Badger Meter Portable Flow Meter IND OG-SS-1F110

Badger Meter Portable Flow Meter IND OG-SS-1F110

The working principle of the impeller flowmeter is to place the impeller in the measured fluid, rotate it under the impact of fluid flow, and reflect the flow rate by the speed of impeller rotation. Typical impeller flow meters are water meters and turbine flow meters, which can be of mechanical transmission output or electric pulse output structure. The accuracy of water meters with general mechanical transmission output is relatively low, with an error of about?2%However, the structure is simple, the cost is low, and it has been mass-produced domestically, standardized, universal, and serialized. The accuracy of the turbine flowmeter output by the electric pulse signal is relatively high, with a general error of0．2%One0．5%.

Badger Meter Portable Flow Meter IND OG-SS-1F110

Badger Meter Portable Flow Meter IND OG-SS-1F110

A flowmeter that uses the momentum of a fluid to reflect the flow rate is called a momentum flowmeter. Due to the momentum of the flowing fluidPDensity of fluid And flow ratevThe square of is proportional, that isp v2When the flow cross-section is determined,vCompared to volumetric flow rateQDirectly proportional, thereforep Q2. Let the proportional coefficient beA, thenQ＝ATherefore, it was measured thatP, which can reflect the trafficQThis type of flowmeter mostly uses detection elements to convert momentum into pressure, displacement, or force, and then measures the flow rate. The typical instruments for this type of flowmeter are target type and rotary vane type flowmeters.

Yale source product directly to 519832602

BIERI source product directly to WV700-6-4/3-J-24-P-AJ00

EMW source products directly to EMW ME550/250-2Si-S

ITE source product directly to MR615.30Q 1/64

MEGADYNE source product directly to SPB-X 1500

ANN source product directly to Pge20+MB46LT

Badger Meter Model: IND OG-SS-1 'F110 Partno: 106148 Serial: 63949 Panel type

Fischer Connectors direct to S 105 A069-130+, E3 105.1/8.2+B

Direct delivery of source products

Direct delivery of source products

Direct delivery of the source product to G431WM502C

GEA Group's source products go directly to art no:

SKF source product directly to ZM2103-1+100

Delta Controls Limited direct source to WP010GA010F

TR source product directly to AK-9.4/ArTNR450-40001

AEG source product directly to MML 169N 3100 100A 3P

Direct delivery of the source product to AP1210S 3PW FV8 FV8 FV4

Z-LASER source directly to Z5M-18B-635-1g-90

A standard nozzle is a differential pressure generating device for measuring flow, which is used in conjunction with various differential pressure gauges or transmitters to measure flow. It mainly consists of an upstream surface, a contraction section, a cylindrical throat, a flat end, and a contraction section 1/4 ellipse. Standard nozzles can be divided into standard nozzles (ISA1932 nozzle), long diameter nozzles, cylindrical straight hole nozzles, conical nozzles, spiral nozzles, combination nozzles, Venturi nozzles, special nozzles, etc. 3. The Venturi type Venturi flowmeter consists of four parts: the inlet section, the contraction section, the throat section, and the diffusion section. There are two types of flow meters, namely the Daur tube and the Rolls tube, which have the advantages of low resistance to fluid, large pressure difference, high accuracy, wide measurement range, good stability, and easy installation.
The centerline of the pressure tapping hole on the upstream side is 2.5D away from the front end face of the orifice plate, while the centerline of the pressure tapping hole on the downstream side is 8D away from the rear end face of the orifice plate. Among various pressure tapping methods, corner tapping is more commonly used, followed by flange tapping. It should be noted that there are fundamental differences in the pressure tapping positions for gases, liquids, and vapors.