Heat Master Reference — This point displays the occupied heat set point if occupied, or the unoccupied heat set point if unoccupied. This variable will display any space temperature sensor slidebar offset that is being applied.
Heat Master |
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|
Reference: | Display Units | F (C) |
| Display Range | 40.0 to 90.0 |
| Default Value | 55.0 |
| Network Access | Read/Write |
Heat Submaster Reference — If heat is enabled, this variable displays the desired supply air temperature calculated to heat the space. This is a result of the heating PID loop calculation.
Heat Submaster |
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|
Reference: | Display Units | F (C) |
| Display Range | 0 to 240 |
| Default Value | 0 |
| Network Access | Read/Write |
Temperature Control Airflow — This variable displays the airflow set point determined from the temperature loop calcula- tion. The zone controller compares the Temperature, Relative Humidity, and Air Quality loop. The greatest of the three will become the primary damper airflow reference.
Temperature |
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Control Airflow: Display Units | % |
Display Range | 0 to 100 |
Default Value | 100 |
Network Access | Read Only |
Relative Humidity Control Airflow — This variable dis- plays the airflow set point determined from the relative humidity loop calculation. The zone controller compares the Temperature, Relative Humidity, and Air Quality loop. The greatest of the three will become the primary damper airflow reference.
Relative Humidity |
|
Control Airflow: Display Units | % |
Display Range | 0 to 100 |
Default Value | 0 |
Network Access | Read Only |
Air Quality Control Airflow — This variable displays the air- flow set point determined from the air quality loop calculation. The zone controller compares the Temperature, Relative Humidity, and Air Quality loop. The greatest of the three will become the primary damper airflow reference.
Air Quality |
|
Control Airflow: Display Units | % |
Display Range | 0 to 100 |
Default Value | 0 |
Network Access | Read Only |
Cooling in Effect — This variable displays if the air source is in the Cooling mode and if the terminal is using the cooling air- flow set points.
Cooling In Effect: Display Range | No/Yes |
Default Value | Yes |
Network Access | Read Only |
Heating in Effect — This variable displays if the air source is in the Heat mode and if the terminal is using the heating air- flow set points.
Heating In Effect: Display Range | No/Yes |
Default Value | No |
Network Access | Read Only |
Relative Humidity Control in Effect — This variable indi- cates if the relative humidity control is active.
Relative Humidity |
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Control In Effect: Display Range | No/Yes |
Default Value | No |
Network Access | Read Only |
Air Quality Control in Effect — This variable indicates if the air quality control is active.
Air Quality |
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Control In Effect: Display Range | No/Yes |
Default Value | No |
Network Access | Read Only |
→Unoccupied Dehumidification — This variable indicates if unoccupied dehumidification control is in effect.
Unoccupied |
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Dehumidification: Display Range | Yes/No |
Default Value | No |
Network Access | Read Only |
Cooling Energy — This variable displays the amount of pri- mary air source cooling BTUs being provided to the space by the terminal. A CCN compatible air source or PAT sensor on a linkage master is required.
Cooling Energy: Display Units | Btu |
Display Range | 0 to 999999 |
Default Value | 0 |
Network Access | Read Only |
Heating Energy — This point displays the amount of primary air source heating BTUs being provided to the space by the ter- minal. This value will not include zone level heating. A CCN compatible air source or PAT sensor on a linkage master is required.
Heating Energy: Display Units | Btu |
Display Range | 0 to 999999 |
Default Value | 0 |
Network Access | Read Only |
801 | 50 |
