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 ITC
The Oxford Instruments temperature controller and lambda
controller exists in 3 different types at SINQ:
 
 
 ITC-503
 ITC-4
 Lambda controller
 
Create an ITC object:
 
  makeobject te itc <terminal server> <port>   (for ITC4 or ITC503)
  makeobject te lc <terminal server> <port>    (for lambda controller)
The name might be choosen differently, te is used by convention, and
is also used by the scripts called with the samenv command. 
 Subcommands and Parameters
 
| Syntax |  | Description |  | te | r | the sample temperature (pressure on lambda controller) |  | te sampleChan | w | the channel used for sample (1..3) |  | te controlChan | w | the channel for control |  | te dig1 | w | the number of digits after decimal point, channel 1 (must be configured on an ITC-4, is automatic on an ITC-503) |  | te dig2 | w | dito on channel 2 |  | te dig3 | w | dito on channel 3 |  | te t1 | r | temperature of channel 1 |  | te t2 | r | temperature of channel 2 |  | te t3 | r | temperature of channel 3 |  | te htrMode | r | heater mode (0: manual, 1: auto, 2:auto needle valve) |  | te htr | r | heater output |  | te gasMode | w | gas mode (0: manual, 1: auto) |  | te gas | r | needle valve position |  | te setGas | w | set needle valve position |  | te autoGasLimit | w | below this temperature, gas is switched to manual mode, using the value given by setGas |  
r: read-only
w: writeable parameter
 
Plus standard commands and parameters defined by EaseBasePar, EaseSendPar, EaseDrivePar, EaseMsgPar
      
 This particular version was published on 19-Sep-2005 11:12:28 UTC by MarkusZolliker.
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