DSM5H06//5WTN//02048//GPR020/1J/**03**

Series:	--
Part Status:	Active
Encoder Type:	Incremental
Output Type:	Voltage
Pulses per Revolution:	2048
Voltage - Supply:	11 V ~ 30 V
Actuator Type:	Shaft
Detent:	No
Built in Switch:	No
Mounting Type:	Servo Mount
Orientation:	User Selectable
Termination Style:	Connector
Rotational Life (Cycles Min):	29.7B

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Encoders: DSM5H06 / 5WTN / 02048 / GPR020 / 1J / * 03 *

Encoders are frequently used in industrial automation and robotics. They are designed to provide accurate position feedback signals to ensure that the robot is in the correct position and that the control system is properly executing its tasks. The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is a type of incremental rotary encoder. It is an electronic component that converts motion into useful feedback signals. The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder uses a combination of mechanical and electrical engineering principles to detect and count the movement of the encoder’s rotation shaft.

Application Field and Working Principle

The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is an absolute encoder used in applications such as mobile equipment, robotics, automotive applications, aerospace applications, lift systems, automated machinery, and automated process control. The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is an incremental encoder and uses the quadrature encoding principle. It generates four type signals that indicate the direction of rotation and is defined by two series signals, A and B. The encoder contains two pairs of magnetic poles, which are located on either side of the encoder’s plastic disc. One of the poles on one side of the disc causes a signal to be generated that is in line with the rotation direction. The other pair of poles on the opposite side will generate an opposite signal. The encoder will generate two types of signals, A and B, and based on the sequence of the two signals, the direction of rotation can be determined. The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is a rotary optical encoder and uses optical sensing elements design. This allows for high resolution feedback signals that are accurate and reliable. The encoder output signals are typically connected to a counter or a processor which counts or processes the pulses with good accuracy. The output of the encoder can be used to determine the position, speed, or direction of the motor. The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder has several advantages including improved accuracy and reliability, easy installation and maintenance, and low-energy consumption. The encoder does not require any lubrication and is resistant to dust and dirt. The main disadvantage of the DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is that it is sensitive to environment vibration and shock.

Conclusion

The DSM5H06/5WTN/02048/GPR020/1J/*03* encoder is a reliable and accurate incremental rotary encoder ideal for applications such as mobile equipment, robotics, lift systems, and automated process control. It provides high-resolution feedback signals that can be used to determine the position, speed, or direction of the motor. The encoder has several advantages such as easy installation and maintenance, low-energy consumption and resistance to dust and dirt. The main disadvantage is its sensitivity to vibration and shock.

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