- Max Hot Water 80 °C
- Hot Water & Cold Air
Wifi data transfer for online preventive maintenance program
Updrade refrigerant control to Electronic Expansion Value
- Better COP and energy saving
- Better operating condition of compressor. Result in Longer lifetime.
Increase Heating Efficiency
New desgin L-Shape Enaporator to increase heat transfer area. 28% bigger than conventional heat pump.
SUS casing / Enameled Galvanized Steel with multiple access service panel
New design casing with multiple access service doors for easy maintenance.
Product of Heat can be customized Heat exchanger equipment to be the best suitable for any operations
- Single wall plate exchanger is heat exchanger that has the best efficiency of heat exchanger. It is suitable for the good quality water.
- Doublewall plate heat exchanger has two layers double wall to protect the contamination of water and refrigerant, if there is the leakage. It is suitable for the operation in food industry or high safety standards place.
- CU-NI Tube in Tube exchanger has the best of corrosion protection performance. It is suitable for the operation in the poor quality water place that has scale or chloride
High Efficiency Heat Transfer
High effciency heat transfer with brazed plate heat exchanger.
Tube in Tube Heat Exchanger
High effciency tube in tube heat exchanger. Inner tube is spiral type for enhance heat transfer. The most suitable heat exchanger for installation in coastal area.
Doublewall Plate Heat Exchanger
The plate heat exchanger type doublewall has oncreased the safety of use. When there is leakage from refrigerant system.
Intelligent Control System
Programable logic controller with touch screen display for user friendly. Heat pump can be control from long distance up to 500 m. Controller reserved for RS485 Modbus RTU protocol for integrated with computer monitoring system.
High Temperature Model
High temperature model. Acailable to adjust hot water temperature to maximum 80°C. Heat pump design to utilize compressor which specially designed for high temperature application.
Small footprint with 50% space saving compare with conventional model
New function design of heat pump result in space saving