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Controller 60V 22A Dualtron Raptor [Minimotors]

Controller 60V 22A Dualtron Raptor [Minimotors]

Name: Controller 60V 22A Dualtron Raptor [Minimotors]
Brand: Doctibike
SKU: 4153EWM405
Price: 310.94 EUR
Availability: InStock

Reference 4153EWM405

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

Minimotors Dualtron Raptor 60V 22A controller : an essential electronic component for managing the...
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Minimotors Dualtron Raptor 60V 22A controller: an essential electronic component for managing the power and driving the propulsion system of your electric scooter. Designed by Minimotors, this controller is aimed at users looking for a reliable replacement part to restore stable operation, consistent acceleration response and controlled driving on a daily basis.

With its 60V and 22A configuration, this controller is at the heart of the power electronics: it regulates the energy coming from the battery and distributes it to the motor according to the command, in order to obtain smooth, safe propulsion. It is an integral part of the maintenance and repair process for electric mobility, particularly in the event of power cuts, loss of power or irregular behavior linked to the electronics.

Main function: management and regulation of propulsion system power supply (motor control).
Voltage / current: 60V - 22A (depending on product designation).
Use: replacement of a faulty controller or electronics overhaul.
Brand: Minimotors.
Compatibility: Dualtron Raptor

To ensure correct installation, we recommend that you check your version and harness before fitting, as variations may exist between series and configurations.

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

€259.12

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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Controller 60V 22A Dualtron Raptor [Minimotors]

€259.12

Technical specifications
Description

Technical specifications

Brand

Minimotors

Warranty

2 years

Ean13

8435764431876

Description

Product overview

The Dualtron Raptor Minimotors 60V 22A controller is a central piece of electronics dedicated to power management and electrical system control. It plays a key role in regulating energy between the 60V battery and the motor, to ensure consistent operation of the electric scooter. This controller is intended as a replacement for an original module, or as a reliable electronics upgrade for the Dualtron Raptor.

Benefits for the user

By replacing a faulty controller with a Minimotors 60V 22A controller, you restore the smooth operation of the electric drive train: better power management, more stable motor commands and reduced risk of power cuts due to a tired controller. It's the ideal solution for restoring a responsive electric scooter that can be used on a daily basis, especially when symptoms of failure appear (loss of power, jerking, starting faults or irregular operation).

Technical specifications

This controller is designed for a 60V electrical architecture with a nominal current of 22A. It is a Minimotors electric scooter controller, designed for the Dualtron Raptor model.

Recommended uses

This 60V controller is recommended for the repair and maintenance of a Dualtron Raptor electric scooter when the original module is showing signs of failure. It can also be used to bring the motor control system back into line with electronic maintenance (replacement following overvoltage, overheating, oxidation, damaged connectors or internal failure).

Known compatibilities

Compatibility explicitly stated: Dualtron Raptor (Minimotors).

Expert advice

Before purchasing, check the battery pack's voltage (60V) and expected amperage (22A) to avoid any electrical incompatibility. When replacing a battery pack, check the condition of the connections (cables, plugs, insulation) and make sure that the installation is carried out with the power off. After installation, carry out a progressive test (lifting the wheel, then testing at low load) to validate the motor's behavior and limit any risk in the event of a connection error.