Mechanical Engineering Laboratory Equipment

Air Conditioner System Trainer

Complete Ducting made of PC or Acrylic to visualize and identify the components in working Mixing dampers: Mixing dampers with electrical actuator and position indication. The system includes 3 dampers: outdoor air, mixing air and exhaust air Total Equipment Should be skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Air duct with transparent front Air duct with fan, air cooler, humidifier, flaps, air heater and sensors Chamber with wet (latent) and dry (sensitive) heat source as cooling load Air-cooled condensing unit Power consumption: 140W at -10C Refrigeration capacity: 320W at +5/40C Humidifier Heating power: 400W Air heater Heating power: 360W 2 heaters in the chamber as cooling load Power output: 0-250W each, freely adjustable Flow cross-section of the air duct Refrigerant: currently available in the market Filling volume: 1,2kg aprox CO2-equivalent: 0,8t Measuring ranges Temperature: 0-50C Rel. humidity: 10-90% Power consumption: 0-600W (condensing unit) Power: 2x 0-300W (cooling load) Pressure: -1-9bar / -1-24bar (refrigerant) Flow rate: 1,5-23,5L/h (refrigerant) Air velocity: 0-2,5m/s Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail

Computerized Vapour Absorption Refrigeration Trainer

Computerized DAQ system consisting of Power indicator; 8 Thermocouple. It should be able to raise the power consumed over time, the load as well temperatures Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Working medium: ammonia-water solution Auxiliary gas: hydrogen Electric heater: 125W Evaporator heater, adjustable: 50W Measuring ranges Temperature: 4x -80-180C Power: 0-150W Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc.) Should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail

Computerized Mechanical Heat Pump Test Rig

Heat pump operation management controller supplied with programming software and cable. The program is provided on computerised DAQ. Sensor Set to include 1) Thermocouple temperature sensor for measuring temperature in particular:- a) Compressor input b) Compressor output c) Reducer inlet d) Water inlet exchanger e) Water outlet exchanger 2) 2 analog pressure transmitters (high and low pressure) 3) 1 water flow meter on the impulse output condenser All the data of temperature, pressure and flow, as well as the power consumed, the power restored and the efficiency of the pump can be visualized on the panel display. Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Compressor Capacity: 372W at 7,2/32C Coaxial coil heat exchanger (condenser) Refrigerant content: 0,55L Water content: 0,3L Finned tube evaporator Transfer area: approx. 0,175m2 Pump Max. Flow rate: 1,9m3/h Max. Head: 1,4m Hot water tank volume: approx. 4,5L Refrigerant: R134a/22/A Filling volume: 1kg CO2-equivalent: 0,6t Measuring ranges Pressure: 2x -1-15bar Temperature: 4x 0-100C, 2x -100-100C Power: 0-6000W Flow rate: 0-108L/h (water) Flow rate: 10-160L/h (cooling water) Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc.) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail

Computerized bench top cold storage trainer

The characteristics of the cold chamber are the following: Interior dimensions: 600 x 600 x1500mm Wall thickness: 60 mm Walls insulation coefficient: 0.0223W/m.K Pivoting insulated door with handle Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Compressor suitable capacity Refrigeration capacity at -5/55C: 999W Power consumption: 565W Latent cooling load: 2x 0-250W Sensitive cooling load: 1x 0-200W, 1x 0-250W Receiver: 1,3L Refrigerant R134a/22/etc. Filling volume: 1,3kg CO2-equivalent: 0,8t Measuring ranges Pressure: 2x 0-16bar, 1x 0-25bar Temperature: 7x -50-150C; 1x -25-125C Rel. humidity: 0-100% Flow rate: 2-27L/h Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Computerized Vapour Compression Refrigeration Trainer

