IOS MANUAL I-CONVERT REG

IOS MANUAL I-CONVERT REG

Media-Control

IOS Mediensysteme GmbH Karlsruhe /Germany

IOS Mediensysteme GmbH

Im Schlehert 20 76187 Karlsruhe [email protected] Tel. 0721 / 78159-820 / Fax 0721 / 78159-826

I-Convert REG manual Version 1.3 Property of IOS Mediensysteme GmbH, 76187 Karlsruhe-Germany -1/14-

IOS I-Convert REG Programmers manual

Revision State: released

Date of Creation: 25.01.2007

Last Update 24.06.2008

Author: Bernhard Efinger

IOS I-Convert REG

Project Leader: Michael Funk

IOS | Manuals | I-CONVERT REG

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Abweichungen und Änderungen vorbehalten - Darstellungen und Produktabbildungen sind beispielhaft.

IOS Mediensysteme GmbH I-Convert REG

I-Convert REG manual Version 1.3 Property of IOS Mediensysteme GmbH, 76187 Karlsruhe/Germany -2/21-

History

No Date Version Modified Reason Editor

1 25.01.07 V1.0 Form created BE

2 17.04.07 V1.1 Module No. Description corrected BE

3 21.05.08 V1.2 Description LED Status on device added MF

4 24.06.08 V1.3 Description of regulators R1/R2 and Tvar RS232 Protocol added MF


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Content Page

History 2 Content 3

1 Connecting the I-Convert REG to Media-Master...................................................................... 4 1.1 Abstract ................................................................................................................................................4 1.2 Connection table (RS232) ...................................................................................................................4

2 Connecting the I-Convert REG to LCN-System ....................................................................... 5 2.1 Abstract ................................................................................................................................................5 2.2 Connection diagram............................................................................................................................5

3 LED Status................................................................................................................................... 6 3.1 Abstract ................................................................................................................................................6 3.2 LED-Status table ..................................................................................................................................6 3.3 LED-Status list .....................................................................................................................................6

4 Programmers information.......................................................................................................... 7 4.1 The RS232 protocol .............................................................................................................................7

4.1.1 Commands to the I-Convert REG ...............................................................................................8 4.1.2 Messages from the I-Convert REG ...........................................................................................18


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1 Connecting the I-Convert REG to Media-Master

1.1 Abstract The connection between the Media-Master and the „I-Convert-REG“ will be done via RS232-connection with handshake.

On the TOP-side of the I-Convert are 5 terminals for the RS232-connection to the Media-Master. The terminal assignment is on sticker on the device and in the following table (Terminal 1-5 from the left to the right).

1.2 Connection table (RS232)

I-Convert REG Media Master Terminal 1 GND GND Terminal 2 CTS RTS Terminal 3 RXD TXD Terminal 4 RTS CTS Terminal 5 TXD RXD


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2 Connecting the I-Convert REG to LCN-System

2.1 Abstract The connection between the LCN-System and the „I-Convert-REG“ will be done via the syslinkcable (I-Port) which is included in delivery

2.2 Connection diagram


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3 LED Status

3.1 Abstract On the front side of the I-Convert are 5 LEDs to show status information of the device. The following table specifies the LED-status.

3.2 LED-status table

3.3 LED-status list Refer to the table in chapter 2.2 the meaning of the LED-Status is listed in the following: LED STATUS 1: The device is waiting for a connection to the I-Port of any LCN-Modul. After a proper connection to a LCN-Modul the LED stops blinking. LED STATUS 2: The device is ready to handle the communication. LED STATUS 3: This indicates a data transmission from LCN-System to the RS232 port. LED STATUS 4: This indicates a data transmission from RS232 port to the LCN-System. LED STATUS 5: The last received RS232 command was not complete. Either the last byte (hex 0A) was missed or any character in the string was lost. Please check the programming of the Media-Master. LED STATUS 6: The device is off. This is due to a power failure of the feeding power source or a failure inside the device.

