CCCamera: Vacuum, Ion Pump, BackBias Voltage, REB temps, CCD temps, cryotel temps (finger, water), cold plate temp, cryo plate, temp.  quadbox temps, water flow.  

Dynalene Chillers (when available): set temp - coolant temp, flow/pressure output, flow/pressure input

Glycol Chillers: water temps, function state, alarms/faults 

Air Compressors: output pressures, function state, alarms/faults, compressor run time

UMAs: set temp - output temp, function state, alarms/faults 

Crack/Computer room: temperature, function state, alarms/faults 

Power:  generator/source state, UPS life, generator run time, voltage in/out, power draw

Network (when available):  LHN down, commodity down

Weather Station (at night): dew point spread (and velocity), humidity 

Lightning (at night): close event 

TMA:  OSS fault, PS fault  

Rotator: temps 

Hexapods: temps 

Main Dome environment (ESS) temps, humidity 

AuxTel Dome environment (ESS) temps, humidity 

Comments on the above list:

• We have no alarms for the cameras beyond the AT dewar alarm. I believe Tony Johnson is still thinking about how to make camera alarms visible to the Watcher. I suggest waiting for that before pursuing escalation of those alarms. Also Tony Johnson may prefer to escalate camera alarms directly to SquadCast and leave Watcher out of it.
• We can easily add temperature alarms for any sensor that the ESS can see.
• Air compressors: this will take some work because the warning conditions are more complicated (and checking for enabled is more than the Enabled rule can handle):
  • Warn if at least one of the two air compressors is not enabled.
  • Warn if either air compressor is in fault, but only if it not the "stop button" fault. This may be more work than it is worth.
  • Warn if the linePressure is < 8200 mBar from both air compressors. The pressure is OK if either instance reports linePressure >= 8200 mBar.
• "Only at night": that can be managed in SquadCast, but not (at present) in the Watcher.
• Lightning: we'll need a new rule. It will be simple.
• Temperature and pressure anywhere: existing rules can be configured as long as the ESS is reading the data. It will require new rules to read these from other sources.