DBS50E-S5EJ00500

Series:	--
Part Status:	Active
Encoder Type:	Incremental
Output Type:	--
Pulses per Revolution:	500
Voltage - Supply:	7 V ~ 30 V
Actuator Type:	Shaft
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount
Orientation:	User Selectable
Termination Style:	Cable
Rotational Life (Cycles Min):	2B

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Encoders: DBS50E-S5EJ00500

Encoders are commonly used in industrial settings for measuring shaft speed and direction, as well as linear distance. The DBS50E-S5EJ00500 is special type of encoder that is widely used in various applications, including automated machinery and robotics. In this article, we will discuss the application fields and working principle of the DBS50E-S5EJ00500 encoder.

Application Field

The DBS50E-S5EJ00500 encoder is a highly precise, absolute rotary encoder that is suitable for applications requiring extremely accurate positioning. It has integrated Hall-effect sensors to detect the change of polar angles and provide absolute, non-volatile outputs. As such, it is commonly used in robotics, automation systems, and semiconductor manufacturing. The encoder is specifically designed to be highly reliable in harsh industrial environments, and is capable of operating in temperatures up to 85℃ as well as covered with oil or dust. It also features IP67 protection, allowing it to function in wet and dusty conditions.

Working Principle

The DBS50E-S5EJ00500 encoder works by using the Hall-effect to measure the changing pole angles. The encoder contains a rotor, which contains four magnetic alignment markers, as well as four miniature Hall-effect sensors. The magnetic markers on the rotor generate magnetic fields that cause a varying signal voltage in the Hall-effect sensors. Each Hall-effect sensor output is detected by the encoder’s analog-to-digital converter, which in turn produces two outputs: A and B. The A output generates a quadrature (CW/CCW) signal, while the B output generates a push-pull (up/down) signal.This quadrature signal is further processed by a signal processing circuit in the encoder. This circuit output two pulse signals, A and B, which are used to accurately measure the direction and speed of the rotating shaft. The push-pull signal is used to detect the position of the shaft, providing non-volatile, absolute output.

Conclusion

The DBS50E-S5EJ00500 encoder is a highly accurate, reliable, and weatherproof encoder suitable for applications requiring precise positioning and rotation speed measurements. It works by utilizing Hall-effect sensors to detect the changing magnetic fields generated by magnetic markers on the rotor. The encoder then produces two output signals, A and B, which can be used to accurately measure the direction and speed of the rotating shaft, as well as its non-volatile position.

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