Oil Volumetric Oval Gear Flow Meter Digital Flowmeter Micro Gear Flow Meter

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: XKGF
• Accuracy: 0.2%, 0.5%, 1%, 1.5%
• Main Application: Water, Wastewater, Diesel Fuel, Fuel Oil, Nature Gas, Corrosive Liquid/Gas, Steam
• Size: DN6~DN300
• Sensor: Gear
• Application: Industrial Production
• Type: Volume Type Flow Meter
• Measuring Media: Liquid
• Measuring Principle: Mechanics
• Measurement Object: Closed Pipeline
• Certification: JIS, DIN, ANS, ISO
• Measure Medium: Heavy Oil
• Flow Indicating: Volume Flow
• Power: 24V, 220V, Battery
• Connection: Flange, Clamp, Thread
• Volumn Flow LCD Display: Transient Flow and Accumulated Flow
• Signal: Modbus RS485, Hart, 4~20mA, Pulse
• Language: English
• Material: PTFE, SS304, SS316, Cast Iron
• Display: LCD Digital Display or Without
• HS: 90261000
• Flow Range: 0.01-0.83L/Min Other Range Customizble
• Gear Material: Aluminum/PPS/Stainless Steel
• Pressure: 50bar 400 Bar or Customizable
• Temperature: -20+300 Degree Centigrade
• Transport Package: Wooden Case or Carton
• Specification: ANSI JIP DIN JS and others
• Trademark: U-ideal
• Origin: China
• HS Code: 90261000
• Production Capacity: 6000 PCS/Month
• Package Size: 30.00cm * 20.00cm * 20.00cm
• Package Gross Weight: 6.000kg

Product Description

Product Description

PRODUCTS DESCRIPTION

Gear flow transmitter belongs to a kind of volumetric flow transmitter and can be used for measuring volume 
and flow precisely. The flowing medium makes the gear engage and rotate. Under the flowing effect of fluid, pressure difference is formed between the inlet and outlet of instrument. One pair of gears can rotate freely without the need of power supply. The empty cavity between gears is filled with liquid, which is discharged through rotation. The liquid flowing through instrument and liquid flow can be known through measuring the number of revolutions of gear

The rotation speed of the transmitter is detected by the sensing coil inside the signal amplifier on the case.

The signal amplifier cannot contact the measured medium. The magnetic line of force generated inside the permanent

magnet inside the case due to transmitter gear cutting will lead to flux change inside the sensing coil. The sensing

coil sends the signal of flux change cycle detected to the pre-amplifier so as to amplify and shape the signal. The

impulse signal which is in direct ratio with flow velocity will be sent to the unit conversion and flow integration

circuit to obtain and display the accumulative flow valve. At the same time, it will also send the impulse signal to

frequency current conversion circuit to convert the impulse signal to simulation amperage so as to display the

instantaneous flow value.

The transmitter has high processing precision and can be installed precisely. The gear rotation undergoes

non-contact scanning. One impulse is generated by one gear with very high resolution. The column gear transmission

can measure the liquid with very small flow and small quantitative volume.

Featurer :

As a kind of new volumetric flow transmitter, the round gear flow transmitter is used for measuring the

flow or instantaneous flow of the liquid inside pipeline precisely, either in a continuous or discontinuous manner.

It is particularly suitable for the measurement of heavy oil. Flow measurement of media with high viscosity

such as vinol and resin. (It can be used for measuring the fluid the viscosity of which is as high as 10,000 Pa.s) with the

characteristics of small volume, light weight, small operation noise and stable operation. It can also be used for

measuring the micro flow of small pipe diameter. With small startup flow and broad range ratio, it is applicable to the

measurement of liquid flow with significant change and its measurement precision is not affected by either pressure or

flow change. It is stable in performance, long in service life and large in circulation capacity.

 

Product Parameters

Table 1 List of Basic Parameters
 

Model	Scope of Measurement	K Coffeicient P/L	Max pressure (Bar)		Temperature	Accuracy	Interface
			Aluminum Alloy	Stainless steel
GF04	0.6-50	4780	150	400	-15-80ºC	+/- 0.5% (Range: 1: 10)+/- 1.0% (Range: 1:100)	G1/4
GF04A	5-200	4780	150	400	-15-80ºC		G1/4
GF06	10-500	2468	150	400	-15-80ºC		G1/2
GF10	50-1200	1280	150	400	-15-80ºC		G1/2
GF15	200-3000	126.75	150	400	-15-80ºC		G3/4
GF25	1000-12000	61.1	150	400	-15-80ºC		G1
GF32	2000-20000	59.9	150	400	-15-80ºC		M35*1.5

 

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