What happens when Carrier Control Systems detect a discharge pressure transducer failure in Circuit B?
If the discharge pressure transducer fails in Circuit B, it's likely due to a defective transducer or a wiring fault. This will result in Circuit B shutting down. The system will automatically recover if the voltage delivered by the sensor returns to normal.
What happens when Carrier PRO-DIALOG PLUS 50AZ Control Systems detect a suction pressure transducer failure in Circuit A?
If the suction pressure transducer fails in Circuit A, it's likely due to a defective transducer or a wiring fault. This will result in Circuit A shutting down. The system will automatically recover if the voltage delivered by the sensor returns to normal.
What happens when Carrier Control Systems detect a suction pressure transducer failure in Circuit B?
If the suction pressure transducer fails in Circuit B, it's likely due to a defective transducer or a wiring fault. This will result in Circuit B shutting down. The system will automatically recover if the voltage delivered by the sensor returns to normal.
What happens if the AQ sensor fails in Carrier PRO-DIALOG PLUS 50AZ Control Systems?
If the AQ sensor fails, it is likely due to a defective sensor. This will disable the indoor air quality function. The function will be automatically restored if the voltage delivered by the sensor returns to normal.
What happens if Carrier PRO-DIALOG PLUS 50AZ Control Systems detect a defrost sensor fault in circuit A?
If the defrost sensor has a fault in circuit A, it is likely due to a defective sensor. If the unit is in heating mode, circuit A will shut down. The system will recover automatically if the voltage delivered by the sensor returns to normal.
What happens if Carrier PRO-DIALOG PLUS 50AZ detect a defrost sensor fault in circuit B?
If the defrost sensor has a fault in circuit B, it is likely due to a defective sensor. Circuit B will shut down, if the unit is in heating mode. The system will recover automatically if the voltage delivered by the sensor returns to normal.
What happens if the relative humidity sensor fails in Carrier Control Systems?
If the relative humidity sensor fails, it is likely due to a defective sensor. This will disable the relative humidity function. The function will be automatically restored if the voltage delivered by the sensor returns to normal.
What does setpoint offset fault - sensor T56 mean for Carrier Control Systems?
A setpoint offset fault for sensor T56 indicates an offset cursor fault, wiring error, or disconnection. The offset value for sensor T56 is set to 0. This will be corrected automatically if the offset value returns to the range of admissible values.
What causes a supply temperature sensor failure in Carrier PRO-DIALOG PLUS 50AZ?
A supply temperature sensor failure is caused by a faulty thermistor. The unit will shut down. Automatic, if the temperature measured by the sensor returns to the permitted range of values.
What causes a heat exchanger water temperature sensor failure in Carrier PRO-DIALOG PLUS 50AZ Control Systems?
A heat exchanger water temperature sensor failure is caused by a faulty thermistor. The unit will shut down. Automatic, if the temperature measured by the sensor returns to the permitted range of values.
General| Brand | Carrier |
|---|---|
| Model | PRO-DIALOG PLUS 50AZ |
| Category | Control Systems |
| Language | English |
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