9863R5KL2.0

Series:	9850 Gen II
Part Status:	Active
For Measuring:	Rotary Position
Technology:	Resistive
Rotation Angle - Electrical, Mechanical:	0° ~ 85°, 0° ~ 120°
Linear Range:	--
Output:	Resistive
Output Signal:	--
Actuator Type:	Hole for Shaft
Linearity:	±2%
Resistance:	5 kOhms
Resistance Tolerance:	±20%
Voltage - Supply:	--
Mounting Type:	Chassis Mount
Termination Style:	Connector
Operating Temperature:	-40°C ~ 125°C

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Position Sensors - Angle, Linear Position Measuring

The 9863R5KL2.0 is a robust and precise electromechanical angle measurement system, designed for applications where high accuracy, repeatability and low latency are critical. The 9863R5KL2.0 is designed to measure linear or angular position with excellent resolution and accuracy.

Application Fields

The 9863R5KL2.0 is particularly well suited for industrial and commercial applications such as precision control of machines such as presses, robots, manipulators, and other automated systems. It is also used in laboratory and test environment applications, such as in electronic engineering, where the highest degrees of accuracy are needed. It can be used for measurement of distance, direction, and angular position. The 9863R5KL2.0 is also used in medical and scientific fields, where extremely accurate measurements are needed, such as for experiments in medical research or for the control of manufacturing processes. On the other hand, it can be used in sports and fitness industries as a tool for training, as it is able to measure the range of motion of athletes or other physical activity with great precision and accuracy.

Working Principle

The 9863R5KL2.0 utilises a combination of electro-magnetic and optical sensors to measure linear and angular positions. At its core is a multi-turn angle encoder, with an integral gearbox, electromechanical device, and optical sensing components.The encoder works by using a combination of magnets and rotational sensors to detect position changes. The magnets are mounted onto a rotatable object, such as a shaft, and are detected by the magnetic sensor. As the object moves, the magnets induce a variation in the magnetic field which is detected by the magnetic sensor. The output of the magnetic sensor is combined with an onboard rotational angle sensor, which ensures high accuracy over many rotations. This combined signal drives the optical components, which convert the rotational angle into a linear position measurement. In order to ensure stability over varying environmental conditions, 9863R5KL2.0 is designed with a redundant temperature feedback control loop. This provides precise motion control without the need for external temperature compensation.

Conclusion

The 9863R5KL2.0 is a versatile and powerful linear and angular position measurement system that is suitable for a wide range of applications. Its combination ofoptical and electro-magnetic sensors, as well as its integrated temperature control system, make the 9863R5KL2.0 an ideal choice for applications where accuracy and repeatability are critical.

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