• Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)

Liquid level transmitter(ZTW-Y30A-B-RG)

The liquid level transmitter uses a high-performance diffusion silicon piezoresistive pressure sensor as the measuring element to accurately measure the static pressure of the liquid proportional to the depth of the liquid level, and converts it into a standard (current or voltage) signal output through a signal conditioning circuit, establishing a linear correspondence between the output signal and the depth of the liquid, and realizing the measurement of the depth of the liquid.
Suitable for liquid level measurement and control in the fields of petroleum, chemical, power plants, urban water supply, and hydrological exploration.
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)
  • Liquid level transmitter(ZTW-Y30A-B-RG)

Description

Product Introduction

The liquid level transmitter uses a high-performance diffusion silicon piezoresistive pressure sensor as the measuring element to accurately measure the static pressure of the liquid proportional to the depth of the liquid level, and converts it into a standard (current or voltage) signal output through a signal conditioning circuit, establishing a linear correspondence between the output signal and the depth of the liquid, and realizing the measurement of the depth of the liquid. The internal dedicated integrated circuit converts the sensor millivolt signal into a standard long-distance transmission current signal, which can be directly connected to computer interface cards, control instruments, intelligent instruments, or PLCs for convenient connection. The product has high precision and small volume. It can be directly put into the liquid to measure the liquid height from the end of the transmitter to the liquid level, making it easy to use.

Suitable for liquid level measurement and control in the fields of petroleum, chemical, power plants, urban water supply, and hydrological exploration.

Product Features

Imported silicon wafer diffusion silicon core

Cable connection, directly deployed on site, easy to install

The amplification circuit adopts American integrated chips and wide voltage power supply

Slope pressure hole, impact resistant

IP68 waterproof, can be soaked in water for a long time.

 

Technical Parameters

Measurement medium: Liquid (compatible with contact material)

Overall material: 304 stainless steel casing

Measurement range: 0~1meter,0~2meter,0~3meter,0~4meter,0~5meter,0~10meter,also can customize to 500meters.

Overall accuracy: 0.2% F.S

Overload capacity: 200%

Response time: 8ms (rise to 90% FS)

Medium temperature: -20 to 60°C (customizable to -40°C)

Ambient temperature: -20 to 60°C

Supply voltage: DC12V-32V (default DC24V)

Output signal: 4-20 mA two-wire

Sealing rating: IP68

Process connection: Immersion type (submerged in the measured liquid)

Electrical interface: Tightening waterproof nut connected to the five-core gas-conducting cable.

Product Dimension


wiring diagram

Red line: V+Input DC 24V

Blue line: V - Output 4-20mA

 

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