Air source heat pump split HPI Evolution 16 TR-2 (MIT-IN-2/E) - 10.32 kW, 3-phase, 400 V 7609989

Comfortable heating and cooling with the HPI Evolution heat pump

The HPI Evolution 16 TR-2 air-to-water split heat pump is an advanced heating solution combining high energy efficiency with versatile applications. This system, consisting of an outdoor unit and a MIT-IN-2/E indoor module, provides thermal comfort both on cold days and during heat waves. The device is particularly recommended for modern installations using underfloor heating or low-temperature radiators, but can also be successfully used with fan coil units.

Technology and performance for professionals and users

The key to the efficient operation of the heat pump is the use of a modulating Twin Rotary or Scroll compressor with DC Inverter technology. This allows for precise adjustment of power to current needs, which translates into lower energy bills and quieter operation. A heating capacity of 14.19 kW (at 7/35°C) guarantees effective heating even in difficult weather conditions. Three-phase power supply (400 V) ensures stable operation and allows connection of the device in most electrical installations. In addition, the heat pump uses R410A refrigerant, which is commonly used in such devices.

Design and functionality

The HPI Evolution heat pump has been designed with ease of installation and maintenance in mind. The outdoor unit contains all the necessary elements to extract heat from the air – evaporator, compressor, fans and safety devices. The MIT-IN-2/E indoor module is equipped with a plate heat exchanger made of stainless steel, a circulation pump, an expansion tank and a DIEMATIC i-System control panel. The console allows programming the device to work according to the heat demand and remote control of operating parameters. The ability to integrate with an electric heater (in the MIT-IN-2/E version) allows for additional heating assistance at extremely low temperatures or for quick domestic hot water heating. The integrated hybrid function increases energy savings when combined with other heat sources.

• High efficiency: Thanks to Inverter technology and optimization of refrigerant flow, the heat pump achieves a high COP (up to 4.2 at +7/+35°C).
• Versatility: The ability to operate in heating and cooling mode makes the device usable all year round.
• Low operating temperature: The heat pump maintains efficiency even at outdoor temperatures down to -20°C (depending on the model).
• Intelligent control: The DIEMATIC i-System console allows precise adjustment of operating parameters to individual user needs.
• Compact design: The split design facilitates installation and integration of the device with the existing building infrastructure.
• Inrush current limiter: INVERTER technology minimizes the load on the electrical network during device start-up.

Remember the obligation to have an F-gas certificate and submit an appropriate declaration before purchasing or installing a non-hermetically sealed device!