| Men | Object or parameter | Description | Adjustable | Defaults | Range |
|---|---|---|---|---|---|
| Alarm: Critical | Low Temperature Alarm | This alarm occurs when the low temperature alarm binary input is triggered. If either heating or cooling output is proportional, the unit shuts down if triggered. If the unit does not have proportional outputs and has an economizer, the system commands the economizer to close and the unit runs. | Read only | ||
| Emergency Shutdown Alarm | This alarm occurs if someone triggers the emergency shutdown object under the status menu. | Read only | |||
| Zone High Temperature Alarm | If the zone temperature exceeds the cooling setpoint by 5°F this alarm occurs. | Read only | |||
| Zone Low Temperature Alarm | If the zone temperature drops below the heating setpoint by 5°F this alarm occurs. | Read only | |||
| Supply Fan Fault | If you add a supply fan status sensor and the commanded value of the fan does not match the binary input for fan status, this alarm occurs. | Read only | |||
| Unit in Purge Mode | If either the emergency mode or binary input triggers a purge, this alarm occurs and the unit opens the dampers to 100 percent. | Read only | |||
| Alarm: Service Priority | Heating Ineffective Alarm | This alarm occurs if the heat cool diagnostics are set to True and you have a supply air temperature sensor. If you request heating and the temperature does not rise by an expected amount of a defined period of time, an alarm occurs. | Read only | ||
| Cooling Ineffective Alarm | This alarm occurs if the heat cool diagnostics are set to True and you have a supply air temperature sensor. If you request cooling and the temperature does not fall by an expected amount of a defined period of time, an alarm occurs. | Read only | |||
| Zone Temperature Sensor Failure | This alarm
occurs if a zone temperature sensor is connected and receives a reliable
input that is suddenly disconnected. Note: If the sensor was connected by mistake,
you can trigger the relearn system input from the Details menu on the Sensors
section.
|
Read only | |||
| Return Air Temperature Sensor Failure | This alarm
occurs if a return air temperature sensor is connected and receives a
reliable input that is suddenly disconnected. Note: If the sensor was connected by mistake,
you can trigger the relearn system input from the Details menu on the Sensors section.
|
Read only | |||
| Supply Air Temperature Sensor Failure | This alarm
occurs if a supply air temperature sensor is connected and receives a
reliable input that is suddenly disconnected. Note: If the sensor was connected by mistake,
you can trigger the relearn system input from the Details menu on the Sensors section.
|
Read only | |||
| Outside Air Temperature Sensor Failure | This alarm
occurs if an outside air temperature sensor is connected and receives a
reliable input that input is suddenly disconnected. Note: If the sensor was connected by mistake,
you can trigger the relearn system input from the Details menu on the Sensors section.
|
Read only | |||
| Alarm: Service Priority (continued) | Mixed Air Temperature Sensor Failure | This alarm
occurs if a mixed air temperature sensor is connected and receives a
reliable input that is suddenly disconnected. Note: If the sensor was connected by mistake,
you can trigger the relearn system input from the Details menu on the Sensors section.
|
Read only | ||
| Air Temperature Sensor Fault | This alarm occurs if the economizer fault detection is enabled and the mixed air or outside air temperature sensor becomes unreliable. | Read only | |||
| Damper Modulation Fault | This alarm occurs if the economizer fault detection is enabled and the difference between the Economizer Damper % Command and the Economizer Damper Position is greater than the Damper Position Error, this fault occurs. | Read only | |||
| Econ Excessive Outside Air | This alarm occurs if the Economizer fault detection is Enabled and the Economizer Damper Position (feedback) is higher than the Minimum Position by more than the Damper Min Pos Fault Tolerance.This check is performed when the mixed air damper is at its minimum position or is fully closed. | Read only | |||
| Econ Operational Fault | This alarm occurs if the economizer fault detection is enabled and Economizer Damper Position (feedback) is higher than the minimum position plus the Damper Min Position Fault Tolerance. This check is performed when the mixed air damper is at its minimum position. | Read only | |||
| Econ Not Operational Fault | This alarm occurs if the economizer fault detection is enabled and Economizer Damper Position (feedback) is less than the minimum position plus the Damper Min Position Fault Tolerance. This check is performed when the economizer is in control. | Read only | |||
| Alarm: Service | Dirty Filter | This alarm occurs when the binary input for the filter status is triggered | Read only | ||
| Fan Runtime Alarm | This alarm occurs when the runtime of the fan exceeds the runtime limit | Read only | |||
| Service Alarm | This alarm occurs when the binary input for the service alarm is triggered | Read only | |||
| Status | Unit Status | The current status or state of the unit | Read only | ||
| Unit Enable | Disables the unit if set to shutdown | Adjustable | Shutdown | ||
| Emergency Mode | Use to
manually control the unit to pressurize, depressurize, purge, or shut
down. Note: Generally this point is used in
conjunction with an economizer to try to control
smoke.
