Ola LV Cable for S1 / S1 Pro Gen 1 Electric Scooter
Original price was: ₹1,200.00.₹820.00Current price is: ₹820.00. (incl. GST)
Product Description
The Ola LV Cable for S1 / S1 Pro Gen 1 Electric Scooter is a low-voltage motor sensor cable designed to connect the motor Hall sensor and motor temperature sensor to the MCU (Motor Control Unit). It carries sensor signals used by the scooter’s control system to monitor motor position and temperature. This replacement cable is intended for compatible Ola S1 and S1 Pro Generation 1 models that require motor sensor wiring repair or LV cable replacement. The Ola S1 / S1 Pro Gen 1 LV cable features a white connector. It may also be searched for as an Ola low voltage cable, motor sensor cable, Hall sensor wire, motor temperature sensor cable or MCU connection cable. Before ordering, compare the connector shape, pin arrangement and cable configuration with your original part. Do not assume that LV cables are interchangeable between different Ola scooter generations. When might the LV cable need replacement? Damaged wiring, loose connections, bent connector pins or corrosion may interrupt motor sensor signals. Depending on the underlying fault, this can contribute to motor operation problems, intermittent stopping or a dashboard warning such as “Scooter Issue”. These symptoms can also be caused by faulty sensors, connectors, the controller or other electrical problems. A qualified EV technician should diagnose the issue before replacing the cable. This Ola S1 / S1 Pro Gen 1 motor sensor cable is intended for compatible Generation 1 scooter repairs. Check your scooter model, generation and original connector before placing an order. If you are unsure whether this cable matches your scooter, contact the seller with your model details and a clear photograph of the original connector to help confirm compatibility. Safety note: Installation should be performed by a qualified EV technician familiar with electric scooter wiring. Never connect or disconnect electrical components while the system is powered. If the warning or motor issue continues after replacement, arrange further diagnosis rather than assuming the LV cable was the only cause.| Also Known As |
|---|
| Ola LV Cable, LV Cable for Ola, Ola S1 Gen 1 LV Cable, Ola S1 Pro Gen 1 LV Cable, Ola S1 S1 Pro Gen 1 LV Cable, Ola Generation 1 Low Voltage Cable, Ola Electric Scooter LV Cable, Ola Motor Sensor Cable, Ola Motor Hall Sensor Cable, Ola Hall Sensor Wire, Ola Motor Temperature Sensor Cable, Ola MCU Connection Cable, Ola Motor Wiring Cable, Ola Motor Sensor Wire Harness, Ola Motor Communication Cable, Ola White Connector LV Cable, Ola Electric Scooter Sensor Cable, Electric Scooter Motor Sensor Cable, Ola S1 Pro Gen 1 Replacement Cable |
Specifications
| Parameter | Details |
|---|---|
| Product Type | LV Sensor Communication Cable |
| Vehicle Type | Electric Scooter |
| Application Area | Motor to MCU (Motor Control Unit) Connection |
| Material | Automotive-Grade Insulated Wiring |
| Connector Type | White Electrical Connector |
| Function | Transfers Hall Sensor and Temperature Sensor Signals to MCU |
| Sensor Support | Motor Hall Sensor and Motor Temperature Sensor |
| Compatibility | Ola Electric Scooter Generation 1 S1 Pro |
| Package Contents | 1 x LV Cable with White Connector |
| Common Symptoms of Failure | Scooter Issue Error, Motor Sensor Communication Fault, Sudden Vehicle Shutdown |
Compatibility
- Ola Electric Scooter Generation 1
- Ola S1 Pro Electric Scooter
- Motor Hall Sensor to MCU connection system
- Motor Temperature Sensor to MCU connection system
- Motor wiring harness and sensor communication circuit
- White connector-based LV cable assembly
- Replacement for damaged, worn, loose, or faulty LV cables
- Suitable for resolving hall sensor communication faults and “Scooter Issue” errors caused by cable failure
Installation Guide
- Switch off the scooter completely and remove the key.
- Access the motor wiring and MCU connection area according to the vehicle service procedure.
- Locate the existing LV cable connecting the motor hall sensor and temperature sensor to the MCU.
- Carefully disconnect the white connector and remove the faulty or damaged LV cable.
- Route the new LV cable along the original wiring path to prevent cable strain or interference.
- Connect the cable securely to the motor hall sensor, temperature sensor, and MCU connectors.
- Ensure all connectors are fully locked and wiring is properly secured.
- Reassemble any removed covers or panels and verify proper scooter operation.
Note: Installation should be performed carefully to avoid damage to the wiring harness, sensors, or MCU connectors. Ensure all connections are secure before operating the scooter.
Frequently Asked Questions
What is the function of the LV cable?
The LV cable connects the motor hall sensor and motor temperature sensor to the MCU (Motor Control Unit), allowing the controller to receive critical motor position and temperature data.
What are the symptoms of a faulty LV cable?
A damaged LV cable may cause the scooter to suddenly stop while riding, display a “Scooter Issue” warning, or generate motor sensor communication faults.
What is included with this product?
The package contains one LV cable assembly with a white connector for sensor-to-MCU communication.
Is this cable compatible with all Ola scooters?
This cable is specifically designed for Ola Electric Scooter Generation 1 S1 Pro models and should be matched with the correct vehicle configuration before installation.
What sensors are connected through this cable?
The cable connects both the motor hall sensor and the motor temperature sensor to the MCU.
Can replacing a faulty LV cable resolve the “Scooter Issue” error?
If the error is caused by a damaged or failed LV cable, replacing it with a new cable can restore proper sensor communication and help resolve the issue.
Why is the hall sensor connection important?
The hall sensor provides rotor position information to the MCU, which is essential for smooth motor operation and vehicle performance.
Does the cable require professional installation?
Professional installation is recommended to ensure correct routing, secure connections, and proper operation of the motor sensor system.
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