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BayMeters
Vortex flowmeter with temperature & pressure compensation LUGB
Vortex flowmeter with temperature & pressure compensation LUGB
Regular price
$2,102.00 USD
Regular price
Sale price
$2,102.00 USD
This is an all-inclusive reference price (product, international shipping, and import duties), based on a few selected configurations. Actual pricing may vary by size, options, and order quantity. Minimum order may apply for low-value items, while better pricing may be available for larger requirements. For a confirmed quote or to place an order, please contact us.
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Introduction
Vortex flowmeter work on the principle of generated vortex and relation between vortex and flow by theory of Karman and Strouhal, which specialize in measurement of steam, gas and liquid of lower viscosity.
Specification
Diameter Nominal
DN15(1/2”)~DN500(20”)
Installation
Wafer connection: DN10-DN500 (priority PN2.5 MPa 362.6 psi)
Flange connection:
- DN10-DN80 (priority PN2.5 MPa 362.6 psi)
- DN100-DN200 (priority PN1.6 MPa 232 psi)
- DN250-DN500 (priority PN1.0 MPa 145 psi)
Accuracy
1.5%, 1.0%
Range Ratio
8:1
Medium Temperature
- -20°C ~ +150°C (-4℉ ~ +302℉)
- -20°C ~ +260°C (-4℉ ~ +500℉)
- -20°C ~ +320°C (-4℉ ~ +608℉)
- -20°C ~ +420°C (-4℉ ~ +788℉)
Output Signal
4-20 mA
Frequency
RS485 communication (Modbus RTU)
Power Supply
- 24 VDC ±5%
- Li battery (3.6 VDC)
Ingress Protection
IP65
Body Materials
Stainless shell
Display
128*64 dot matrix LCD
Measuring principle
A fluid flowing with a certain velocity and passing a fixed obstruction generates vortices. The generation of vortices is known as Karman’s Vortices.The frequency of vortex shedding is a direct linear function of fluid velocity and frequency depends upon the shape and face width of bluff body.
Since the width of obstruction and inner diameter of the pipe will be more or less constant, the frequency is given by the expression:
f=StV/d
In the formula:
f – Karman vortex frequency generated at one side of bluff body (Hz)
St – strouhal number (non-dimensional number)
V – average speed of fluid (m/s)
d – width of bluff body (m)
Application