LED LED

STATUS 1

LED STATUS

2

LED STATUS

3

LED STATUS

4

LED STATUS

5

LED STATUS

6 POWER ON ON ON ON ON OFF

I-IN ON OFF Flash OFF OFF OFF RS-OUT ON OFF Flash OFF OFF OFF RS-IN ON OFF OFF Flash ON OFF I-OUT BLINK OFF OFF Flash OFF OFF


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4 Programmers information

4.1 The RS232 protocol The protocol is 19200 baud, 8-bit, 1 stop bit, no parity, and flow control (hardware handshake). Between the RS232 commands to the “I-convert REG” a pause of minimum 200 ms is needed! Note: Commands and status requests are not allowed to target the LCN-Module where the “I-convert REG” is connected to. This LCN-Module is only allowed to have a gateway-function. Software: Software to control and monitor the I-Convert is available at the IOS Homepage:

www.ios-mediensysteme.de

See the download section -> “I-Convert Control software”. IMPORTANT: This software is only to check the I-Convert and monitor the controlstrings. It is not designed and not released to control a Buildingmanagementsystem

like a real user interface can do.


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4.1.1 Commands to the I-Convert REG

Command to the I-Convert REG In the following the commands for controlling the two electronical outputs: These commands are also controlling the two 1-10V DC outputs voltage. Output toggle: Command to the I-convert REG The output is turned forward in the order Off, On after every command. The speed can be set through the parameter ramp. description type range field number 1 introduction ascii[5] >M000 field number 2 module ID ascii[3] 005 to 250 field number 3 disconnector ascii[1] .

field number 4 output ascii[2] A1 to A2 A1 to control output 1; A2 to control output 2

field number 5 command ascii[2] TA is always TA field number 6 dimming ramp ascii[3] 000 to 100 dimming ramp in seconds field number 7 completion hex $0A field number 1 2 3 4 5 6 7 fix variable fix variable fix variable fix send_string-device," >M000 module ID . output TA value $0A


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Command to I-Convert REG In the following the commands for controlling the 8 relays: relay switching Command to the I-Convert REG Switching multiple relays description type range field number 1 introduction ascii[5] >M000 field number 2 module ID ascii[3] 005 to 250 field number 3 disconnector ascii[1] .

field number 4 output ascii[2] RL is always RL

field number 5 command ascii[8] U;0;1;- *1 field number 6 completion hex $0A *1 Each of the 8 ascii symbols stands for one of the 8 relays. So you can control the relay 1 with the first ascii symbol. There are 4 different control functions: ascii symbol .U toggle ascii symbol 0 switch off ascii symbol .1 switch on ascii symbol .- do nothing

field number 1 2 3 4 5 6 fix fix variable fix variable variable fix send_string-device," >M000 module ID . RL 11110000 $0A"



Command to the I-Convert REG Recall relay status Command to the I-Convert REG The relay status is recalled. The relay block then messages back all 8 relay states. description type range field number 1 introduction ascii[5] >M000 field number 2 module ID ascii[3] 005 to 250 field number 3 disconnector ascii[1] .

field number 4 command ascii[3] SMP is always SMP

field number 5 competion hex $0A field number 1 2 3 4 5 fix variable fix fix fix send_string-device," >M000 module ID . SMP $0A"


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Command to the I-Convert REG Recall binary input Command to the I-Convert REG The input status is recalled. The input block then messages back all 8 input states. Description type range field number 1 Introduction ascii[5] >M000 field number 2 module ID ascii[3] 005 to 250 field number 3 disconnector ascii[1] .

field number 4 command ascii[3] SMB is always SMB

field number 5 competion hex $0A field number 1 2 3 4 5 fix variable fix fix fix send_string-device," >M000 module ID . SMB $0A"



Command to the I-Convert REG In the following the commands for sending keys to key table A, B and C : key sending Command to the I-Convert REG Sending multiple keys description type range field number 1 introduction asciii[5] >M000 field number 2 module ID asciii[3] 005 to 250 field number 3 disconnector asciii[1] .

