600W PWM Controller DC 4V ~ 60V electronically controlled switch High-power MOS tube trigger switch DC Motor Speed Regulator

It is a PWM Controller/DC Motor Speed Regulator, Working voltage: DC 4V ~ 60V, Max Output current: 10A, It has small size, high efficiency, long term stable and reliable quality,easy installation and use. Application: High Power equipment, motors, light bulbs, LED lights, DC motors, micro-pumps, solenoid valve; can input PWM to control motor speed or lamp brightness.

• Working voltage: DC 4V ~ 60V
• Trigger source: (1) high level trigger (DC3.0V ~ 24V); (2)low level trigger (DC 0.0V ~ 0.6V); (3)switch control, supports the connection with MCU IO port, PLC interface, DC power supply, etc; (4)PWM signal, supports signal frequency range of 0 ~ 2.5kHz.
• Output voltage: DC 4V ~ 60V
• Max Output current: 10A at room temperature (when enhance heat dissipation, the max current can reach 15A)
• Working temperature: -40°c  ~ 85°c
• Dimension: 4.6 x 2.9 x 1.5cm

• The driver module can control high-power equipment, such as motors, bulbs, LED lights, DC motors, micro-pumps, solenoid valves and so on.
• When input PWM signal, the product can control motor speed, lamp brightness and so on.

• Supports high-level trigger, low-level trigger, switch control, PWM control.
• Adopts imported dual-MOS parallel active output, with lower internal resistance, stronger current and power (10A 600W at room temperature), meeting the need of most equipment.
• Supports wide voltage range of DC 4 ~ 60V
• Controls the high-power devices with ease.

• Never use two or more signals to control the module at the same time, only one signal every time.
• High level trigger voltage range: DC3.0V ~ 24V. When trigger signal between 3.0V ~ 24V, the MOS breakover; when between 0V ~ 0.6V, the MOS close. Never use 0.6V ~ 3.0V trigger signal, since the MOS tube is not fully open at 0.6V ~ 3.0V, and the MOS will burn due to high-power output.
• Low level trigger voltage range: DC 0V ~ 0.6V. When trigger signal between 0V ~ 0.6V, the MOS breakover; when over 3V, the MOS close. Never use 0.6V ~ 3.0V trigger signal, since the MOS tube is not fully open at 0.6V ~ 3.0V, and the MOS will burn due to high-power output.

• 1 x PWM Speed Controller ( electronically controlled switch )