ES M40 R290
40 kW Monobloc
ES Air-to-Water Heat Pump
The heat pump converts energy from the outdoor air to heat and domestic hot water for your warehouse, residential, office or industrial building
By converting the energy from the outdoor air, you lower your energy cost in an environmentally friendly way at the same time you create the perfect indoor climate. The ES M R290 series is developed to replace or complete an existing heat source and for new production with demands for higher inlet temperatures.
ES M R290 series is developed to give biggest possible energy saving and quiet operation
Components from leading manufacturers and smart control enables big energy savings and quiet operation. All ES M R290 series are labelled A+++.
Top quality defrost – nano-coated outdoor evaporator unit
Large volumes of air circulate thru the outdoor unit and energy is collected from this air. This results in ice forming on the outdoor unit’s heat exchanger. With the nano-coating the condensing water drains faster from the outdoor unit. When multiple outdoor units are installed, defrosting in cascade is possible, minimizing effect loss.
Complete heat control of your heating system
Connected to ES NordFlex, the heat pumps and your energy system can be controlled locally or remote via ES Cloud. On the user-friendly display, you can make all the necessary settings for an effective and problem free operation and at the same time control present status of your system. Even when you are not on site you have total control via remote access.
Keep your old boiler
All correctly designed heat pump systems need back up to manage the energy needs during the coldest days of the year. The ES M R290 series enables you to keep your current electric, oil, pellet, or wood boiler. If your present system works – keep it as backup. Under normal circumstances the heat pump capacity should be enough to provide approximately half of the necessary heat on the coldest days.
• The dockable solution means that the heat pump can be connected to the other heating device, which can deliver the heat demand alone.
• If the heat pump can deliver half of the heat demand on the coldest days, then it is usually capable of fulfilling 80–90% of the annual energy demand.
| ES M40 R290 | |
| Min/max heating capacity (1) | 12.7/38.6 kW |
| Min/max input power (1) | 2.8/12.3 kW |
| COP min/max (1) | 4.58/3.15 W/W |
| Min/max heating capacity (2) | 11.9/38.2 kW |
| Min/max input power (2) | 3.3/12.8 kW |
| COP min/max (2) | 3.61/2.9 W/W |
| SCOP – Average climate (35°C/55°C) | 4.6/3.5 W/W |
| Energy class – Heating (35°C/55°C) | A+++/A++ |
| Min/max cooling capacity (3) | 12.1/34.2 kW |
| Min/max input power (3) | 2.8/9.1 kW |
| E.E.R min/max (3) | 4.33/3.75 W/W |
| Min/max cooling capacity (4) | 4.5/25.1 kW |
| Min/max input power (4) | 2.9/9.4 kW |
| E.E.R min/max (4) | 1.56/2.67 W/W |
| Ambient Temperature Range | -25 to 43 °C |
| Water temperature range (heating) | 75/20 °C |
| Water temperature range (cooling) | 25/7 °C |
| Sound power level, outdoor unit | 71 dB(A) |
| Fan, Quantity | 1 |
| Fan, Airflow | 12.500 m3/h |
| Fan, Rated power | 1100 W |
| Water side, Heat Exchanger Manufacturer | Danfoss |
| Water side, Heat Exchanger Typ | Plate Heat Exchanger |
| Water side, Water Pressure Drop | 85 kPa |
| Water side, Piping Connection | G2″ |
| Refrigerant, Type / Amount | R290 / 4.2 kg |
| Compressor, Type | Copeland Scroll |
| Compressor, Manufacturer | Copeland |
| Power supply | 380 V / 50 Hz / 3 Ph |
| Net Dimension (L×D×H), Indoor unit | 390x450x132 mm |
| Net Dimension (L×D×H), Outdoor unit | 1170x970x1620 mm |
| Net Weight, Indoor unit | 10 kg |
| Net Weight, Outdoor unit | 348 kg |
| Article number, Indoor unit | 120223 |
| Article number, Outdoor unit | 120722 |
All data is subject to change without prior notice. We disclaim any liability for potential printing errors or inaccuracies.
(1) Heating conditions: water inlet/outlet temperature in/out: 35°C, Ambient temperature: 7°C.
(2) Heating conditions: water inlet/outlet temperature in/ out: 45°C, Ambient temperature: 7°C.
(3) Cooling conditions: water inlet/outlet temperature in/ out: 18°C, Ambient temperature: 35°C.
(4) Cooling conditions: water inlet/outlet temperature in/ out: 7°C, Ambient temperature: 35°C.
