Audited Supplier
FM-1
New
Flowmeter
5~90L
6kg
≤ 95%
-0.6%~+1.0%
0,027MPa ( 40L/Min)
-25~40ºC
TMC
Selectable
24X24X22.5 cm
China
Product Description
TMC High Quality Stable and accurate fuel dispenser flowmeter
The flow measurement of the fuel dispenser uses a fixed small volume to repeatedly measure the volume of fluid passing through the flowmeter. Therefore, there must be a standard volume of space inside the positive displacement flowmeter, which is usually called the "metering space" or "metering room" of the positive displacement flowmeter. This space is constituted by the inner wall of the instrument case and the rotating parts of the flowmeter.
The working principle of the fuel dispenser flow meter is: fluid passing through the flow meter will produce a certain pressure difference between the inlet and outlet of the flow meter. The rotating part of the flowmeter (referred to as the rotor) rotates under this pressure difference and discharges the fluid from the inlet to the outlet. In this process, the fluid fills the "metering space" of the flowmeter again and again, and then is continuously sent to the outlet. Under the conditions of a given flowmeter, the volume of the measuring space is determined, as long as the number of rotations of the rotor is measured. The cumulative value of the volume of fluid passing through the flowmeter can be obtained.
The flow measurement of the fuel dispenser uses a fixed small volume to repeatedly measure the volume of fluid passing through the flowmeter. Therefore, there must be a standard volume of space inside the positive displacement flowmeter, which is usually called the "metering space" or "metering room" of the positive displacement flowmeter. This space is constituted by the inner wall of the instrument case and the rotating parts of the flowmeter.
The working principle of the fuel dispenser flow meter is: fluid passing through the flow meter will produce a certain pressure difference between the inlet and outlet of the flow meter. The rotating part of the flowmeter (referred to as the rotor) rotates under this pressure difference and discharges the fluid from the inlet to the outlet. In this process, the fluid fills the "metering space" of the flowmeter again and again, and then is continuously sent to the outlet. Under the conditions of a given flowmeter, the volume of the measuring space is determined, as long as the number of rotations of the rotor is measured. The cumulative value of the volume of fluid passing through the flowmeter can be obtained.
