Geothermal heat pump GSHP 12 TR/V200 GHL with stratified DHW heater 7638352
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Geothermal heat pump GSHP 12 TR/V200 GHL with stratified DHW heater 7638352
Ground source heat pump is an investment in a stable and efficient energy source, providing thermal comfort throughout the year. Model GSHP 12 TR/V200 GHL combines high heating and cooling efficiency with the ability to comfortably heat domestic hot water. The device is characterized by a compact design, and the placement of the DHW heater under the heat pump creates an aesthetic and functional "column".
This solution is dedicated to both professional installers and customers who appreciate reliability and modern technologies. The De Dietrich GSHP 12 TR/V200 GHL heat pump utilizes energy stored in the ground, which translates to low operating costs and minimal environmental impact. Thanks to its reversibility, the device can also effectively cool rooms during the summer.
- High efficiency: The heat pump utilizes the stable temperature of the ground, ensuring high performance even in difficult weather conditions.
- Comfort of use: The integrated 200-liter DHW heater provides constant access to hot water, and the stratified system increases heating efficiency.
- Durability and protection: The heater is equipped with "Titan Active System" titanium anodes, which protect against corrosion and extend the life of the device.
- Easy installation and service: Delivery includes all necessary connection cables and adjustable feet to facilitate installation.
- 5-year warranty: The long warranty period demonstrates the high quality and reliability of the De Dietrich heat pump.
The device is equipped with a hermetic "scroll" compressor and high-efficiency plate heat exchangers, which translates to quiet operation and minimal energy losses. The DIEMATIC iSystem control allows for precise control of the heat pump operation and integration with other elements of the heating system, such as a solar installation or additional heat sources. This allows you to optimize operating costs and adapt the device's operation to individual user needs. The device's design has been designed with easy access to service elements in mind, minimizing maintenance costs.

