Oval Gear Flow Meter

Specification

-Spiral rotor rotates evenly with low vibration

-Wide measurement range and good repeatability

-High Accuracy up to ±0.2%

-Not sensitive to the viscosity change

-Higher viscosity liquids measurement

-Easy installation, straight pipe is not necessary

Description

Oval gear flow meter is a volumetric meter used for continuous or intermittent measurement and control of liquid flow in pipelines.
It has many advantages, such as large measuring range, high accuracy, small pressure loss, strong viscosity adaptability, high temperature and high viscosity liquid body measurement, convenient calibration, easy installation and so on. Suitable for flow measurement in petroleum, chemical engineering, chemical fiber, transportation, trade, food, medicine and health departments. LC series oval gear flow meter is equipped with pointer and word wheel accumulator device, which can directly display liquid flow and instantaneous flow through the pipeline.

Applications

-Mining Industry

-Middle and Small Oil Depot

-Shipyard

-Oil Storehouse

-Diesel Fuel

-Crude oil

-Gasoline

-Chemical Industry

-Food and Beverage

Technical Data

Model LC - A LC - E LC - Q LC - C
Applications Various oil products and liquids non - corrosive to cast Iron High - pressure low - corrosive liquid media Low - viscosity, low - corrosive liquid media (e.g., gasoline) Liquid media with strong corrosiveness like acids, alkalis, salts, and organic compounds
Housing Material Cast Iron Cast Steel Cast Iron Stainless Steel
Measuring Range 0.3-2000 mPa·s 0.3-2000 mPa·s 0.3-2000 mPa·s 0.3-2000 mPa·s
Accuracy ±0.5%, ±0.2% (Generally working in -10°C…+60°C) ±0.5%, ±0.2% (Generally working in -10°C…+60°C) ±0.5%, ±0.2% (Generally working in -10°C…+60°C) ±0.5%, ±0.2% (Generally working in -10°C…+60°C)
Medium Temperature -20°C…+60°C; High temp.: +60°C…+200°C -20°C…+60°C; High temp.: +60°C…+200°C -20°C…+60°C -20°C…+60°C
Flange Standard GB/T9113.1 - 2000 GB/T9113.1 - 2000 GB/T9113.1 - 2000 GB/T9113.1 - 2000
Explosion - proof ExdIICT6 Gb  ExdIICT6 Gb  ExdIICT6 Gb  ExdIICT6 Gb