Electric Wheelchair Pg Controller for Electromagnetic Brake TE W-C04

Linearized speed curve control

By employing a linear mathematical model, the analog displacement signal of the joystick is continuously and smoothly converted into a motor drive signal. This means that the speed change is gradual and predictable, effectively avoiding the "jumping" sensation that may be caused by traditional on/off controllers, making it especially suitable for precise operation indoors or in crowded places.

Electromagnetic braking intelligent coordination

Its core design highlight lies in its deep integration with the electromagnetic braking system. The controller not only sends drive commands but also precisely manages the timing of braking actions:
During operation: When the user releases the joystick or reverses the operation, the controller can intelligently coordinate the intervention of the motor brake and the electromagnetic brake to achieve smooth deceleration.
When parked: When the system loses power or enters parking mode, the controller ensures that the electromagnetic brake automatically and reliably locks, providing maintenance-free static parking protection even on slopes, ensuring safety and peace of mind.

Professional features and broad compatibility

Continuous signal processing: Supports continuous analog signal input, with high control resolution and delicate response, suitable for users who require high control quality.
Automatic control logic: >Built-in preset control logic and protection algorithms (such as soft start and overcurrent protection) to improve the overall reliability and security of the system.
Full range of electromagnetic brake compatibility: Designed to be compatible with all types of electric wheelchairs that use electromagnetic brakes, it is highly compatible and an ideal choice for OEMs to upgrade or replace controls.
Multiple authoritative certifications: Certified by CE, ISO9001 and ISO13485 medical device quality management system. Its design and production processes strictly follow medical equipment standards, and its quality and safety are well-documented.

Rugged, durable and easy to integrate

PVC protective shell: The main body is made of durable PVC material, providing good electrical insulation and physical protection.
Standardized Interfaces: Provides clear harness interface definitions, facilitating system integration and fault diagnosis by technicians.