The LPG dispenser Flowmeter of Wenzhou Supertech machine Co., Ltd. is made of high-quality body materials such as cast iron and aluminum alloy. It combines stainless steel cylinder sleeves and four-piston stroke structure, and is equipped with a check valve. It features high reliability, excellent wear resistance, high-precision measurement and long service life, providing stable and efficient flow measurement solutions for scenarios such as liquefied gas filling stations.
LPG dispenser Flowmeter, specially designed for liquefied gas filling scenarios. The body is constructed with cast iron and aluminum alloy, equipped with stainless steel cylinder liner and four-piston stroke design, and incorporates an imported check valve. Based on the volumetric measurement principle, it can accurately measure the flow of liquefied gas, and at the same time, it has high reliability and good wear resistance, allowing for stable operation for a long time, meeting the requirements of metering accuracy and equipment durability for filling stations and other places.
Product Parameter (Specification)
Model
LPGFM1
Max Working Pressure
1.8Mpa
Measuring Range
(5~35)L/min
Discharge rate per revolution
0.5L
Adjustable Min.Volume
0.1%
Accurancy
≤±0.2%
Repeatable Tolerance
≤0.07%
Package
1pc/carton
Net weight
31kg
Gross weight
33kg
Dimension
360*290*360mm
Feature
Structural design: Utilizes stainless steel cylinder liner and a four-piston stroke structure, with a built-in check valve. The design is compact and scientifically sound, ensuring a stable and smooth measurement process.
Material advantages: The machine body is made of cast iron and aluminum alloy, while the cylinder liner is made of stainless steel. The materials are highly wear-resistant and have high strength, thereby enhancing the overall durability of the equipment.
Performance: Based on volumetric measurement, the measurement accuracy is high; it has high reliability and few operational failures; it has good wear resistance and a long service life, and can operate stably for a long time in conditions such as liquefied gas filling.
Application
It is mainly applied in liquefied gas filling stations, for precisely measuring the liquefied gas flow during the filling process. It can also be extended to be used in other related gas application scenarios where precise measurement and control of liquefied gas flow are required.
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