The Turbine Flow Meter is an advanced fluid mechanics laboratory trainer designed for the accurate measurement of flow rates in a pipeline. It demonstrates the working principle of a turbine-type flow measurement apparatus, where the fluid passing through rotates a multi-bladed rotor, and the speed of rotation is directly proportional to the flow rate.
This turbine flow meter educational setup is highly suitable for I.T.I., engineering colleges, polytechnic institutes, and research labs, providing learners with practical exposure to flow measurement techniques widely used in industrial and hydraulic systems.
The turbine flow meter trainer consists of a closed-loop water circulation system, a turbine flow sensor, digital display unit, and a sump tank with pump. As fluid flows through the turbine meter, the rotation of the rotor is sensed electronically and converted into flow rate readings on the digital panel.
This turbine flow meter test rig allows students to conduct experiments related to calibration, linearity, accuracy, and repeatability of turbine flow meters. It helps learners compare turbine flow meter performance with other flow measurement apparatus like orifice and venturi meters, enhancing their understanding of real-world flow measurement systems.
The setup is rugged, reliable, and easy to operate, making it a valuable fluid mechanics educational equipment for repeated laboratory use.
Specification | Details |
---|---|
Power Supply | 230V AC, 50Hz |
Flow Measuring Device | Turbine flow meter sensor |
Flow Range | Model-specific (customizable) |
Display Unit | Digital flow rate and totalizer display |
Water Circulation | Closed-loop with sump tank and centrifugal pump |
Frame Construction | Powder-coated MS structure |
We specialize in providing high-quality fluid mechanics educational equipment designed for durability, accuracy, and ease of use. Our Turbine Flow Meter Trainer is developed to meet the requirements of engineering and polytechnic labs, ensuring that students gain practical exposure to industrial flow measurement techniques.
With a reputation for precision and reliability, our trainers are trusted by educators to enhance teaching effectiveness and student learning outcomes in fluid flow studies.