The data acquisition System includes the following sensors: 1) 8 temperatures sensors connected to the supervision system at: a) Expansion valve inlet and Outlet b) Compressor inlet and Outlet c) Condenser inlet outlet d) Evaporator Inlet and outlet 2) 2 pressure sensors a) Low pressure (inlet compressor) b) High pressure (outlet compressor) 3) Electrical power consumption of the compressor 4) Electrical power consumption of load The software is divided in two parts. The first part is the schematic diagram with the display of all the data, the second is the graph (plot the data in real time) Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Hermetic piston compressor Capacity: 18,3cm3 Evaporator capacity: approx. 2800mL Condenser capacity: approx. 2800mL Measuring ranges Temperature: 8x -20-200C Pressure: 2x -1-1,5bar Flow rate (water): 2x 048L/h Flow rate (refrigerant): 1x 0-700L/h Power: 0-1200W Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Vapour Jet Refrigeration Trainer

Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Vapour jet compressor d min convergent-divergent nozzle: approx. 1,7mm d min mixing jet: approx. 7mm Condenser Tank: approx. 3,5L Pipe coil area: approx. 0,17m2 Evaporator Tank: approx. 3,5L Heater power: 4x 125W Vapour generator Refrigerant tank: approx. 0,75L Water jacket: approx. 9L Heater power: 2kW Pump Max. Flow rate: approx. 1,7L/min Max. Head: approx. 70mWS Measuring ranges Current: 0-2,5A, Voltage: 0-230VAC Temperature: 10x -20-200C Pressure: 2x 0-10bar / 2x -1-1,5bar Flow rate (cooling water): 6-75g/s Required for operation 230V, 50Hz, 1 phase 230V, 60Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Cut Section Model of Open Hermetic Compressor

Should contain clear part labels with printed schematic diagram of model 2 Nos. of 6 Steel Grip handles for easy moment of Model Powder coated base plate for Model Mounting Kit of a piston compressor Compressor consisting of piston and cylinder, housing, driving gear, cylinder cover with valves

Computerized Refrigeration Circuit with Variable Load

The data acquisition System includes the following sensors: 1)8 temperatures sensors connected to the supervision system at: a)Expansion valve inlet and Outlet b)Compressor inlet and Outlet c)Condenser inlet outlet d)Evaporator Inlet and outlet 2)2 pressure sensors a)Low pressure (inlet compressor) b)High pressure (outlet compressor) 3)1 electrical power consumption of the compressor 4)1 Electrical power consumption of load The software is divided in two parts. The first part is the schematic diagram with the display of all the data, the second is the graph (plot the data in real time) Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Compressor Refrigeration capacity: approx. 479W at 7,2/54,4C power consumption: 168W at 7,2/54,4C Evaporator Refrigerant volume: 0,4L Water volume: 0,8LCondenser Transfer area: approx. 1,25m2 Fan power consumption: 4x 12WPump Max. flow rate: 1,9m3/h Max. head: 1,4mTank Volume: approx. 4,5L Heater: approx. 450WRefrigerant: R134A Filling volume: 800gMeasuring ranges Pressure: 2x -115bar Power: 0750W Temperature: 6x 0100C Flow rate: Water 0,051,8L/min Refrigerant calculated 017kg/h Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Computerized cooling tower test bench

Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Cooling column Specific surface of the wet deck surface: 110m2/m3 Cross-section: 150x150mm Volumetric airflow measurement via orifice: 80mm Heater, adjustable in three stages: 500W 1000W 1500W Thermostat: switches off at 50C Fan Power consumption: 250W Max. Pressure difference: 430Pa Max. Volumetric flow rate: 13m3/min Pump Max. Head: 70m Max. Flow rate: 100L/h Tank for additional water: 4,2L Measuring ranges Differential pressure: 0-1000Pa (air) Flow rate: 12360L/h (water) Temperature: 2x 0-50C, 3x 0-100C Rel. humidity: 10-100% Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Cut Section Model of Rotary Hermetic Compressor

