WIAG-IBF Itaba online pluggable flow sensor

Technical parameters

Measurement accuracy: ±1.0%

Repeatability accuracy: ±0.1%

Applicable pressure: 0 to 4MPa;

Applicable temperature: -0℃ to 400℃

Range ratio: 10:1, up to 20:1 in special circumstances;

Applicable pipe diameters: Round and square pipes ranging from 50 to 15,000 mm;

Applicable media: Steam, gas, flue gas, air, nitrogen, argon;

Probe material: 316L/TP317LN/ Hastelloy/chromium-nickel-iron/Titanium/manganese-El alloy/duplex stainless steel /314/PVDF;

Parameters

Technical parameters

Measurement accuracy: ±1.0%

Repeatability accuracy: ±0.1%

Applicable pressure: 0 to 4MPa;

Applicable temperature: -0℃ to 400℃

Range ratio: 10:1, up to 20:1 in special circumstances;

Applicable pipe diameters: Round and square pipes ranging from 50 to 15,000 mm;

Applicable media: Steam, gas, flue gas, air, nitrogen, argon;

Probe material: 316L/TP317LN/ Hastelloy/chromium-nickel-iron/Titanium/manganese-El alloy/duplex stainless steel /314/PVDF;

Product Detail

Product Features

Bidirectional measurement

It features low pressure loss, energy conservation and consumption reduction, as well as low operating costs

It can measure both the condensation of water and dirty media

Easy to install, low cost, and basically maintenance-free in later operation

The integrated dual-chamber probe ensures no leakage at high/low pressure

High-stability sensors, with a maximum material thickness of 5.7mm

The unique design enables the online installation and disassembly of steam medium

The integrated flow sensor can be directly connected to the transmitter without the need for a pressure lead pipe

The sensor materials are diverse to ensure the long-term stability of accuracy when measuring corrosive media and high-temperature and high-pressure media

The unique probe cross-section design can generate a larger differential pressure value under the same conditions, ensuring a stable differential pressure signal

The large-diameter sensor pressure tapping hole (up to 8.5mm) ensures that the measured dirty medium is not easily clogged and has a self-cleaning function