products+

Contact

Wire-controlled proportional motor

Introduction to wire-controlled proportional motor

1705018439144458.jpg


Introduction to Brake Actuator - Wire-Controlled Proportional Motor of Henan Hanghu Group

1. Product Introduction

The wire-controlled motor is a brake system specially developed by our company for upgrading electronic control brakes in aftermarket vehicles. It is suitable for upgrading electronic control brakes in passenger cars, commercial vehicles, and special vehicles. This product can be used for brake execution in intelligent driving assistance systems such as automatic emergency braking, reverse collision avoidance, right blind spot collision avoidance, and intelligent cruise control.

II. Operating Principle

The wire-controlled motor utilizes motor drive to facilitate linear movement of the brake pedal, thereby achieving proportional control of vehicle braking.

III. Advantages and Features

The cost of independent research and development is controllable;

Self-recovery function: After the system experiences a power outage, the motor automatically recovers and will not remain locked or stuck;

The coreless motor has high energy conversion efficiency, small rotational inertia, rapid braking, extremely fast response, small mechanical time constant, and is easy to control;

The deceleration section utilizes a precise planetary reducer, with gears crafted from imported special steel, boasting strong impact resistance. Equipped with an internal buffer protection device, it ensures that the gears won't break or sustain damage even during prolonged operation.

IV. Technical Parameters

Scope of use: Aftermarket passenger cars/special vehicles

Function: Execute braking commands from the controller to apply brakes.

Rated voltage: DC12V/DC24V

Rated current: 6-8A (max)/3-4A (max)

Maximum power: 90W (instantaneous)

No-load current: 0.5A

Torque: 10N/M

Maximum tensile force: 45kg

Effective travel distance: 10cm

V. Reference image table


1705018482711577.jpg


Course-keeping proportional motor

1705018531559566.jpg


Course-keeping proportional motor

Home phone email feedback