Welcome to B2BAGE
Diffusive Silicon Level Transmitter
Diffusive Silicon Level Transmitter

Minimum Order: 0
Quality/Safety Certification: 0.00


Diffusive silicon level transmitter realizes the accurate mesrement & transmission of volume, level height & weight of water

   

Series diffusive silicon level transmitters are the extension and development of pressure transmitter technology. According to the principle that the liquid with different specific gravity are in linear relation to the pressure generating at different height to realize the accurate measurement and transmission of volume, level height and weight of water, oil and paste-state matters. They are widely used in the industries such as power, petroleum, chemical engineering, metallurgy, water

utilization, running water and food, etc.

 

        Throw-in type, straight-pole type, flange type and thread type structure design

        simple installation, convenient use, strong interchange ability; hi-quality, high sensitivity, fast response rate, can accurately react the subtle change of moving or static level, and high measuring accuracy.

        possess the ability of intrinsically safe explosion separation and explosion-proof; can be applied to all kinds of hazardous fields.

       have blocking-proof type design, can realize level measurement of paste-state medium.

        100% unified scale, LED, LCD the three kinds of indicating gauge head, local reading, convenient.

        4~20mA DC two-wire signal transmission, strong interference-resistant ability, long transmitting distance.

        fine and unique zero, temperature shift and non-linearity compensation ensure the instrument in the range of using conditions to have a stable accuracy for a long time.

Ads by Google



About Us | Contact Us | Help | Terms & Conditions
Hot Products: A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | 0-9
Copyright Notice @ 2008-2022 B2BAGE Limited and/or its subsidiaries and licensors. All rights reserved.