Feature

●Voltage range from 20V DC to 50V DC.
●The controller can drive the DLDC motor with HALL or without HALL
●With overvoltage protection, over-current protection, locked rotor protection.
●The driver is based on advanced technology and with high speed, high torque, low noise, low vibration.
●This controller can be used in small appliances, power tools, exhaust fan, jade grinder, vibration motor, etc.


Description

Specifications:
Rated voltage: 20 to 50 VDC.
Rated Current: 12A
Current limit: 15A
Maximum speed: 20000 rpm (the specific speed depends on the motor itself and the load)
Storage Temperature: -20℃~+65℃
Use environment: avoid direct contact with dust, fumes and corrosive gases.
Temperature: 0-45℃
Humidity: <80%, no frost, frost-free.
Shock resistance: 5.9m/S2 max.
Storage humidity: 0-95%RH
Size: 9.5 x 6 x 3.5 cm.
Weight: 258g

1. Two speed controls:
External potentiometer: through this potentiometer speed regulation;
External voltage: external 10VDC voltage speed control;
Note: The two speed controls cannot be used at the same time.
2. Speed output PG signal:
Between the connection and the floor there is a pulse output with 5 V rotation.
The output frequency is on P (Hz), the engine class logarithm is N and the speed F (RPM), then the output speed frequency is P=F*N/60.
3. Alarm Output ALM Signal There is a 5V alarm pulse output between the port and the ground.
4. Positive inversion function:
F/R: Move toggle switch on the corresponding side, the motor steering direction can be changed. For the toggle switch, the white part is up and down and then up and down. For the toggle switch, the white part is horizontal and the twang horizontal.
5. Start-Stop
1. External switch DE: transition through switch.
2. Side toggle switch DE: for the toggle switch, the white part is up and down, then down for start; for the toggle switch, the white part is horizontal, then select to start (note: you can only rotate one control at the same time, one of the switches is closed and the other is valid).
6. Locked rotor protection: when the motor stops functioning