|
Adjustable | Normal | ||
| System Mode | Use to control the various states of the unit. | Adjustable | Auto | ||
| Occupancy Override | Use to override any occupied control condition. If this is set to anything besides Not Set, the unit remains in the mode you selected until you return this object to Not Set. | Adjustable | Not Set | ||
| Occupied Status | Displays the current occupancy mode of the unit | Read only | |||
| Zone Temperature | Present value of the zone temperature NS sensor | Read only | |||
| Return Air Temperature AI | Present value of the return air temperature | Read only | |||
| Supply Air Temperature AI | Present value of the supply air temperature analog input | Read only | |||
| Mixed Air Temperature AI | Present value of the mixed air temperature analog input | Read only | |||
| Zone Humidity | Present value of the zone humidity NS sensor | Read only | |||
| Zone Humidity AI | Present value of the zone humidity analog input | Read only | |||
| Zone Quality | Present value of the zone air quality NS sensor | Read only | |||
| Return CO2 Sensor AI | Present value of the return CO2 sensor analog input | Read only | |||
| Operational Outdoor Air Temperature | Present value of the outdoor air temperature analog input | Read only | |||
| Economizer Status | The current status of the economizer | Read only | |||
| Fan Status | The current status of the fan | Read only | |||
| Cooling Status | The current state of the cooling | Read only | |||
| Heating Status | The current state of heating | Read only | |||
| Humidification | The current state of humidification | Read only | |||
| Dehumidification | The current state of dehumidification | Read only | |||
| Hot Gas Reheat Status | The current state of the hot gas reheat | Read only | |||
| Summary: HVAC Zone | Zone Temperature | Present value of the zone temperature NS sensor | Read only | ||
| Return Air Temperature AI | Present value of the return air temperature | Read only | |||
| Temperature Setpoint | The occupied temperature setpoint that the unit is trying to achieve | Adjustable | 72°F | 61°F to 85°F | |
| Setpoint Adjust | The adjustment that the zone temperature NS sensor adds or subtracts from the temperature setpoint | Read only | |||
| Zone Humidity | Present value of the zone humidity NS sensor | Read only | |||
| Zone Humidity AI | Present value of the zone humidity analog input | Read only | |||
| Zone Quality | Present value of the zone air quality NS sensor | Read only | |||
| Return CO2 Sensor AI | Present value of the return CO2 sensor input | Read only | |||
| Summary: Fan | Supply Fan BO | Present value of the supply fan binary output | Read only | ||
| Fan Status BI | Present value of the supply fan status binary input | Read only | |||
| Supply Fan Speed AO | Present value of the Supply fan speed analog output | Read only | |||
| Summary: Cooling | Effective Cooling Setpoint | The temperature setpoint the cooling tries to achieve. This setpoint is calculated with the occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | ||
| Cooling Status | The current state of the cooling | Read only | |||
| Cooling % Command | The current percent command for cooling | Read only | |||
| Cooling Stage 1 BO | Present value of cooling stage 1 output | Read only | |||
| Compressor Stage 1 Accumulated Runtime | The accumulated runtime of stage 1 | Read only | |||
| Cooling Stage 2 BO | Present value of cooling stage 2 output | Read only | |||
| Compressor Stage 2 Accumulated Runtime | The accumulated runtime of stage 2 | Read only | |||
| Cooling Stage 3 BO | Present value of cooling stage 3 output | Read only | |||
| Compressor Stage 3 Accumulated Runtime | The accumulated runtime of stage 3 | Read only | |||
| Cooling Stage 4 BO | Present value of cooling stage 4 output | Read only | |||
| Compressor Stage 4 Accumulated Runtime | The accumulated runtime of stage 4 | Read only | |||
| Summary: Heating | Effective Heating Setpoint | The temperature setpoint the heating tries to achieve. This setpoint is calculated with the occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | ||
| Heating Control Status | The current state of the heating | Read only | |||
| Heating % Command | The current percent command for heating | Read only | |||
| Heating Stage 1 BO | Present value of heating stage 1 output | Read only | |||
| Heating Stage 1 Accumulated Runtime | The accumulated runtime of stage 1 | Read only | |||
| Heating Stage 2 BO | Present value of heating stage 2 output | Read only | |||
| Heating Stage 2 Accumulated Runtime | The accumulated runtime of stage 2 | Read only | |||
| Heating Stage 3 BO | Present value of heating stage 3 output | Read only | |||
| Heating Stage 3 Accumulated Runtime | The accumulated runtime of stage 3 | Read only | |||
| Heating Stage 4 BO | Present value of heating stage 4 output | Read only | |||
| Heating Stage 4 Accumulated Runtime | The accumulated runtime of stage 4 | Read only | |||
| Summary: Heat Pump | Effective Cooling Setpoint | The temperature setpoint the cooling tries to achieve This setpoint is calculated with the occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | ||
| Effective Heating Setpoint | The temperature setpoint the heating tries to achieve. This setpoint is calculated with the occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | |||
| Heat Pump % Command | The current percent command for heat pump | Read only | |||
| Compressor Stage 1 BO | The present valve of compressor stage 1 | Read only | |||
| Compressor Stage 2 BO | The present valve of compressor stage 2 | Read only | |||
| Reversing Valve BO | The present valve of the reversing valve | Read only | |||
| Cooling Status | The current state of the cooling | Read only | |||
| Heating Status | The current state of the heating | Read only | |||
| Summary: Supplemental Heating | Supp Heating Stage 1 BO | The present valve of supplemental heating stage 1 | Read only | ||
| Supp Heating Stage 2 BO | The present valve of supplemental heating stage 2 | Read only | |||
| Summary: OA Damper | Minimum OA Damper AO | The present valve of outside air damper analog output | Read only | ||
| Minimum OA Percent | The minimum outside air damper percent setpoint | Adjustable | 10% | 0% to 100% | |
| Summary: Economizer | Economizer Status | The current state of the economizer | Read only | ||
| Mixed Air Damper Position AI | The present value of the mixed air damper feedback analog input | Read only | |||
| Mixed Air Damper AO | The present value of the mixed air damper analog output | Read only | |||
| Minimum OA Percent | The minimum outside air damper percent setpoint | Adjustable | 10% | 0% to 100% | |
| Economizer Switchover Setpoint | The setpoint at which the economizer switches to use the damper for free cooling | Adjustable | 68°F | 40°F to 80°F | |
| Operational Outdoor Air Temperature | The present value of the outside air temperature analog input | Read only | |||
| Mixed Air Temperature AI | The present value of the mixed air temperature analog input | Read only | |||
| Supply Air Temperature AI | The present value of the supply air temperature analog input | Read only | |||
