Power Wheelchair Joystick & Scooter Controller OEM
Explore our wheelchair joystick controller and scooter controller products. Contact us for bulk order quotes and customization possibilities.
Controller
Features
The controllers are widely used in power wheelchairs, golf carts, electric scooters, industrial forklift, ATV, Le Bar Car and more.
- Advanced PID driving algorithm and intelligent control ensure the safety and comfort of the whole vehicle.
- The motor load compensation function ensures that the electric wheelchair can walk in a straight line during driving.
- The full closed-loop electronic servo system ensures that the speed of the electric wheelchair remains stable and uniform under any circumstances.
- Overcurrent, overvoltage, overload, overheating, undervoltage and other protection functions ensure more reliable and safe driving of electric wheelchairs
- The electronic braking system ensures that the electric wheelchair does not slide on the ramp (under the condition of continuous power supply).
power Wheelchair Controller Selection Guide
| Product No. | Motor Type | Supply Voltage | Max. Motor Power | Max. Current | Battery | Optional Additional Functions |
|---|---|---|---|---|---|---|
| X2445B | Brush one-piece | 24V | 300W*2 | 45A | Lead acid/lithium | ■Slope-holding ■With electromagnetic brake■Wireless remote contro■USB charging |
| Y2450A | Brush two-piece | 24V | 350w*2 | 50A | Lead acid/lithium | Slope-holding ■With electromagnetic brake■Wireless remote control |
| Y2450B | Brush one-piece | 24V | 350W*2 | 50A | Lead acid/lithium | ■Slope-holding ■With electromagnetic brake ■Emergency light ■Wireless remote control ■Actuator control(1pcs) ■Turn Indicators |
| Y2450C | Brush two-piece | 24V | 350W*2 | 50A | Lead acid/lithium | ■Slope-holding ■With electromagnetic brake ■Emergency light ■Wireless remote control ■Built-in front lamp ■USB charging ■Actuator control(1pcs) |
| Y2450D | Brush two-piece | 24V | 350W*2 | 50A | Lead acid/lithium | With electromagnetic brake ■Actuator control(4pcs) ■Emergency light ■Turn Indicators■Wireless Remote Control ■Built-in front lamp■USB charging |
| Y2490D | Brush two-piece | 24V | 500W*2 | 90A | Lead acid/lithium | ■With electromagnetic brake ■Actuator control(4pcs) ■Emergency light ■Turn Indicators ■Wireless Remote control ■Built-in front lamp■USB charging |
| 2450M | Brushless two-piece | 24V | 350W*2 | 50A | Lead acid/lithium | ■Slope-holding ■With electromagnetic brake ■Emergency light ■Remote control ■Built-in front lamp■USB charging ■Actuator control(1pcs) |
| Y2430M | Brushless two-piece | 24V | 180W*2 | 30A | Lead acid/lithium | ■Slope-holding ■With electromagnetic brake ■Emergency light ■Remote control ■Built-in front lamp■USB charging ■Actuator control(1pcs) |
| Y2450P | Brushless two-piece | 24V | 350W*2 | 50A | Lead acid/lithium | ■With electromagnetic brake ■Actuator control(4pcs) ■Emergency light ■Built-in front lamp ■Remote control ■Built-in front lamp■USB charging |
Electric Scooter Controller Selection Guide
| Product No. | Motor Type | Supply Voltage | Max. Motor Power | Max. Current | Battery | Optional Additional Functions |
|---|---|---|---|---|---|---|
| YS2490A | Brush | 24V | 500W*1 | 90A | Lead acid/lithium | ■With electromagnetic brake■Remote control■USB charging ■Built-in front lamp |
| YS4850M | Brushless | 48V | 500W*1 | 50A | Lead acid/lithium | With electromagnetic brake■Remote control■USB charging■Built-in front lamp■Built-in front lamp |
| YS3620M | Brushless | 36V | 200W*1 | 20A | Lead acid/lithium | ■With electromagnetic brake■Remote control■USB charging■Built-in front lamp■Built-in front lamp |
Product Details
X2445B Brush One-piece Electric Wheelchair Controller
- Equipped with USB charger interface (5V / 0.8A) (optional)
- Support wireless remote control function (optional)
- Stable performance and high reliability
- High cost performance
- Target for medium and low-end wheelchair market
Y2450A Brush Two-piece Style Electric Wheelchair Controller
- Support wireless remote control function (optional)
- Panda style, with appearance patent
- Cycle speed key
- Target for medium and high-end wheelchair market
Y2450B Brush One-piece Electric Wheelchair Controller
- Support actuator control function (1, which can control the longitudinal folding of wheelchair or the reclining of backrest) (optional)
- Support turning light and Emergencylight control functions (optional)
- Support wireless remote control function (optional)
- Target for medium and high-end wheelchair market
Y2450C Brush Two-piece Electric Wheelchair Controller
- Support wireless remote control function (optional)
- Equipped with USB charger interface (5V / 0.8A) (optional)
- Built-in headlamp (optional)
- Support actuator control function (1, which can control the longitudinal folding of wheelchair or the reclining of backrest) (optional)
- Smart-size upper controller.
