Rotenso Windmi WIM140X3 R14 Heat Pump Monoblock 14kW 3PH Outdoor unit

The Rotenso WINDMI WIM140X3 is a monobloc, three-phase heat pump with a heating capacity of 14.0 kW (A7/W35).
It is a highly efficient unit with high energy efficiency class A+++ (for 35° flow temperature) and A++ (for 55° flow temperature), with an SCOP of 4.94 (for 35°C flow temperature).

Outlet water temperature in heating mode is available from 20°C to 62°C and in DHW mode from 40°C to 62°C.
It is ideal for heating systems with radiators, as it maintains a high outlet heating water temperature even at very low temperatures. Down to an outside temperature of -14°C, the heat pump is capable of generating heating water at temperatures as high as 59°C.
Generally, the pump is prepared to operate in extreme weather conditions, down to an outside temperature of -25°C.

To ensure trouble-free operation at temperatures below 0°C, the pump is equipped with a drip tray heater, the operation of which prevents the condensate from freezing and the external unit from frosting, thus preventing possible damage to the heat pump fan and heat exchanger. The second important element of the pump's equipment is the compressor crankcase heater which, at temperatures below 0°, heats the compressor oil and prepares the unit for trouble-free start-up in adverse weather conditions. This technical solution guarantees trouble-free operation and extends the life of the compressor - the heart of the heat pump.

The Rotenso Windmi WIM140X3 heat pump is equipped with a 9 kW modulating booster heater (3 kW +3 kW + 3 kW). In emergency situations or at very low temperatures, it is advisable for the heat pump to make use of booster heaters to prepare hot water for central heating for economic operation. It is worth knowing that the use of heaters positively influences the durability and reliability of the heat pump.

The Rotenso Windmi heat pump is a device easy to install, maintain and operate. The two-door design of the pump housing provides easy access to all its components. The use of a modern fan design, a two-rotary DC compressor and the optimisation of the piping have significantly influenced the quiet operation of the pump.

The Rotenso Windmi pump can be controlled from a mobile app as well as from a modern wired controller.

There is as much as a 5-year warranty on the pumps. The buyer is assured of professional service and warranty care. The manufacturer provides free of charge start-up of the pump by an authorised service, access to a nationwide service network and fast service response time.

The WIM140X3 unit includes

• external unit
• wired controller
• control cable
• DHW tank sensor
• plate heat exchanger
• flow sensor
• diaphragm vessel
• water pump
• safety valve
• vent valve
• Y-type water filter

Specifications

• Power supply (V-Hz, Ø) 380-420~50, 3f
• Heating (A7/W35) \ Capacity (kW): 14
• Heating (A7/W35) \nPower consumption (kW): 3.01
• Heating (A7/W35) \nCOP: 4.65
• Heating (A7/W45) \nPower output (kW): 14
• Heating (A7/W45) \nPower consumption (kW): 3.94
• Heating (A7/W45) \nCOP: 3.55
• Heating (A7/W55) \nEfficiency (kW): 12
• Heating (A7/W55) \nPower consumption (kW): 4.36
• Heating (A7/W55) _COP: 2.75
• Cooling (A35/W18) \nEfficiency (kW): 13.5
• Cooling (A35/W18) \nPower consumption (kW): 3.46
• Cooling (A35/W18) - EER: 3.9
• Cooling (A35/W7) \nPower output (kW): 12
• Cooling (A35/W7) \nPower consumption (kW): 4,44
• Cooling (A35/W7) - EER: 2.7
• Seasonal energy efficiency TWW at 35°C \ SCOP (1): 4.94
• Air-to-water \n Seasonal energy efficiency TWW at 35⁰C \n Rated heating output (kW): 14.03
• Seasonal energy efficiency TWW at 35⁰C Ò Seasonal energy efficiency ratio (ηS) (%): 195
• Seasonal energy efficiency TWW at 35°C \nAnnual energy consumption (kWh): 5789
• Seasonal energy efficiency TWW at 35°C \n Seasonal energy efficiency class for space heating (1): A+++
• Seasonal energy efficiency TWW at 55°C \n SCOP (1): 3.42
• Seasonal energy efficiency TWW at 55°C \n Rated heating output (kW): 11.99
• Seasonal energy efficiency TWW at 55°C \n Seasonal energy efficiency ratio (ηS): 134
• Seasonal energy efficiency TWW at 55°C / Annual energy consumption (kWh): 7204
• Seasonal energy efficiency ratio TWW at 55°C \n Seasonal energy efficiency class for space heating (1): A++
• SEER \WW at 7°C: 5.05
• SEER ■ TWW at 18°C: 6.37
• Maximum overcurrent protection (MZN) (A): 25
• Minimum circuit overload (MOO) (A):25
• Compressor Type: Two-rotary DC compressor
• Fan Type: DC brushless.
• Fan \n-Number: 2
• Refrigerant Type: R32
• Refrigerant GWP: 675
• Refrigerant \nQuantity (up to 15 mb) (kg): 2.6
• Refrigerant \nQuantity (up to 15 mb) (TCO2eq): 1.76
• Supply lines: outdoor unit (qty × mm²): 5 x 4
• Fixing spacing (S1xS2xG) (mm): 784 x 428
• Sound pressure level (dB(A)): 56
• Sound power level (dB(A)): 69
• Net dimensions (LxWxH) (mm): 1302 × 465 × 1517
• Gross dimensions (L × W × H) (mm): 1364 × 518 × 1690
• Net weight / Gross weight (kg): 167.7 / 184.4
• Outdoor operating range ⁰C Cooling (⁰C): -5~50
• Outdoor operating range ⁰C Heating (⁰C): -25~43
• Outdoor operating range ⁰C DHW (⁰C): -25~43
• Operating mode: Heating and cooling
• Outlet water temperature ⁰C space cooling (°C): 5~25
• Outlet water temperature \ Space heating (°C): 25~62
• Outlet water temperature Δ DHW (°C): 40~62
• Electric heater \nPower supply (V-Hz, Ø): 380-420~50, 3f
• Electric heater \n-Number of heating stages (pcs.): 3
• Electric heater \nWattage (kW): 9
• Electric heater \ Maximum operating current (A): 13.6
• Water circulation \nWater connections (mm(inch)): 31,75 (1,25)
• Water circuit \nSafety valve pressure (MPa): 0.6
• Water circuit ■ Condensate drain (mm): 20
• Water circuit \nExpansion vessel \nTotal volume (l): 5
• Water circuit ■ Expansion vessel ■ Usable volume (l): 5
• Water circuit ■ Expansion vessel ■ Maximum pressure (MPa): 1
• Water circuit - expansion vessel - pre-pressure: 0.15
• Heat exchanger Type: plate heat exchanger.
• Water circuit \nHeat exchanger \nMinimum flow rate (l/min): 12
• Water circulation \ Water pump head (m): 9
• Water circuit \NWater pump type: DC
• Water circulation \ Total water volume (l): 1.45
• Generation: X