描述
Electrical Data
Hall type
| Power supply | 5.0±0.5Vdc (standard voltage) |
| Power supply current | <9mA; 18mA (redundant hall) |
| Maximum allowance overload voltage2 | 0Vdc |
| Reverse polarity voltage(max) | -10Vdc |
| Load resistance | >10KΩ |
| Resistance tolerance | 2.5±0.1V |
| Output linearity tolerance | <±4% |
Mechanical Features
| Travel Angle | ±20° |
| Operating Type | Spring return |
| Breakout Force | 2.3N |
| Operating Force (Aax) | 6N |
| Maximum Allowable Force | >300N |
| Expecting Life | >3 Million Cycles |
| Weight | 120g |
Environmental Data
| Operating temperature | -30°C~+70°C |
| Storage temperature | -40°C~+85°C |
| Protection level | IP65(Above the flange ) |
Product Configuration
Product Installation
Electrical connections
※Note: See Appendix for schematic diagram of pin connection and Appendix for schematic diagram of output.
Application Range
This joystick controller for wheelchair,As the main controller of an electric wheelchair, the CGEC FJ6S series handle plays a vital role, providing users with convenience and autonomy.
First, the handle is designed with user convenience in mind. It is located individually on the side of the wheelchair armrest, close to the user’s hand position to ensure easy operation. This handle is designed to be comfortable to hold and is sized to be easily operated by the fingertips, allowing the user to easily control the movement and steering of the electric wheelchair. This design can meet the needs of a variety of users, including the elderly, disabled people and individuals with limited mobility.
Through the control of the joystick controller for wheelchair, basic control functions such as forward, backward, left turn, right turn, etc. of the wheelchair are realized, allowing the user to flexibly control the wheelchair to move forward, stop, and turn. Some advanced handles are even equipped with additional functions, such as adjusting speed, raising and lowering the seat, adjusting the backrest angle, etc., making the user’s experience more personalized and comfortable.
In addition to this, this handle has good responsiveness and stability. They usually use advanced technology and design to ensure the accuracy and stability of user operations, thereby reducing the possibility of accidents and improving safety.
