name: dammer
desc: Control room ADAM/NuDAM module network
default: Radome-Temperature

#[Tamb]
#  desc: Temporary ambient temperature (historic only)
#  unit: °C
#  comm: A temporary test module, perhaps non-existent now.

[Tradome-Top]
  desc: Radome top area aluminium frame temperature (historic only)
  unit: °C

[Tradome-Middle]
  desc: Radome middle area aluminium frame temperature (historic only)
  unit: °C

[Tradome-Bottom]
  desc: Radome bottom area aluminium frame temperature
  unit: °C

[Tdish-Top]
  desc: Reflector dish top temperature
  unit: °C

[Tdish-Middle]
  desc: Reflector dish middle ring temperature
  unit: °C

[Tdish-Bottom]
  desc: Reflector dish bottom temperature
  unit: °C

[Tdish-Left]
  desc: Reflector dish left temperature (seen from sky/source towards the antenna)
  unit: °C

[Tdish-Right]
  desc: Reflector dish right temperature (seen from sky/source towards the antenna)
  unit: °C

[Aux-Analog-0]
  desc: ADAM/NuDAM box generic input BNC connector number 0 (±10V)
  unit: V

[Aux-Analog-1]
  desc: ADAM/NuDAM box generic input BNC connector number 1 (±10V)
  unit: V

[Aux-Analog-2]
  desc: ADAM/NuDAM box generic input BNC connector number 2 (±10V)
  unit: V

[Aux-Analog-3]
  desc: ADAM/NuDAM box generic input BNC connector number 3 (±10V)
  unit: V

[Aux-Analog-4]
  desc: ADAM/NuDAM box generic input BNC connector number 4 (±10V)
  unit: V

[Aux-Analog-5]
  desc: ADAM/NuDAM box generic input BNC connector number 5 (±10V)
  unit: V

[Cont-Room-RelH]
  desc: Relative humidity in control room
  unit: %

[Cont-Room-Temp]
  desc: Temperature in control room
  unit: °C

[22GHz-VLBI-TempLNA]
  desc: 22GHz VLBI receiver dewar (cryo) temperature near LNAs, typically 23K
  unit: K

[22GHz-VLBI-TempLNA-Volts]
  desc: 22GHz VLBI receiver dewar (cryo) temperature near LNAs, Lakeshore sensor voltage
  unit: V

[22GHz-VLBI-TempWG]
  desc: 22GHz VLBI receiver dewar (cryo) temperature near feed waveguide, typically 26K
  unit: K

[22GHz-VLBI-TempWG-Volts]
  desc: 22GHz VLBI receiver dewar (cryo) temperature near feed waveguide, Lakeshore sensor voltage
  unit: V

[22GHz-VLBI-Vacuum]
  desc: 22GHz VLBI receiver dewar vacuum level, <=0.001mbar vacuum ok, 1mbar max
  unit: V (10^(Volts/1.67 - 3) => 0.001mbar - 1000mbar)

[22GHz-VLBI-Vacuum-Pressure]
  desc: 22GHz VLBI receiver dewar vacuum level, <=0.001mbar vacuum ok, 1mbar max
  unit: mbar

[22GHz-VLBI-PLL-Lock]
  desc: 22GHz VLBI receiver PLL in lock to reference frequencies (5MHz, 540MHz) (0=no, 1=locked)

[22GHz-VLBI-PLL-VCO-Volts]
  desc: 22GHz VLBI receiver PLL VCO control voltage, typically +14V when locked
  unit: V

[22GHz-VLBI-Tset]
  desc: 22GHz VLBI receiver set temperature (stabilization goal)
  unit: °C

[22GHz-VLBI-Tmaster]
  desc: 22GHz VLBI receiver main/master temperature sensor
  unit: °C

[22GHz-VLBI-Telement]
  desc: 22GHz VLBI receiver T dissipation element temperature
  unit: °C

[22GHz-VLBI-VPeltier]
  desc: 22GHz VLBI receiver Peltier element control voltage
  unit: V

[37GHz-Cont-Tset]
  desc: 37GHz continuum receiver set temperature (stabilization goal)
  unit: °C

[37GHz-Cont-Tmaster]
  desc: 37GHz continuum receiver adjustment temperature for the receiver box
  unit: °C

[37GHz-Cont-Tboxair]
  desc: 37GHz continuum receiver temperature in the receiver box (front of the fan)
  unit: °C

[37GHz-Cont-Telement]
  desc: 37GHz continuum receiver temperature in the cooling/warming element (receiver box)
  unit: °C

