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ASCII Control Messages

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ASCII  Control  Messages  provide  a  simple  method  of 
control for AV systems. This is done by sending a string 
of ASCII characters via the in-built RS485 serial port in 
the Source Controllers.
The command is not case sensitive.

1.1 Message Syntax

The general form of the message is:

1.1.1 Start Character

Each message starts with the @ character
The  command  is  started  receiving  the  @  character.  
If a command is incomplete when a new @ is received, 
the old command is discarded.

1.1.2 Command

The  start  character  is  followed  by  a  two  character 
command.
Example: SS (select scene)

1.1.3 Parameters

After the command characters several characters define 
the  parameters,  such  as  the  scene  number,  area 
number, and fade time.
A colon delimits the values. If a colon is received after 
only  1  digit  then  a  single  digit  value  is  assumed.  <O:
P</O:P

1.1.4 End Character

The command is ended with a carriage return, <cr> (13 
dec). The # character can also be used.

1.3 Virtual Control Messages

Virtual control messages are used to control the system, 
and not individual devices. The message is transmitted 
across the iCANnet network to all other devices.

1.3.1 Command SS Select Scene

This message selects a scene in an area.
The syntax is: @SSxx:Axx:Fxx<cr>
SSxx defines the scene number, where xx is valid from 
00 to 99. Scene 00 is OFF.
Axx defines the Area Number, valid for 00 to 99.
Fxx  defines  the  Fade  Time  ,  valid  for  00  to  99  for 
seconds.

1.3.2 Command SA Save Scene

This message saves the current levels to a scene in an 
area.
The syntax is: @SAxx:Axx<cr>
SAxx defines the scene number, where xx is valid from 
00 to 99. Scene 00 saves to the current scene.
Axx  defines  the  Area  Number,  valid  for  00  to  99. 
 

1.3.3 Command RS Request Current Scene

This message requests the current scene number in an 
area.
The syntax is: @RSxx<cr>
RSxx  defines  the  Area  Number,  valid  for  01  to  99. 
 

1.3.4 Command RE Report Current Scene

This  message  reports  the  current  scene  number  in  an 
area. The syntax is: @RExx:Axx<cr>
RExx defines the Scene Number, valid for 01 to 99.
Axx defines the Area Number, valid for 01 to 99.

1.3.5 Command SC Set Channel Level

This message sets the level of a channel in an area.
The syntax is: @SCxx:Axx:Lxx:Fxx<cr>
SCxx defines the channel number, where xx is valid 
from  00  to  99.  Channel  00  affect  ALL  channels  in 
an area.
Axx defines the Area Number, valid for 00 to 99.
Lxx defines the Level, valid for 00 to 99 in %, and FF 
for FULL (100%)
Fxx  defines  the  Fade  Time  ,  valid  for  00  to  99  for 
seconds.

1.3.6 Command RC Request Channel Level

This  message  request  the  level  of  a  channel  in  an 
area.
The syntax is: @RCxx:Axx<cr>
RCxx defines the channel number, where xx is valid 
from 00 to 99. Channel 00 requests ALL channels in 
an area. (use with caution).
Axx defines the Area Number, valid for 00 to 99.

1.3.7 Command RL Report Channel Level

This message reports the current level of a channel 
in an area.
The syntax is: @RLxx:Axx:Lxx<cr>
RLxx  defines  the  Channel  Number,  valid  for  01  to 
99.
Axx defines the Area Number, valid for 00 to 99.
Lxx defines the Level, valid for 00 to 99 in %, and FF 
for FULL (100%)

1.3.8 Command CR Raise

This message increments the area by 1% level
The syntax is: @CRxx:Axx <cr>
CRxx defines the channel number, where xx is valid 
from  00  to  99.  Channel  00  affect  ALL  channels  in  
an area.
Axx defines the Area Number, valid for 00 to 99.

1.3.9 Command CL Lower

This message decrements the area by 1% level
The syntax is: @CLxx:Axx <cr>
CLxx defines the channel number, where xx is valid 
from  00  to  99.  Channel  00  affect  ALL  channels  in  
an area.
Axx defines the Area Number, valid for 00 to 99.

1.3.10 Command SF Stop Fade

This message stops fading in an area
The syntax is: @SFxx:Axx <cr>
SFxx defines the channel number, where xx is valid 
from 00 to 99. Channel 00 affect ALL channels in 
an area.
Axx defines the Area Number, valid for 00 to 99.

