60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES

60cm 800 W engine cable for NINEBOT ES

Reference 415348566
Available under 4 weeks
*according to supplier's lead time
60 cm 800W motor cable for Ninebot ES : the reliable solution for re-establishing a healthy and safe...
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60 cm 800W motor cable for Ninebot ES: the reliable solution for re-establishing a healthy and safe motor connection on your electric scooter. Designed to transmit signal and power between motor and controller, this Ewheel motor cable helps restore stable operation, essential for smooth electric mobility on a daily basis.

With its 60 cm length and rated capacity for configurations up to 800W, this motor cable is ideal for repair or replacement when the original harness is damaged, worn or cut. It's a key component for ensuring the reliability of the motor and its components, reducing the risk of false contacts and securing the electrical circuit during travel.

  • Main function: motor cable to link motor to control elements (controller) and ensure reliable electrical continuity.
  • Application: replacement of a faulty motor cable on an electric scooter.
  • Key benefits: more stable connection, reduced intermittent interruptions, restoration of correct motor operation.
  • Compatibility: suitable for Ninebot ES.

This motor cable is designed for users looking for a replacement part in line with the requirements of electric mobility, whether for preventive maintenance or reconditioning. For proper installation, we recommend checking the condition of connectors and harness routing to avoid stresses, pinches or chafing that could affect durability.

Scroll down the page to see detailed technical specifications at the bottom ↓

Warranty : 2 years

Available under 4 weeks
*according to supplier's lead time
€6.32

The displayed price including VAT is indicative.
The final amount will be calculated based on the delivery address provided when placing the order.

Free delivery from €299

Delivery in 3 to 5 business days
Free for orders over €299

Returns within 14 days

60cm 800 W engine cable for NINEBOT ES
60cm 800 W engine cable for NINEBOT ES
€6.32
Reference 415348566
Available under 4 weeks
*according to supplier's lead time

Technical specifications

Brand
Ninebot
Warranty
2 years
Ean13
8435764403811

Description

Description

The 60 cm 800W motor cable for Ninebot ES is a spare part designed to ensure the electrical link between the motor and the controller of an electric scooter from the Ninebot ES range. It enables you to restore a damaged motor harness (cut, false contact, pinched cable) and restore correct transmission of the power and signals required for motor operation.

Benefits for the user

By replacing a worn or defective motor cable, you reduce the risk of power loss, cut-offs during acceleration and motor-related errors. This 60 cm motor cable is long enough to pass cleanly through the chassis, making it easier to reassemble the harness and getting your electric scooter back into service reliably.

Technical specifications

Product type: motor cable (motor harness). Length: 60 cm. Indicated power: 800W.

Recommended uses

This cable is recommended for maintenance or repair operations when the motor connection shows signs of deterioration (severed cable, damaged sheath, unstable connection) or when replacing propulsion system components requiring a harness in good condition. It is also suitable for work to re-establish a proper motor/controller electrical connection.

Compatibility

Compatibility indicated: Ninebot ES.

Expert advice

Before replacement, identify the exact cause of the fault (cable pinched by bending, oxidation, internal cut) and check the condition of the connectors on the motor and controller sides. During installation, avoid excessively tight bends, secure the harness path to limit friction, and ensure that connections are perfectly engaged. After installation, carry out a no-load test, followed by a low-speed test to check that the motor has not cut out and is behaving correctly.

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