 1345 1411 1568 1766 1977

196,0 218,0 228,0 236,0 269,0 297,0 335,0

215,0 241,0 255,0 271,0 298,0 333,0 379,0

4,49 4,46 4,52 4,55 4,55 4,60 4,49

5,19 5,24 5,28 5,21 5,27 5,30 5,23

5,08 5,06 5,16 5,04 5,04 5,10 4,99

2 2 2 2 2 2 2

2 2 2 2 2 2 2

4071 4835 4949 5031 5549 6407 6537

82 82 82 82 82 84 84

a

b

c



1) Gross value - Referred to chilled water temperature 12/7°C; water to the condenser 30/35°C.2) Gross value - Referred to chil led water temperature 15/10°C; condenser hot water outlet temperature 45°C.3) Sound pressure 1m far in free field conditions according to ISO3744 norm.

MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


MODEL



Power input (1) kW

Power input (2) kW

EER (1)

COP (2)

ESEER (1)

Compressors n.

Gas circuits n.

Weight kg


DIMENSIONS (mm)

Model a b c

410 V2 3.390 960 1.670

460 V2 3.390 960 1.670

510 V2 3.390 960 1.670

540 V2 3.390 960 1.670

610 V2 3.390 960 1.670

700 V2 3.390 960 1.670

790 V2 3.600 1.170 2.150

940 V2 3.600 1.170 2.150

1050 V2 3.600 1.170 2.150

1110 V2 4.200 1.500 2.150

1140 V2 4.200 1.500 2.150

1310 V2 4.200 1.500 2.150

1460 V2 4.900 1.500 2.250

1610 V2 4.900 1.500 2.250

FRIGO SCREW WP heat pump (reversible on hydraulic circuit) - water/water

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1 9 6 3 2 0 1 3

12,1 ÷ 307,0 kW


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TEAM MATE

team mate

team mate pf

ai r cooled condensers

VERSIONS:

TEAM MATE

Nominal capacity 12,1 ÷ 307,0 kW

Air cooled condenser wi th axia l fans.

TEAM MATE HP


Air cooled condenser wi th axia l fans,

heat pump version.

TEAM MATE PF


Air cooled condenser wi th Plug fans.

TEAM MATE PF HP


Air cooled condenser wi th Plug fans,

heat pump version.

GENERAL FEATURES

The air cooled condensers of the TEAM MATE series

are specially designed for matching RC GROUP air

conditioners and liquid chillers.

The TEAM MATE range is available with three different

noise solutions: STD, LNO and extremely low noise ELN

versions.

All these versions are di rectly selectable from the

catalogue, to allow the possibility of installation even in

presence of very severe acoustical impact norms.COMPONENTS

• Housing in epoxy painted galvanized steel sheet• Axial fans (TEAM MATE)

• Plug fans with EC type electric motor (TEAM

MATE PF)

• RIV1200 speed regulator for proportional

condensing control (TEAM MATE)

• Stop valves on refrigerant connections

COMPONENTS ”HP”

• Refrigerant filter

• Liquid and moisture indicator

• Solenoid valve

• Non-return valve

• Thermostatic valve


• Vertical air flow (TEAM MATE)

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TEAM MATE

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130 M140 T185 T210 T250 T280

12,1 14,7 18,4 20,7 24,2 32,7 37,4 47,6 56,1 62,6 74,0 99,4 111,0 133,0 151,0 201,0 232,0 276,0 307,0 63,0 63,0 63,0 65,0 67,0 67,0 67,0 67,4 69,4 69,4 69,4 70,5 70 ,5 71,1 71,1 71,5 71,5 72,2 72,2


51 54,5 66 72 102 111 120 153 175 188 214 240 270 320 350 470 520 630 690


54 57,5 70 76 107 116 125 158 181 194 222 250 280 330 360 484 534 644 704


10,9 13,1 16,4 18,5 21,8 29,1 32,9 42,0 50,1 55,3 65,1 88,3 97,7 118,0 133,0 179,0 205,0 245,0 270,0

59,1 59,1 59,1 61,1 63,1 63,1 63,1 63,6 65,5 65,5 65,5 66,6 66 ,6 67,2 67,2 67,7 67,7 68,3 68,3


9,6 11,4 14,1 16,1 19,2 25,2 28,2 36,1 43,5 47,6 55,8 76,4 83,7 102,0 114,0 155,0 175,0 212,0 231,0

54,5 54,5 54,5 56,5 58,5 58,5 58,5 58,9 60,8 60,8 60,8 61,9 61 ,9 62,5 62,5 63,0 63,0 63,7 63,7


12,1 14,9 18,4 20,7 24,7 32,7 37,4 47,6 56,1 62,6 74,0 99,4 111,0 133,0 151,0 201,0 232,0 276,0 307,0

63,0 63,0 63,0 65,0 67,0 67,0 67,0 67,4 69,4 69,4 69,4 70,5 70 ,5 71,1 71,1 71,5 71,5 72,2 72,2


10,8 13,1 16,2 18,2 21,8 28,7 32,6 41,6 49,6 54,8 64,6 87,4 96,8 117,0 132,0 176,0 203,0 243,0 268,0