[37GHz-Cont-Tnoisediode]
  desc: 37GHz continuum receiver temperature sensor in noise diode (receiver box)
  unit: °C

[37GHz-Cont-VPeltier]
  desc: 37GHz continuum receiver Peltier element control voltage (±22V, <0V when cooling)
  unit: V

[37GHz-Cont-Tfreeair]
  desc: 37GHz continuum receiver temperature in the power supply box
  unit: °C

[37GHz-Cont-Theatsink]
  desc: 37GHz continuum receiver temperature in the heat sink element (power supply box)
  unit: °C

[37GHz-Cont-LO-power]
  desc: 37GHz continuum receiver voltage output from the LO (Gunn oscillator)
  unit: V

[37GHz-Cont-IF-amp-15V]
  desc: 37GHz continuum receiver IF amplifier and LNA supply voltage (+15V)
  unit: V

[37GHz-Cont-VGunn]
  desc: 37GHz continuum receiver Gunn local oscillator (LO) power supply +3.5V
  unit: V

[37GHz-Cont-Dicke-15V]
  desc: 37GHz continuum receiver Dicke switch supply voltage (+15V)
  unit: V

[37GHz-Cont-Log-amp-12VP]
  desc: 37GHz continuum receiver logarithmic amplifier supply voltage (+12V)
  unit: V

[37GHz-Cont-Log-amp-12VM]
  desc: 37GHz continuum receiver logarithmic amplifier supply voltage (-12V)
  unit: V

[37GHz-Cont-Peltier-15VP]
  desc: 37GHz continuum receiver Peltier and fan supply voltage (+15V)
  unit: V

[37GHz-Cont-Peltier-15VM]
  desc: 37GHz continuum receiver Peltier supply voltage (-15V)
  unit: V

[Backend-Ch0-Total-Power]
  desc: Digital Backend channel 0 (22GHz cont.) input total power (±3V)
  unit: V

[Backend-Ch1-Total-Power]
  desc: Digital Backend channel 1 (37GHz cont.) input total power (±3V)
  unit: V

[Backend-Ch2-Total-Power]
  desc: Digital Backend channel 2 (37GHz Sun lin.) input total power (±3V)
  unit: V

[Backend-Ch3-Total-Power]
  desc: Digital Backend channel 3 (37GHz Sun log.) input total power (±3V)
  unit: V

[Geo-VLBI-Vacuum-Code]
  desc: Cryo vacuum in specially-coded 4+3-bit value

[Geo-VLBI-CalNoise]
  desc: Cal Noise status readback (both S and X diodes) (0/1)

[Geo-VLBI-Sel-T]
  desc: Selecting CH3/CH8 temperature for read by module 4053 0x21

[Geo-VLBI-Cool-Dewar-Cmd]
  desc: Dewar cooling command readback

[Geo-VLBI-Heat-Dewar-Cmd]
  desc: Dewar heating command readback

[Geo-VLBI-T]
  desc: Cryogenic temperature
  unit: K

[Geo-VLBI-Dewar-Heater]

[Geo-VLBI-PLL-Lock-X]

[Geo-VLBI-PLL-Lock-S]

[Geo-VLBI-Cryo]

[Geo-VLBI-Vacuum-Pump]

[Geo-VLBI-Vacuum-Valve]

[Geo-VLBI-System-Heater]

[43GHz-VLBI-PLL1-Lock]
  desc: The lock status voltage of 43GHz VLBI receiver 1st PLL (xxxXHz), locked if >xxxV
  unit: V

[43GHz-VLBI-PLL1-Mon]
  desc: The VCO control voltage of 43GHz VLBI receiver 1st PLL (xxxXHz)
  unit: V

[43GHz-VLBI-PLL2-Lock]
  desc: The lock status voltage of 43GHz VLBI receiver 2nd PLL (xxxXHz), locked if >xxxV
  unit: V

[43GHz-VLBI-PLL2-Mon]
  desc: The VCO control voltage of 43GHz VLBI receiver 2nd PLL (xxxXHz)
  unit: V

[43GHz-VLBI-TPeltier_poweramplifier]
  unit: °C

[43GHz-VLBI-Tset]
  unit: °C

[43GHz-VLBI-Tmaster]
  unit: °C

[43GHz-VLBI-T_IF_boxair]
  unit: °C

[43GHz-VLBI-Theatsink]
  unit: °C

[43GHz-VLBI-VPeltier]
  unit: V(?)

