LRLI-27-300-R-00-20-A

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LRI-27-300-R-00-20-A is a type of position sensor typically used in industrial automation applications. The main purpose of the sensor is to measure the angle of rotation or linear displacement of a motion component. This specific type of position sensor is linear and can measure up to 300mm in length. It is powered by 12 or 24 volts and has an accuracy rating of ±0.1%.

The LRI-27-300-R-00-20-A position sensor can typically be used to measure both rotary and linear motion. An angular measurement is made by the actual rotary action of a part or machine, while a linear measurement is made by the linear displacement of a machine element. This type of position sensor can measure either type of motion with an accuracy of 0.1%.

The working principle behind the LRI-27-300-R-00-20-A is based on the use of a potentiometer. A potentiometer is a variable resistor which changes value based on the position of the device. When the device moves, the resistance value changes and is used to generate a position signal. This signal is then sent to the controller and can be used to control the motion of the machine element. The potentiometer used in the LRI-27-300-R-00-20-A is capable of a linear range of 300mm, making it suitable for use in machines with long linear motions.

The main application for the LRI-27-300-R-00-20-A is in industrial automation. It is typically used in robotics and automated systems, where precise and accurate position feedback is needed. It can be used to control the position of a motion component such as an actuator or robot arm. It can also be used to measure the linear displacement of a machine element such as a conveyor belt. The LRI-27-300-R-00-20-A is also suitable for use in medical equipment, as it is capable of providing precise and accurate measurements without a large amount of power consumption.

LRI-27-300-R-00-20-A position sensors are easy to install and require minimal maintenance. They offer reliable and accurate feedback and are suitable for use in both mobile and stationary applications. They are typically installed on the back of a machine where they can be integrated with the electronic control system. This makes them ideal for a wide range of industrial applications.

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