field number 4 commandname asciii[2] TS is always TS

field number 5 target asciii[3] -;K;L;O *4 field number 6 command asciii[8] 0;1; *5 field number 7 completion hex $0A Each of the 3 ascii symbols stands for one of the 3 key tables. So you can control the table A with the first asci symbol. *4 There are 4 different control functions: ascii symbol .- do nothing ascii symbol .K send a HIT-command ascii symbol .L send a MAKE-command ascii symbol .O send a BREAK-command Each of the 8 ascii symbols stands for one of the 8 keys. So you can control the key 1 with the first ascii symbol. *5 There are 2 different control functions: ascii symbol .0 do nothing ascii symbol .1 send key field number 1 2 3 4 5 6 7 fix variable fix variable variable variable fix send_string-device," >M000 module ID . TS KLO 11110000 $0A"


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Command to the I-convert REG In the following the commands to control the two regulators R1, R2 : description type range field number 1 introduction asci[2] >M, >G *1 field number 2 segment ID asci[3] 005 to 124 field number 3 module ID, group ID asci[3] 005 to 254, 005 to 254 *2 field number 4 disconnector asci[1] . field number 5 commandname asci[2] RE is always RE field number 6 target asci[1] A, B *3 field number 7 command asci[2] SS, SA, SP *4 field number 8 prefix asci[1] +, - field number 9 value asci[3] 000 to 999 *5 field number 10 completion hex[1] $0A is always $0A

asci symbol M with >M a single module is adressed *1 asci symbol G with >G a group of modules are adressed

group ID 001, 002, 004 is not available for groups, 003 adresses every modul in the LCN segment *2 asci symbol A controls regulator R1 *3 asci symbol B controls regulator R2

asci symbol SS set absolut value *4 asci symbol SA set relativ to actual value asci symbol SP set relativ to programmed value (the programmed value is given to the LCN-module py LCNpro)

absolut value SS 001 = 0,1°C; 010 = 1°C; 100 = 10°C... etc. *5 relativ value SA 005 = 0,5°C; 010 = 1°C, 100 = 10°C... etc.

programmed value SP 000 = is equivalent to the programmed value in the LCN modul given by LCNPro.

field number 1 2 3 4 5 6 7 8 9 10 variable variable variable fix fix variable variable variable variable fix send_string-device," >M 000 012 . RE A SS + 180 $0A" description: set regulator 1 of module 12 absolut to 18°C



Command to the I-Convert REG In the following the commands for the regulator to request the value (R1, R2 and Tvar) regulator value request Message to the I-Convert REG value of R1, R2 and Tvar

description type range field number 1 introduction asci[2] >M *1 field number 2 segment ID asci[3] 005 to 124 field number 3 module ID asci[3] 005 to 254 field number 4 disconnector asci[1] . field number 5 command asci[2] MW is always MW field number 6 source ascii[1-2] V, TA, TB, SA, SB *2 field number 7 completion hex[1] $0A is always $0A

asci symbol M with >M a single modul is adressed *1

V request the value of the Tvar *2 TA request the current value of the regulator R1 TB request the current value of the regulator R2

SA request the set value of the regulator R1

SB request the set value of the regulator R2

field number 1 2 3 4 5 6 7 fix variable variable variable fix fix variable fix send_string-device," >M 000 012 . MW V $0A" description: value of the Tvar of module 12 is requested


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4.1.2 Messages from the I-Convert REG

Message from the I-Convert REG Dimmer messages value Message from the I-Convert REG Both outputs message their actual dimming value automatically in % unit after each change. With the aforementioned command the value can also be recalled directly. So the RoomControl sends back two messages (A1 and A2) after the recall. description type range field number 1 introduction ascii[5] :M000 field number 2 module ID ascii[3] 005 to 250

field number 3 recall ascii[2] A1 to A2 A1 stands for output 1 and A2 stands for output 2.

field number 4 value ascii[3] 000 to 100 % value encoded as "decimal" *2 field number 5 completion hex $0A *2 The % value is messaged back through 3 ascii symbols. The 3 ascii symbols have to be seen as decimal value. Example: 003 means 3% dimming value ; 100 means 100% dimming value.

