Rod - type Magnetostrictive Level Meter for Liquid and Interface Measurement at Normal Temperature and Pressure Magnetostrictive Level Gauge and maintenance

and maintenance

This pulse creates a rotating magnetic field in the waveguide wire

By calculating the time difference between pulses

light weight

uses microelectronics technology and a servo motor to drive the measurement of liquid level

Rod - type Magnetostrictive Level Meter for Liquid and Interface Measurement at Normal Temperature and Pressure Magnetostrictive Level Gauge and maintenanceThe magnetostrictive liquid level meter, mainly consisting of a measuring rod (with a magnetostrictive waveguide wire inside, made of non magnetic stainless steel for good protection), an electronic warehouse, and a non contact floating ball on the rod, works via the waveguide principle. When in operation, the pulse generator in the electronic warehouse sends an initial pulse. This pulse creates a rotating magnetic field in the waveguide wire. When