This is historical information of device classes implemented in MKS651C device server.

Use this link to find the valid information.

Development status: Released
Information status: New

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Class Description


Tango server for MKS 651 C Digital/Analog Pressure Controller

Families: Instrumentation

Key words:

Platform: Unix Like

Language: Cpp

License:

Contact:

Hardware


Manufacturer: MKS Instruments

Product:

Bus: Not Applicable

Class interface


Attributes:

Name Description
SoftStartEScalar: DevDouble softstart rate of set point E, value is % of full speed
SoftStartAnalogueScalar: DevDouble softstart rate of analog set point, value is % of full speed
SoftStartValveOpenScalar: DevDouble softstart rate of open valve, value is % of full speed
SoftStartValveCloseScalar: DevDouble softstart rate of close valve, value is % of full speed
ProcessLimit1LowScalar: DevDouble low threshold process limit 1 unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SetPointAScalar: DevDouble Set point A value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
AbsoluteValuesScalar: DevBoolean The controller returns values for presssure settings (pressure, setpoint, process limit) in % of full range. If you want the real values calculated set this to true.
SetPointBScalar: DevDouble Set point B value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SetPointCScalar: DevDouble Set point C value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SetPointDScalar: DevDouble Set point D value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SetPointEScalar: DevDouble Set point E value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SetPointAnalogueScalar: DevDouble Analogue set point A value unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
SelectedSetPointScalar: DevUShort Selected setpoint: 0 = analogue 1 = A 2 = B 3 = C 4 = D 5 = E
UnitScalar: DevUShort Pressure Unit: 0 = Torr 1 = mTorr 2 = mbar 3 = nbar 4 = kPa 5 = Pa 6 = cmH2O 7 = inH2O This just changes the unit sign displayed on the device. Check / set SensorPressureRange value as well.
SensorPressureRangeScalar: DevUShort Sensor pressure range: 0 = 0.1 1 = 0.2 2 = 0.5 3 = 1.0 4 = 2.0 5 = 5.0 6 = 10.0 7 = 50.0 8 = 100.0 9 = 500.0 10 = 1000.0 11 = 5000.0 12 = 10000.0 13 = 1.33 14 = 2.66 15 = 13.33 16 = 133.3 17 = 1333.0 18 = 6666.0 19 = 13332.0
SensorVoltageRangeScalar: DevUShort Sensor voltage range: 0 = 1 V 1 = 5 V 2 = 10 V
ValveStateScalar: DevUShort Valve State: 0 = open 1 = close 2 = stop
SoftStartAScalar: DevDouble softstart rate of set point A, value is % of full speed
SoftStartBScalar: DevDouble softstart rate of set point B, value is % of full speed
SoftStartCScalar: DevDouble softstart rate of set point C, value is % of full speed
SoftStartDScalar: DevDouble softstart rate of set point D, value is % of full speed
ProcessLimit1HighScalar: DevDouble high threshold process limit 1 unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
ProcessLimit2LowScalar: DevDouble low threshold process limit 2 unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
ProcessLimit2HighScalar: DevDouble high threshold process limit 2 unit depends on AbsoluteValues setting: if true, value is pressure if false, value is % of full scale range
AnalogueSetPointRangeScalar: DevUShort Sensor pressure range: 0 = 0.1 1 = 0.2 2 = 0.5 3 = 1.0 4 = 2.0 5 = 5.0 6 = 10.0 7 = 50.0 8 = 100.0 9 = 500.0 10 = 1000.0 11 = 5000.0 12 = 10000.0 13 = 1.33 14 = 2.66 15 = 13.33 16 = 133.3 17 = 1333.0 18 = 6666.0 19 = 13332.0
SetPointAnalogueTypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
SetPointBTypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
SetPointCTypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
SetPointDTypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
SetPointETypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
SetPointATypeScalar: DevUShort Set point A type where value is: 0 = position 1 = pressure
ValvePositionOutputRangeScalar: DevUShort Valve position output range: 0 = 5 V 1 = 10 V
DirectReverseControlScalar: DevUShort Direct / Reverse control: 0 = direct 1 = reverse
SensorTypeScalar: DevUShort Sensor type: 0 = absolut 1 = differential
LeadAScalar: DevDouble Lead for Setpoint A
GainAScalar: DevDouble gain of Setpoint A, where value = % gain
LeadBScalar: DevDouble Lead for SetpointB
LeadCScalar: DevDouble Lead for Setpoint C
LeadDScalar: DevDouble Lead for Setpoint D
LeadEScalar: DevDouble Lead for Setpoint E
GainBScalar: DevDouble gain of Setpoint B, where value = % gain
GainCScalar: DevDouble gain of SetpointC, where value = % gain
GainDScalar: DevDouble gain of SetpointD, where value = % gain
GainEScalar: DevDouble gain of Setpoint E, where value = % gain
ControlTypeScalar: DevBoolean Control type: 0 = self-tuning 1 = PID
ValveOnPowerFailScalar: DevUShort Behaviour of valve on power failure: 0 = option not activated or installed 1 = valve opens on power failure 2 = valve closes on power failure
ValveTypeScalar: DevUShort Sensor type: 0 = absolut 1 = differential
PressureScalar: DevDouble
ValvePositionScalar: DevDouble

Commands:

Name Description
StateInput: DevVoid
Output: State
Device state
This command gets the device state (stored in its device_state data member) and returns it to the caller.
StatusInput: DevVoid
Output: ConstDevString
Device status
This command gets the device status (stored in its device_status data member) and returns it to the caller.
LearnInput: DevBoolean
Output: DevVoid
With input `true` : start the learning procedure With input `false` : stop the learning procedure Normally the learning procedure should not be stopped explicitly. The device state will change from `ON` to `RUNNING`` when the learning procedure is started and back to `ON` when the controller reports learning as done.
SetOffsetInput: DevDouble
zero value (in % of full scale pressure) if arg = 0, command Z1 will be called, otherwise command Z2
Output: DevVoid
Zero the sensor (correct offset)
RemoveOffsetInput: DevVoid
Output: DevVoid
Remove any sensor offset

Pipes:

Properties:

Name Description
HostNameDevString host name / ip address of terminal server
PortNumberDevUShort port number of terminal server
DeviceFileDevString tty device file if connected via RS232
BaudRateDevULong baud rate if connected via RS232
ConnectTypeDevString `net` or `serial`
SimulationModeDevBoolean

23 Feb 2017, Piotr Goryl
Updated:
The device class has been updated.
You can see previous version here .



19 Jan 2017, Piotr Goryl
Updated:
The device server has been updated.
You are looking at this version now.



2 Jan 2017, Piotr Goryl
Created:
The device server has been added to catalogue.
Added by:pgoryl2 on:19 Jan 2017, 10:50 a.m.