field number 1 2 4 5 6 fix fix variable variable fix FROM DEVICE :M000 module ID A1 100 $0A"



4.1.2 Messages from the I-Convert REG

Message from the I-Convert REG Dimmer messages value Message from the I-Convert REG Both outputs message their actual dimming value automatically in % unit after each change. With the aforementioned command the value can also be recalled directly. So the RoomControl sends back two messages (A1 and A2) after the recall. description type range field number 1 introduction ascii[5] :M000 field number 2 module ID ascii[3] 005 to 250

field number 3 recall ascii[2] A1 to A2 A1 stands for output 1 and A2 stands for output 2.

field number 4 value ascii[3] 000 to 100 % value encoded as "decimal" *2 field number 5 completion hex $0A *2 The % value is messaged back through 3 ascii symbols. The 3 ascii symbols have to be seen as decimal value. Example: 003 means 3% dimming value ; 100 means 100% dimming value.

field number 1 2 4 5 6 fix fix variable variable fix FROM DEVICE :M000 module ID A1 100 $0A"



Message from the I-convert REG Relay message status Message from the I-convert REG The relay block messages back automatically the new value after every status change. The value can also be recalled directly through the aforementioned command. description type range field number 1 introduction ascii[5] :M000 field number 2 module ID ascii[3] 005 to 250 is always 010 field number 3 recall ascii[2] Rx Rx messages all 8 relais

field number 4 value ascii[3] 000 to 255 relay status encoded as "byte" *3

field number 5 completion hex $0A *3 The 8 relais are messaged back through 3 ascii symbols. The three ascii symbols have to be seen as byte value. Thereby each of the 8 bit stands for one relay. Example : 003 means relay 1 and relay 2 are on , relay 3 to relay 8 are off.

field number 1 2 4 5 6 fix fix variable fix variable fix FROM DEVICE :M000 079 Rx 005 $0A" description module 79 answer relais status : 1+3 are on


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Message from the I-convert REG Binary input message status Message from the I-convert REG The binary block messages back automatically the new value after every status change. The value can also be recalled directly through the aforementioned command. description type range field number 1 introduction ascii[5] :M000 field number 2 module ID ascii[3] 005 to 250 is always 010 field number 3 recall ascii[2] Bx Bx messages all 8 relais

field number 4 value ascii[3] 000 to 255 input status encoded as "byte" *3

field number 5 completion hex $0A *3 The 8 binary inputs are messaged back through 3 ascii symbols. The three ascii symbols have to be seen as byte value. Thereby each of the 8 bit stands for one input. Example : 003 means input 1 and input 2 are on , input 3 to input 8 are off.

field number 1 2 4 5 6 fix fix variable fix variable fix FROM DEVICE :M000 067 Bx 160 $0A" description module 67 answer input status : 6+8 is on



Message from the I-Convert REG In the following the answer of the I-convert after requesting a value of the regulator (R1, R2 or Tvar)

regulator R1, R2 and Tvar Message from the I-Convert REG description type range field number 1 introduction asci[2] %M *1 field number 2 segment ID asci[3] 005 to 124 field number 3 module ID asci[3] 005 to 254 field number 4 disconnector asci[1] . field number 5 source asci[1-2] V, TA, TB, SA, SB *2 field number 6 value asci[5] 00000 - 65535 *3 field number 7 completion hex $0A is always $0A

asci symbol M with %M a single modul answer *1

V value of the Tvar *2 TA current value of the regulator R1 TB current value of the regulator R2 SA set value of the regulator R1 SB set value of the regulator R2

value 01000 equates 0,0 C° 01185 equates 18,5 C°

01250 equates 25,0 C° 01095 equates 9,5 C° field number 1 2 3 4 5 6 7 variable variable variable fix variable variable fix FROM DEVICE %M 000 012 . TA 01135 $0A" description: module 12 answer the current value of R1 with 13,5 C°

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