All orders, wherever possible are shipped the same day within the UK as long as it is received before 1 pm.
Orders placed on Friday after 1 pm or the weekend will be dispatched on Monday.
Axial Cooling Fan 120 x 120 x 25mm, 230V AC
Regular price
£10.80
Regular price
£0.00
Sale price
£10.80
Unit price
Tax included.
Axial Fans 120x120x25mm 230vac, ball bearing type.
Couldn't load pickup availability
Availability:
In stock
SKU:
FM12025A2HBL
Collections:
Regular price
£10.80
Regular price
£0.00
Sale price
£10.80
This 120 x 120 x 25mm axial cooling fan operates on 230V AC to ventilate industrial cabinets and enclosures. It is suitable for applications including electrical control panels, power boards and distribution cabinets.
Durable ball bearings provide long-lasting performance, while quiet operation and low maintenance requirements make it a practical choice for cabinet cooling.
Specifications
- Fan dimensions: 120 x 120 x 25mm.
- Supply voltage: 230V AC.
- Bearing type: ball bearing.
- Purpose: cooling and ventilating industrial cabinets and enclosures.
- Operation: quiet, with low maintenance requirements.
DELIVERY TIMES
PACKAGING & SHIPMENT
- Great care is take with each order to ensure they are packed securely to prevent any damage in transit.
- We can ship orders in several boxes depending on quantity, size or types.
- Each order is shipped with a packing note inside the box and a carrier shipping label on the outside.
Water Heating Time Calculator
This calculator works out the length of time it takes to heat a body of water.
Water Heating Time Calculator
Amount of Water
Start Temperature
End Temperature
Heating Power
Efficiency
%
0
Water Heating Power Calculator
This calculator works out the power required to heat a body of water.
Water Heating Power Calculator
Amount of Water
Start Temperature
End Temperature
Heating Period
Efficiency
%
0
watts
Water Heating Energy Calculator
This calculator works out the energy required to heat a body of water.
Water Heating Energy Calculator
Amount of Water
Start Temperature
End Temperature
Efficiency
%
0
Kwh