solvent oval gear flowmeter

  solvent oval gear flowmeter   email: porter@microflowmeter.com

Shanghai JSNMicro Flow Meter CO.,LTD mainly produces super mirco flow meter,oval gear flowmeter ,coriolis mass flow meter,electromagnetic flow meter,piston flow meter,spurgear flow meter,gear pump,gear metering pump. We use high accurate CNCmachining center to make sure the high quality of our instruments and thecutting accuracy is 0.0001mm and has reached the world leading level. Forexample, the flow meter LSF40 of Japan OVAL, the flow range is 0.7~50L/H, butour CX-M5-AL is 0.3~60L/H with accuracy 0.5%F.S. We have applied many materialinto use on our flow meter,such as aluminium oxide, SS316L, PEEK,Ti ande soon.for different application and liquids.



solvent oval gear flowmeter

Ovalgear flow meter  is widely used inpetroleum, chemical and hydraulic industries due to its advantages of highprecision, simple installation, stable performance and goodrepeatability.However, the Oval gear flow meter that can be produceddomestically can only be applied due to the impatience of high pressure In thelow pressure occasion, the high pressure measurement occasion can only rely onthe foreign imported high pressure flowmeter.Therefore, the research of thehigh pressure Oval gear flow meter will help to expand the domestic applicationof the Oval gear flow meter and promote the development of the domestic flowmeasurement. Deep instrumentation independent research and development of the Ovalgear flow meter pressure up to 1000bar, it can be said has reached a higherlevel in the world, and obtain measurement certificate.

Oval gear flow meter, belonging to a type of volumetric flowmeter,cylindrical shape, with import and export, according to the media with a customfilter. Small size, light weight, easy installation, compact structure, withouttoo much maintenance; other The range ratio is very wide, generally more than1: 100, the minimum flow rate can be measured to 0.3ml / min; and thelinearization accuracy can reach 0.5% FS of full scale, so the use is very wideand can be used for measuring, regulating, controlling and distributing Highand low viscosity, or corrosive liquids, and there are health-type,explosion-proof for a special environment.



solvent oval gear flowmeter

The ovalgear flow meter"s metering principle is the same as that of a generalvolumetric flow meter. The gears mesh with the fluid to be transported. Thefluid to be measured enters the chamber through the oil inlet and pushes therotor so that the fluid is continuously divided into the same volume of fluid.Oil port output. For every one rotation of the rotor, the flowmeter outputs thesame volume of fluid in the four metering chambers in the figure. By measuringthe number of revolutions of the elliptical gear rotor, the volume flow throughthe fluid can be obtained.



solvent oval gear flowmeter

Maintechnical data of JSN micro oval Oval gear flow meter

CX-M2,flow range ：0.5~150ml/min,accuracy 0.5%,G1/8"

CX-M3, flowrange：3~300ml/min,accuracy 0.5%,G1/8"

CX-M5, flowrange：5~1000ml/min,accuracy 0.5%,G1/8"

CX-M6, flowrange：0.5~100L/H,accuracy 0.5%,G1/4"

CX-M9, flowrange：6~600L/H,accuracy 0.5%,G1/4"

CX-M12,flow range：0.3~30L/Min, accuracy 0.5%,G1/2"

CX-M25,flow range：0.5~100L/Min, accuracy 0.5%,G1"

What are the precautions for the gear flow meter?

1) When the flow exceeds the specified maximum flow rate, the Oval gear flow meter wear increases with the increase of the rotation speed, and the pressure loss increases sharply, should be avoided. Less than the minimum flow, although still able to measure, but the error increases. Flow meter The starting flow is about 2% of the maximum flow, and the normal working flow is preferably 70%-80% of the maximum flow.

2) Deep-rooted flowmeter is used with various viscosity media from 0.3 ~ 100000cps, different viscosity media will affect the range, the following single must be noted

3) The measured liquid temperature should not exceed the specified value, otherwise, the instrument can not work properly, or even stuck, the counter part is easily damaged at high temperatures. Liquid temperature changes will also cause additional errors in viscosity.