416F27135IST

416F27135IST Application Field and Working Principle

The 416F27135IST, or intermediate speed transducer, is a type of frequency transducer developed for the continuous monitoring of rotational and linear motions. It measures rotary speed, angular position and acceleration, and linear speed and displacement. It is specifically designed to operate in extreme environments and provide superior performance in applications such as power plants, pumps and fans, and industrial processes.

The 416F27135IST is an all digital transducer with a fast processing time and a high degree of accuracy. It is made of a single, integrated piezo-electric crystal which is then connected to a housing. The functioning of the crystal is based on the inverse piezo-electric effect, in which a voltage applied to the crystal generates a fixed amount of displacement of the crystal. The 416F27135IST uses this property to measure motion and velocity accurately.

The 416F27135IST can be used in a wide range of industries, including process control, automotive, oil & gas, and aerospace. It offers superior performance in extreme conditions, with a wide range of measuring parameters including speed, direction, velocity, and force. It is designed to be used in a variety of applications, including monitoring rotating machinery, pumps and fans, linear position and speed, and motor control.

The 416F27135IST is a precision instrument that is ideal for performing measurements in dynamic conditions. It has a wide temperature range, withstands shock, and is highly reliable and accurate. It is also easy to install, has a low-profile design, and is made of robust materials for superior durability.

Overall, the 416F27135IST is an excellent frequency transducer that is well-suited for a variety of applications. It is reliable and accurate, offers superior performance in extreme conditions, and has a wide temperature range and a low-profile design. It is an ideal choice for process control, automotive, oil & gas, and aerospace applications.