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Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas

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Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas
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Features
Specifications
Product Name: Metal Pipe Float Flowmeter
Diameter: DN15~DN200
Accuracy Class: Standard:1.5; Special: 1.0
Application: Level Measuring For Gas, Liquid And Steam
Output: 4-20mA
Material: 304,316,316L,321,304 Lined With PTFE,Hastelloy,Ti
Power Supply: Standard: 24VDC; Battery Type:3.6V Lithium Battery(3 Years Lifetime)
Connection Form: Stabndard:DIN2501 Standard Flange,special: Customized
Wiring Connection: M20X1.5 Female Thread; 1/2NPT Female Thread For Exd Explosion
Medium Temperature: Standard:-40~+100℃,PTFE:-50~100℃,High Temperature Type:110~450℃
Port: Shanghai/Shenzhen
High Light:

rotameter type flow meter

,

metal tube variable area flow meter

Basic Infomation
Place of Origin: Sichuan, China (Mainland)
Brand Name: Vacorda
Certification: CE/TUV/ISO9001/SGS
Model Number: LZ
Payment & Shipping Terms
Packaging Details: Standard wooden box
Supply Ability: 300 Piece/Pieces per Month
Product Description

Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas

Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas 0

Product Description

Metal pipe float flowmeter consists of measuring pipe, float, indicator and process connection components with the characteristics of small size, wide measuring range, easy installation. In the industry area, it is widely used to measure flow of gas, liquid, and steam, especially suitable for mediums with low current velocity and low flow rate.

 Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas 1

Product Parameters

Measuring range

Water:1~200000L/H(20°C)

 

Air: 0.03~6000m3/h (20°C, 0.1013MPa)

Measuring range proportion

Standard: 10:1

Accuracy class

Standard:1.5; Special: 1.0

Pressure class

Standard:DN15~DN504.0MPa; DN80~DN2001.6MPa

 

High pressure:DN15~DN5032MPa;DN80~DN20016MPa

Pressure loss

7kPa~70kPa

Medium temperature

Standard:-40°C~+100°C; PTFE:-50°C~+100°C

 

High pressure:110°C~+450°C

Medium viscosity

DN15:η<5mPa.s(F15.1~F15.3), η<30mPa.s(F15.4~F15.8)

 

DN25:η<250mPa.s; DN50~DN200:η<300mPa.s

Environment temperature

Remote type: -40°C~+85°C

 

On-the spot needle indicator: -40°C~+100°C

Connection type

Standard: DIN2501 standard flange; special: customize

Wiring connection

M20×1.5 female thread (1/2NPT female thread for Exd explosion-proof)

Power supply

Standard: 24VDC two-line 4~20mA(12VDC~32VDC)

 

Warning type:24VDC four-line 4~20mA(18VDC~18VDC)

 

AC type:85~265VAC 50HZ

 

Battery type:3.6V 7.5AH lithium battery(3 years lifetime)

Loading resistance feature

Two-line: max loading resistance=50×(voltage-12)Ω=600Ω 24V

 

Multi-line: max loading resistance 500Ω

Warning signal output

Reed pipe warning switch output,upper limit and lower limit flow warning

(contact capacity 1A 30VDC)

 

electric relay output(contact capacity 1A 30VDC, 0.25A 250VAC,0.5A 125VAC)

pulse output

Min space 50ms (max loading 100mA 30VDC, internal resistance 100Ω)

LCD display

Instantaneous flow display scope:0~50000

 

Total flow display scope: 0~99999999

Protection grade

IP65

Explosion-proof grade

Exia II CT5Ga   Exd II BT6Gb

Detailed Images
Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas 2Smart Digital Metal Tube Rotameter Float Types For Measure Flow Of Gas 3
 
Production and Processing
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Application
The development of flow measurement can be traced back to ancient water conservancy projects and urban water supply systems. In ancient Roman Caesar times, orifice plates were used to measure the drinking water volume of residents. The ancient Egypt used the weir method to measure the flow of the Nile River around 1000 BC. my country's famous Dujiangyan water conservancy project uses the water level of Aquarius to observe the amount of water and so on. In the 17th century, Torri laid the theoretical foundation for differential pressure flow meters, which was a milestone in flow measurement. Since then, prototypes of many types of meters for flow measurement in the 18th and 19th centuries have begun to form, such as weirs, tracers, pitot tubes, venturis, volumes, turbines, and target flow meters. In the 20th century, the rapid growth of the demand for flow measurement in the process industry, energy measurement, and urban utilities only promoted the rapid development of instruments. The rapid development of microelectronics technology and computer technology greatly promoted the replacement of instruments. . So far, it is said that hundreds of flowmeters have been put on the market, and many difficult problems in field use are expected to be solved.
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