| Low Limit Temp Setpoint | The setpoint at which the damper starts to modulate closed if the mixed air sensor senses a temperature that is colder than this setpoint | Adjustable | 45°F | -50°F to 250°F | |
| Supply Air Low Limit Setpoint | The setpoint at which the damper starts to modulate closed if the supply air sensor senses a temperature that is colder than this setpoint | Adjustable | 55°F | -50°F to 250°F | |
| Zone Quality | The present value of the zone air quality sensor | Read only | |||
| Return CO2 Sensor AI | The present value of the return air quality analog input | Read only | |||
| CO2 Reset A | The low setpoint for the demand ventilation control. This is the setpoint at which the damper minimum position starts to increase. | Adjustable | 800 ppm | 0 to 2000 ppm | |
| CO2 Reset B | The high setpoint for the demand ventilation control. This is the setpoint at which the damper minimum position meets the maximum position. | Adjustable | 1000 ppm | 0 to 2000 ppm | |
| Summary: Humidifier | Humidity Setpoint | The setpoint that the humidifier controls to | Adjustable | 40% | 0% to 100% |
| Humidifier BO | The present value of the humidifier enable binary output | Read only | |||
| Humidification AO | The present value of the humidifier analog output | Read only | |||
| Humidification | The current status of the humidifier | Read only | |||
| Zone Humidity | The present value of the zone humidity sensor | Read only | |||
| Zone Humidity AI | The present value of the zone humidity analog input | Read only | |||
| Summary: Dehumidification | Dehumidification Setpoint | The setpoint that the unit dehumidifies to. | Adjustable | 60% | 0% to 100% |
| Dehumidification | The current status of the dehumidification control | Read only | |||
| Hot Gas Reheat Status | The current status of the hot gas bypass. | Read only | |||
| Zone Humidity | The present value of the zone humidity sensor | Read only | |||
| Zone Humidity AI | The present value of the zone humidity analog input | Read only | |||
| Hot Gas Bypass Valve BO | The present value of the hot gas bypass valve binary output | Read only | |||
| Summary: Diagnostic | Econ Fault Active | The present value of the economizer fault. Forms part of the economizer fault detection diagnostics (FDD) alarms | Read only | ||
| Air Temperature Sensor Fault | The present value of the air temperature sensor fault. Forms part of the economizer FDD alarms | Read only | |||
| Econ Operational Fault | The present value of the economizer operational fault. Forms part of the economizer FDD alarms. | Read only | |||
| Econ Not Operational Fault | The present value of the economizer not operational fault. Forms part of the economizer FDD alarms. | Read only | |||
| Economizer Excessive Outside Air | The present value of the economizer excessive outside air fault. Forms part of the economizer FDD alarms | Read only | |||
| Damper Modulation Fault | The present value of the economizer damper failure to modulate fault. Forms part of the economizer FDD alarms | Read only | |||
| Fan Runtime | The present value of the fan runtime | Read only | |||
| Fan Runtime Alarm | The present value of the fan runtime alarm | Read only | |||
| Cooling Ineffective Alarm | The present value of the cooling ineffective alarm. Part of the heat cool alarms based on supply air temperature | Read only | |||
| Heating Ineffective Alarm | The present value of the heating ineffective alarm. Part of the heat cool alarms based on supply air temperature | Read only | |||
| Summary: Load Shed | Load Shed Active | The present value of the load shed command | Read only | ||
| Load Shed Adjust | The limit that the setpoints separate when a load shed adjustment command occurs | Adjustable | 4°F | 0°F to 5°F | |
| Load Shed Rate Limit | The rate that the setpoints separate at when a load shed adjustment command occurs | Adjustable | 0.066°F / Min | 0°F to 1°F / Min | |
| Commissioning: Commission Outputs | Start Commissioning | To start the commissioning process set this to trigger, then command the outputs below. | Adjustable | Normal | Normal / Trigger |
| Supply Fan | When you set Start Commissioning to trigger this object, it tests the supply fan. | Adjustable | Off | Off / On | |
| Fan Speed Command | When you set Start Commissioning to trigger this object, it tests the supply fan output. | Adjustable | 0% | 0% to 100% | |
| Cooling Command | When you set Start Commissioning to trigger this object, it tests the cooling command output. | Adjustable | 0% | 0% to 100% | |
| Cool Stage 1 | When you set Start Commissioning to trigger this object, it tests the cooling stage 1 output. | Adjustable | Off | Off / On | |
| Cool Stage 2 | When you set Start Commissioning to trigger this object, it tests the cooling stage 2 output. | Adjustable | Off | Off / On | |
| Cool Stage 3 | When you set Start Commissioning to trigger this object, it tests the cooling stage 3 output. | Adjustable | Off | Off / On | |
|
Cool Stage 4 |
When you set Start Commissioning to trigger this object, it tests the cooling stage 4 output. |
Adjustable |
Off |
Off / On |
|
| Compressor 1 | When you set Start Commissioning to trigger this object, it tests the compressor 1 output. | Adjustable | Off | Off / On | |
| Compressor 2 | When you set Start Commissioning to trigger this object, it tests the compressor 2 output. | Adjustable | Off | Off / On | |
| Reversing Valve | When you set Start Commissioning to trigger this object, it tests the reversing valve output. | Adjustable | Off | Off / On | |
| Heating Command | When you set Start Commissioning to trigger this object, it tests the heating command output. | Adjustable | 0% | 0% to 100% | |
| Heat Stage 1 | When you set Start Commissioning to trigger this object, it tests the heating stage 1 output. | Adjustable | Off | Off / On | |
| Heat Stage 2 | When you set Start Commissioning to trigger this object, it tests the heating stage 2 output. | Adjustable | Off | Off / On | |
| Heat Stage 3 | When you set Start Commissioning to trigger this object, it tests the heating stage 3 output. | Adjustable | Off | Off / On | |
| Heat Stage 4 | When you set Start Commissioning to trigger this object, it tests the heating stage 4 output. | Adjustable | Off | Off / On | |
| Supplemental Heat Stage 1 | When you set Start Commissioning to trigger this object, it tests the supplemental heat stage 1 output. | Adjustable | Off | Off / On | |
| Supplemental Heat Stage 2 | When you set Start Commissioning to trigger this object, it tests the supplemental heat stage 2 output. | Adjustable | Off | Off / On | |
| Commissioning: Commission Outputs (continued) | Hot Gas Bypass Valve | When you set Start Commissioning to trigger this object, it tests the hot gas bypass valve output. | Adjustable | Off | Off / On |
| Damper Command | When you set Start Commissioning to trigger this object, it tests the damper command output. | Adjustable | 0% | 0% to 100% | |
| Humidifier | When you set Start Commissioning to trigger this object, it tests the humidifier output. | Adjustable | Off | Off / On | |
