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The core advantage of this gear flowmeter lies in its high measurement accuracy, which can reach ±0.1% FS, meeting the requirements of high-precision batching measurement. It has good adaptability to high viscosity media, and can normally measure liquid with a viscosity of 1~10000 cP. The gear rotor is made of hardened stainless steel, which has good wear resistance and long service life. It supports temperature compensation function, which can correct the flow measurement error caused by medium temperature changes. The compact structure is easy to install and maintain, and the internal gear structure has good self-lubricating performance, reducing the need for frequent maintenance.

The detailed specifications are as follows: The measuring range is 0.1~100 m³/h, with an accuracy of ±0.1% FS, and it is suitable for liquid media with a viscosity of 1~10000 cP. The gear rotor is made of hardened 304 stainless steel, and the shell is made of cast steel or stainless steel according to user needs. The power supply supports AC220V or 24VDC, and the interface specifications can be selected as NPT or BSP according to the pipeline requirements. The output signals include pulse count, 4-20mA analog signal and analog flow output, which are compatible with various batching control systems. The operating temperature range is -20℃ ~ 200℃, and the protection grade is IP65, which can meet the requirements of general industrial environments. The overall size varies with the caliber, and the weight ranges from 5kg to 20kg according to the specification.

This positive displacement gear flowmeter is widely used in petroleum industry lubricating oil transportation measurement, food and beverage industry syrup and honey batching measurement, chemical industry resin and paint transportation measurement, pharmaceutical industry liquid medicine transmission measurement, and edible oil production line flow control. It can also be used in the batching and metering of various industrial liquids, providing accurate flow data for production process control and improving the accuracy of product batching.