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Ruck insulated cold water cooler for ETA 2400 F, 2400 V, 2400 H - KWRI 9030 01
bpDLdD7QuAY
Ruck insulated cold water cooler for ETA 2400 F, 2400 V, 2400 H - KWRI 9030 01
bpDLdD7QuAY

Ruck insulated cold water cooler for ETA 2400 F, 2400 V, 2400 H - KWRI 9030 01

Article number: 65125549


Brand: Ruck ventilatoren GmbH


Delivery time: 16 working days
RRP £2,015.24
£1,309.91
-35%

Ruck insulated cold water coolerr für ETA 2400 F, 2400 V, 2400 H - KWRI 9030 01

For more information on this product, please refer to the appendix. The attachment can be found below under "Documents".

Brand Ruck ventilatoren GmbH
Category Rectangular cooling coil
GTIN 4061199012577
Manufacturer's item number 125549
Article number 65125549

Specifications

Width 510 mm
Pressure loss at nominal flow rate 115Pa bij 2400m³/h
Pressure loss at nominal flow rate 122Pa bij 2600m³/h
Pressure loss at nominal flow rate 56Pa bij 1600m³/h
Pressure loss at nominal flow rate 70Pa bij 1800m³/h
Pressure loss at nominal flow rate 80Pa bij 2000m³/h
Pressure loss at nominal flow rate 91Pa bij 2200m³/h
Height 367 mm
Length 967 mm
Air volume 1600 m³/h
Air volume 1800 m³/h
Air volume 2000 m³/h
Air volume 2200 m³/h
Air volume 2400 m³/h
Air volume 2600 m³/h
Exhaust temperature 17,9°C bij 1600m³/h
Exhaust temperature 18,0°C bij 1800m³/h
Exhaust temperature 18,3°C bij 2000m³/h
Exhaust temperature 18,5°C bij 2200m³/h
Exhaust temperature 18,8°C bij 2400m³/h
Exhaust temperature 19°C bij 2600m³/h
Implementation Rectangular
Waterzijdige weerstand waterzijdige-weerstand--10|1kpa-bij-2200m|-h
Waterzijdige weerstand waterzijdige-weerstand--12|7kpa-bij-2600m|-h
Waterzijdige weerstand waterzijdige-weerstand--18|8kpa-bij-2400m|-h
Waterzijdige weerstand waterzijdige-weerstand--6|2kpa-bij-1600m|-h
Waterzijdige weerstand waterzijdige-weerstand--7|5kpa-bij-1800m|-h
Waterzijdige weerstand waterzijdige-weerstand--8|8kpa-bij-2000m|-h

Reviews

Blogs

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Tips to reduce your energy bills with good ventilation
Tips to reduce your energy bills with good ventilation
Energy prices are skyrocketing, and decesion have to be made between eating or heating. It is time to make our homes more sustainable and thus save energy. In summer, our homes use less energy than in winter. In summer you are outside more often and the heating does not have to be switched on. In winter, we often keep the windows closed to keep the heat in, but unfortunately that is when the problems arise. There is no fresh air coming into our well insulated houses. The lack of fresh air leads to high CO2 levels, which in turn leads to various health complaints.
  • Felix Dijkmeijer
  • 30-09-2022