- Prevents water from freezing in metal or plastic pipes avoiding the cost and inconvenience of burst pipes
- Built-in thermostat and pre-terminated power lead with 3 pin plug makes installation simple
- Suitable for both domestic and commercial applications
Range & Prices
The prices shown are list prices and perfectly safe to use for budget purposes. Contact your electrical wholesaler for final prices.
|Model||Watts||Heated Length (m)||List Price|
A PW kit consists of a cable, a built in thermostat and a 3 pin plug. They are extremely simple to install
|PF-L||Caution label (10 pack)||£8.00|
|PF-T||Fixing tape 33m x 19mm||£3.50|
|AL-50||Aluminium tape 45m x 50mm (for use with plastic pipes)||£14.00|
|Output:||12W to 490W depending on model|
|Thermostat switch point:||3°C|
|Power lead:||1.5m 3 core with 3 pin fused plug|
|Maximum exposure temperature:||66°C (i.e. do not use with steam cleaned pipes)|
If you would like the experts at BN Thermic to select a pipe freeze protection cable for you, please send an email to email@example.com with details of your application and we will respond with detailed proposal.
Pipes up to 50mm diameter can be protected by a PW cable installed in a straight line. When the cable is slightly longer than the pipe, it can be wound in a gentle, evenly spaced helix. The entire installation (pipe, cable and thermostat) must be covered with insulation (maximum thickness 20mm).
PF-T fixing tape is supplied in 33m rolls and is ideal for fixing heating cable to the pipe. We recommend securing the cable at 200mm intervals.
When heating a plastic pipe, the pipe should be wrapped in aluminium tape before the heating cable is installed. AL-50 is supplied in 45m x 50mm rolls.
Where PW cables are used with plastic pipe that may be empty, the pipe should be wrapped in a double layer of aluminium tape. One before the cable is installed and after the cable is installed. The second layer will cover both pipe and cable.
PF-L warning labels are supplied as a pack of 10 and should be fixed to the outside of the insulation at regular intervals.