1.3.11 Command TC Toggle Channel

This message toggles a channel state.
The syntax is: @TCxx:Axx:Lxx:Fxx<cr>
TCxx defines the channel number, where xx is valid 
from 00 to 99. Channel 00 affect ALL channels in 
an area.
Axx defines the Area Number, valid for 00 to 99.
Lxx defines the Level, valid for 00 to 99 in %, and 
FF for FULL (100%)
Fxx defines the Fade Time , valid for 00 to 99 for 
seconds.

INTELLIGENT  CONTROLS

Summary of Contents for SCI0405

Page 1: ...N Network 8 ASCII control messages 9 Typical system schematics 10 Service switches and LEDs 12 Specifications Inductive H F Ballast Power Switching Adaptive Trailing Edge Instruction Manual Read this document prior to installation Source Controllers INTELLIGENT CONTROLS ...

Page 2: ......

Page 3: ...2 of 23 INTELLIGENT CONTROLS ...

Page 4: ...e Controllers require ventilation and have slots on all sides to allow for a convection flow of air through the unit For this reason it is important to orientate the unit correctly and allow a minimum space between adjacent Source Controllers and other surfaces A minimum of 100mm of free space should be left either side of a Source Controller or between adjacent Controllers IMPORTANT NOTE Mounting...

Page 5: ...ected by 5Amp MCB s a supply capable of delivering more than 10Amps could be used but it is recommended that it should not exceed the rating shown on the label fitted inside the door Example 2 Fluorescent lamps with dimmable HF ballasts connected to a 4 channel 10A High Frequency Ballast Source Controller SCH0410S Channel 1 load is 8 x 58 Watt tubes Channel 2 load is 16 x18 Watt tubes Channel 3 lo...

Page 6: ...hase sequential as follows L1 Phase 1 R L2 Phase 2 Y L3 Phase 3 B L4 Phase 1 R L5 Phase 2 Y L6 Phase 3 B L11 Phase 2 Y L12 Phase 3 B Note Adaptive dimmers Source Controllers with prefix SCA are shipped in Switch mode and will be set according to type of connected load by the commissioning engineer Please retain all information concerning the type of load transformers that are installed for each di...

Page 7: ...ed at 0V and DIM2 If there is any doubt concerning which cable carries mains this must be resolved using a voltmeter before connecting to the Source Controller Connecting a mains potential cable to the Low Voltage terminals will damage the unit and invalidate warranty HF Ballast types The Source Controller is able to control either Analogue or DSI digital ballasts with each channel individually co...

Page 8: ...es are installed every iCAN network requires two Termination resistors only iCANnet Connections RS485 Control The RS485 Control terminals are located adjacent to the iCAN network terminals The terminals to be used are labelled RS485 RS485 0V See the ASCII control message section on page 13 RJ12 Connector The Source Controller is fitted with an RJ12 socket to allow local connection of a handheld pr...

Page 9: ... Number valid for 01 to 99 Axx defines the Area Number valid for 01 to 99 1 3 5 Command SC Set Channel Level This message sets the level of a channel in an area The syntax is SCxx Axx Lxx Fxx cr SCxx defines the channel number where xx is valid from 00 to 99 Channel 00 affect ALL channels in an area Axx defines the Area Number valid for 00 to 99 Lxx defines the Level valid for 00 to 99 in and FF f...

Page 10: ...k cables being terminated If iCANnet cables are terminated after Source Controllers have been energised it should be noted that cables will be carrying low voltage signals and mis connection of these could result in damage to other devices on the network Factory Set Source Controller Settings All channels set to Area 1 Physical Channel No Virtual Channel No Power Up Scene Last Scene Selected From ...

Page 11: ...work Sending a message to identify the device on the network The LEDs indicate the following l Normal operation l Message transmission and receipt l Override status ICANnet error status will occur when a Source Controller is not connected to an iCAN network for any reason Once either connected to a network of one or more other devices which are powered the error status will be removed It is still ...

Page 12: ...General Specifications 11 of 23 INTELLIGENT CONTROLS ...

