Mechanical Engineering (Polytechnic) Infrastructure & Facilities

Universal Testing Machine 

Impact Testing Machine 

Rockwell Hardness Testing Machine 

Brinell Hardness Testing Machine 

Torsion Testing Machine 

The Abration Testing Machine 

The Flexrural Testing Machine 

Withworth quick return mechanism 

Crank & Slotted Lever quick Return Mechanism 

Model of Band Brake 

Model Of Geneva Mechanism 

Ackermans Steering gear Mechanism 

Model Of Different Types Of Cam And Followers 

Centrifugal governor Test Rig.

Conduct sample compressive and tensile tests on metal using Universal Testing Machine 

Izod Impact test 

Charpy Impact test  

Flexure test on floor tiles or roofing tiles 

Rockwell Hardness Test  

Brinell hardens test  

Withworth quick return mechanism  

Crank & Slotted Lever quick Return Mechanism 

Model Of Different Types of Cam and Followers  

Centrifugal governor Test Rig 

• Model of Bebcock and Wilcox Boiler
• Model of Lamount Boiler      
• Apparatus of thermal conductivity of metal rod       
• Model of shell and tube heat exchanger      
• Two stage reciprocating air compressor       
• Separating/ throttling calorimeter
• Francis turbine model
• Kaplan turbine model
• Cooling tower model 
• Parallel/Counter flow Heat exchanger          
• Stefan Boltzmann App.          
• Forced convection App.         
• Model of Loeffler Boiler
• Model of Benson Boiler
• Model of Nuclear Power
• Refrigeration Cycle Test Rig. 
• Air-Conditioning Cycle Test Rig.        
• Ice Plant Equipment   
• 3 Cylinder 4 Stroke Petrol Engine Test          
• Single Cylinder 4-Stroke Diesel Engine          
• Single Cylinder 2-Stroke Petrol Engine     

• Conduct a trial on conduction set up of metallic rod and calculates thermal conductivity.

• Conduct a trial on Stefan Boltzmann set up and calculates Stefan Boltzmann constant.

• To determine convective heat transfer coefficient for the given fluid.

• Perform test on the given IC Engine to prepare heat balance sheet and plot performance characteristics.

• Perform Morse Test on the given IC Engine.

• Perform test on the given two-stage reciprocating air compressor to find volumetric and isothermal efficiency.(Part-I &II)

• Perform test on vapor compression refrigeration cycle test rig to find COP.

• Vernier Caliper 0-200 mm
• Vernier Height Gauge 300 mm
• Dial Micrometer 0- 25 mm
• Depth Micrometer 0-25 mm Extension rods
• Steel Slip Gauge Set M 88 Grade 1
• Sine Center 200 mm
• Screw Thread Micrometer 0 -25 mm
• Tool Makers Microscope, HSN No.9011
• Gear Tooth Vernier Caliper 1 - 26 Module
• Auto Collimator with Angle Dekker
• Bevel Protector
• Pneumatic Comparator
• Digital Vernier Caliper 0 -150 mm
• Dial Vernier Caliper 0 - 150 mm
• Inside Micrometer 5- 30 mm,
• Tube Micrometer 0-25 mm
• Surface roughness measurement (surftest)
• Vernier Depth gauge(200mm lc 0.02)
• Outside Micrometer (0-25 lc0.01)
• Angle Gauge Set
• Floating Carriage
• Load Measurement Setup
• McLeod Gauge
• Vibrometer
• Sling Psychrometer
• Sound Level Meter
• Speed Measurement- Inductive Pick up
• Stroboscope, HSN No.9029
• Bourdon Pressure Gauge Tester
  • Ultrasonic flow meter

• Measure various dimensions of a given components using radius gauge, Vernier calliper, Vernier height gauge, micrometer. ·
• Measure the effective diameter of the screw thread using profile projector/tool makers microscope.
• Measure unknown angle of a given tapered component using sine centre in combination with slip gauges.
• Use bevel protector and clinometers to measure an angle and taper of given component.
• Use angle dekkor/autocollimator to measure the angle and taper of given component.
• Measure the surface roughness of a given sample using Taylors HobsonsTalysurf/surface roughness tester. ·
• Calibration of Bourdon tube pressure gauge.
• Measure pressure using Mcleod gauge.
• Measure flow of liquid by Ultrasonic flow meter.
• Calibration of Stroboscope.