Industrial PWM DC Motor Speed Controller 3500W 100A Max, DC 10-55V Brush Motor Controller with Forward-Brake-Reverse Switch & Adjustable Potentiometer Knob
R 2,268
or 4 x payments of R567.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
Please be aware orders placed now may not arrive in time for Christmas, please check delivery times.
Industrial PWM DC Motor Speed Controller 3500W 100A Max, DC 10-55V Brush Motor Controller with Forward-Brake-Reverse Switch & Adjustable Potentiometer Knob
Strong Compatibility & Wide Range: Designed only for DC brush motors, this speed controller supports DC 10-55V input voltage, 60A rated current, and up to 100A max, with 15kHz PWM frequency and 0-100% adjustable speed range, provide precise and stable performance for various applications
Premium Components & Durable Build: Motor speed controller is built with high-voltage MOS tubes, relays, and high-frequency capacitors, optimized circuit ensures stable operation and longer service life, sturdy aluminum alloy housing protects internal components while improving heat dissipation for reliable performance
Efficient Cooling System: DC motor controller is equipped with a high-quality cooling fan, delivers excellent heat dissipation performance, fan quickly disperses heat during high-load operation, ensuring stable performance, reliable management allows it to maintain consistent output even under heavy workloads
Waterproof Forward & Reverse Switch: Features an upgraded waterproof switch that provides superior sealing, effectively preventing water entering, supports forward, reverse, and brake functions, giving you full directional control of your DC motor, designed for durability and smooth operation
Safe Connection & Reliable Protection: Motor speed controller has secure ring terminals and an integrated safety fuse, provide firm connections, ensures stable power delivery, built-in 8-type fuse offers overload and over current protection, preventing damage to internal components, ideal for both professional requiring efficiency and reliability