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60V 40A 2400W-A Controller for Dualtron Thunder/Ultra Minimotors

60V 40A 2400W-A Controller for Dualtron Thunder/Ultra Minimotors

Name: 60V 40A 2400W-A Controller for Dualtron Thunder/Ultra Minimotors
Brand: Doctibike
SKU: 4153EC-012
Price: 287.9 EUR
Availability: InStock

Reference 4153EC-012

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

Minimotors 60V 40A 2400W-A controller : an essential electronic part for restoring or optimizing the...
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Minimotors 60V 40A 2400W-A controller: an essential electronic part for restoring or optimizing the power management of your Dualtron electric scooter. This controller controls motor power, regulates acceleration and contributes to a smoother, more stable ride, while ensuring consistent energy distribution between the 60V battery and the traction system.

Designed for Dualtron Thunder and Dualtron Ultra (Minimotors) models, this 60V 40A controller is adapted to the demanding uses of electric mobility: acceleration, torque management and reliable operation of power electronics. It's the ideal solution in the event of a controller failure (power loss, cut-offs, irregular motor behavior), or in the event of a rebuild using Minimotors-original components.

Main function: electronic power management and motor control
Use: controller replacement/repair on compatible electric scooters
Key benefits: precise power control, controlled acceleration, more consistent motor behavior
Compatibility: Dualtron Thunder / Dualtron Ultra (Minimotors)
Categories: controller, electronics

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

€239.92

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

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60V 40A 2400W-A Controller for Dualtron Thunder/Ultra Minimotors

€239.92

Technical specifications
Description

Technical specifications

Brand

Minimotors

Warranty

2 years

Ean13

8435764413377

Description

Product overview

The Minimotors 60V 40A 2400W-A controller is an essential electronic component for Dualtron Thunder and Dualtron Ultra electric scooters. The "brain" of the propulsion system, it controls motor power from the 60V battery and manages current distribution to ensure consistent acceleration and power.

User benefits

This 60V Minimotors controller is designed to restore or maintain proper motor operation on compatible models. It can replace a faulty controller to restore stable power management, acceleration response and proper operation of a 60V system. It's the ideal solution for repairs, overhauls and electronic maintenance on Dualtron electric scooters.

Technical specifications

- Type: controller (power electronics / motor control)

- Nominal voltage: 60V

- Current: 40A

- Indicated power: 2400W-A

- Brand: Minimotors

- Category: electronics / controller

Recommended uses

This controller is recommended for replacing an original controller or repairing the motor control system on an electric scooter. It is suitable for maintenance work aimed at restoring the power supply and power management between the 60V battery and the motorization (depending on model configuration).

Known compatibilities

Compatibility explicitly indicated: Dualtron Thunder and Dualtron Ultra (Minimotors).

Information not provided

Dimensions, weight, connector type, number of controllers required depending on version, and parameterization details (acceleration curves, protocols, display/throttle compatibility) are not specified in the information supplied.

Expert advice

Before purchasing, check the battery pack voltage (60V) and the identification of the controller to be replaced on your Dualtron Thunder/Ultra to avoid any incompatibility of harnesses or connectors. During installation, completely disconnect the power supply, check the condition of the cables (overheating, oxidation, insulation) and ensure that they are positioned in such a way as to facilitate heat dissipation. After installation, carry out a progressive test (wheel up, then test at low speed) to validate acceleration behavior and the absence of electrical faults.