Laborate Star

The Steam Turbine Test Rig is a laboratory-scale setup designed to demonstrate the working principles and performance characteristics of a steam turbine. It is widely used in mechanical engineering labs, thermal engineering studies, and research institutions for practical understanding of energy conversion systems.

The setup consists of a small-scale steam turbine unit supplied with steam from an electric boiler or steam generator. The turbine is coupled to a loading arrangement such as a dynamometer or generator to measure output power. The system includes essential components like steam control valves, condenser (optional), and feed water system.

Equipped with precise instrumentation, the rig allows measurement of parameters such as steam pressure, temperature, flow rate, turbine speed, and output power. These measurements enable calculation of efficiency, steam consumption, and overall turbine performance.

• Demonstrates working of steam turbine (impulse/reaction type)
• Integrated boiler or steam generator (optional)
• Accurate measurement of steam parameters and power output
• Safe operation with pressure and temperature controls
• Digital/analog instrumentation options available
• Compact and sturdy laboratory setup

The Submersible Pump Test Rig is a comprehensive experimental setup designed to study the performance characteristics of submersible pumps under various operating conditions. It is widely used in engineering colleges, polytechnic institutes, and industrial training centers for practical demonstration and testing purposes.

This test rig consists of a submersible pump installed in a water tank, along with a delivery system, control valves, and measuring instruments. It enables users to determine key parameters such as discharge, head, input power, and overall efficiency of the pump.

The unit is equipped with precise instrumentation including flow measurement devices, pressure gauges, and energy meters to ensure accurate data collection. The robust construction and user-friendly design make it ideal for repeated laboratory use.

• Suitable for performance testing of submersible pumps
• Accurate measurement of flow rate, head, and power consumption
• Sturdy tank and piping system
• Easy control of flow using regulating valves
• Digital/analog instrumentation options available
• Safe and simple operation

The Heat Pump Test Rig is a precision-engineered laboratory setup designed to demonstrate and evaluate the working principles of a vapor compression heat pump system. It is widely used in engineering colleges, technical institutes, and research laboratories for practical understanding and performance analysis of heat pump cycles.

The system operates on a closed-loop refrigeration cycle, consisting of key components such as a hermetically sealed compressor, condenser, expansion device, and evaporator. The rig is equipped with advanced instrumentation to measure parameters like temperature, pressure, flow rate, and power consumption, enabling accurate calculation of Coefficient of Performance (COP) and system efficiency.

The setup allows users to study heat transfer in both heating and cooling modes, making it ideal for thermodynamics and refrigeration & air conditioning experiments. The unit is mounted on a sturdy frame with a user-friendly control panel for safe and convenient operation.

• Demonstrates heat pump working on vapor compression cycle
• Digital/analog temperature and pressure indicators
• Energy-efficient compressor with safety protections
• Easy-to-operate control panel
• Compact and robust construction
• Suitable for educational and research purposes

The Ice Plant Test Rig is a specially designed laboratory setup used to study the working and performance of an ice manufacturing system based on refrigeration principles. It is ideal for engineering colleges, technical institutes, and research laboratories for demonstrating the practical aspects of refrigeration cycles and ice production.

The system simulates a real ice plant where water is cooled and converted into ice using a vapor compression refrigeration system. It consists of essential components such as a compressor, condenser, evaporator (ice tank), expansion device, and brine solution system. The rig is equipped with precise measuring instruments to evaluate system performance, including temperature, pressure, and power consumption.

This setup helps students and researchers understand heat transfer, refrigeration effects, and the calculation of Coefficient of Performance (COP) under different operating conditions.

• Demonstrates working of an ice plant using refrigeration cycle
• Equipped with brine tank for uniform cooling and ice formation
• Accurate measurement of temperature, pressure, and energy consumption
• User-friendly control panel with safety features
• Sturdy and compact design suitable for lab use
• Low maintenance and reliable operation

The Cooling Tower Test Rig is a laboratory-scale setup designed to study the performance and characteristics of a cooling tower used in heat rejection systems. It is widely utilized in engineering colleges, polytechnic institutes, and research laboratories for experiments related to heat transfer, mass transfer, and evaporative cooling.

The setup consists of a vertical cooling tower with fill section, water circulation system, air flow arrangement, and a sump tank. Warm water is circulated through the tower while air is passed in counter-flow or induced draft mode, allowing heat to dissipate through evaporation and convection.

The rig is equipped with precise instruments to measure temperatures, airflow rate, water flow rate, and humidity, enabling calculation of cooling efficiency, range, approach, and effectiveness of the cooling tower.

• Demonstrates working of cooling tower (evaporative cooling process)
• Transparent/acrylic section for clear visualization (optional)
• Accurate measurement of temperature, airflow, and water flow
• Digital/analog instrumentation available
• Easy-to-operate control panel with safety features
• Compact, robust, and suitable for lab use

The Diesel Engine Test Rig is a versatile laboratory setup designed to study the performance characteristics of a diesel engine under varying load conditions. It is widely used in mechanical engineering laboratories, polytechnic institutes, and research centers for practical analysis of internal combustion engines.

