Positive Displacement Flow Meter
150,000 Per Piece
1 Piece (MOQ)
Positive Displacement Flow Meter
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Positive displacement type flow meters divide the fluid in measured portions and then pump it. The flow can be calculated by multiplying the number of strokes with volume of fluid pumped in each stroke. These flow meters are accurate and deliver precise quantities of fluid. There are different types of flow meter which work on this principle of operation like oval gears, mutating disc, reciprocating pistons etc.
Best Deals from Positive Displacement Meter
Positive Displacement Flow Meter
16,000 - 40,000 Per one
1 Set (MOQ)
Series 6635 Positive Displacement Flow Meter
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Features High Accuracy of ±0.1% of reading High Repeatability of ±0.02% of reading Stepless calibration adjustment Wear compensating vane design Ultra-low pressure drop Pulse output for remote monitoring FlowLog cloud services data availability
Double Case Positive Displacement Meter
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Double Case Positive Displacement Meters have been specially designed to eliminate the effect of line pressure on the metering accuracy. Available in a wide range of flow capacities, the Double Case design ensures a high accuracy along with ease of servicing of “in-situ’. DESIGN FEATURES Safe and rugged construction Double case design prevents distortion of measuring chamber due to line pressure fluctuations and ensures high accuracy Easy access to measuring chamber without need of removing the outer casing ensures minimum downtime Unique wear compensating vane design for sustained accuracy over a wide flow range Separate meter manifold prevents pipeline stresses from being transmitted to the measuring chamber Modular construction ensures interchangeable parts lower inventory of spares and ease of service Low pressure drop Mechanical or electronic readout PRINCIPLE OF OPERATION The Double Case PD Flow Meter consists of an outer casing with measuring capsule fixed inside. The measuring capsule consists of a bulk meter body, rotor with vane blades and two internal covers. Outer end cover and manifold, bolted to the outer casing, form a closed chamber around the measuring capsule to keep it under equilibrium pressure all the time. The product enters the Flow Meter measuring capsule through the manifold inlet and at the same time fills up the space between the outer casing and the measuring capsule. This effectively pressure balances the measuring capsule and prevents distortion due to line pressure fluctuations to ensure a high metering accuracy. The separate manifold design further enhances the performance and accuracy by preventing distortion due to pipe line stresses. The liquid on entering the measuring chamber causes the rotor to revolve by exerting pressure on the vane blades. The proximity of the rotor to the body forms an efficient seal, while the profile of the body ensures that the vane blades are guided through the measuring crescent. The vane blades divide the liquid into segments and each revolution of the rotor displaces four such segments. The rotor spindle transmits the drive through a pressure tight lip seal in the meter front cover to the pulse transmitter or the calibrating mechanism, which calibrates the meter output for a corrected counter readout. All mechanical Double Case PD Flow Meters are fitted with Veeder Root mechanical counters. APPLICATIONS Tank truck and rail wagon gantry filling Refineries and high pressure metering in petrochemical, process and chemical industries Blending and batching in lube plants, process control and chemical industries Microprocessor based automation, remote control and data acquisition systems.
Positive Displacement Type Flow Meters
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Positive displacement type flow meters divide the fluid in measured portions and then pump it. The flow can be calculated by multiplying the number of strokes with volume of fluid pumped in each stroke. These flow meters are accurate and deliver precise quantities of fluid.
pd meters
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pd meters, Optical Opticians Clinical Instruments, Refraction Chair Units