59,1 59,1 59,1 61,1 63,1 63,1 63,1 63,6 65,5 65,5 65,5 66,6 66 ,6 67,2 67,2 67,7 67,7 68,3 68,3


9,6 11,5 14,1 16,1 19,5 25,2 28,2 36,1 43,5 47,6 55,8 76,4 83,7 102,0 114,0 155,0 175,0 212,0 231,0

54,5 54,5 54,5 56,5 58,5 58,5 58,5 58,9 60,8 60,8 60,8 61,9 61,9 62,5 62,5 63,0 63,0 63,7 63,7


TEAM MATE STD axial fans

MODEL

Capacity (1) kWSound pressure (2) dB(A)

MODEL

Capacity (1) kW


MODEL

Capacity (1) kW



(1) Referred to condensing temperature at 50°C and outdoor air temperature at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: M = 230/1/50 / T = 400/3/50+N

MODEL

TEAM MATE kg

MODEL

TEAM MATE HP kg

WEIGHT

WEIGHT

TEAM MATE LNO axial fans - low noise version

TEAM MATE ELN axial fans - extremely low noise version

TEAM MATE HP STDaxial fans

MODEL

Capacity (1) kW


MODEL

Capacity (1) kW


MODEL


TEAM MATE HP LNO axial fans - low noise version

TEAM MATE HP ELN axial fans - extremely low noise version

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TEAM MATE

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

12,1 15,6 18,2 21,6 25,0 35,1 39,8 46,5 62,0 73,1 91,0 113,0 122,0 154,0 61,6 61,6 61,5 61,5 67,1 72,0 71,1 71,3 77,3 77,4 80,3 81,8 83,7 84,5

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

10,8 13,7 15,9 18,8 21,6 30,2 34,5 40,1 53,4 62,7 78,6 98,9 105,0 131,0

57,7 57,7 57,6 57,6 63,2 68,1 67,2 67,4 73,4 73,5 76,4 79,8 77,9 80,6

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

10,8 13,7 15,9 18,8 18,7 25,8 29,7 34,0 46,2 53,4 68,1 85,9 89,8 113,0

53,1 53,1 53,0 53,0 58,6 63,5 62,6 62,8 68,8 68,9 71,8 75,2 73,3 76,0

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

143 148 153 163 210 222 284 310 387 421 515 557 625 673

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

12,1 15,8 18,4 21,9 25,3 35,5 40,2 46,9 62,6 73,7 91,9 114,0 123,0 155,0

61,6 61,6 61,5 61,5 67,1 72,0 71,1 71,3 77,3 77,4 80,3 83,7 81,8 84,5

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130 10,9 14,1 16,3 19,1 22,3 31,1 35,5 40,9 55,3 64,4 81,4 102,0 108,0 136,0

57,7 57,7 57,6 57,6 63,2 68,1 67,2 67,4 73,4 73,5 76,4 79,8 77,9 80,6

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130 9,6 12,3 14,1 16,3 19,2 26,4 30,4 34,6 47,6 54,6 70,1 88,1 92,0 116,0

53,1 53,1 53,0 53,0 58,6 63,5 62,6 62,8 68,8 68,9 71,8 75,2 73,3 76,0

M11 M14 M17 M20 M25 M30 M35 M45 M50 M60 M70 M95 M110 M130

148 153 158 168 218 230 292 318 397 431 529 571 641 689


TEAM MATE PF STD Plug fans

MODEL


MODEL

Capacity (1) kW


MODEL

Capacity (1) kW



(1) Referred to condensing temperature at 50°C and outdoor air temperature at 35°C(2) Sound pressure 1m far in free eld conditions according to ISO3744 normsPOWER SUPPLY: 380-400/3/50-60

MODEL

TEAM MATE PF kg

MODEL

TEAM MATE HP PF kg

WEIGHT

WEIGHT

TEAM MATE PF LNO Plug fans - low noise version

TEAM MATE PF ELN Plug fans - extremely low noise version

TEAM MATE HP PF STDPlug fan

MODEL

Capacity (1) kW


MODEL

Capacity (1) kW


MODEL

Capacity (1) kW


TEAM MATE HP PF LNO Plug fan - low noise version

TEAM MATE HP PF ELN Plug fan - extremely low noise version

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ab

c

ab

c


TEAM MATE - DIMENSIONS (mm)

TEAM MATE PF - DIMENSIONS (mm)

Model a b c

M11 / M14 875 540 726

M17 / M20 1.200 540 726

M25 / M30 / M35 1.400 665 1.026

M45 1.600 665 1.026

M50 / M60 1.850 665 1.026

M70 2.320 665 1.140

M95 / M110 3.490 690 1.140

M130 / M140 4.540 690 1.140

T185 / T210 3.490 690 2.215

T250 / T280 4.540 690 2.215

Model a b c

T11 / T14 / T17 / T21 890 880 900

T24 / T33 1.190 880 900

T38 / T44 1.390 880 1.300

T58 / T69 1.840 880 1.300

T86 / T108 2.290 880 1.300

T114 / T144 1.840 880 1.800

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8/10/2019 Generale 04_2013 Eng


Generale 04_2013 Eng

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