Name: Tiankang Vortex Flow Meter
Availability: InStock

Tiankang Vortex Flow Meter

Tiankang vortex flow meter is an instrument that measures flow rate based on the principle of vortex shedding. As fluid flows past a vortex shedder, alternating vortices are generated and dissipated downstream, with the frequency of these vortices being proportional to the flow velocity. This type of flow meter offers high accuracy, wide applicability, and has no moving parts, resulting in low maintenance requirements. It is suitable for measuring various liquids and gases and is widely used in industries such as chemicals, oil and gas, and food processing.

Product Details

Overview

The Tiankang vortex flow meter has a wide range of applications, capable of measuring the flow of steam, gases, and liquids. It also boasts advantages such as wear resistance, long service life, and safety with explosion protection. The Tiankang vortex flow meter offers various installation forms, making it suitable for different pipeline configurations.

Technical Specifications

Parameters	Specifications
Measuring fluid	Gas; Vapor; Liquid
Accuracy	±1.0%; ±1.5%
Medium temperature	-40~350℃
Installation method	Wafer type; Flange type; Insert type
Protection degree	IP65/IP67/IP68
Explosion-proof method	No Intrinsic safety certification Explosion-proof certification
Compensation function	No compensation Temperature compensation Pressure compensation Temperature and pressure compensation

Applications

Oil and Gas Industry: Measuring the flow of crude oil, natural gas, and other petroleum products.
Chemical Industry: Monitoring the flow of liquids and gases in various chemical processes and production.
Water Treatment: Measuring the flow of drinking water and wastewater in treatment plants.
Power Plants: Monitoring steam and cooling water flow measurements.

Advantages

High Accuracy: They provide very precise flow measurements, making them suitable for applications that require high accuracy.
Wide Measurement Range: Vortex flow meters can measure a variety of flow rates and liquid characteristics, accommodating different media.
Strong Adaptability: They can be used with various types of fluids, including liquids, gases, and steam, and are insensitive to the physical and chemical properties of the fluids.
Diverse Output Signals: They can provide various types of output signals, such as analog and digital signals, facilitating integration with other devices.