To Next PageTo Next PageWhat to do if there is Environment sensor fault in my Kwikot Water Heater?
If there is an environment sensor fault (open circuit or short circuit) in your Kwikot Water Heater, it may be due to the sensor open circuit (reconnect the wirings of the sensor), the probe of the sensor falls down (retighten the probe), or the sensor short circuit (renovate wirings).
Why the compressor doesn't work in my Kwikot Water Heater?
If the compressor in your Kwikot Water Heater isn’t working, it could be due to a power failure (check and solve the problem), a destroyed compressor contactor (replace the contactor), poor connection (check and renovate it), overheating protection (check and solve the problems), water outlet temperature being too high (reset a proper temperature), or inadequate water-flow (clean the water filter and discharge the air in the water system).
Why does my Kwikot Water Heater have low heating capacity?
A low heating capacity in your Kwikot Water Heater may be due to inadequate refrigerant (leak hunting and fill in standard quantity of refrigerant), bad insulation of the water system (improve the heat insulation), drying filter stoppage (replace the drying filter), an inefficient air side heat exchanger (clean the heat exchanger), or inadequate water-flow (clean the water filter).
How to fix a Kwikot Water Heater when the fan doesn't work?
If the fan in your Kwikot Water Heater isn’t working, it could be due to a damaged capacitor (replace it), fans not being fixed well (fix it well again), a burned out electromotor (replace the electromotor), or a destroyed contactor (replace the contactor).
Why is the compressor in my Kwikot Water Heater so noisy?
If the compressor in your Kwikot Water Heater is working but is too noisy, it might be because liquid refrigerant is entering the compressor (check the expansion valve), interior components are damaged (replace the compressor), or there's inadequate refrigeration oil (add in adequate refrigeration oil).
What causes open-phase or anti-phase protection in my Kwikot Water Heater?
Open-phase or anti-phase protection in your Kwikot Water Heater can be caused by issues with the three-phase power supply (check the three-phase power supply) or incorrect wiring (exchange wirings of two phases).
What causes current protection to activate in my Kwikot Water Heater?
Current protection in your Kwikot Water Heater activates when the current is excessive (check the voltage and the power source).
What causes a communication error in my Kwikot Water Heater?
A communication error in your Kwikot Water Heater, where the control panel can’t receive information from the PCB, is due to an open circuit or short circuit between the operation panel and PCB (renovate or replace the wire between the control panel and the PCB).
What does low suction pressure indicate in my Kwikot Water Heater?
Low suction pressure in your Kwikot Water Heater may indicate a drying filter stoppage (replace the filter), a lack of refrigerant (leak hunting and fill in standard quantity of refrigerant), or excessive pressure drop in the heat exchanger (check the opening of electronic expansion valve).
How to troubleshoot a low pressure switch 1 fault in my Kwikot Water Heater?
A low pressure switch 1 fault in your Kwikot Water Heater can occur if the low pressure switch is destroyed (replace the low pressure switch), there is inadequate refrigerant (leak hunting and fill in standard quantity of refrigerant), or the fins of the evaporator are dirty (clean the fins).
This document describes a Commercial Series Air Source Heat Pump Water Heater, available in models GT-SKR030P, GT-SKR050P, GT-SKR070P, GT-SKR100P, GT-SKR150P, GT-SKR030B (commercial unit), and GT-SKR050B.
Air source heat pump water heaters are designed to produce hot water for various applications, including space heating, domestic hot water systems, or commercial hot water systems. The basic principle of operation is similar to an air conditioner in cooling mode, but in heating mode, the refrigerant flow is reversed. Heat is extracted from the outside air to heat air or water. The heat pump absorbs heat where it is plentiful, transports it, and releases it where it can be used for heating. This process exploits the refrigerant fluid's ability to boil from a liquid to a vapor and then condense back into a liquid, a continuous cycle while the compressor runs.
General| Brand | Kwikot |
|---|---|
| Model | Commercial Series |
| Category | Water Heater |
| Language | English |
