Vihasmart Enterprises

The Orifice Meter Test Rig is a precision-engineered apparatus designed to demonstrate and study the principles of flow measurement using an orifice plate. It is widely used in educational institutions, engineering colleges, and laboratories to help students understand the fundamentals of fluid mechanics, flow rate measurement, and pressure drop across an orifice. The equipment is compact, easy to operate, and comes with all necessary components for accurate experimentation

The Combined Orifice & Venturimeter Test Rig is a precision-engineered apparatus designed for educational and laboratory purposes. It allows students and researchers to study and compare the flow measurement characteristics of both an orifice meter and a venturimeter in a single setup. This equipment is ideal for understanding fluid mechanics principles, flow rate calculations, and the application of Bernoulli's theorem.

The Cooling Water Rotameter Setup is a precision instrument designed to measure and regulate the flow rate of cooling water in laboratory experiments. It is widely used in engineering and science labs to demonstrate fluid dynamics, heat transfer, and process control principles. The setup includes a rotameter (variable area flowmeter), transparent piping, control valves, and connectors for easy integration with existing systems.

The Venturimeter Test Rig is a precision-engineered apparatus designed for educational and laboratory purposes. It is used to demonstrate and study the principles of fluid flow measurement using a Venturimeter. This equipment is ideal for engineering students and educators to understand the relationship between flow rate, pressure difference, and the Bernoulli equation. The rig is made from high-quality materials for durability and accurate results.

This apparatus is designed to study and determine the losses due to sudden expansion or contraction in fluid flow systems. It is an essential tool for fluid mechanics laboratories, enabling students and researchers to understand the principles of energy loss in pipelines and ducts. The apparatus is constructed with high-quality materials for durability and accuracy in measurements.

The External Mouthpiece Setup is a precision-designed apparatus used to study the flow characteristics and discharge coefficients of fluid through an external mouthpiece. It is an essential tool for engineering students and educators to understand the principles of fluid mechanics, hydraulic flow, and Bernoulli's theorem. The setup is made of high-quality materials for durability and accuracy, ensuring long-term use in educational laboratories.

The Combined Mouthpiece & Vertical Orifice Apparatus is a precision-engineered equipment designed for conducting experiments in fluid mechanics. It is widely used in educational institutions to demonstrate the principles of fluid flow, discharge, and coefficient of discharge through mouthpieces and orifices. The apparatus is made of high-quality materials to ensure durability and accurate results. It is an essential tool for engineering students and researchers studying fluid dynamics.

The Hydraulic Jump Test Setup is a precision-engineered apparatus designed to demonstrate and study the phenomenon of hydraulic jump in open channel flow. It is an essential tool for civil, mechanical, and hydraulic engineering students to understand the transition from supercritical to subcritical flow, energy dissipation, and flow characteristics. The setup is compact, easy to use, and comes with all necessary components for conducting experiments.

This Centrifugal Pump Setup is designed for educational and laboratory training purposes, helping students understand fluid mechanics, pump operation, and hydraulic principles. It is a complete working apparatus (not an experimental kit) with industrial-grade components for durability and accurate performance demonstration.

The Pelton Wheel Turbine Setup is a comprehensive educational apparatus designed to demonstrate the working principles of a Pelton Wheel Turbine, a type of impulse turbine used for converting hydraulic energy into mechanical energy. This setup is widely used in educational institutions, engineering laboratories, and research facilities to teach students about turbine operation, energy conversion, and fluid mechanics. The Pelton Wheel Turbine Setup is user-friendly, durable, and provides hands-on learning experience, making it an essential tool for practical education.

The Centrifugal Pump Testing Apparatus is an essential tool for engineers, technicians, and researchers involved in the design, development, and testing of centrifugal pumps. With its high level of accuracy and reliability, this apparatus is sure to provide valuable insights into the performance of centrifugal pumps, helping to improve their efficiency and effectiveness.

The Reciprocating Pump Test Rig is a high-quality testing equipment designed to evaluate the performance of reciprocating pumps. This rig is engineered to simulate real-world operating conditions, allowing users to accurately measure the pump's flow rate, pressure, and power consumption.

The Impulse Turbine is a highly efficient and reliable piece of equipment designed for use in a variety of industrial applications. This turbine is specifically engineered to convert the kinetic energy of a high-velocity fluid stream into mechanical energy, making it an ideal choice for power generation and other energy-intensive processes.

The Turbine Flow Meter Test Rig is a high-quality educational apparatus designed to demonstrate and study the principles of flow measurement using a turbine flow meter. This equipment is ideal for engineering students, laboratories, and educational institutions to understand the working, calibration, and application of turbine flow meters in various industries. The test rig is compact, user-friendly, and comes with all necessary components for hands-on learning.

 

The Coefficient of Discharge Measurement Apparatus is a precision-engineered equipment designed for educational and laboratory purposes. It is used to determine the coefficient of discharge for various flow measurement devices such as orifices, nozzles, and venturi meters. This apparatus is ideal for fluid mechanics and hydraulic engineering experiments, helping students understand the principles of fluid flow and discharge coefficients.

Introducing the Orifice and Mouthpiece Apparatus, a cutting-edge device designed to accurately measure the flow of fluids through orifices and mouthpieces. This apparatus is an essential tool for engineers, researchers, and technicians who require precise measurements of fluid flow rates.