Should contain clear part labels with printed schematic diagram of model 2 Nos. of 6 Steel Grip handles for easy moment of Model Powder coated base plate for Model Mounting It consists of a stationary cylinder, a roller and a shaft. The shaft has an eccentric on which the roller is mounted. A blade is set into the slot of a cylinder in such a manner that it always maintains contacts with a sloter by means of a spring. The blade moves in and out of the slot to follow the rotor when it rotates. Since the blade separates the suction and discharge parts, therefore it is often called a sealing blade. When the shaft rotates, the roller also rotates the roller rotates so that it always touches the cylinder wall

Recirculating Type A.C. Trainer

Complete Ducting made of PC or Acrylic to visualise and identify the components in working Mixing dampers: Mixing dampers with electrical actuator and position indication. The system includes 3 dampers : outdoor air, mixing air and exhaust air Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 Compressor: - Hermetically sealed compressor having cooling capacity of (1 ton) Emerson or Equivalent. Condenser: Air cooled condenser made up of copper pipe & Aluminum fins of matching capacity with fan cooling. FHP fan motor with fan blade is provided. Storage room: - 100 mm X 800 mm X 1000 mm Storage room with double wall insulated with suitable small door. Evaporator: - Air passed Evaporator made of copper pipe and aluminums fins of matching capacity with fan cooling. Expansion device: Capillary Tube Diameter: suitable; Material: copper Rota meter: For measuring flow rate of liquid refrigerant. Capacity: 0 to 100 LPH. Pressure Gauges: 0 to 500 PSI (R-22); Compound Gauge -30 to 150 PSI (R-22) HP/LP cut-out: Danfoss or equivalent. Refrigerants: Primary R-22 gas. Service valve: 1 no. Brass type. Filter / Drier: 1 nos. Danfoss or equivalent make. Thermostat: Ranco make or equivalent Single phase 230 V AC, 15 Amp supply Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Computerized ICE plant trainer

Total Equipment is skid mounted in SS 40 x40 Frame Structure with Castor wheels. All wetted parts also made of SS-304 \ Compressor-Hermitically sealed compressor, Kirloskar make. Tank: The inner tank shall be fabricated out of stainless steel Condenser: Air cooled compatible to compressor Condenser Cooling Fan: Compatible capacity with permanent lubricated motor. \ Pressure Measurement: Pressure Transmitter- 2 Nos. Temperature Measurement: Temperature Transmitter- 6 Nos. Evaporator: Made of Stainless Steel, Insulated with ceramic wool/puff. Expansion Device: Capillary Tube Compatible capacity. Energy Measurement: By Energy meter Safety Control: overload and over current protectors for compressor and Time delay circuit. Measuring ranges Differential pressure: 0-1000Pa (air) Flow rate: 12-360L/h (water) Temperature: 2x 0-50C, 3x 0-100C Rel. humidity: 10-100% Required for operation 230V, 50Hz, 1 phase Touch screen based Fully automatic system with password protection Data acquisition should be Remotely operated by Smart phone, Tablets, PC, laptops via Ethernet and Wi-fi Should be equipped with all safety protections Flow visualization should be available in the DAQ System Should be equipped with both manual and auto operation Power consumption of individual system, all sensors™ data should be display and logged automatically System should have software for operating, data logging, processing and data displaying Performance variables (e.g., Heating/Cooling COP, Heating / Cooling load etc..) should be automatically calculated and displayed and should be stored in pen drive also along with PC. Instruments should be provided with 3D drawing of complete equipment along with the name and make of all standard components used in the test rig Each rig should have small aesthetically appealing poster with schematic diagram and basic working detail.

Bell Crank Lever

Simple Jib Crane

Jointed Roof Truss

Winch Crab Single Purchase

Universal Force Table

Parallel Forces Apparatus

Compound Screw Jack

Worm & Worm Wheel

Lagged Pipe Apparatus

Wankel Engine Model

Pure Reaction Turbine Model

Fluid Mechanics Laboratory Equipment

Heat Transfer Laboratory Equipment

Whirling of Shaft Apparatus

Hydraulic Machine Laboratory Equipment