The setup consists of a single-cylinder, four-stroke diesel engine coupled with a suitable loading arrangement such as an eddy current dynamometer or hydraulic dynamometer. The rig is equipped with advanced instrumentation to measure critical parameters like fuel consumption, engine speed, torque, exhaust temperature, and cooling water flow.

This test rig enables accurate determination of brake power, indicated power, specific fuel consumption, thermal efficiency, and mechanical efficiency of the engine.

• Single-cylinder, four-stroke diesel engine setup
• Eddy current / hydraulic dynamometer for load application
• Precise fuel consumption measurement system
• Digital RPM, temperature, and load indicators
• Robust base frame with vibration-free operation
• User-friendly control panel with safety protections

The Pelton Turbine Test Rig is a precision-engineered laboratory setup designed to study the performance characteristics of an impulse turbine. It is widely used in hydraulic laboratories of engineering colleges, polytechnic institutes, and research centers for practical understanding of fluid machinery.

The setup consists of a Pelton wheel turbine driven by a high-velocity water jet supplied through a nozzle. The turbine is coupled to a braking system such as a mechanical brake drum or dynamometer to apply load. The rig includes a recirculating water system with a sump tank, centrifugal pump, and flow control valves.

The system is equipped with accurate measuring instruments to determine discharge, head, speed, and torque, allowing calculation of efficiency and performance curves under different operating conditions.

• Demonstrates working of impulse turbine (Pelton wheel)
• Adjustable nozzle for controlling jet velocity
• Efficient water recirculation system
• Accurate measurement of flow rate, head, and speed
• Digital/analog instrumentation options available
• Sturdy construction and easy operation

• Fluid mechanics and hydraulic laboratories
• Mechanical and civil engineering colleges
• Renewable energy and hydro power studies
• Research and performance testing

The Petrol Engine Test Rig is a laboratory setup designed to study the performance and characteristics of a spark ignition (SI) engine under different operating conditions. It is widely used in mechanical engineering laboratories, polytechnic institutes, and research centers for practical understanding of internal combustion engines.

The setup consists of a single-cylinder, four-stroke petrol engine coupled with a suitable loading arrangement such as an eddy current dynamometer or hydraulic dynamometer. The rig is equipped with precise instrumentation to measure parameters like fuel consumption, engine speed, torque, air flow, and exhaust temperature.

This test rig enables accurate determination of brake power, specific fuel consumption, thermal efficiency, volumetric efficiency, and mechanical efficiency of the engine.

• Single-cylinder, four-stroke petrol engine setup
• Eddy current / hydraulic dynamometer for load application
• Accurate fuel consumption measurement system
• Air flow measurement using air box and manometer
• Digital RPM, temperature, and load indicators
• Robust construction with vibration-free operation
• User-friendly control panel with safety features

The Kaplan Turbine Test Rig is a laboratory-scale setup designed to study the performance characteristics of a reaction turbine under varying flow and load conditions. It is widely used in hydraulic laboratories of engineering colleges, polytechnic institutes, and research centers for practical understanding of fluid machinery and hydro power systems.

The setup consists of a Kaplan turbine with adjustable runner blades (optional) and guide vanes, mounted in a closed-loop water circulation system. Water is supplied to the turbine by a centrifugal pump, and the flow is regulated using control valves. The turbine is coupled with a loading arrangement such as a mechanical brake drum or dynamometer for performance testing.

The rig is equipped with accurate measuring instruments to determine discharge, head, speed, and torque, enabling calculation of turbine efficiency and performance curves.

• Demonstrates working of Kaplan turbine (reaction turbine)
• Adjustable guide vanes for flow control (and runner blades, if applicable)
• Closed-loop water circulation system
• Accurate measurement of flow rate, head, and speed
• Digital/analog instrumentation options available
• Sturdy and compact design for laboratory use

• Fluid mechanics and hydraulic laboratories
• Mechanical and civil engineering colleges
• Hydro power and renewable energy studies
• Research and performance analysis

The Air Conditioning Test Rig is a laboratory setup designed to demonstrate the working and performance of a complete air conditioning system based on the vapor compression refrigeration cycle. It is widely used in engineering colleges, HVAC training institutes, and research laboratories for practical understanding of cooling, dehumidification, and air handling processes.

The system consists of key components such as a compressor, condenser, evaporator, expansion device, and an air duct with a cooling coil. Air is passed through the duct where it is cooled and conditioned, allowing users to study psychrometric processes like cooling, dehumidification, and sensible heat transfer.

The test rig is equipped with precise instruments to measure air temperature, humidity, airflow rate, refrigerant pressures, and power consumption. This enables detailed performance analysis and calculation of Coefficient of Performance (COP) and system efficiency.

• Demonstrates working of air conditioning system
• Study of psychrometric processes (cooling & dehumidification)
• Transparent duct section for airflow visualization (optional)
• Accurate measurement of temperature, humidity, and airflow
• Digital/analog instrumentation available
• Safe and easy-to-operate control panel