-Inp: Input

-Out: Output

-ValveMO: Motor Operated Valve

-OvrdCmd: 

-Pos: Position

-Alm: Alarm

-Sched: Schedule

-Chlr: Chiller

COP: Current Coefficient of Performance

Seq: Sequential

PrSpPwr: Present setpoint power

-PrVfl: Present volume flow

-PrPwr: Present power

-StsPwr: Status Power

-TRtPrim: Primary return temperature

-OphDev: Operating hours device

-TotHVfl: Total heating volume flow

-TotCVfl: Total cooling volume flow

-CtlSta: Control Valve

-HCSta:Heating/cooling state

-VlvPosFb: Valve position feedback

-TFlPrim: Primary flow temperature

-MnFlt: Main fault

-TotCEngy: Total cooling energy

-TotHEngy: Total heating energy 

-PrAdaVflMax: Present adapted maximum volume flow

-VlvTyp: Valve type

-NomPipeSize: Nominal pipe size

-VovrMod : Valve override mode

-SpTFlPrimOut: Primary flow temperature setpoint output

-TOaDsgn: Design outside temperature 

-TOaHi:Outside temperature high

-SpTFlDs:Flow temperature setpoint for design outside
temperature

-SpTFlHi: Flow temperature setpoint for high outside
temperature

-DrygFnctSta: Drying function state

-TiEldDryg :Elapsed time drying

-HcrPuCmd: Heating circuit pump command

-ROpModSched : Room operation mode scheduler

-PrROpMod:Present room operation mode

-RsnPrOpMod: Reason for present operating mode

-SpHCmf: Heating setpoint for comfort

-SpHPcf: Heating setpoint for pre-comfort

-SpHEco: Heating setpoint for economy

-SpHPrt: Heating setpoint for protection 

-SbstTR : Substitute room temperature

-SlfTst: Self-test 

-FrcVflMax: Force maximum volume flow

-VflNomVlv: Nominal volume flow for valve

-VflMax: Maximum volume flow

-VflMaxRel: Relative maximum volume flow

-EnVflMin: Enable minimum volume flow

-VflMin: Minimum volume flow

-VflMinRel : Relative minimum volume flow

-VflMaxC: Maximum volume flow cooling

-VflMaxRelC: Relative maximum volume flow cooling

-VflMinC: Minimum volume flow cooling

-VflMinRelC : Relative minimum volume flow cooling 

-LqdTyp: Type of liquid

-LqdCnctr: Concentration of liquid

-VlvDsgn: Valve design 

-VlvMountPos: Valve mounting position

-CtlMod : Control Mode

-EnAdaVflMax:Enable adapted maximum volume flow

-EnAdaVflMaxC: Enable adapted maximum volume flow cooling

-CmpMod: Compensation mode

-CmpVflCoef: Compensation volume flow coefficient

- DiffPres: differential pressure

-GainTRtCtr:GainTRtCtr

-ExpRad: Radiator exponent

-EnQckSetbck: Enable quick setback

-BckpMod:Backup mode