SP1-12

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Position sensors are an important class of measurement device used in many applications. They can measure the position of an object in one or two axes. These sensors measure the position of an object using a variety of methods such as optical, capacitive, and inductive signals. The SP1-12 is a type of position sensor specifically designed to measure the angle of an object. It also measures linear position. This article will discuss the SP1-12 application field and working principle.

The Application Field of SP1-12

The SP1-12 is a multipurpose sensor that can measure the angle, displacement and velocity of an object. It is mainly used in robotic control, servo control, and motion control. The SP1-12 is also suitable for applications requiring high precision measurement, such as measuring the angle of a swing or detecting movement in a transmission. The SP1-12 has excellent performance characteristics, including a long service life, high accuracy and repeatability, and reliable operation even in extreme conditions.

The SP1-12 is a sturdy and reliable sensor with various operating modes, such as analog, digital, and serial pulse. It can also be used in conjunction with various measuring instruments, such as a tachometer or encoder. The SP1-12 can measure angles from -180 to +180 degrees and distances from 0 to 1 meter. It is also water resistant and can withstand pressure up to 1 bar. TheSP1-12 is easy to install and has an operating temperature range of -25 to +85 degrees Celsius.

SP1-12 Working Principle

The SP1-12 uses a combination of optical and capacitive technologies to measure the angle and linear position of an object. It uses two optical sensors to measure the angle of an object and a capacitive sensor to measure the linear position. The two optical sensors are mounted on the entrance side of the SP1-12. The first optical sensor is used to detect an object moving along a predetermined path, and the second sensor is used to detect the deviation of the object from that path. The capacitive sensor is positioned behind the optical sensors and measures the linear position of the object.

The optical and capacitive signals from the sensors are then combined to determine the angle and linear position of the object. The SP1-12 has a high accuracy of 0.2 milliradian and is capable of measuring up to 60000 revolutions. Its operating frequency ranges from 20 Hz to 1.2 KHz and its response time is less than 1 second. The SP1-12 also has an overload protection feature which protects the sensor from damage due to extreme pressure or vibration.

Conclusion

The SP1-12 is a versatile position sensor with excellent performance characteristics. It can measure the angle and linear position of an object with great accuracy and reliability. The SP1-12 also has a range of operating modes and is suitable for a variety of applications. Its ability to measure up to 60000 revolutions makes it ideal for use in robotic control, servo control, and motion control applications.

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