U TUBE FINNED TUBE HEAT EXCHANGER

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RANGE OF EXPERIMENTS TO BE CARRIED OUT:
1. To determine Heat transferrate of heating & cooling.
2. To determine the overall andindividual film heat transfer
3. To calculate Effectiveness of the Heat Exchanger.
4. The experiments can be conductedat various values of input &
calculation can be made accordingly.
TECHNICAL DESCRIPTION :
The shell and tube type u tube finned tube heat exchangerThe apparatus consists of a Shell and Tube type heat exchanger.
The hot fluid is hot water which is obtained from an electrical geyser & it flows through the Shell. While the cold fluid is air , flowing through the tube The flow rate of hot Water water is measured by using rotameter.The flow rate of air measured by using manometer Temperatures at inlet and outlet are measured by using thermocouples and temperature indicator.

DIMENSIONS AND WEIGHT :
Size :1.2 m.(L)x 1 m(W) X 2m ( H )
Weight :Approx. 100 Kg , Water: @10 Lpm
SERVICE REQUIRED :
230 v Ac Supply 50 Hz,Single Phase.
SCOPE OF DELIVERY:
1. Experimental Setup
2. Instructional Manual
OPTIONAL FACILITY: Data logging Facility

Get More Details:- 31- U TUBE FINNED TUBE HEAT EXCHANGER

NATURAL COOLING TOWER

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RANGE OF EXPERIMENTS TO BE CARRIED OUT:
1. To determine the cooling efficiency of Cooling Tower.
2. To calculate cooling rate.
TECHNICAL DESCRIPTION :
In a present cooling tower, series of fins arranged from top to bottom in such number that, water is sprayed/dropped at the top & it drips/falls down from to fin to the bottom fin. Fins provide maximum surface area to cool the water. Temperature at inlet & outlet can be measured with the help of sensors & digital temperature indicator. This is a typical Natural Cooling Tower & is widely used in small scale units. Its maintenance cost is also negligible.
DIMENSIONS AND WEIGHT :
Size :1.5 m.(L)x 1.5 m(W) X 2m ( H )
Weight :Approx. 120 Kg
SERVICE REQUIRED : 440 v Ac Supply 50 Hz
SCOPE OF DELIVERY:
1. Experimental Setup
2. Instructional Manual
OPTIONAL FACILITY: Data logging Facility

Get More Details:- 32- NATURAL COOLING TOWER

FORCED DROUGHT COOLING TOWER

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RANGE OF EXPERIMENTS TO BE CARRIED OUT:
1. To determine Volumetric mass transfer coefficient ( hD.a )
for air, water system in a cooling tower.
2. To study the temperature distribution along the height of the tower.
3. The experiments can be conducted at various flow rates
of Air & Water & calculation can be made accordingly.
4. Experiment can be conduct on both Induced &
Forced Draught condition.
5. To determine & compare the efficiency of the tower from Induced
& Forced Draught condition.
TECHNICAL DESCRIPTION :
In a present cooling towe , packed tower is provided, water is sprayed/dropped at the top & it drips/falls down from to fin to the bottom fin. packings provide maximum surface area to cool the water. Temperature at inlet & outlet can be measured with the help of sensors & digital temperature indicator. Flow Rate of water measured by using rotameter. Flow rate of air measured by using by manometer

DIMENSIONS AND WEIGHT :
Size :1.5 m.(L)x 1m(W) X 2m ( H )
Weight :Approx. 120 Kg
SERVICE REQUIRED :
440 v Ac Supply 50 Hz
SCOPE OF DELIVERY:
1. Experimental Setup
2. Instructional Manual
OPTIONAL FACILITY: Data logging Facility

Get More Details:- 33- FORCED DRAUGHT COOLING TOWER

WATER WATER HEAT PUMP

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RANGE OF EXPERIMENTS TO BE CARRIED OUT:
1. To observe the working principal of heat pump cycle.
2. To determine Actual cooling C.O.P, Carnot C.O.P., Theoretical C.O.P.,Actual heating C.O.P., Relative C.O.P., Ton of Refrigeration Etc.
3. To determine the efficiency of the heat pump system.
4. Observe the working of refrigeration cycle also.
TECHNICAL DESCRIPTION :
Heat pumps are refrigeration systems in which the rejected heat is at least as important as the refrigeration effect. Heat pumps have been referred to as reverse-cycle refrigeration systems.
A heat pump, in the common thermodynamic sense, is a system in which refrigeration components ( compressors, condensers, evaporators, and expansion devices ) are used in such a manner as to take heat from a source ( air, water ground, etc. ) and give it up to a heat sink ( air, water, ground, etc.) that is at a higher temperature than the source. For many applications, the heat pump is designed in such a manner as to reverse the cooling and heating functions. This allows the use of the same equipment for both heating and cooling and individual structure. Other applications are designed to simultaneously utilize both the heating and cooling effects obtained from the cycle in the same structure.

DIMENSIONS AND WEIGHT :
Size :1.5 m.(L)x 1m(W) X 1.5m ( H )
Weight :Approx. 120 Kg
SERVICE REQUIRED :
230 v Ac Supply 50 Hz
SCOPE OF DELIVERY:
1. Experimental Setup
2. Instructional Manual
OPTIONAL FACILITY: Data logging Facility

Get More Details:- 34-HEAT PUMP TEST RIG

HEAT TRANSFER THROUGH AGITATED VESSEL

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RANGE OF EXPERIMENTS TO BE CARRIED OUT:
1. Calculate the Inside, Outside & Overall heat transfer coefficientof agitated vessel.
TECHNICAL DESCRIPTION :
The setup consists of vessel provided with agitator. A heater is provided for heating the water in vessel. Cold water is circulated through the outer jacket of the vessel. Flow rate of cold water is measured by using rotameter.Temperature are measured by using thermocouples.
DIMENSIONS AND WEIGHT :
Size :1 m.(L)x 1m(W) X 1m ( H )
Weight :Approx. 80 Kg
SERVICE REQUIRED :
230 v Ac Supply 50 Hz
SCOPE OF DELIVERY:
1. Experimental Setup
2. Instructional Manual
OPTIONAL FACILITY: Data logging Facility

Get More Details:- 35-HEAT TRANSFER THROUGH AGITATED VESSEL – Copy