Another mode exists which permits the service technician to modify the calibration of the sensors as well as different control parameters.

TO ENTER THE SERVICE MODE:

To access the service mode hold the [SET] key for 3 seconds. The set mode LED will come on to indicate the set mode. Now hold both the [^] and the [v] key simultaneously for 3 seconds. The service mode LED will come on to indicate the service mode. In the service mode, unlike the set mode, the control does not return automatically to the normal mode 8 seconds after the last key was touched. To exit the service mode you must step through the parameters until you come to the setpoint adjustment mode ( see i. on page 9 ). The first parameter is the water sensor calibration.

c. WATER SENSOR CALIBRATION:

The digital display will show [CXX]. «C» represents the water sensor calibration mode. «XX» is the actual water temperature in °F. If water sensor calibration is necessary, measure the water temperature with a precise digital thermometer and adjust the digital display to show the same value using the [^] and the [v] key. To view or step to the next parameter (defrost sensor calibration), touch the [SET] key.

d. DEFROST SENSOR CALIBRATION:

The digital display will show [cXX]. «c» represents the defrost sensor calibration mode. «XX» is the actual defrost temperature in °F. If defrost sensor calibration is necessary, measure the temperature of the defrost sensor, installed on the side of the evaporator, with a precise digital thermometer and adjust the digital display to show the same value using the [^] and the [v] key. To view or step to the next parameter (defrost cut-in temperature), touch the [SET] key.

e. DEFROST CUT-IN TEMPERATURE ADJUSTMENT:

The digital display will show [LXX]. «L» represents the defrost cut-in temperature adjustment mode. The defrost cut- in temperature is the temperature of the evaporator at which the defrost sequence is initiated. «XX» is the defrost cut-in temperature in °F. This adjustment is factory set at 30 °F. If it is necessary to change this adjustment, adjust the digital display to show the desired value using the [^] and the [v] key. The range of this adjustment is from 10 °F to 60 °F. To view or step to the next parameter (defrost cut-out temperature), touch the [SET] key.

f.DEFROST CUT-OUT TEMPERATURE ADJUSTMENT:

The digital display will show [HXX]. «H» represents the defrost cut-out temperature adjustment mode. The defrost cut-out temperature is the temperature of the evaporator at which the defrost sequence is terminated. «XX» is the defrost cut-out temperature in °F. This adjustment is factory set at 48 °F. If it is necessary to change this adjustment, adjust the digital display to show the desired value using the [^] and the [v] key. The range of this adjustment is from 10 °F to 60 °F. To view or step to the next parameter (deadband adjustment), touch the [SET] key.

g. DEADBAND OR TEMPERATURE DIFFERENTIAL ADJUSTMENT:

The digital display will show [bXX]. «b» represents the deadband adjustment mode. The deadband is the differential between the cut-in and cut-out water temperatures. «XX» is the differential in °F, This adjustment is factory set at ±0.4 °F ([b0.4] on the display). If it is necessary to change this adjustment, adjust the digital display to show the desired value using the [^] and the [v] key. The range of this adjustment is from ± 0.1 °F to ± 1.0 °F. To view or step to the next parameter (compressor defrost delay-off time adjustment), touch the [SET] key.

h. COMPRESSOR DEFROST DELAY-OFF TIME ADJUSTMENT:

The digital display will show [dX.X]. «d» represents the compressor defrost delay-off time adjustment. The compressor defrost delay-off time adjustment is the time that the compressor continues to operate after the defrost temperature falls below the defrost cut-in temperature (ie. 30 °F) «X.X» is the delay time expressed in hours and fractions of hours. This adjustment is factory set at 1.0 hour ([d1.0] on the display). If it is necessary to change this adjustment, adjust the digital display to show the desired value using the [^] and the [v] key. The range of this adjustment is from 0.1 hours to 1.5 hours. To view or step to the next parameter or to exit the service mode (setpoint

adjustment), touch the [SET] key.

i. TO CHANGE THE SETPOINT TEMPERATURE OR TO EXIT THE SERVICE MODE:

Touch the [^] key to increase the setpoint or the [v] key to decrease the setpoint. The adjustment range is from 70 °F to 105 °F (21 °C to 41 °C in the °C mode). You have 8 seconds from the time that the last key was touched to make the adjustment. After 8 seconds the set mode LED will go off and the control will exit the service mode and return to the normal mode.

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Taylor Pool Heat Pump owner manual To Enter the Service Mode
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Pool Heat Pump specifications

The Taylor Pool Heat Pump is a state-of-the-art heating solution designed to provide efficient and effective temperature control for swimming pools. Emphasizing energy efficiency and environmental sustainability, this advanced heat pump utilizes cutting-edge technology to ensure optimal performance while minimizing operational costs.

One of the key features of the Taylor Pool Heat Pump is its inverter technology. This innovation allows the unit to adjust its heating output based on the pool's current temperature, ensuring that it operates at the most efficient level. By running at variable speeds, the heat pump can maintain steady water temperatures without the significant energy spikes associated with traditional heating systems. This efficiency helps pool owners save money on energy bills while still enjoying a comfortably heated swimming environment.

Another notable characteristic of the Taylor Pool Heat Pump is its high COP (Coefficient of Performance). This metric indicates how effectively the heat pump converts electrical energy into heat. With a COP that frequently exceeds 5.0, the Taylor Pool Heat Pump showcases its ability to deliver more than five units of heating for every unit of electricity consumed, making it one of the most powerful and efficient options on the market.

The construction of the Taylor Pool Heat Pump is also designed to withstand the elements. Featuring a durable casing and weather-resistant components, the unit is built to endure harsh outdoor conditions without compromising performance. This robustness extends the lifespan of the heat pump, making it a reliable choice for pool owners who seek long-term heating solutions.

Additionally, the Taylor Pool Heat Pump operates quietly, thanks to its advanced sound-dampening features. This design consideration allows users to enjoy their pool area without the distraction of loud mechanical noises, making it a pleasant environment for relaxation and entertainment.

For ease of use, the Taylor Pool Heat Pump incorporates smart technology, enabling remote control and monitoring via smartphone applications. This modern feature allows pool owners to adjust settings, track energy usage, and schedule heating cycles, all from the convenience of their mobile devices.

In summary, the Taylor Pool Heat Pump stands out with its inverter technology, high COP, durable construction, quiet operation, and smart capabilities. Together, these features create a comprehensive and user-friendly heating solution that enhances the pool experience while promoting energy efficiency and sustainability. Whether used in residential or commercial settings, the Taylor Pool Heat Pump is designed to meet the diverse needs of pool owners worldwide.
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