Test bed specifically designed for educational analysis of performance of automobile engines. 
Provided with all necessary instruments for measurement of at least the following 
Parameters:
- Fuel consumption
- Air flow
- Temperature 
- RPM 
Used for demonstration of performance of Petrol Engines at different throttle 
settings and different load
Should be provided with Data Acquisition system for monitoring. 
Should feature an eddy current dynamometer and measuring instruments for 
measuring key parameters required for performance analysis of an engine. The eddy 
current dynamometer should provide a variable load on the engine, allowing the 
characteristic power and torque curves to be reproduced in the laboratory.
It should have a rating of at least 80 kW
It should allow fast coupling of the engine to the dynamometer 
The test bed should be equipped with a dynamometer control panel with necessary 
safety instruments. 

1. Eddy current Dynamometer: Capacity: 50 kW, Water Cooled 
2. Engine: a. 1400 cc, Diesel Engine mounted on frame 
3. Air Box with Orifice plate for Air flow measurement.
4. Fuel Tank. 
5. Propeller shaft with protective covering. 
6. Measuring Instruments :RPM Sensor, Differential Pressure Transmitter for Air, Fuel Level Sensor , Thermocouples , Torque Sensor 

Supplied with:

1. 1 x set of Anti Vibration Pads 
2. 1 x Auxiliary cooling unit for engine
3. 1 x Exhaust Gas Calorimeter 
4. 1 x Cooling Water Flow Transmitter 
5. 1x Pipe In pipe type heat exchanger 
6. Thermocouples for water & gas temperature.
7. Data Acquisition System & Software: 16 Channel High speed DAQ Card with USB Port
8. Data Acquisition Card, 16 Channel High speed DAQ Card with USB Port and 
9. Labview based Software for data acquisition, real time display, graphical 
10. representation, calculation & tabular results. With P-V Diagram Module 
11. TO allow at least the following tests:
12. Engine cylinder pressure 
13. Crank angle Encoder Experiments 
14. Measurement & Calculation of Volumetric efficiency. 
15. Measurement & Calculation of specific fuel consumption 
16. Measurement & Calculation of brake thermal efficiency 
17. Determining air / fuel ratios 
18. Heat Balance Test