D
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I did some tests today on a controller with the 4-wire LED panel. As I expected, you can bypass the panel if you suspect that it's faulty. On mine the four wires are:
Red = battery voltage
Black = ground (0v)
Blue = battery voltage when switched on, which powers the controller.
Green = signal wire with these values;
- PAS level 1 = 1v
- PAS level 2 = 2v
- PAS level 3 = 3v
- 6km button pressed = 4v
If you disconnect the panel and join the red and the blue wires, the controller works without it. The throttle works normally. PAS works at level one. You can get the other levels by using a 10K potentiometer with the outer two legs joined to the red and black throttle or PAS wires, and the middle one to the green signal wire on the 4-way panel connector. Turning the knob from zero goes through the three PAS levels, but you have to be careful not to turn the it too far, or you get the fixed 6km/hr.
Red = battery voltage
Black = ground (0v)
Blue = battery voltage when switched on, which powers the controller.
Green = signal wire with these values;
- PAS level 1 = 1v
- PAS level 2 = 2v
- PAS level 3 = 3v
- 6km button pressed = 4v
If you disconnect the panel and join the red and the blue wires, the controller works without it. The throttle works normally. PAS works at level one. You can get the other levels by using a 10K potentiometer with the outer two legs joined to the red and black throttle or PAS wires, and the middle one to the green signal wire on the 4-way panel connector. Turning the knob from zero goes through the three PAS levels, but you have to be careful not to turn the it too far, or you get the fixed 6km/hr.
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