Turbine Flowmeter

Description

Technical Parameters

Diameter and connection (mm) Thread;  4、6、10、15、20、25、32、40
Flange; 15、20、25、32、40、50、65、80、100、125、150、200
Accuracy ±1%R ; ±0.5%R ; ±0.2%R(Need to be customized)
Range Ratio 1; 10;1; 15;1; 20
Material SS304、SS316、SS316L
Medium temperature -20~120℃
Environmental conditions Temperature;  -10~+55℃, relative humidity;  5%~90%, atmospheric pressure;  86~106Kpa
Power supply Sensor;  +12VDC ; +24VDC(optional)
Transmitter;  +24VDC
On-site display type;  3.2V battery
Output Sensor;  Pulse frequency signal, low level ≤ 0.8V, high level ≥ 8V
Transmitter;   4 ~ 20mA(2-wires)
Signal transmission cable STVPV3×0.3(3-wires),2×0.3(2-wires)
Transmission distance ≤1000m
Signal cable interface Basic type;  Hirschmann connector ; Ex-proof type;  Internal thread M20*1.5
Ex-proof grade Basic type;  Non-ex-proof product ; Ex-proof type;  ExdIIBT6
Protection grade IP65

Features

1. High accuracy, usually the accuracy can reach ±1%R, ±0.5%R, and the high accuracy type can reach ±0.2%R
2. Good repeatability, suitable for precise measurement.
3. Fast response speed, can measure pulsating flow
4. Wide range ratio; medium and large diameter can reach 1; 20, small diameter is 1; 10
5. Compact structure, small size, easy installation, small pressure loss.
6. Output pulse signal, easy to digitalize and transmit remotely, can be directly connected to computer system.

Application

1. Oil and gas; trade measurement of crude oil, refined oil and natural gas (such as gas stations and oil pipelines).
2. Chemical and pharmaceutical; flow control of medium and low viscosity liquids (such as solvents and medicines).
3. Energy and power; flow monitoring of steam turbine lubricating oil and hydraulic oil.
4. Aerospace; precision flow measurement of fuel oil, oxidant, etc.

Turbine Flowmeter

Category

Model:PT124B-502

PT124B-502 turbine flowmeter is a velocity meter that calculates flow by measuring the speed at which the fluid drives the turbine to rotate. Its core principle is; when the fluid flows through the turbine, it impacts the turbine blades to make them rotate. The speed of the turbine is proportional to the average flow rate of the fluid. The speed signal is detected by the magnetoelectric sensor and converted into a flow value.
The turbine flowmeter plays an irreplaceable role in industrial scenarios that require precise measurement, especially in the fields of energy trade and fine chemicals, due to its high precision and fast response characteristics!

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