MADHT1505B01

Series:	MINAS A5B
Part Status:	Active
Type:	Module
Motor Type:	Servo
Control / Drive Type:	Servo AC
Number of Motors:	1
Voltage - Load:	240 V
Current - Output:	10A
Wattage - Load:	200W
Voltage - Supply:	200 ~ 240VAC
Interface:	EtherCAT, USB
Mounting Type:	Chassis Mount
Operating Temperature:	0°C ~ 55°C
Features:	--
For Use With/Related Products:	MINAS A5 Series
Weight:	1.7 lbs (771.1g)

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Motor Driver Boards, Modules: MADHT1505B01 Application Field and Working Principle

The MADHT1505B01 motor driver board is a compact and robust board designed for driving high voltage and low current DC motors. It is ideal for use in industrial automation, robotic actuators, and other applications where remote control and precision control is important. The board features two independent channels, with an adjustable voltage range of 3-30V, and drive current of up to 0.15A.

Application Fields

The MADHT1505B01 motor driver board can be used in a variety of industrial applications, including:

• Industrial automation
• Robotics
• Agriculture and forestry machine control
• Medical device control
• Automotive engine and suspension control
• Motor testing

The MADHT1505B01 board is also ideal for use in research and educational institutions where motor control and development studies are conducted.

Working Principle

The MADHT1505B01 board is powered by external power and works in two modes – PWM (Pulse Width Modulation) and direct pin logic. The two modes allow users to optimally control the speed and direction of the motor while keeping precise stability and accuracy.In PWM mode, the MADHT1505B01 can be connected to a driver controller set to generate a PWM signal. The PWM signal is converted by the motor driver board and used to control the speed and direction of the motor. The board is capable of generating two independent channels that can control the speed or direction of the motor.In direct pin logic mode, the MADHT1505B01 board is connected to a logic controller to provide precise control of the motor’s speed and direction. The board is able to accept logic signals from two independent channels and convert them into analog signals to control the motor. The board can also be set to generate a PWM signal to avoid motor noise and stabilize the speed of the motor.

Conclusion

The MADHT1505B01 motor driver board is an ideal solution for driving high voltage and low current DC motors for various industrial and research applications. The board is robust and compact, and comes with two independent channels for precise control of the motor speed and direction. It is capable of operating in both PWM and direct pin logic modes, providing users with an optimal way to control the motor.

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