| Humidifier Command | When you set Start Commissioning to trigger this object, it tests the humidifier command output. | Adjustable | 0% | 0% to 100% | |
| Commissioning: Setpoints | Zone Temperature | The present value of the zone temperature | Read only | ||
| Return Air Temperature AI | The present value of the return air temperature analog input | Read only | |||
| Temperature Setpoint | The zone temperature setpoint when the unit is in the occupied mode. You can raise and lower the control point with this object. | Adjustable | 72°F | 60°F to 85°F | |
| Deadband | The deadband is used to separate the effective heating and cooling setpoints so that the unit does not try to control heating and cooling at the same time. For example, setting the temperature setpoint to 72 with a deadband of 2 means the effective cooling is 74 and the effective heating is 70 when the unit is occupied and the setpoint adjust is set to 0. | Adjustable | 2°F | 1-7 delta °F | |
| Setpoint Adjust | This is the adjustment value set at the NS sensor. The effective cooling and heating setpoints shift by this amount when the unit is in the occupied mode. | Read only | |||
| Effective Cooling Setpoint | The temperature setpoint the cooling tries to achieve. This setpoint is calculated with occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | |||
| Unocc Cooling Setpoint | This is the setup setpoint when the unit is in the unoccupied mode. When the zone temperature rises above this value during unoccupied mode the unit cycles on to reduce the temperature. | Adjustable | 82°F | 60°F to 85°F | |
| Standby Cooling Setpoint | The system uses the standby cooling setpoint when the occupied status input is set to sense motion and it does not sense motion. | Adjustable | 77°F | 60°F to 85°F | |
| Effective Heating Setpoint | The temperature setpoint the heating tries to achieve. This setpoint is calculated with occupancy state, load shed command, temperature setpoints, setpoint adjustments, and deadband. | Read only | |||
| Commissioning: Setpoints (continued) | Unocc: Heating Setpoint | This is the setback setpoint when the unit is placed in unoccupied mode. When the zone temperature drops below this value during unoccupied mode, the unit cycles on to reduce the temperature. | Adjustable | 61°F | 60°F to 85°F |
| Standby Heating Setpoint | The system uses the standby heating setpoint when the occupied status input is set to sense motion and it does not sense motion. | Adjustable | 66°F | 60°F to 85°F | |
| Temp Occupancy Time | If a person presses the NS sensor temporary occupancy button, this is how long the unit is set to the occupied mode. Adjusting to 0 disables this feature. | Adjustable | 60 Minutes | 0 to 120 Minutes | |
| Commissioning: Fan | Fan Only Speed | The speed of the fan when the system is satisfied | Adjustable | 50% | 0% to 100% |
| Min Fan Speed | The minimum speed the fan starts at when heating and cooling starts and is proportional | Adjustable | 20% | 0% to 100% | |
| Max Fan Speed | The maximum speed the fan modulates to when heating and cooling starts and is proportional | Adjustable | 100% | 0% to 100% | |
| Clg Stage 1 Speed | When you have staged cooling and activate 1 stage, the system indexes to this speed. | Adjustable | 70% | 0% to 100% | |
| Clg Stage 2 Speed | When you have staged cooling and activate 2 stage, the system indexes to this speed. | Adjustable | 80% | 0% to 100% | |
| Clg Stage 3 Speed | When you have staged cooling and activate 3 stage, the system indexes to this speed. | Adjustable | 90% | 0% to 100% | |
| Clg Stage 4 Speed | When you have staged cooling and activate 4 stage, the system indexes to this speed. | Adjustable | 100% | 0% to 100% | |
| Htg Stage 1 Speed | When you have staged heating and activate 1 stage, the system indexes to this speed. | Adjustable | 70% | 0% to 100% | |
| Htg Stage 2 Speed | When you have staged heating and activate 2 stage, the system indexes to this speed. | Adjustable | 80% | 0% to 100% | |
| Htg Stage 3 Speed | When you have staged heating and activate 3 stage, the system indexes to this speed. | Adjustable | 90% | 0% to 100% | |
| Htg Stage 4 Speed | When you have staged heating and activate 4 stage, the system indexes to this speed. | Adjustable | 100% | 0% to 100% | |
| Commissioning: Cooling | OAT Cooling Lockout Enabled | Enables the outdoor cooling lockout sequence | Adjustable | Disable | Disable / Enable |
| OA Cooling Lockout Setpoint | Setpoint at which outside cooling lockout occurs | Adjustable | 60°F | -50°F to 250°F | |
| Supply Air Setpoint Cooling Min | Sets how low the supply air temperature is allowed to reach | Adjustable | 50°F | -50°F to 250°F | |
| Cooling Min On Time | Sets the minimum on time for the cooling stages | Adjustable | 30 Sec | 30 to 1800 Sec | |
| Cooling Min Off Time | Sets the minimum off time for the cooling stages | Adjustable | 30 Sec | 30 to 1800 Sec | |
| Interstage On Delay | Sets the delay between turning on the cooling stages after a stage has been energized | Adjustable | 30 Sec | 30 to 900 Sec | |
| Interstage Off Delay | Sets the delay turning off the cooling stages after a stage has been energized | Adjustable | 30 Sec | 30 to 900 Sec | |
| Rotate Enable | Sets the ability to rotate the stages based on runtime | Adjustable | Disable | Disable/ Enable | |
| Rotate Cooling Stage | Sets the ability to rotate the cooling stages manually | Adjustable | Normal | Normal / Trigger | |
| Failsoft Cooling Value | If the cooling is proportional, this is the position the cooling output adjusts to when there is a low limit alarm. | Adjustable | 100% | 0% to 100% | |
| Commissioning: Heating | OAT Heating Lockout Enabled | Enables the outdoor heating lockout sequence | Adjustable | Disable | Disable / Enable |
| OA Heating Lockout Setpoint | Setpoint at which outside heating lockout occurs | Adjustable | 69°F | -50°F to 250°F | |
| Supply Air Setpoint Heating Max | Sets how low the supply air temperature is allowed to reach | Adjustable | 130°F | -50°F to 250°F | |
| Heating Min On Time | Sets the minimum on time for the heating stages | Adjustable | 30 Sec | 30 to 1800 Sec | |
| Heating Min Off Time | Sets the minimum off time for the heating stages | Adjustable | 30 Sec | 30 to 1800 Sec | |
| Interstage On Delay | Sets the delay between turning on the heating stages after a stage has been energized | Adjustable | 30 Sec | 30 to 900 Sec | |
| Interstage Off Delay | Sets the delay turning off the heating stages after a stage has been energized | Adjustable | 30 Sec | 30 to 900 Sec | |
| Rotate Enable | Sets the ability to rotate the stages based on runtime | Adjustable | Disable | Disable / Enable | |
| Rotate Heating Stage | Enables rotate the heating stages manually | Adjustable | Normal | Normal / Trigger | |
| Failsoft Heating Value | If the heating is proportional this is the position the heating output adjusts to when there is low limit alarm. | Adjustable | 100% | 0% to 100% | |
| Commissioning: Heat Pump | Low OA Lockout Setpoint | Setpoint at which the compressors are locked out when the outside air gets too low. | Adjustable | 48°F | -50°F to 250°F |
