SPIDER Automation | 48V 1000W BLDC Motor Controller for Electric Bikes & Scooters
The 48V 1000W Brushless DC Motor Controller is an electronic control unit designed for compatible BLDC motor systems used in electric bicycles, scooters and other electric mobility applications. It acts as the central interface between the battery, brushless motor and vehicle control inputs, processing signals from connected components to manage motor operation.
The controller provides connection provisions for essential vehicle components, including the motor, accelerator, brake, battery, battery charging, brake light and power lock. These interfaces support integration into an appropriately matched 48V electric vehicle electrical system. The housing is designed to assist heat dissipation during operation.
Technical Features & Functional Characteristics
- Brushless DC Motor Control: Designed to operate with compatible BLDC motors in electric mobility systems.
- 48V Electrical System: Intended for integration into a compatible 48V battery and motor configuration.
- 1000W Rated Power: Specified for a 1000W BLDC motor system.
- Accelerator Input: Accepts accelerator control signals for user-operated motor speed control.
- Brake Input: Includes a connection provision for integration with compatible brake controls.
- Motor Connection: Provides a connection interface for a compatible brushless DC motor.
- Battery and Charging Connections: Includes connection provisions for the battery supply and battery-charging circuit.
- Brake-Light Connection: Provides a connection provision for integration with a compatible brake-light circuit.
- Power-Lock Connection: Includes a power-lock interface for the vehicle’s controller activation arrangement.
- Thermal Management: The controller housing is designed to dissipate heat generated during operation.
Electrical Configuration & Connection Details
The controller is intended to connect the BLDC motor and associated electrical and user-control components of an electric vehicle. The available connection provisions cover the following system elements:
| Connection | Function |
|---|---|
| Motor | Connection for a compatible brushless DC motor. |
| Accelerator | Input interface for accelerator-based motor control. |
| Brake | Input provision for compatible brake controls. |
| Battery | Connection for the compatible 48V battery system. |
| Battery Charging | Connection provision associated with the battery-charging circuit. |
| Brake Light | Connection for a compatible brake-light circuit. |
| Power Lock | Connection for the vehicle power-lock arrangement. |
Wiring note: Individual wire colours, connector pin assignments, polarity and detailed wiring sequence are not included in the available connection information. Use the correct controller wiring documentation before connecting the battery, motor or control inputs.
Operating Temperature & Thermal Management
The controller is specified for an ambient temperature range of -20°C to +45°C. Its housing is designed to dissipate heat generated during operation. Adequate ventilation and suitable mounting help maintain the intended operating environment, particularly when the motor is subjected to sustained loads.
Applications
This controller is intended for compatible 48V BLDC motor systems where the motor, battery and control interfaces match the controller’s electrical requirements.
- Electric Bicycles: BLDC motor control in compatible 48V electric bicycle conversion and assembly projects.
- Electric Scooters: Control-unit integration for scooters equipped with compatible 48V brushless motors.
- Electric Vehicle Conversion Projects: Controller replacement or integration in suitable 48V BLDC-powered vehicle builds.
- DIY Electric Mobility Projects: Motor-control integration in custom electric mobility systems designed around compatible electrical specifications.
- BLDC Motor Test Setups: Use in suitable motor evaluation and development arrangements with matching voltage and control interfaces.
- Electric Vehicle Workshops: Replacement and service applications for compatible controller-equipped vehicles.
Package Contents
- 1 × 48V 1000W BLDC Motor Controller
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Brushless DC (BLDC) Motor Controller |
| Motor Compatibility | Compatible 48V BLDC motor systems |
| Rated Voltage | 48V |
| Rated Power | 1000W |
| Ambient Operating Temperature | -20°C to +45°C |
| Length | 210mm |
| Width | 80mm |
| Height | 40mm |
| Product Dimensions | 210 × 80 × 40mm |
| Product Weight | 640g |
| Motor Connection | Provided |
| Accelerator Connection | Provided |
| Brake Connection | Provided |
| Battery Connection | Provided |
| Battery Charging Connection | Provided |
| Brake-Light Connection | Provided |
| Power-Lock Connection | Provided |
| Housing Feature | Heat-dissipating design |
| Package Quantity | 1 controller |
Connection & Operating Recommendations
For correct integration, match the controller with the BLDC motor, battery and vehicle control components as a complete electrical system. Correct wiring, suitable current handling and adequate thermal installation are important for dependable operation.
- Match the Battery Voltage: Use a battery system compatible with the controller’s 48V rating. Confirm that the battery’s fully charged voltage is within the controller’s permitted input range.
- Confirm Motor Compatibility: Match the controller with a suitable 48V BLDC motor and verify the motor’s rated power and current requirements before installation.
- Account for Current Requirements: Select battery wiring, connectors, fuse protection and switching components appropriate for the system’s actual operating and peak-current demands.
- Follow the Correct Wiring Assignment: Identify motor, battery, accelerator, brake, brake-light and power-lock connections using the correct controller wiring documentation. Do not rely on wire colour alone.
- Provide Adequate Heat Dissipation: Install the controller in a position that allows heat to dissipate. Avoid enclosing it in a space that traps operating heat.
- Respect the Temperature Range: Plan the installation so that the controller operates within its stated ambient temperature range of -20°C to +45°C.
- Secure the Controller: Mount the unit firmly in a location protected from excessive vibration, mechanical impact and direct exposure to water.
- Disconnect Power Before Wiring: Switch off and isolate the battery before connecting, disconnecting or modifying controller wiring to reduce the risk of short circuits and component damage.
