Information provided by the client; listed in no particular order.
Product Introduction
High-Speed Motor Control Architecture
The controller adopts an in-house developed brushless motor control architecture combining a high-performance MCU (high-speed motor control chip processor, power management circuit and pre-driver circuit in one) with MOS.
Electronic Switch Control
For 18V platform lithium tools, with electronic switch, electronic brake, detection switch and stroke signal control of start/stop and speed.
Square-Wave Control
Square-wave control is used.
Environmental Compliance
RoHS environmental documentation is available.
Key Advantages
Specifications
| Max. Power | 500W |
|---|---|
| Applicable Voltage | 12–24V |
| Rated Current | 30A |
| Standby Power | <10uA |
| Operating Temperature | -10~55℃ |
Product Functions
Main Functions
Protection Functions
Product Introduction
High-Speed Motor Control Architecture
The controller adopts an in-house developed brushless motor control architecture combining a high-performance MCU (high-speed motor control chip processor, power management circuit and pre-driver circuit in one) with MOS.
Mechanical Switch + Electronic Switch
For 18V platform lithium tools, the controller has a mechanical switch, an electronic switch and an electronic brake; the mechanical switch connects/disconnects the main battery circuit, while the electronic switch detects stroke signals to control start/stop and speed.
Universal Sensorless Solution
A universal sensorless solution is used.
Key Advantages
Specifications
| Max. Power | 500W |
|---|---|
| Applicable Voltage | 12–24V |
| Rated Current | 45A |
| Standby Power | <10uA |
| Operating Temperature | -10~55℃ |
Product Functions
Main Functions
Protection Functions
Product Introduction
High-Speed Motor Control Architecture
The controller adopts an in-house developed brushless motor control architecture combining a high-performance MCU (high-speed motor control chip processor, power management circuit and pre-driver circuit in one) with MOS.
Mechanical Switch + Electronic Switch
For 18V platform lithium tools, the controller has a mechanical switch, an electronic switch and an electronic brake; the mechanical switch connects/disconnects the main battery circuit, while the electronic switch detects stroke signals to control start/stop and speed.
Universal Sensorless Solution
A universal sensorless solution is used.
Key Advantages
Specifications
| Max. Power | 800W |
|---|---|
| Applicable Voltage | 12–24V |
| Rated Current | 20–45A |
| Standby Power | <10uA |
| Operating Temperature | -10~55℃ |
| Max. Torque | 50–120Nm |
Product Functions
Main Functions
Protection Functions
Product Introduction
High-Speed Motor Control Architecture
The controller adopts an in-house developed brushless motor control architecture combining a high-performance MCU (high-speed motor control chip processor, power management circuit and pre-driver circuit in one) with MOS.
Mechanical Switch + Electronic Switch
For 18V platform lithium tools, the controller has a mechanical switch, an electronic switch and an electronic brake; the mechanical switch connects/disconnects the main battery circuit, the electronic switch detects switch-closure signals to control start/stop, and the function board adjusts gear positions to vary speed.
Universal Sensorless Solution
A universal sensorless solution is used.
Key Advantages
Specifications
| Max. Power | 1000W |
|---|---|
| Applicable Voltage | 12–24V |
| Rated Current | 50A |
| Standby Power | <10uA |
| Operating Temperature | -10~55℃ |
| Special Function | Power-off protection |