| Reversing Valve Polarity | Sets whether the output is on for cooling or on for heating. Normally Cool is on for cooling. Normally Heat is on for heating. | Adjustable | Normally Cool | Normally Heat/ Normally Cool | |
| OA Heating Lockout Setpoint | Setpoint at which outside heating lockout occurs | Adjustable | 69°F | -50°F to 250°F | |
| Compressor Min On Time | Sets the minimum on time for the compressors | Adjustable | 60 Sec | 30 to1800 Sec | |
| Compressor Min Off Time | Sets the minimum off time for the compressors | Adjustable | 60 Sec | 30 to1800 Sec | |
| OAT Cooling Lockout Enabled | Enables the outdoor cooling lockout sequence | Adjustable | Disable | Disable / Enable | |
| OA Cooling Lockout Setpoint | Setpoint at which outside cooling lockout occurs | Adjustable | 60°F | -50°F to 250°F | |
| OAT Heating Lockout Enabled | Enables the outdoor heating lockout sequence | Adjustable | Disable | Disable / Enable | |
| Commissioning: Supplemental Heating | Supp Min On Time | Sets the minimum on time for the supplemental heat stages | Read only | ||
| Supp Min Off Time | Sets the minimum off time for the supplemental heat stages | Read only | |||
| Commissioning: OA Damper | Minimum OA Percent | Sets the minimum outside air damper position | Adjustable | 10% | 0% to 100% |
| Commissioning: Economizer | Minimum OA Percent | Sets the minimum outside air damper position | Adjustable | 10% | 0% to 100% |
| Economizer Switchover Setpoint | Setpoint at which the economizer switches to control for cooling | Adjustable | 68°F | 40°F to 0°F | |
| Low Limit Temp Setpoint | Setpoint at which the damper starts to modulate closed if the mixed air sensor senses a temperature that is colder than this setpoint | Adjustable | 45°F | -50°F to 250°F | |
| Supply Air Low Limit Setpoint | Setpoint at which the damper starts to modulate closed if the supply air sensor senses a temperature that is colder than this setpoint | Adjustable | 55°F | -50°F to 250°F | |
| CO2 Reset A | Low setpoint for the demand ventilation control. This is the setpoint at which the damper minimum position starts to increase. | Adjustable | 800 ppm | 0 to 2000 ppm | |
| CO2 Reset B | High setpoint for the demand ventilation control. This is the setpoint at which the damper minimum position reaches the maximum position. | Adjustable | 1000 ppm | 0 to 2000 ppm | |
| Min Pos High Setpoint | The minimum position high setpoint for demand ventilation control. | Adjustable | 90% | 0% to 100% | |
| Commissioning: Humidifier | Humidity Setpoint | Sets the humidity setpoint that the humidifier control to | Adjustabl | 40% | 0% to 100% |
| Commissioning: Dehumidification | Dehumidification Setpoint | Sets the humidity setpoint that the dehumidification sequence controls to. | Adjustable | 60% | 0% to 100% |
| Commissioning: Diagnostic | Fan Runtime Limit | Sets the runtime limit at which the fan alarm triggers on | Adjustable | 10000 Hrs | 0 to 20000 Hrs |
| Fan Runtime | This parameter displays the current runtime hours of the fan | Read only | |||
| Fan Runtime Reset | This parameter resets the runtime of the fan | Adjustable | Normal | ||
| SF Alarm Delay | If a supply fan status binary is defined and connected this sets the delay of the supply fan mismatch alarm. | Adjustable | 60 Sec | 60 to 1200 Sec | |
| Heat Cool Alarm Differential | Sets how much the supply air temperature must rise or fall for heating or cooling to initiate | Adjustable | 2°F | 0°F to 5°F | |
| Zone Temperature Alarm Delay | Sets the zone temperature alarm delay. Note: See Zone Alarm Offset for details on the alarm. | Adjustable | 900 | 300 to 1200 Sec | |
| Heat Cool Alarm Delay | Sets the amount of time that must pass before the alarm occurs | Adjustable | 5 minutes | 5 to 60 minutes | |
| Zone Alarm Offset | Sets how far from the heating or cooling setpoints the zone temperature can reach before an alarm occurs. The zone alarm offset prevents startup from triggering the alarm. | Adjustable | 5°F | 3°F to 8°F | |
| Damper Pos Error | Sets the amount of error between the mixed air damper command and the mixed air damper feedback before an alarm occurs | Adjustable | 8% | 0% to 100% | |
| Damper Min Pos Fault Tolerance | Sets the amount of error the mixed air damper feedback can have compared to the minimum position | Adjustable | 5% | 0% to 100% | |
| Econ Fault Delay | Sets delays for the above alarms so that the moving damper does not trigger False alarms | Adjustable | 10 Minutes | 5 to 60 Minutes | |
| Commissioning: Load Shed | Load Shed Adjust | The limit that the setpoints separate when a load shed adjustment command occurs | Adjustable | 4°F | 0°F to 5°F |
| Load Shed Rate Limit | The rate that the setpoints separate when a load shed adjustment command occurs | Adjustable | 0.066°F /Min | 0°F to 1°F /Min | |
| Commissioning: PID: Tuning Reset | PID Tuning Reset | Resets the tuning to defaults for all PIDs that use autotuning | Adjustable | Off | Off / Reset |
| Commissioning: PID: Economizer: Econ Temp PID Data | PID Tuning Type | Enables you to tune manually | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can turn this PID loop into a proportional only loop. | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time | If the PID
Tuning Type is set to manual, this sets the saturation time for the
loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Econ T Eff Proportional Band | Shows the proportional band the PID loop is using | Read only | |||
| Econ T Eff Integral Time | Shows the integral time the PID loop is using | Read only | |||
| Commissioning: PID: Economizer: Econ Low Temp PID Data | PID Tuning Type | Enables you to tune manually | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can turn this PID loop into a proportional only loop. |
Adjustable |
Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time | If the PID Tuning Type is set to manual, this sets
the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Econ LT Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Econ LT Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: PID: Cooling | PID Tuning Type | You can tune manually with this parameter. | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can change this PID loop into a proportional only loop with this parameter. | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time |
If the PID Tuning Type is set to manual, this sets the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Clg Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Clg Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| HP Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| HP Eff Proportional Band | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: PID: Heating | PID Tuning Type | You can tune manually with this parameter. | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can turn this PID loop into a proportional only loop. | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time |
If the PID Tuning Type is set to manual, this sets the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Htg Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Htg Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Htg LT Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Htg LT Eff Integral Time | Shows the integral time the PID loop is using. The value only updates when the PID loop is running for that process at the time. | Read only | |||
