Topmedi High Quality Joystick Wheelchair Controller for Electric Wheelchair TEWC-01

High-precision joystick control

Employing a high-quality Hall effect sensor joystick, it can accurately capture even the slightest changes in the angle and force of the thumb or finger's push or pull. Whether it's slow, precise movement or smooth, continuous steering, the controller's response is linear and responsive, effectively reducing jerks and uncertainties during operation.

Stable high current drive

The built-in circuit design supports peak current output of up to 45A, which can stably drive high-power motors (such as a 350W dual brushed motor system), ensuring that power commands are faithfully executed even when climbing hills or starting under full load, without delay or attenuation.

Compatible with mainstream systems:

The standard operating voltage is 24V, and it has built-in instant response logic for electromagnetic braking systems. It is widely compatible with mainstream electric wheelchair drive platforms on the market, making it an ideal choice for vehicle manufacturing and subsequent upgrades.

Simple and user-friendly layout

The overall design follows the principle of minimalism, with key functional areas such as joysticks, mode switches (such as speed settings), and emergency stop buttons clearly defined and laid out in an ergonomic manner, making it easy to operate without looking and reducing the risk of accidental touches.

Rugged and durable casing

The outer shell is made of impact-resistant material with a non-slip texture, which can resist minor bumps and sweat during daily use and ensure long-term reliability.

Easy installation interface

It provides standardized wiring harness interfaces, and the installation and debugging process is relatively standardized, making it easy to integrate into different styles of wheelchair armrests or control panels.

Emergency power outage protection

As the core of the system, the stable operation of the controller is a prerequisite for safety. Reliable circuit design and overcurrent protection mechanisms are the first line of defense against electrical faults.

System Collaboration

Together with the motor, battery, and electromagnetic brake, it forms a complete closed loop, ensuring that any control command is executed within safe parameters.