- Target for medium and high-end wheelchair market
Y2450D Brush Two-piece Electric Wheelchair Controller with LCD Display
- Support wireless remote control function (optional)
- Equipped with USB charger interface (5V / 0.8A) (optional)
- Built-in headlamp (optional)
- Support turning light and Emergencylight control functions (optional)
- Support actuator control function (max 4, which can control seat lifting, backrest folding, left leg lifting, right leg lifting, etc (optional)
- LCD screen which can real-time display the driving speed and single driving mileage
Y2490D Brush Two-piece Electric Wheelchair Controller with LCD Display
- Support wireless remote control function (optional)
- Equipped with USB charger interface (5V / 0.8A) (optional)
- Built-in headlamp (optional)
- Support turning light and Emergencylight control functions (optional)
- Support actuator control function (max 4, which can control seat lifting, backrest folding, left leg lifting, right leg lifting, etc (optional)
- LCD screen which can real-time display the driving speed and single driving mileage
Y2450M Brushless Two-piece Electric Wheelchair Controller
- The controller is equipped with USB charger interface
- Built-in headlamp(optional)
- Support actuator control function (only one channel actuator, which can controlthe wheelchair’s auto-folding or backrest adjustment ) (optional)
- Support wireless remote control function (optional)
- Advanced vector control algorithms for FOC motors
Y2430M Brushless Two-piece Electric Wheelchair Controller
- The world’s first electric wheelchair van controller weighing less than 500g
- Equipped with USB charger interface(optional)
- Support wireless remote control function and rear control function (optional)
- Built-in headlamp(optional)
- Advanced vector control algorithms for FOC motors
Y2450P Brushless Two-piece Electric Wheelchair Controller with LCD Display
- Support wireless remote control function (optional)
- Equipped with USB charger interface (5V / 0.8A) (optional)
- Equipped with front lamp (optional)
- Support turning light and Emergencylight control functions (optional)
- Support actuator control function (up to 4 channel actuators)(optional)
- LCD screen which can real-time display the driving speed and single driving mileage
YS2490A Brush Scooter Controller
- Advanced PID driving algorithm and intelligent control
- The motor load compensation function
- Built-in over current, over voltage, overload, over temperature and under-voltage protection function
YS4850M Brushless ATV Controller
- LCD display which can display the driving speed and single driving mileage in real time
- The controller is equipped with USB charger interface
- Support the light Control and turn Indicators and Hazard Warning Lamp control function(optional)
- Support handheld wireless remote control function(optional)
- Advanced vector control algorithms for FOC motors
- The motor load compensation function
we’re here to all your questions
Please feel free to contact us at info@chiplix.com for any business inquiries.
What is a wheelchair joystick controller?
A wheelchair joystick controller is a device used to control the movement of a powered wheelchair. It typically consists of a hand-operated joystick that allows users to navigate the wheelchair in different directions, such as forward, backward, left, and right. The joystick is connected to the wheelchair’s electronic control system, enabling users with mobility impairments to operate the wheelchair easily.
What is an advanced PID driving algorithm?
The motor load compensation function in a wheelchair typically refers to a feature designed to address changes in the load on the wheelchair’s motor during operation. As the wheelchair moves, the load on the motor can vary based on factors such as inclines, declines, or uneven terrain.
Motor load compensation helps maintain a consistent and straight-line movement by adjusting the power supplied to the motor based on the changing load conditions. For example, when the wheelchair is moving uphill, the motor load compensation function may increase power to the motor to ensure that the wheelchair maintains a steady speed and direction despite the increased load.
By dynamically adjusting the power output in response to changing loads, motor load compensation contributes to a smoother and more controlled driving experience for the wheelchair user. It enhances the wheelchair’s ability to navigate different terrains and inclines while maintaining stability and user comfort.
What is motor load compensation?
The term “advanced PID driving algorithm” refers to a control algorithm that uses a PID (Proportional-Integral-Derivative) controller to regulate and control a system, such as the movement of a wheelchair. PID controllers are commonly used in automation and control systems to achieve desired performance by adjusting control inputs based on feedback.
Here’s a breakdown of the PID components:
Proportional (P): Adjusts the output based on the current error, which is the difference between the desired setpoint and the actual system output.
Integral (I): Adjusts the output based on the accumulated error over time. It helps eliminate any long-term steady-state error.
Derivative (D): Adjusts the output based on the rate of change of the error. It anticipates future behavior and helps prevent overshooting.
An advanced PID driving algorithm incorporates additional features, optimizations, or enhancements to improve the overall performance, stability, and responsiveness of the control system.
What is closed-loop electronic servo system?
A full closed-loop electronic servo system, in a wheelchair or other motorized systems, refers to a control system that utilizes feedback from sensors to continuously adjust and control the performance of the system. The “closed-loop” aspect means that the system actively monitors its output and adjusts input based on the feedback received.
Here’s a breakdown of the components:
Closed-Loop System: In a closed-loop system, there is a continuous feedback loop where the output is measured, compared to the desired input (reference), and any difference (error) is used to adjust the system.
Electronic Servo System: “Servo” refers to a mechanism or system that controls the position, speed, or other parameters of a device. In an electronic servo system, electronic components, such as sensors and controllers, are employed for precise control.
Combining these elements, a full closed-loop electronic servo system in a wheelchair typically involves sensors that measure various parameters (e.g., speed, position) and a controller that processes this feedback to adjust the motor’s operation. This ensures that the wheelchair maintains a stable and uniform speed under different conditions.
