Description
VIVAX HPM18 heat pump in HPM-61CH180AERI R32-3
- Nominal heating power (kW): 18.00
- Heating energy efficiency at 35˚C: A+++
- Heating energy efficiency at 55˚C: A++
- SCOP – inflow temperature 35 ˚C: 4.6
- SCOP – inflow temperature 55 ˚C: 3.2
- Nominal cooling capacity (kW): 18.50
- SEER – inflow temperature 7 ˚C: 4.7
- SEER – inflow temperature 18 ˚C: 5.48
| MODEL | R32-3 in HPM-61CH180AERI |
| Nominal heating capacity A7/W35 (kW) | 18.00 |
| Energy consumption (kW) | 3.8 |
| COP coefficient | 4.7 |
| SCOP inflow temp. 35°C / 55°C | 4.6/3.2 |
| Energy class 35 ° C / 55 ° C | A+++/A++ |
| Water inlet temperature – heating and domestic water (˚C) | 25 °C ≤ T ≤ 60 °C |
| Nominal cooling capacity A35/W18 (kW) | 18.50 |
| SEER inflow temp. 7 ˚C/18 °C | 4.7/5.48 |
| Water inlet temperature – cooling (˚C) | 5 °C ≤ T ≤ 25 °C |
| Power source | ~380-415V/3Ph/50Hz |
| Fuse A | 25A |
| Sound pressure level (dB) | 71 |
| Water connection (inch) | 1-1/4″ BSP |
| Refrigerant type | R32 |
| Amount of refrigerant (kg) | 5.00 |
| Limits of permitted operation during cooling (C o ) | -5°C≤T≤46°C |
| Limits of permitted work during heating (C o ) | -25°C≤T≤35°C |
| Device dimensions (mm) | 1129 x 1558 x 440 mm |
| Net weight (kg) | 177 kg |
The device uses the heat contained in the outside air and directs it to water with the help of a compressor for space heating and hot water production, as a result of which significant savings in electrical energy can be achieved. The device is intended for outdoor installation, and the hydraulic module is located in the body of the device itself. The user interface is connected to the device via a communication cable. The device has the ability to select the operating mode (heating/cooling), ECO operating mode, select and adjust seasonal climatic operating curves, read and adjust the operating parameters of the device, timer and maintenance settings. The device is equipped with a WIFI module as standard equipment.
VIVAX Monoblock heat pumps are equipped with an innovative design DC Inverter technology, which ensures a lower noise level and higher working efficiency with low electricity consumption.
| Application | Heating + cooling + domestic hot water |
| Type | Integrated (heat pump and hydraulic box are in the same housing) |
| Refrigerant piping | Inside the outdoor unit |
| Water pipe | Between outdoor unit and indoor heating devices |
| Combined parts (required in addition) | Underfloor heating coils Fan coil units Low temperature radiators Domestic hot water tank Additional heat sources (e.g. boilers and boilers) |
MONOBLOCK OUTDOOR
The monobloc outdoor unit absorbs heat from the outside air and transfers it to the water in the hydro module, through the water to provide heat to the interior.
DOMESTIC WATER TANK The
warm water of the monobloc unit circulates through the heating water spiral of the domestic hot water tank, heating the domestic hot water inside the tank. As a backup option, electric heaters could be installed in the domestic hot water tanks.
USER INTERFACE
The user interface is connected to the monoblock via a signal cable. Its main functions are ON/OFF, parameter setting, timer and service parameter setting.
DIAGRAM OF THE MONOBLOCK SYSTEM
