RVT-ARCTIC SERIES - Bild 57403 RVT-ARCTIC SERIES - Bild 57405 RVT-ARCTIC SERIES - Bild 57404

REMKO RVT-ARCTIC SERIES Air/air system for heating and cooling

Variant EDV-Nr. Heating capacity
RVT 264 ARCTIC 1623066 2,4 (0,8-3,9) kW
RVT 354 ARCTIC 1623076 2,5 (0,9-5,1) kW
RVT 524 ARCTIC 1623086 4,2 (1,3-7,0) kW
RVT 684 ARCTIC 1623096 5,6 (2,1-9,4) kW

Variant

REMKO RVT-ARCTIC SERIES

Reduce energy consumption through better efficiency

The REMKO RVT-ARCTIC series air/air heat pump works extremely efficiently. If the room temperature decreases, the inverter adapts precisely to the required heating capacity. This results in only minimal temperature fluctuations and thus longer full load heating. This not only saves on energy costs, but also prevents unnecessary start-up sounds.

  • Easy wall installation
  • Inverter technology saves energy costs
    This translates to maximum comfort, as temperature fluctuations in exiting air are reduced to a minimum
  • Automatic adjustment of the air flow in heating and cooling mode
  • Programmable 24-hour timer function
  • With infrared remote control in standard design
  • Specification panel of the compressor
  • 3D swing function
  • Microprocessor-controlled device technology
  • The outdoor units are filled with R32 refrigerant at the factory
  • Temperature-controlled winter fan speed control for heating operation to -20°C (standard)

RVT-ARCTIC series in split design


Technical data

Variant RVT 264 ARCTIC RVT 354 ARCTIC RVT 524 ARCTIC RVT 684 ARCTIC
Cooling capacity 2,6 (1,2-3,4) kW 3,5 (1,4-4,6) kW 5,3 (2,0-6,2) kW 7,3 (3,0-8,4) kW
Energy efficiency class (cooling) A++ A++ A++ A++
Energy efficiency ratio SEER 6,8 6,5 7,1 6,9
Power consumption cooling, annual, QCE 134 kWh 188 kWh 261 kWh 370 kWh
Heating capacity 2,4 (0,8-3,9) kW 2,5 (0,9-5,1) kW 4,2 (1,3-7,0) kW 5,6 (2,1-9,4) kW
Energy efficiency class (heating) A+ A+ A+ A+
Energy efficiency ratio SCOP 4,0 4,0 4,0 4,0
Power consumption heating, annual, QHE 840 kWh 875 kWh 1470 kWh 1960 kWh
Refrigerant R32 R32 R32 R32
GWP value 675 675 675 675
Refrigerant, basic amount 0,7 kg 0,8 kg 1,25 kg 1,6 kg
CO2 Equivalent 0,47 t 0,54 t 0,84 t 1,08 t
Operating range (room size) 80 m³ 110 m³ 160 m³ 230 m³
Operating range, indoor unit 17-30 °C 17-30 °C 17-30 °C 17-30 °C
Operating range, cooling +5 bis +50 °C +5 bis +50 °C +5 bis +50 °C +5 bis +50 °C
Operating range, heating -20 bis +30 °C -20 bis +30 °C -20 bis +30 °C -20 bis +30 °C
Nominal air volume per stage 329/433/486 m³/h 360/490/550 m³/h 550/720/810 m³/h 650/970/1050 m³/h
Sound pressure level per stage, indoor unit 29/34/41 dB(A) 30/37/41 dB(A) 33/41/45 dB(A) 35/44/46 dB(A)
Soundpower indoor unit max 53 dB(A) 54 dB(A) 57 dB(A) 59 dB(A)
Soundpower outdoor unit max 58 dB(A) 60 dB(A) 60 dB(A) 65 dB(A)
Power supply 230/1~/50 V/Ph/Hz 230/1~/50 V/Ph/Hz 230/1~/50 V/Ph/Hz 230/1~/50 V/Ph/Hz
Refrigerant connection injection 1/4 inch 1/4 inch 1/4 inch 3/8 inch
Refrigerant connection, suction pipe 3/8 inch 3/8 inch 1/2 inch 5/8 inch
Condensate draining connection Ø 18 mm 18 mm 18 mm 18 mm
Refrigerant pipework, lenght/height max. 25/10 m 25/10 m 30/20 m 50/25 m
Dimensions indoor unit h/w/d 300/716/193 mm 300/804/193 mm 325/964/222 mm 342/1106/232 mm
Dimensions outdoor unit h/w/d 555/770/300 mm 555/770/300 mm 554/800/333 mm 702/845/363 mm
Weight indoor-/outdoor unit 7,5/26,4 kg 8,2/26,5 kg 10,8/37,0 kg 14,3/48,0 kg

Accessories / Spare parts

Variant
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Downloads

Variant
Language
Pictures
REMKO RVT 264 ARCTIC-WP AT jpg, 1.1 MB
REMKO RVT 264 ARCTIC-WP IT jpg, 0.6 MB
Assembly drawings
REMKO RVT 264 ARCTIC-WP AT jpg, 0.0 MB
REMKO RVT 264 ARCTIC-WP IT jpg, 0.0 MB

Cooling load calculation

The following rule of thumb applies when calculating the cooling capacity:
Approximately 30 W of cooling capacity are required per cubic meter. The cooling capacity for a room with a surface area of 28 m2 and height of 2.5 m can be calculated as follows:

28 m2 x 2,5 m x 30 W/m3 = 2.100 Watt (2,1 kW)

We recommend that you always calculate the cooling capacity for the room precisely.

Cooling load calculation Calculate required cooling capacity

Cooling load calculation