Restore accurate rotor position feedback on your Torp TM40 (Pro)
The Torp TM40 (Pro) Encoder / Hall Sensor PCB is a direct replacement position-sensor board designed specifically for Torp TM40 and TM40 Pro traction motors. If your motor controller is losing rotor position feedback (rough running, startup issues, fault codes, or no commutation), this board helps bring the system back to stable, reliable operation by supplying the correct sensor signal your controller expects.
Choose the right version for your controller
This replacement PCB is available in two versions. Picking the correct option is essential, because it determines the type of motor position signal sent to your controller.
- Encoder PCB — choose this when running the TM40 (Pro) with the Torp TC1000 motor controller.
- Hall PCB — choose this when running the TM40 (Pro) with other manufacturers’ motor controllers that use Hall sensor inputs.
Why this replacement board matters
Modern traction motor controllers rely on accurate rotor position feedback to time commutation correctly. If the original sensor PCB inside your TM40 (Pro) is damaged or has failed, performance can drop immediately. This spare part is built to match the TM40 (Pro) motor platform so you can align the motor with the controller’s expected input and get back to smooth driveability.
- Made for TM40 & TM40 Pro — purpose-fit replacement PCB for the TM40 (Pro) motor.
- Controller compatibility made simple — Encoder for TC1000; Hall for most third-party controllers.
- Restores rotor position signal — helps recover stable commutation and consistent throttle response.
- Ideal for repairs and conversions — useful when swapping controllers or rebuilding a motor system.
Specifications
| Brand | Torp |
|---|---|
| Compatible motors | Torp TM40, Torp TM40 Pro |
| PCB versions | Encoder PCB / Hall Sensor PCB |
| Controller guidance | Encoder PCB for Torp TC1000; Hall PCB for other manufacturers’ controllers |
| Product type | Replacement motor position sensor PCB |
| Weight | 0.1 kg |
Fitment notes
Important: Confirm which sensor input your motor controller uses before ordering. Selecting the wrong PCB type may prevent the controller from reading position feedback correctly.