| HP Eff Proportional Band | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| HP Eff Integral Time | Shows the integral time the PID loop is using. The value only updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: PID: Economizer: Supplemental Heating PID Data | PID Tuning Type | Enables you to tune manually | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can turn this PID loop into a proportional only loop. | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time |
If the PID Tuning Type is set to manual, this sets the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| SHtg Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| SHtg Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: PID: Humidifier | PID Tuning Type | You can tune manually with this parameter. | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. | Adjustable | 16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can change this PID loop into a proportional only loop. | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 30 times Interval (60) |
|
| Saturation Time |
If the PID Tuning Type is set to manual, this sets the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Hum Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Hum Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: PID: Dehumidification | PID Tuning Type | You can tune manually with this parameter. | Adjustable | Automatic | Automatic / Manual |
| Proportional Band | If the PID Tuning Type is set to manual, this sets the proportional band for the loop. |
Adjustable |
16 | -100 to 100 | |
| Disable Integral Time | If the PID Tuning Type is set to manual, you can turn this PID loop into a proportional only loop | Adjustable | Enable | Disable / Enable | |
| Integral Time | If the PID Tuning Type is set to manual, this sets the integral time for the loop. | Adjustable | 729 Sec |
Min 2 times Interval (60) Max 0 times Interval (60) |
|
| Saturation Time | If the PID Tuning Type is set to manual, this sets
the saturation time for the loop. You can use the saturation timer to set timing from one state to another. For example, if you switch from heat to cool, the heating loop reaches 0% and the saturation timer must finish before the switch to cooling occurs. |
Adjustable | 600 Sec |
Min > = Interval (60) Max 3600 |
|
| Dehum Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| Dehum Eff Integral Time | Shows the integral time the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| HP Dehum Eff Proportional Band | Shows the proportional band the PID loop is using. The value updates when the PID loop is running for that process at the time. | Read only | |||
| HP Dehum Eff Integral Time | Shows the integral time the PID loop is using. The value only updates when the PID loop is running for that process at the time. | Read only | |||
| Commissioning: Network | Device Name | Sets the name of the controller | Adjustable | 30 characters | |
| Address | Sets the address of the controller | Adjustable | 4 to 127 | ||
| Controller: Firmware | Firmware Main Version | Indicates what firmware is in the controller | Read only | ||
| Appl SW Version | Indicates the software version of the software in the controller | Read only | |||
| Application name | The name of the application loaded in the controller | Read only | |||
| Equipment Template Version | The equipment template version | Read only | |||
| Equipment Archive Version | The equipment archive version | Read only | |||
| Equipment View Version | The equipment view version | Read only | |||
| Controller: Time | Time | The time the controller is using | Read only | ||
| Date | The date the controller is using | Read only | |||
| Time Zone | The time zone the controller is using | Adjustable | |||
| Controller: Network | Communication Status | The status of the controller communication | Read only | ||
| Device name | Sets the name of the device | Adjustable | 30 characters | ||
| Description | Sets the description of the device | Adjustable | 30 characters | ||
| Address | Sets the address of the device | Adjustable | 4 to 127 | ||
| Operating Baud Rate | Shows the operating baud rate of the controller | Read only | |||
| Baud Rate | Sets the baud rate of the device | Adjustable | Auto / 1200 / 9600 /19200 / 38400 / 76800 | ||
| Bacnet Encoding Type | Sets the encoding type the device is using | Adjustable |
ISO 1646 (UCS-2) / ANSI X3.4 (US-ASCII) / Microsoft DBCS code page 932 (Japanese Shift JIS) /ISO 10646 (UTF-8) |
||
| FC Comm Mode | Shows what communication mode the device is using | Read only | |||
| Device OID | Sets the BACnet ID of the device | Adjustable | 1-4, 194, 303 | ||
| Controller: Misc | Language | Sets the language the controller uses | Adjustable | English / French / Spanish | |
| Units | Sets the units the controller uses | Adjustable | Imperial / Metric | ||
| Display Contrast | Sets the display contrast for the display on the controller | Adjustable | 2 to 6 | ||
| Relearn System | Relearns the sensors connected to the controller | Adjustable | False | False / True | |
| Controller: System Configuration | Supply Fan Type | Set the fan to constant volume or a fixed variable strategy | Adjustable | Constant Volume | Constant Volume Fan / Fixed Variable Fan |
| Fan Cycling | Cycles off the fan if satisfied | Adjustable | No | No / Yes | |
| Cooling Device Type | Sets the type of cooling the device uses | Adjustable | None | None / Proportional / Staged / Heat Pump | |
| Number of Cooling Stages Installed | Sets the number of stages that the device is set to if the cooling device type is set to staged. | Adjustable | 0 | 0 to 4 | |
| Number of Heat Pump Stages Installed | If the cooling device type is set to heat pump, this sets the number of stages | Adjustable | 0 | 0 to 2 | |
| Reversing Valve Polarity | If the cooling device type is set to heat pump, this sets the reversing valve polarity. | Adjustable | Normal | Normally Heat / Normally Cool | |
| Heating Device Type | Sets the type of heating used on the unit | Adjustable | None | ||
| Number of Heating Stages Installed | If the heating device type is set to staged, this sets the number of stages. | Adjustable | 0 | 0 to 4 | |
| Number of Supp Heating Stages Installed | If the heating device type is set to heat pump with supplemental heating, this sets the number of supplemental heat stages. | Adjustable | 1 | 0 to 2 | |
| Hot Gas Bypass Enable | If the system has staged cooling and dehumidification is enabled, this enables a hot gas reheat valve to be energized when dehumidifying. | Adjustable | Disable | Disable / Enable | |
| Economizer Damper Type | Defines an economizer or a minimum outside air damper. | Adjustable | None | None / Economizer | |
| Min OA Control Sensor | When an
economizer is present the system requires a supply air temperature or
mixed air temperature to limit the economizer control. This selects
which one controls the low limit. Note: If you select proportional heating or
cooling, the mixed air temperature must be present.
