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Advanced driving algorithms and intelligent control ensure that the scooter is safer and more comfortable when driving in any environment;
IR compensation technology and boost current are used to ensure that the scooter maintains stable speed when crossing obstacles or climbing hills;
Bring the vehicle to a complete stop before applying electromagnetic braking, ensuring safe parking under any circumstances; ◆ Anti-rollback/forward-roll function provides smooth and safe vehicle control on slopes;
Equipped with protection functions such as overvoltage, undervoltage, overcurrent, overload and overheating to ensure that the mobility scooter is more reliable and safer;
The power-off protection function ensures that once the power is cut off during driving, the scooter can be controlled and can slowly decelerate to a stop;
Optional speed inhibit input provides flexibility to reduce speed or prevent certain drive conditions;
Optional automatic deceleration for fast turns to prevent rollover;
The high-speed downhill automatic deceleration function and coasting speed limit function effectively reduce the occurrence of accidents;
The controller has a self-diagnosis function, making the factory installation and debugging of the scooter more convenient and faster;
Equipped with a dedicated programmer, it is convenient for vehicle manufacturers to program and debug to meet the various needs of different users.
Input voltage | 24V |
PWM operating frequency | 16K |
Output current | 45A |
B+,B- logic port current | <9A |
KSI input current | <150mA |
Logic terminal input current | 1mA |
Warning output current | 15mA |
BDI output voltage | 0-5V |
LED status light driving current | 15mA |
Electromagnetic brake voltage | 24V |
Operating lever signal | 0-5KΩ/0-5V |
Operating lever type | Single ended/unidirectional/bidirectional |
Working environment temperature | -25℃-50℃ |
Storage environment temperature | -40℃-65℃ |
Sealing | IPX5 |
Weight | 0.3kg |
Size | 72*131*39mm |
