Pipe heater BESK BPW1500 1.5 kW for pipes Ø20–63 mm

Inline pipe heater BESK BPW1500 with 1.5 kW power, designed for heating metal or plastic pipes with diameters from 20 to 63 mm. The compact unit provides stable, localized heat to prevent freezing, maintain process temperatures or enable thawing. Intended for simple on-site installation in residential, commercial and light industrial plumbing and HVAC systems, it accepts pipe sizes Ø20, Ø25, Ø32, Ø40, Ø50 and Ø63 mm and operates from a standard 220 V / 50 Hz supply.

Advantages

The BESK BPW1500 delivers 1500 W of continuous power and reaches a maximum temperature of 300°C for efficient heating of plastic and metal pipes. Supplied with a set of fusion nozzles for pipe diameters 20, 25, 32, 40, 50 and 63 mm, the unit features Class II protection for enhanced electrical safety and a compact form factor for convenient mounting in tight spaces.

Suitable for

• Preventing pipe freezing in heated or unheated spaces
• Maintaining process temperature in plumbing and HVAC lines
• Thawing frozen sections of plastic or metal pipes
• On-site installations in residential, commercial and light industrial systems

Key specifications

• Power: 1500 W
• Supply voltage: 220 V / 50 Hz
• Maximum temperature: 300°C
• Suitable pipe diameters: 20, 25, 32, 40, 50, 63 mm
• Protection class: II
• Brand: BESK, Model: BPW1500 (MPN 9132661, EAN 4750959132661)

How to use

Mount the pipe heater around the target pipe section according to the manufacturer’s instructions, selecting and fitting the appropriate fusion nozzle for the pipe diameter (Ø20–63 mm). Connect the unit to a 220 V / 50 Hz power supply and switch on. Allow the heater to reach operating temperature while monitoring the pipe and surrounding materials. For thawing or temperature maintenance, move the heater along the pipe or leave it in place as required by the task and local safety guidelines.

Usage recommendations

Use the BESK BPW1500 only on pipes and installations compatible with the specified maximum temperature (300°C). Ensure electrical connections comply with local regulations and that Class II protection is maintained; avoid direct contact between the hot nozzle and temperature-sensitive materials. Regularly inspect the nozzles and housing for damage and follow safety instructions supplied by the manufacturer.