[43GHz-VLBI-Tnoisediode]
  unit: °C

[43GHz-VLBI-Tpowerbox]
  unit: °C

[43GHz-VLBI-Tfeedhorn]
  unit: K

[43GHz-VLBI-T_OMT_flange]
  unit: K

[43GHz-VLBI-T_LNA_right]
  unit: K

[43GHz-VLBI-T_Cal_WGF]
  unit: K

[43GHz-VLBI-Pressure]
  unit: V (10^(Volts/1.67 - 3) => 0.001mbar - 1000mbar)

[43GHz-VLBI-Pressure-mbar]
  unit: mbar

#[Clock-Room-Extra-Battery-Current]
#  desc: Current (charge/discharge) in UPS extra battery pack (historic only)
#  unit: A

#[Clock-Room-Extra-Battery-Voltage]
#  desc: Voltage in UPS extra battery pack (historic only)
#  unit: V

#[Clock-Room-Temperature]
#  desc: Clock room temperature (historic only)
#  unit: °C

[Power-PC-Temperature]
  desc: Power PC power supply temperature in antenna (antup) (historic only)
  unit: °C

[Tilt-Az]
  desc: Tilt sensor (azimuth) in antenna platform (historic only)
  unit: °

[Tilt-El]
  desc: Tilt sensor (elevation) in antenna platform (historic only)
  unit: °

[Rack-Fan-Middle]
  desc: Sensor for monitoring upstairs rack fans speed (middle) (historic only)
  unit: V

[Rack-Fan-Low]
  desc: Sensor for monitoring upstairs rack fans speed (low) (historic only)
  unit: V

[Rack-Heater-Status]
  desc: 6 V = heater is on, 0 V = heater is off (historic only)
  unit: V

[Radome-Temperature]
  desc: Radome temperature in antenna platform (Vaisala HMT100)
  unit: °

[Radome-Humidity]
  desc: Radome humidity in antenna platform (Vaisala HMT100)
  unit: %

#[Comms-UPS-Extra-Battery-Current]
#  desc: Current (charge/discharge) in UPS extra battery back (historic only)
#  unit: A

#[Hallway-Room-Temperature]
#  desc: Temperature in the hallway (70's wing) (historic only)
#  unit: °C

#[Receiver-UPS-Extra-Battery-Current]
#  desc: Current (charge/discharge) in UPS extra battery back (historic only)
#  unit: A

[Radome-Oil-Sensor-Alarm]
  desc: Radome tank oil level alarm (0/1) (historic only)

#[Over-Voltage-Alarm]
#  desc: Radome switchboard overvoltage protection alarm (0/1) (historic only)

#[86GHz-T-Cooler]
#  desc: 86GHz-receiver, temperature in 2nd stage of cooler (historic only)
#  unit: K

#[86GHz-T-Cooler-Volts]
#  desc: 86GHz-receiver, temperature (in voltage) in 2nd stage of cooler (historic only)
#  unit: V

#[86GHz-T-HEMT]
#  desc: 86GHz-receiver, temperature in cooled HEMT panel (historic only)
#  unit: K

#[86GHz-T-HEMT-Volts]
#  desc: 86GHz-receiver, temperature (in voltage) in cooled HEMT panel (historic only)
#  unit: V

#[86GHz-T-Noise-Diode]
#  desc: 86GHz-receiver, temperature in cooled panel near noise diode (historic only)
#  unit: K

#[86GHz-T-Noise-Diode-Volts]
#  desc: 86GHz-receiver, temperature (in voltage) in cooled panel near noise diode (historic only)
#  unit: V

[86GHz-T-Cold-Load]
  desc: 86GHz-receiver, temperature in cold black body load
  unit: K

[86GHz-T-Cold-Load-Volts]
  desc: 86GHz-receiver, temperature (in voltage) in cold black body load
  unit: V

#[86GHz-T-Horn]
#  desc: 86 GHz-receiver, temperature in horn (historic only)
#  unit: K

#[86GHz-T-Horn-Volts]
#  desc: 86 GHz-receiver, unknown temperature sensor (historic only)
#  unit: V

#[86GHz-Vacuum-Volts]
#  desc: 86GHz-receiver, pressure (in voltage) in dewar (historic only)
#  unit: V (10^(Volts/1.67 - 3) => 0.001mbar - 1000mbar)

#[86GHz-BIAS_IF-12VP]
#  desc: 86GHz-receiver, DC power (12 Vdc) in BIAS- and IF-box (historic only)
#  unit: V

