Plug in float level transmitter

NegotiableUpdate on 01/20

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Overview: This liquid level transmitter uses a floating ball with a ring-shaped magnetic steel to convert the liquid level into a corresponding resistance output signal through a dedicated module by closing the reed switch inside the main tube with the liquid level changing

Product Details

Overview

This liquid level transmitter utilizes a floating ball with a ring-shaped magnetic steel to convert the liquid level into a corresponding resistance output signal by closing the reed switch inside the main tube with the liquid level change. The signal is processed by a dedicated module (i.e. electronic amplifier) and converted into a two-wire 4-20mADC signal output, which can be directly matched with instruments (DDZ-III or intelligent digital instruments) to achieve automatic liquid level control.
This liquid level transmitter is widely used in industries such as chemical, power, papermaking, shipbuilding, environmental protection, and food. The measurement of the liquid level of the medium inside the pressurized (open) container can also be used for the liquid level measurement of underground tanks and high-rise water tanks. It is more simple and reliable. The transmitter material is stainless steel, corrosion-resistant and suitable for flammable and explosive places.

Main technical indicators

Measurement range: 0-6000mm
Remote transmission accuracy: ± 1.5% (L ≤ 1000mm)

±2.5%（L≥1000mm）

Supply voltage: 24VDC
Medium temperature: -50 ℃~100 ℃
Work pressure: 0~1.6MPa
Medium density: 0.5~2.0g/cm3
Connection flange size DN150, PN1.6 convex surface (HG20592-97) connection thread G thread
Protection level: 1965
Explosion proof Class: Explosion proof Exd II BT4-6

Intrinsically safe Exia CT4-6

Structure and external dimensions

Installation type

Installation, use, and maintenance

The installation position of the liquid level transmitter should be selected at the wall opening or away from the inlet of the liquid medium to reduce the mediumThe measurement effect caused by the impact of fluid on a floating ball.
If the range has been exceeded3The tube layer of the transmitter should be positioned and fixed to avoid shaking of the main tube.

Ordering Instructions

Specification Model
Measurement range, insertion depth
Work pressure (MPa)
Working temperature (℃)
Medium density (g/cm3)
Connection type
Special Requirements Protocol Appraisal