Product Details
HCET 3MP/5AP/6AP Motor Thermal Protector Power-off Overload
Protection Switch for Cleaners/Washers/Electric Tools
HCET 3MP series thermal motor protectors provide precision overload
protection for DC/AC motors up to 45A. Engineered with auto-reset
functionality and ±5℃ temperature tolerance, these compact
protectors ensure reliable thermal management in demanding
applications.
Product feature:
- Precision Trip Timing (4-10s) prevents motor burnout.
- Wide Temperature Range (30-180℃ customizable).
- Dual Protection: Overcurrent + Overtemperature.
- UL/CE/RoHS compliant construction.
- Direct SENSATA KLIXON alternative.
Electrical Characteristics:
30℃~180℃ Operating temperature range, Customizable temperature. | 4S~10S Special action time can be customized |
±5°C, ±8℃ Temperature Tolerance | 1A~45A The overload current tripping range can be customized according to
customer's requirements. |
45amps/15 volts DC 15amps/30 volts DC 25amps/250 volts AC 30amps/125 volts AC Electrical characteristics |
Dimension size
Product detail
Application
Company Profile
Nanjing Haichuan Electronic Co., Ltd., located in Nanjing Luhe
Economic Development Zone, is a national high-tech enterprise
specializing in the production of high-end motor protectors,
overcurrent protectors, thermostats, thermal protectors,
temperature switches, temperature control switches, and temperature
sensors. The company has passed the IATF16949 quality management
system certification and has multiple independent patents. Its
products have passed UL, TUV, CQC, and PSE international safety
certification, The company adopts advanced automation equipment
production technology, and its various series of products are
widely used in fields such as glass lifter motors, wiper motors,
seat motors, mixers, tubular motors, electric tools, battery packs,
heating pads, new energy, etc. Haichuan embraces all rivers and
pursues excellence. With professional technology, Haichuan is
committed to providing reliable comprehensive solutions for
overheating and overcurrent protection.