Page 13: ...l One set of terminals for alarm input Electrical Data Terminal Sizes l Loads maximum cable size 1 x 4 mm2 or 2 x 2 5 mm2 per circuit l iCANnet cable size 5 x 1mm2 l Audio Visual Port RS485 2 x 1mm2 l Alarm input 2 x 1mm2 Memory l FLASH memory to be able to upgrade firmware EEPROM for 128 scene memory Fade Times l 0 1 seconds to 60 minutes Mains Stabilisation l 50 1 Mains Isolators Isolators are s...

Page 14: ...410 l 4 x 40 Amp rated Triacs SCI1205 SCI1210 SCI1220 l 12 x 40 Amp Triacs Switched Outputs l The Dimmed outputs may be configured as switches for non dimmed loads They require a minimum load of 30mA for them to latch Before connecting Discharge lamps consult with the iLight help desk Terminal Sizes l Incoming supply maximum cable size 10mm2 SCI0405S Single pole SCI0405N Neutral disconnect SCI0410...

Page 15: ...12 iCANnet Socket Control Board 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair Supply Load Cable entry knockouts Control Cable entry knockouts Service switches and LEDs 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair Channel Circuit Breakers MAINS IN RS485 Alarm Terminals iCANnet Terminals ...

Page 16: ...correspond to input supply voltage l Maximum cable size 10mm2 SCH1200T l Incoming supply maximum cable size 2 5mm2 l Ballast output maximum cable size 12 pairs 2 5 mm2 per circuit SCH0410S Single pole 4 channels SCH0410N Neutral disconnect SCH0410D Double pole SCH1210S Single pole 12 Channels SCH1210N Neutral disconnect SCH1210D Double pole SCI0805T Single pole Dual unit SCI0805S Single pole SCI08...

Page 17: ...Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair RS485 RS485 oV AL 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair RS485 RS485 oV AL 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair Mains Supply In Supply Load Cable entry knockouts Supply Load Cable entry knockout...

Page 18: ...PG16 knockout Switched Relay Controllers 17 of 23 Electrical Data Load Types l This unit is designed to work with most lighting load types Please consult with the iLight help desk for guidance on true load calculations Care should be taken when specifying discharge lighting sources Switched Outputs l This device uses 12 x 230 volt 20A resistive and inductive relays Terminal Sizes l Incoming supply...

Page 19: ...ocket Control Board Supply Load Cable entry knockouts Control Cable entry knockouts Service switches and LEDs Channel Circuit Breakers MAINS IN 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair RS485 RS485 oV AL 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair RS485 Alarm Terminals iCANnet Terminals ...

Page 20: ... and 1 x PG29 knockouts l Control Cable Access 1 x PG16 knockout Electrical Data SCA0410 l Maximum Load 40 Amp single phase 40ºC l Maximum Channel Current 10 Amps l Supply 230 volts 10 50 60 Hz optionally 127 volt 60 Hz l Protection 4 x 10 Amp MCB s type C 6KA rated SCA1210 l Maximum Load 40 Amp three phase 40ºC l Maximum Channel Current 10 Amps l Supply 415 230 volts 10 50 60 Hz optionally 220 12...

Page 21: ...Adaptive Source Controllers 20 of 23 SCA1210S INTELLIGENT CONTROLS ...

Page 22: ...tches for non dimmed loads They require a minimum load of 30mA for them to latch Before connecting Discharge lamps consult with the iLight help desk Terminal Sizes l Incoming supply maximum cable size 10mm2 SCT0405S Single pole SCT0405N Neutral disconnect SCT0405D Double pole SCT1205S Single pole SCT1205N Neutral disconnect SCT1205D Double pole Common specifications as detailed on page 12 plus the...

Page 23: ...y Earth Terminals RJ12 iCANnet Socket Control Board 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair Supply Load Cable entry knockouts Control Cable entry knockouts Service switches and LEDs 12V Orange Pair CAN H Blue White CAN L Blue 0V Green Pair SHIELD Brown Pair Isolator MAINS IN RS485 Alarm Terminals iCANnet Terminals ...

Page 24: ...arks of Cooper Controls Limited All servicing must be referred to iLight Cooper Controls Limited This equipment is designed for professional lighting control and is unsuitable for any other purpose Cooper Controls Limited reserves the right to make changes to the equipment described in this handbook without prior notice Errors and omissions excepted E OE Part No 7385000 Issue 10 January 2008 INTEL...

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