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Updating the Motorrack Configuration File
The control state of the refrigerator power supplies is specified via a configuration file/home/gbt/etc/config/MotorRack.conf. To update the configuration the following steps should be followed:
- Edit the file with a text editor and save the file.
- Obtain motor rack control by contacting the GBT operator.
- Bring up the cleo motor rack screen.
- Turn the manager off by selecting on the top menubar: "Managers->MotorRack->Off"
- Restore the manager to on by selecting: "Managers->MotorRack->On"
MotorRack.conf File Format:
The following sections present example portions of the MotorRack.conf configuration file.Manager Power-up State:
The following section controls the initial state of each sub-manager. If a power supply is removed, the corresponding manager should be set to the off state on power-up.# These values tell the computer whether or not a module is operational # 2 = standby, 1 = on, 0 = off FeedDefroster := 1 RefrigeratorPowerSupply[1] := 1 RefrigeratorPowerSupply[2] := 0 RefrigeratorPowerSupply[3] := 1 RefrigeratorPowerSupply[4] := 1 RefrigeratorPowerSupply[5] := 1 VacuumControl := 1;
Warning and Fault Levels for Temp Sensors
This section specifies the temperatures at which messages will trigger. The location is specified by the numeric index. Locations are:- Sensor 1 = Turret near ceiling
- Sensor 2 = IF Rack Top Panel
- Sensor 3 = Turret Room HVAC Return
- Sensor 4 = Turret Room Wall/Floor near Wrap
- Sensor 5 = Turret Room Wall Near Ceiling
- Sensor 6 = Rack Room HVAC Return
- Sensor 7 = Rack Room Above Motor Rack
- Sensor 8 = Rack Room Plenum
# Warning and fault levels for temperature sensors tempSensor[1].highWarningLimit := 30 tempSensor[1].lowWarningLimit := 15 tempSensor[1].faultLimit := 32
Refrigerator Power Supply Control
The following section specifies the state of each power supply outputs. There are five supplies, (specified by the index 1..5) with each having five outputs (S1..S5).##################################################### # Note: changing the values below will cause the # refrigerator supply drive control bits to change # state the next time the manager is turned on. # To effect a change, first edit the file and save it, # then cycle the manager state to off and back to on. # Legal values are "Off" or "On" RefrigeratorPowerSupply[1].supply_drive_S1 := "On"; RefrigeratorPowerSupply[1].supply_drive_S2 := "On"; RefrigeratorPowerSupply[1].supply_drive_S3 := "On"; RefrigeratorPowerSupply[1].supply_drive_S4 := "On"; RefrigeratorPowerSupply[1].supply_drive_S5 := "On"; RefrigeratorPowerSupply[2].supply_drive_S1 := "On"; RefrigeratorPowerSupply[2].supply_drive_S2 := "On"; RefrigeratorPowerSupply[2].supply_drive_S3 := "On"; RefrigeratorPowerSupply[2].supply_drive_S4 := "On"; RefrigeratorPowerSupply[2].supply_drive_S5 := "On"; RefrigeratorPowerSupply[3].supply_drive_S1 := "On"; RefrigeratorPowerSupply[3].supply_drive_S2 := "On"; RefrigeratorPowerSupply[3].supply_drive_S3 := "On"; RefrigeratorPowerSupply[3].supply_drive_S4 := "On"; RefrigeratorPowerSupply[3].supply_drive_S5 := "On"; RefrigeratorPowerSupply[4].supply_drive_S1 := "On"; RefrigeratorPowerSupply[4].supply_drive_S2 := "On"; RefrigeratorPowerSupply[4].supply_drive_S3 := "On"; RefrigeratorPowerSupply[4].supply_drive_S4 := "On"; RefrigeratorPowerSupply[4].supply_drive_S5 := "On"; RefrigeratorPowerSupply[5].supply_drive_S1 := "On"; RefrigeratorPowerSupply[5].supply_drive_S2 := "On"; RefrigeratorPowerSupply[5].supply_drive_S3 := "On"; RefrigeratorPowerSupply[5].supply_drive_S4 := "On"; RefrigeratorPowerSupply[5].supply_drive_S5 := "On"; # Legal values are "Off" or "On" VacuumPumpControl := "On"; # Legal values are "Open" or "Closed" VacuumValveControl := "Closed";
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