Turbine Flow Meter

Turbine Flow Meter Specification

Feature
Accurate Measurement

Usage
Industrial Applications

Product Type
Turbine Flow Meter

Style
Industrial

Pattern
Digital

Color
Silver & Blue

Signal Output
Pulse, 4-20mA, RS485

Power Supply
3.6V Lithium Battery or 24V DC

Ingress Protection
IP65

Flow Range
0.6-600 m3/h (Depending on Size)

Display
Digital LCD

Operating Temperature
-20C to +120C

Process Connection Size
DN15-DN200

Accuracy
0.5% to 1% of Reading

Material
Stainless Steel 304/316

Applications
Water, Diesel, Kerosene, Chemicals

Maximum Pressure
1.6 MPa (Standard)

Connection Type
Threaded / Flanged

Turbine Flow Meter Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
2 Days

About Turbine Flow Meter

Access the ultimate solution in flow measurement with our Turbine Flow Meter, crafted from lustrous Stainless Steel 304/316 for meritorious durability and performance. This instrument features a highlighted digital LCD display for clear readings and offers both threaded and flanged connections, making it adaptable to diverse pipelines ranging from DN15-DN200. With a broad flow range of 0.6-600 m3/h and an accuracy of 0.5% to 1%, you can reliably find precise measurements in water, diesel, kerosene, and chemical applications. Superior signal outputs (Pulse, 4-20mA, RS485) and robust ingress protection (IP65) complete this valued industrial asset.

Versatile Applications for Industrial Excellence

The Turbine Flow Meter is expertly designed for industrial applications, making it suitable for use with water, diesel, kerosene, and a wide variety of chemicals. Its robust stainless steel construction and digital pattern enable accurate measurement across harsh operating conditions. Key site applications include process plants, refineries, and water management systems, where its special features-like a high-precision digital LCD and adaptable process connections-deliver meritorious and consistent performance in every setting.

Reliable Supply, Transparent Pricing & Secure Shipment

With a strong supply ability, we efficiently cater to high-volume market demands. Customers can request asking price quotes adapted to their unique requirements, with payment terms designed for convenience. We ensure fast shipping from the designated FOB port, and transparent freight calculations keep you informed about the total market value. This streamlined approach guarantees prompt delivery of your selected turbine flow meters, assuring satisfaction from initial inquiry to actual usage.

FAQ's of Turbine Flow Meter:

Q: How does the Turbine Flow Meter achieve such accurate measurement?

A: The Turbine Flow Meter uses a precision-engineered stainless steel rotor within a robust housing, enabling accurate detection of flow rates with an accuracy range from 0.5% to 1% of the actual reading, ensuring reliability in industrial measurements.

Q: What process connections are available for installation?

A: This flow meter features both threaded and flanged connection types, accommodating process connection sizes from DN15 to DN200 to easily fit a variety of industrial pipeline systems.

Q: Where can this Turbine Flow Meter be applied effectively?

A: It is ideally suited for use in water treatment plants, refineries, chemical processing facilities, and fuel handling environments due to its durable design and versatile media compatibility.

Q: What are the available signal output options?

A: The meter provides multiple signal outputs, including Pulse, 4-20mA analog, and RS485 digital communication, supporting integration with diverse monitoring and control systems.

Q: When is the best time to choose the stainless steel model over other materials?

A: Opting for the stainless steel 304/316 model is best when your application requires enhanced corrosion resistance, long-term ruggedness, and operation in demanding environments involving aggressive chemicals or fluids.

Q: How does the highlighted digital LCD benefit users?

A: The bright, easily accessible digital LCD highlights readings and helps operators quickly monitor and access real-time flow data, reducing downtime and potential errors.