|
Adjustable | MA-T | MA-T / SA-T | |
| Economizer Fault Detection | Enables the economizer fault detection diagnostic sequences. | Adjustable | Disable | Disable / Enable | |
| Humidity Enable | Enables the humidity control sequences. | Adjustable | Disable | Disable / Enable | |
| Dehum Enable | Enables the dehumidification control sequences. | Adjustable | Disable | Disable / Enable | |
| Heat Cool Diagnostics | Enables the heat cool alarms. The heat cool alarms use a supply air sensor to determine if the heating or cooling is working correctly. | Adjustable | Disable | Disable / Enable | |
| Load Shed Allowed | If the load shed feature has sent a global load shed command, this feature, you can stop the device from implementing the load shed. | Adjustable | No | No / Yes | |
| Details: Sensors | Supply Fan Status Installed | If set to yes, the controller generates an alarm when the fan does not match the command value. | Adjustable | No | Yes / No |
| SAT Sensor Type | Sets the resistive curve that the controller uses for the supply air temperature sensor. | Adjustable | Nickel | Nickel / Platinum /A99B / 2.25K NTC / 10K NTC / 10K NTC Type 3 | |
| SAT Sensor Offset | Sets the offset for the sensor and can calibrate the sensor if it is reading incorrectly. | Adjustable | 0 | - 5°F to +5°F | |
| MAT Sensor Type | Sets the resistive curve that the controller uses for the mixed air temperature sensor. | Adjustable | Nickel | Nickel / Platinum/ A99B / 2.25K NTC / 10K NTC / 10K NTC Type 3 | |
| MAT Sensor Offset | Sets the offset for the sensor and can calibrate the sensor if it is reading incorrectly. | Adjustable | 0 | - 5°F to +5°F | |
| OAT Sensor Type | Sets the resistive curve that the controller uses for the outside air temperature sensor. | Adjustable | Nickel | Nickel / Platinum/ A99B / 2.25K NTC / 10K NTC / 10K NTC Type 3 | |
| OAT Sensor Offset | Sets the offset for the sensor and can calibrate the sensor if it is reading slightly off. | Adjustable | 0 | - 5°F to +5°F | |
| RAT Sensor Type | Sets the resistive curve that the controller uses for the return air temperature sensor. | Adjustable | Nickel | Nickel / Platinum/ A99B / 2.25K NTC / 10K NTC / 10K NTC Type 3 | |
| RAT Sensor Offset | Sets the offset for the sensor and can calibrate the sensor if it is reading slightly off. | Adjustable | 0 | - 5°F to +5°F | |
| Warm/Cool Adjust Range | Sets the setpoint adjustability of the NS sensors. | Adjustable | 3 | 0 to 5 delta °F | |
| Humidity Sensor Installed | Shows if there is an installed sensor and its type. | Adjustable | Not Installed | Not Installed / SAB Sensor / Wired AI Sensor / SAB & Wired Sensor | |
| CO2 Sensor Installed | Shows if there is CO2 sensor installed sensor and its type. | Adjustable | Not Installed | Not Installed / SAB Sensor / Wired AI Sensor / SAB & Wired Sensor | |
| Return CO2 Sensor Offset | If the hardwired return air CO2 sensor is installed, you can offset it. | Adjustable | 0 | -250 to 250 ppm | |
| Details: Sensors (continued) | Occupancy BI Enabled | You can use the occupancy binary input to reset the temperature setpoints if motion is not sensed. | Adjustable | No | No / Yes |
| Relearn System | Relearns the sensors connected to the controller. | Adjustable | False | False / True | |
| Details: Inputs | Supply Fan Status BI | The status of the supply fan status binary input. | Read only | ||
| Purge BI | The status of the purge command binary input. | Read only | |||
| Filter Status BI | The status of the filter status binary input. | Read only | |||
| Service Alarm | The status of the service alarm binary input. | Read only | |||
| Low Temperature Limit Fault BI | The status of the low temperature limit binary input. | Read only | |||
| Outdoor Air Temperature Sensor AI | The present value of the outdoor air temperature analog input. | Read only | |||
| Mixed Air Damper Position AI | The present value of the mixed air damper position analog input. | Read only | |||
| Supply Air Temperature AI | The present value of the supply air temperature analog input. | Read only | |||
| Mixed Air Temperature AI | The present value of the mixed air temperature analog input. | Read only | |||
| Return Air Temperature AI | The present value of the return air temperature analog input. | Read only | |||
| Zone Temperature | The present value of the zone temperature NS Sensor. | Read only | |||
| Zone Humidity | The present value of the zone humidity NS Sensor. | Read only | |||
| Zone Humidity AI | The present value of the zone humidity analog input. | Read only | |||
| Zone Quality | The present value of the zone quality NS Sensor. | Read only | |||
| Return CO2 Sensor AI | The present value of the return air quality analog input. | Read only | |||
| Zone Occupancy | The status of the zone occupancy of the NS Sensor. | Read only | |||
| Occupancy Sensor BI | The status of the occupancy sensor binary input. | Read only | |||
| Setpoint Adjust | The present value of the setpoint adjustment of the NS Sensor. | Read only | |||
| Details: Outputs: Fan | Supply Fan BO | The present value of the supply fan binary output. | Read only | ||
| Supply Fan Speed AO | The present value of the supply fan speed analog output. | Read only | |||
| AO Min Out Value | Sets the minimum output voltage for the fan speed. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | This parameter sets the maximum output voltage for the fan speed. | Adjustable | 10 V | 0 V to 10 V | |
| Details: Outputs: OA Damper | Minimum OA Damper AO | The present value of the outdoor air damper analog output. | Read only | ||
| AO Min Out Value | Sets the minimum output voltage for the outdoor air damper. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | Sets the maximum output voltage for the outdoor air damper. | Adjustable | 10 V | 0 V to 10 V | |
| Details: Outputs: Economizer Damper | Mixed Air Damper AO | The present value of the mixed air damper analog output. | Read only | ||
