62M15-M0-040CH

Series:	62M
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature (Incremental)
Pulses per Revolution:	24
Voltage - Supply:	5V
Actuator Type:	1/4" Dia Flatted End
Detent:	Yes
Built in Switch:	No
Mounting Type:	Surface Mount
Orientation:	Vertical
Termination Style:	Cable with Connector
Rotational Life (Cycles Min):	1M

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Encoders – 62M15-M0-040CH Application Field and Working Principle

Encoders are important components in any machinery system. They are capable of detecting angular or linear position changes, speed, and direction of motion, and providing digital and analog input signals. The 62M15-M0-040CH encoder is a multifunctional, inexpensive coder that provides precise, repeatable readings for determination of relative motion.

Application Field

The 62M15-M0-040CH encoders are commonly used in the industries of motor speed control and acceleration; process control; and automation systems. As an important element of these systems, the encoder can offers accurate position monitoring, speed monitoring, and direction detection.The encoders can be used for motor control and speed detection in automated machinery systems; position control in industry automation processes, such as robotic arms; and linear and angular rate detection for machine-aided inspection technology. The 62M15-M0-040CH encoder are also suitable for medical, consumer, military, and aerospace applications.

Specifications

The 62M15-M0-040CH encoders have a few key features. they measure only 15mm in diameter, with a shaft diameter of only 6.5mm, which makes the encoders incredibly compact compared to traditional encoders. The outer housing is made of a rugged metal alloy that offers superior physical protection.The encoders offer up to twelve-bit resolution, ensuring precision and accuracy in measurements. Their data transmission rate is high, up to 19.2kHz, and they operate with a supply voltage of 5V.

Design and Working Principle

The 62M15-M0-040CH encoders feature an advanced optical design, which involves the use of multiple dual-color photo-transistors. When the encoder’s shaft rotates, the output of the transistors alternates between zero and one, thus providing accurate position information at each rotation step.Meanwhile, two bistable Hall sensors detect the position of the rotating shaft with a potentiometer for position validation. The encoders are designed to use a specific combination of magnets to provide accurate readings of the static shaft position and angular velocity.Furthermore, the encoders are built with a self-diagnostic feature for current overload and short-circuit protection. A digital output stage is integrated into the encoders to reduce interference due to the effect of magnetic fields.

Conclusion

The 62M15-M0-040CH encoders offer superior performance and reliability for software and hardware applications in a variety of industries. Compact and lightweight, the encoders are engineered to deliver precise, repeatable results, with a maximum data transmission rate of up to 19.2kHz, and have an integrated self-diagnostic feature for current overload and short-circuit protection. Their advanced optical design uses multiple dual-color photo-transistors for position encoding, and two bistable Hall sensors and the potentiometer for position validation.

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