Liquid to water geothermal heat pump

Liquid to water geothermal heat pump

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Liquid to water geothermal heat pump 40MBH

Liquid to water heat pump 40MBH with DC inverter offer high-efficiency heating, delivering up to 131°F hot water for sustainable home comfort. GEO040V1LM – 131°F Hot Water

Introduction

Versatile Liquid to Water Geothermal heat pumps with DC inverter Panasonic Compressor and Carel Controller using Modbus Protocol. Heat Pump can be used for Open and Closed Loop Geothermal, its Ground Loop Heat Exchanger is made of durable Titanium.

Uses Low Global Warming Potential (GWP) R32 Refrigerant.
Hot Water Supply Temperature from 35°C / 95°F to 55°C / 131°F
Chilled Water Supply Temperature from 7°C / 44.6°F to 12°C / 53.6°F
Nominal Capacity 40 MBH
Power Supply 220-240/1/60.
Space Heating and Space Cooling function.
Dedicated Domestic Hot Water (DHW) Pre-Heating Function (Up to 55°C / 131°F). HP can go 100% of its capacity into DHW mode.
Heat Recovery function.
Heat Pump can be configured for a 2 Pipe or 4 Pipe System in Combination with DHW Pre-Heating.
Heat Pump has a titanium Ground Loop Heat Exchanger, which allows it to be used for dumping cooling heat into a swimming pool or hot tub.
HPs are shipped with WIFI adapter for easy monitoring and remote diagnostics.
Certification: UL 60335-1:2016, UL 60335-2-40:2022, CAN/CSA-22.2 NO. 60335-1:16 (R2021), CSA C22.2 No. 60335-2-40:22 and AHRI.

Categories: Solar Thermal, GEO Series, Liquid to Water Tags: GEO Series, Geothermal Heat Pumps, Liquid to water geothermal heat pump, RS Series, Solar Thermal Brand: Hydro Solar

Description
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Applications

Space Heating or Cooling and Domestic Hot Water Pre-Heating (DHW) – 2T3AP1T

In this configuration, Heat Pump is connected to two separate buffer tanks: one dedicated for DHW Preheating and the other tank dedicated for either space heating in winter or space cooling in the summer. In this operating mode, priority for tank T-01 and T-02 can be set up via the control interface of the heat pump.

Space Heating and Domestic Hot Water Pre-Heating (DHW) or Space Cooling – 1T3AP1T

In this configuration, Heat Pump is connected to only one buffer tank with an indirect coil: the indirect coil will be used to preheat DHW when HP is in heating mode (when in cooling mode, indirect coil will be bypassed via the three-way valve). Tank will be heated in heating mode and cooled in cooling mode.

Simultaneous Heating and Cooling and/or Domestic Hot Water Pre-Heating (DHW) – 2T3AP3T

In this configuration, Heat Pump works in heating mode only, extracting heat from the chilled water tank and dumping that heat into the hot water tank. Hot Water tank shall have an indirect coil if used to preheat DHW beside space heating.

Simultaneous Heating and Cooling and Domestic Hot Water Pre-Heating (DHW) – 3T3AP3T

In this configuration, Heat Pump works in heating mode only, extracting heat from the chilled water tank and dumping that heat into either the space heating tank or DHW preheating tank.

Heating and Cooling or Domestic Hot Water Pre-Heating (DHW) – 2T3AP2T

In this configuration, Heat Pump is connected to two separate buffer tanks: one dedicated for space heating hot water and the other dedicated for space cooling chilled water. In this operating mode, priority for tank T-01 and T-02 can be set up via the control interface of the heat pump.

Space Cooling and Swimming Pool Heating (DHW) – 1T2AP1T

In this configuration, Heat Pump is connected to one buffer tank used for space cooling on the indoor loop side. The outdoor loop side will be hooked up to swimming pool directly with a hydraulic separator or by-pass (the nominal flow on the ground loop side might be lower than the nominal flow of the swimming pool pump).

Capacities

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