MX216-38-1000-G-R18

Series:	INSTA-MOUNT™, MX21
Part Status:	Active
Encoder Type:	Optical
Output Type:	Quadrature (Incremental)
Pulses per Revolution:	1000
Voltage - Supply:	5V
Actuator Type:	Hole for Shaft
Detent:	No
Built in Switch:	No
Mounting Type:	Chassis Mount, Motors
Orientation:	User Selectable
Termination Style:	Cable with Connector
Rotational Life (Cycles Min):	--

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Encoders and MX216-38-1000-G-R18
Encoders are an essential type of technology used to convert motion into an electrical signal. By providing both entry level and high-end products such as the MX216-38-1000-G-R18, they are able to offer the required precision needed for a variety of applications.The MX216-38-1000-G-R18 is a none-optical encoder designed to provide precise measurements of angular displacement. It uses the incremental principle, meaning it can be rotated in either direction with consistent sensing of motion and position. The note code channels are 0, 90, and 180 providing the highest resolution, combined with an absolute maximum resolution of 1000 lines per revolution.Overall, the MX216-38-1000-G-R18 has a compactness design, as well as a robust housing that is designed for harsh environmental conditions and shock resistance. As such, it is an ideal choice for applications in industrial fields that require long service life and continual high-performance. This includes the control of machinery, robotics, automotive, and aerospace, to name a few.The performance and precision of the MX216-38-1000-G-R18 make it ideal for data acquisition in a range of applications. It can be used for controlling and monitoring the direction and speed of automated machinery, or for improved accuracy in medical instruments, such as surgical robots. Additionally, it can be used in agricultural equipment to accurately measure soil moisture levels or robotic spot welding systems to ensure the highest level of accuracy and repeatability. In terms of its working principle, the MX216-38-1000-G-R18 uses a magnetic scale to identify the position of the encoder. The device reads the absolute magnetic field of the scale, which is generated by four notched rings. As the encoder is rotated, the magnetic field changes, signaling the device to output a different position signal. The position signal is then processed by a signal circuitry, before it is outputted to mechanical systems. From there, the systems will use the positional data to manipulate the movement of the encoder in order to achieve the desired outcome. This can happen through the utilization of an external motor, with feedback from the encoder driving to position the desired outcome. In conclusion, the MX216-38-1000-G-R18 from encoders offers precise measurements of angular displacement for a number of applications. Its compact size, robust housing, combined with a maximum resolution of 1000 lines per revolution, allow it to be used in industrial settings and other harsh environments. Additionally, its working principle uses a magnetic scale to identify the position of the encoder, allowing the device to output a different positional signal as the encoder is rotated.

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