| AO Min Out Value | Sets the minimum output voltage for the mixed air damper. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | Sets the maximum output voltage for the mixed air damper. | Adjustable | 10 V | 0 V to 10 V | |
| Details: Outputs: Cooling | Cooling % Command | The present value of the cooling command analog output. | Read only | ||
| AO Min Out Value | Sets the minimum output voltage for the cooling command. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | Sets the maximum output voltage for the cooling command. | Adjustable | 10 V | 0 V to 10 V | |
| Cooling Stage 1 BO | The present value of the cooling stage 1 binary output. | Read only | |||
| Cooling Stage 2 BO | The present value of the cooling stage 2 binary output. | Read only | |||
| Cooling Stage 3 BO | The present value of the cooling stage 3 binary output. | Read only | |||
| Cooling Stage 4 BO | The present value of the cooling stage 4 binary output. | Read only | |||
| Hot Gas Bypass Valve BO | The present value of the hot gas bypass valve binary output. | Read only | |||
| Details: Outputs: Heating | Heating % Command | The present value of the cooling command analog output. | Read only | ||
| AO Min Out Value | Sets the minimum output voltage for the cooling command. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | Sets the maximum output voltage for the cooling command. | Adjustable | 10 V | 0 V to 10 V | |
| Heating Stage 1 BO | The present value of the cooling stage 1 binary output. | Read only | |||
| Heating Stage 2 BO | The present value of the cooling stage 2 binary output. | Read only | |||
| Heating Stage 3 BO | The present value of the cooling stage 3 binary output. | Read only | |||
| Heating Stage 4 BO | The present value of the cooling stage 4 binary output. | Read only | |||
| Details: Outputs: Heat Pump | Compressor Stage 1 BO | The present value of the compressor stage 1 binary output. | Read only | ||
| Compressor Stage 2 BO | The present value of the compressor stage 2 binary output. | Read only | |||
| Reversing Valve BO | The present value of the reversing valve binary output. | Read only | |||
| Hot Gas Bypass Valve BO | The present value of the hot gas bypass valve binary output. | Read only | |||
| Supp Heating Stage 1 BO | The present value of the supp heating stage 1 binary output. | Read only | |||
| Supp Heating Stage 2 BO | The present value of the supp heating stage 2 binary output. | Read only | |||
| Details: Outputs: Humidifier | Humidifier BO | The present value of the humidifier enable binary output. | Read only | ||
| Humidification AO | The present value of the humidification analog output. | Read only | |||
| AO Min Out Value | Sets the minimum output voltage for the humidifier output. | Adjustable | 0 V | 0 V to 10 V | |
| AO Max Out Value | Sets the maximum output voltage for the humidifier output. | Adjustable | 10 V | 0 V to 10 V | |
| Set Schedule | Occupancy Schedule | The internal occupancy schedule for the unit. | Adjustable | ||
| Trends | Supply Air Temperature AI | 96 trend samples at 15 minute increments. | Read only | ||
| Mixed Air Temperature AI | 96 trend samples at 15 minute increments. | Read only | |||
| Outdoor Air Temperature Sensor AI | 96 trend samples at 15 minute increments. | Read only | |||
| Return Air Temperature AI | 96 trend samples at 15 minute increments. | Read only | |||
| Zone Temperature | 96 trend samples at 15 minute increments. | Read only | |||
| Zone Humidity AI | 96 trend samples at 15 minute increments. | Read only | |||
| Zone Return Humidity | 96 trend samples at 15 minute increments. | Read only | |||
| Zone Quality | 96 trend samples at 15 minute increments. | Read only | |||
| Return CO2 Sensor AI | 96 trend samples at 15 minute increments. | Read only | |||
| Mixed Air Damper Position AI | 96 trend samples at 15 minute increments. | Read only | |||
| Effective Cooling Setpoint | 96 trend samples at 15 minute increments. | Read only | |||
| Effective Heating Setpoint | 96 trend samples at 15 minute increments. | Read only | |||
| Supply Fan BO | 20 Samples recorded for each change in value. | Read only | |||
| Supply Fan Status | 20 Samples recorded for each change in value. | Read only | |||
| Unit Status | 20 Samples recorded for each change in value. | Read only | |||
| Occupancy Status | 20 Samples recorded for each change in value. | Read only | |||
| Min OA Damper AO | 96 trend samples at 15 minute increments. | Read only | |||
| Economizer Damper AO | 96 trend samples at 15 minute increments. | Read only | |||
| Cooling % Command | 96 trend samples at 15 minute increments. | Read only | |||
| Cooling Stage 1 BO | 20 Samples recorded for each change in value. | Read only | |||
| Cooling Stage 2 BO | 20 Samples recorded for each change in value. | Read only | |||
| Cooling Stage 3 BO | 20 Samples recorded for each change in value. | Read only | |||
| Cooling Stage 4 BO | 20 Samples recorded for each change in value. | Read only | |||
| Heating % Command | 96 trend samples at 15 minute increments. | Read only | |||
| Heating Stage 1 BO | 20 Samples recorded for each change in value. | Read only | |||
| Heating Stage 2 BO | 20 Samples recorded for each change in value. | Read only | |||
| Trends (continued) | Heating Stage 3 BO | 20 Samples recorded for each change in value. | Read only | ||
| Heating Stage 4 BO | 20 Samples recorded for each change in value. | Read only | |||
| Compressor Stage 1 BO | 20 Samples recorded for each change in value. | Read only | |||
| Compressor Stage 1 BO | 20 Samples recorded for each change in value. | Read only | |||
| Reversing Valve BO | 20 Samples recorded for each change in value. | Read only | |||
| Supp Heating Stage 1 BO | 20 Samples recorded for each change in value. | Read only | |||
| Supp Heating Stage 2 BO | 20 Samples recorded for each change in value. | Read only | |||
| Hot Gas Bypass Valve BO | 20 Samples recorded for each change in value. | Read only | |||
| Humidification AO | 96 trend samples at 15 minute increments. | Read only | |||
| Humidifier BO | 20 Samples recorded for each change in value. | Read only |