OpenRFA

The OpenRFA collection is the brain-child of several architects, engineers, contractors, and BIM specialists from around the world who worked together to create the first crowdsourced set of shared parameters.

Public

Parameters in This Collection

PARAM DATATYPE TAGS
TemperatureEvaporatorLeaving
c0095d60-ba57-4d43-baf8-65c26798ca2e
PIPING_TEMPERATURE Mechanical
TemperatureExhaustAirActual
7c453416-dd06-441f-99cb-1ce0e58d8cb5
HVAC_TEMPERATURE Mechanical
TemperatureExhaustAirDesign
ee2a85fe-7ff8-4f8f-9a5a-1214d252eef4
HVAC_TEMPERATURE Mechanical
TemperatureHeatingWaterLeaving
2fbb9d49-d1e6-477b-948f-2b97100a238b
PIPING_TEMPERATURE Mechanical
TemperatureRefrigerantSaturatedSuction
7ef3ab2e-ad61-4064-88d1-cd327b1e40f5
PIPING_TEMPERATURE Mechanical
TemperatureReturnAirActual
f2d63c00-74e9-4fe0-9725-9d978611c887
HVAC_TEMPERATURE Mechanical
TemperatureReturnAirDesign
3408f0bd-9a87-4d59-bf88-43fd46efb5de
HVAC_TEMPERATURE Mechanical
TemperatureSupplyAirActual
70167f47-82ac-48fb-9f7b-2b6ed90f0c8f
HVAC_TEMPERATURE Mechanical
TemperatureSupplyAirDesign
5f8d8e29-0cb5-422c-92f7-c04bcafa2110
HVAC_TEMPERATURE Mechanical
TemperatureSupplyAirHeatingDesign
71197ce1-6a29-43a9-8dab-2b4864de7bce
Design temperature for the hot deck of dual duct system
HVAC_TEMPERATURE Mechanical
TemperatureSupplyAirSetPointDesign
44dbc731-0a94-463c-a804-bcbbcbd5ab79
Design temperature setpoint for calculating delta
HVAC_TEMPERATURE Mechanical
TemperatureSupplyAirSetpointHeatingDesign
0fbd3852-00b1-4198-a55a-0f0b5e01ffc8
Design heating temperature setpoint for calculating delta
HVAC_TEMPERATURE Mechanical
TemperatureVentilationAirActual
a9203c91-7c13-4c91-be02-30a5ca9e2d0f
HVAC_TEMPERATURE Mechanical
TemperatureVentilationAirDesign
1296d08b-aca7-4949-b023-c426c0e6c2ff
HVAC_TEMPERATURE Mechanical
TemperatureWaterEnteringHeating
7e5811ec-7e60-407f-9e22-ddb38d2c8620
PIPING_TEMPERATURE Mechanical
TemperatureWetBulbAmbient
0164e83c-6d3d-41cb-907b-986b91a7955c
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbAmbientSummerDesign
7376dd47-c5ec-4507-807f-972363a4fa04
HVAC_TEMPERATURE EnergyAnalysis
TemperatureWetBulbEnteringCooling
01b35d12-7e26-42ea-bc59-d1ccf17154dd
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbEnteringFailure
afdea3f0-7ad7-4576-8334-f9d1c8fe7538
Entering air wet bulb temperature under failure conditions
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbEnteringHeating
8e55baff-2c79-497f-bc89-f0ce74c95e6b
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbEnteringHumidification
927fe1fd-c3bb-417f-9b82-98201a9cef94
Entering air wet bulb temperature under humidification mode
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbLeavingCooling
75956c6b-9e55-435d-ae58-f1905aee4c76
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbLeavingFailure
f783c6fd-b1ac-4a4f-a8a1-d7b51c7553b3
Leaving air wet bulb temperature under failure conditions
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbLeavingHeating
4e956e32-8d69-4459-8207-c6687ee64379
HVAC_TEMPERATURE Mechanical
TemperatureWetBulbLeavingHumidification
24c7619a-8eb3-4108-aab2-a0098137f654
Leaving air wet bulb temperature under humidification mode
HVAC_TEMPERATURE Mechanical