Introduction

LV70 series flanged static pressure liquid level transmitter is based on ceramic capacitor technology. When the liquid level increases, the pressure on the ceramic capacitor increases, which increases the capacitance value, and the capacitance value is proportional to the liquid level.

Features

Flange installation, strong overload capacity, good stability, better than 0.1% of the full scale per year, strong anti-interference ability, extremely high accuracy and repeatability, up to 0.2, 0.5 grades, can adjust the zero point and full scale on site . The ceramic measuring interface has good corrosion resistance.

application

It is used for viscous and slurry media, strong corrosive liquid, and particle-rich media, and is not easy to block.

    

technical parameter

Measuring range:see selection tableLoad Resistance :≤1000Ω
Accuracy class:0.2% or 0.5%Operating temperature:-30…85℃
Linearity:±0.2% or ±0.5%Medium temperature:-30…80℃
Hysteresis:≤±0.01% of full scalestorage temperature:-30…85℃
stability:Better than 0.1% per annumFlange Specifications:DN50 PN4.0MPa/DN80 PN4.0MPa
Temperature effect:Tk<±0.02%FS/KFlange Material:Stainless steel 316L/polytetrafluoroethylene (PTFE) optional
Range shift:10:1 migration of standard rangeProtection class:IP65
Operating Voltage12…36V DCTransmitter Housing Material:Die-cast aluminum

Selection table

LV70-Flanged Hydrostatic Level Transmitter

Maximum range

0~200 meters (water)*, user-defined range

header

No display header

Analog display header

LCD display meter

LED display header

special agreement

Accuracy class

Level 0.2

Level 0.5

Signal output

Analog signal output 4~20mA (HART protocol optional)

Analog signal output 1~5V

connecting flange

Flange DN50

Flange DN80

special agreement

Explosion proof options

normal type

Explosion-proof
The complete data of this selection table, please contact the sales staff or email to sales@kewill-auto.cn for complete samples.

* Since the transmitter is a hydrostatic level gauge, it is essentially a pressure transmitter. When it is installed at the bottom of the container, the measured pressure is proportional to the height of the liquid level. Here the maximum range of 0~200 meters is calculated by taking water as an example: that is, the maximum range of the transmitter is 0~20bar, 1bar corresponds to ten meters of water column, and the water measurement range is 0~200 meters. However, the selection data is still in bar. For example, the range is 0~200 meters, and "20" should be filled in the second digit of the selection table. Actual digital users can fill in according to their own requirements.

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