DSU9H30//5G59//02048//G6R//**DW**

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:	Chassis Mount
Orientation:	User Selectable
Termination Style:	Connector
Rotational Life (Cycles Min):	29.7B

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Encoders: DSU 9H30/5G59/02048/G6R/DW

Encoders are essential components in a wide variety of control systems, automation systems, robotics, and other industrial applications. As their name suggests, encoders convert information in one form into a different form, typically digital information. The encoder’s model number is DSU 9H30/5G59/02048/G6R/DW, and this article explores its application field and working principle.

Applications

Encoders are used in a wide variety of industrial and commercial settings, such as in robotics, automation, transportation, medical equipment, home appliances, and other machines. They can be used in both linear and rotary applications from simple to complex, and support a range of feedback control systems such as pulse width modulation, pulse density modulation, and twin-target sensing. The DSU 9H30/5G59/02048/G6R/DW encoder is suitable for any surface speed measurement in slip free condition. It is a rotary encoder that’s cost-effective and highly reliable due to its ability to withstand high vibration, shock, and high temperatures. It’s also capable of measuring reliably even when dust, water and other contaminants are present.

Working Principle

The DSU 9H30/5G59/02048/G6R/DW encoder works based on the optical principle. It uses a code disc, an LED, and a code reader to sense and control the position and speed of a motor. The code disc consists of small transparent and opaque segments arranged around the disc circumference in a specific pattern. The LED is positioned in a way that it points directly at the code reader. The code reader is mounted on an access the code disc, and its job is to detect the changes in reflection on the code disc as it rotates. When the code disc rotates, the LED light is reflected off the transparent segments onto the code reader. The code reader senses the change in the light intensity and generates a signal in the form of digital pulses. This signal can then be processed by the system’s electronics to measure the rotational speed and/or position of the motor.

Conclusion

The DSU 9H30/5G59/02048/G6R/DW optical encoder is an essential part of any industrial automation system. It is cost-effective and highly reliable, and capable of accurately measuring rotation speed and/or position in high temperature, vibration, and shock environments. All these features make this encoder the perfect choice for a wide variety of industrial applications.

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