Helical and Turbine Flow Meter

Helical and Turbine Flow Meter

Overview of Helical and Turbine Flow Meter Trainer

The Helical and Turbine Flow Meter Educational Setup is a precision-designed flow measurement training unit that enables students to study and compare the performance of two widely used types of flow meters — the helical flow meter and the turbine flow meter. This experimental setup helps learners understand the fundamental principles of flow measurement in fluid systems, calibration techniques, and real-time monitoring of volumetric and mass flow rates.

Ideal for Engineering Colleges, Polytechnics, ITIs, and Research Institutes, the helical and turbine flow meter trainer provides both theoretical and practical knowledge for students of Instrumentation, Mechanical, and Chemical Engineering. The trainer is built for accuracy, durability, and ease of use in academic environments.

Product Description – Flow Measurement Trainer

This flow measurement lab equipment consists of a closed water circulation system fitted with a helical flow meter and a turbine flow meter for comparative analysis. The setup enables the study of pressure drop, discharge rate, and meter calibration curves.

The helical and turbine flow meter test rig is equipped with control valves, digital indicators, and precise measuring instruments to record and analyze flow parameters. Water is circulated through both meters, and students can record readings for different flow conditions to determine meter coefficients and flow characteristics.

This helical and turbine flow meter educational setup is mounted on a durable powder-coated frame and features transparent piping for visual flow observation. The trainer is designed with industrial-grade components for consistent performance in lab environments, ensuring safety and reliability for repeated academic use.

Key Features – Helical and Turbine Flow Meter Trainer

  • Complete flow measurement trainer for studying helical and turbine flow meters.
  • Dual-meter design for comparative analysis of flow measurement principles.
  • Digital display for real-time reading of flow rate and pressure.
  • Control valves for precise regulation of water flow.
  • In-built water circulation system with sump tank and pump.
  • Provides experiments on meter calibration and characteristic curve plotting.
  • Safe, compact, and durable design for long-term academic use.
  • Ideal for Engineering Colleges, ITIs, and Research Laboratories.
  • Suitable for studying fluid mechanics and process instrumentation concepts.

Technical Specifications – Helical and Turbine Flow Meter Experimental Setup

Specification Details
Power Supply 230V AC, 50Hz
Flow Meters Helical type and Turbine type flow meters
Flow Range Up to 10–15 LPM (model dependent)
Display Digital flow rate and totalizer indicators
Working Fluid Water
Pump Centrifugal type, single-phase motor
Valves Ball and gate valves for flow regulation
Construction MS powder-coated frame with acrylic pipelines
Measuring Instruments Pressure gauges, flow indicators, digital meters
Safety Features Overload protection, leak-proof fittings, insulated wiring

Applications of Helical and Turbine Flow Meter Trainer

  • Study and comparison of helical and turbine flow meter characteristics.
  • Calibration of flow meters and plotting of characteristic curves.
  • Analysis of pressure drop and discharge rate in flow systems.
  • Training students on flow measurement instrumentation used in industries.
  • Application in Engineering Colleges, ITIs, Polytechnics, and Research Labs.
  • Research and experimentation in fluid mechanics and process control systems.
  • Demonstration of industrial-grade flow measurement techniques.

Educational Benefits of Flow Measurement Lab Equipment

The Helical and Turbine Flow Meter Trainer provides an interactive learning experience that bridges theory and practice. Students can understand how different flow meters operate, study their calibration methods, and evaluate performance accuracy under varying flow conditions.

This hands-on approach enhances understanding of flow instrumentation systems and prepares learners for real-world industrial applications involving flow control, monitoring, and process optimization.

The trainer helps build strong technical skills in fluid mechanics and instrumentation engineering, making it a valuable addition to academic laboratories.