#[86GHz-GUNN_SYM-12VP]
#  desc: 86GHz-receiver, DC power (12 Vdc) in GUNN-box and symmetrial amplifier (historic only)
#  unit: V

#[86GHz-SYM_IF-12VM]
#  desc: 86GHz-receiver, DC power (-12 Vdc) in IF-box and symmetrical amplifier (historic only)
#  unit: V

#[86GHz-Carousel-Pos]
#  desc: Carousel mirror position, 1 = cold load, 2 = sky (historic only)

#[86GHz-Chopper-Pos]
#  desc: Chopper position (0...360 degrees), 90 = on, 180 = off (historic only)
#  unit: °

#[37solar-V-Peltier]
#  desc: Peltier control voltage (historic only)
#  unit: V

#[37solar-T-RFplane]
#  desc: Temperature in RF-plane (historic only)
#  unit: °C

#[37solar-T-RFbox-air]
#  desc: Temperature in RF-box (air) (historic only)
#  unit: °C

#[37solar-T-apinput]
#  desc: Temperature in ap input ??? (historic only)
#  unit: °C

#[37solar-T-Heatsink]
#  desc: Temperature in heatsink (historic only)
#  unit: °C

#[37solar-T-Peltier]
#  desc: Temperature in Peltier power "stage" (historic only)
#  unit: °C

#[37solar-T-DCbox-air]
#  desc: Temperature in DC-box (air) (historic only)
#  unit: °C

#[37solar-Regulator-Diff-10V]
#  desc: Voltage difference -5 Vdc and + 5Vdc regulators --> should be 10 V (historic only)
#  unit: V

#[37solar-V-15VM]
#  desc: DC-power source monitor -15Vdc (historic only)
#  unit: V

#[37solar-V-15VP]
#  desc: DC-power source monitor +15Vdc (historic only)
#  unit: V

#[37solar-V-28VP]
#  desc: DC-power source monitor +28Vdc (historic only)
#  unit: V

#[37solar-V-Peltier-diff]
#  desc: Voltage difference + and - peltier elements (historic only)
#  unit: V

#[37solar-V-15VP-second]
#  desc: DC-power source monitor +15Vdc (historic only)
#  unit: V

#[37solar-V-6VP]
#  desc: DC-power source monitor +6Vdc (historic only)
#  unit: V

#[37solar-V-15VM-second]
#  desc: DC-power source monitor -15Vdc (historic only)
#  unit: V

#[NetworkRack-UPS-Extra-Battery-Voltage]
#  desc: NetworkRack UPS extra battery voltage monitoring (historic only)
#  unit: V

#[NetworkRack-UPS-Extra-Battery-Current]
#  desc: NetworkRack UPS extra battery current monitoring (historic only)
#  unit: A

[Cont-Room-AirConditioningChannel-Temperature]
  desc: Control room air conditioning channel temperature (historic only)
  unit: °C

[22GHz-Cont-TLNA]
  desc: Temperature, 22 GHz-cont., LNA
  unit: °C

[22GHz-Cont-TAIR]
  desc: Temperature, 22 GHz-cont., Free air
  unit: °C

[22GHz-Cont-LOPOWER]
  desc: LO-power, 22 GHz-cont.
  unit: V

[22GHz-VLBI-PLock]
  desc: Phase lock status, 22 GHz VLBI (1/0)

[86GHz-VLBI-PLock]
  desc: Phase lock status, 86 GHz VLBI (1/0)

#[150GHz-VLBI-IF-Power]
#  desc: 150GHz receiver IF output power as volts
#  unit: V

#[150GHz-VLBI-He-SIS-Press]
#  desc: 150GHz receiver Helium/SIS chamber pressure level in mbars, typically 50mbar
#  unit: mbar

#[150GHz-VLBI-Imixer]
#  desc: 150GHz receiver mixer current expressed in volts
#  unit: V

#[150GHz-VLBI-Extra]
#  desc: 150GHz receiver extra monitoring voltage input, currently unused
#  unit: V

#[150GHz-VLBI-Gunn-Tmaster]
#  desc: 150GHz receiver Gunn module main/master temperature sensor
#  unit: °C

#[150GHz-VLBI-Gunn-Tair]
#  desc: 150GHz receiver Gunn module box air temperature sensor
#  unit: °C

#[150GHz-VLBI-Gunn-Telement]
#  desc: 150GHz receiver Gunn module T dissipation element temperature
#  unit: °C

#[150GHz-VLBI-Gunn-VPeltier]
#  desc: 150GHz receiver Gunn module Peltier element control voltage
#  unit: V
