Heat Exchanger Supply Unit

Categories: Engineering Lab Equipment

Heat exchangers transfer thermal energy from the flow of one medium to another. The two flows do not come into direct contact with one another. Efficient heat transfer is a prerequisite for economical...


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Description

Heat exchangers transfer thermal energy from the flow of one medium to another. The two flows do not come into direct contact with one another. Efficient heat transfer is a prerequisite for economical processes. Therefore, different heat exchanger types are used in practice depending on the requirements.
This experimental unit can be used to investigate and compare different heat exchanger designs. The complete experimental setup consists of two main elements: as supply and control unit and choice of heat exchanger: Tubular heat exchanger, plate heat exchanger, shell and tube heat exchanger and stirred tank with jacketed vessel and coil. Water is used as the medium.

Learning Objectives/Experiments
In conjunction with a heat exchanger 
plotting temperature curves
determining the mean heat transfer coefficient
comparing different heat exchanger types

Specification
Supply unit for heat exchangers
Hot water circuit with tank, heater, temperature controller, pump and protection against lack of water
Cold water circuit from laboratory mains or water chiller
Temperature controller controls the temperature of hot water
Flow adjustable using valves
Digital displays for 6 temperature and 2 flow rate sensors
Water connections with quick-release couplings
Stirring machine connection with speed adjustment
Functions of the software: educational software and data acquisition

Technical Data
Pump
power consumption: 120W
max. flow rate: 600L/h
max. head: 30m
Heater
power output: 3kW
thermostat: 0…70°C
Hot water tank: approx. 10L
Measuring ranges
temperature: 6x 0…100°C
flow rate: 2x 20…250L/h
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 230V, 60Hz, 3 phases


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quick overview :

Heat exchangers transfer thermal energy from the flow of one medium to another. The two flows do not come into direct contact with one another. Efficient heat transfer is a prerequisite for economical processes. Therefore, different heat exchanger types are used in practice depending on the requirements.
This experimental unit can be used to investigate and compare different heat exchanger designs. The complete experimental setup consists of two main elements: as supply and control unit and choice of heat exchanger: Tubular heat exchanger, plate heat exchanger, shell and tube heat exchanger and stirred tank with jacketed vessel and coil. Water is used as the medium.

Learning Objectives/Experiments
In conjunction with a heat exchanger 
plotting temperature curves
determining the mean heat transfer coefficient
comparing different heat exchanger types

Specification
Supply unit for heat exchangers
Hot water circuit with tank, heater, temperature controller, pump and protection against lack of water
Cold water circuit from laboratory mains or water chiller
Temperature controller controls the temperature of hot water
Flow adjustable using valves
Digital displays for 6 temperature and 2 flow rate sensors
Water connections with quick-release couplings
Stirring machine connection with speed adjustment
Functions of the software: educational software and data acquisition

Technical Data
Pump
power consumption: 120W
max. flow rate: 600L/h
max. head: 30m
Heater
power output: 3kW
thermostat: 0…70°C
Hot water tank: approx. 10L
Measuring ranges
temperature: 6x 0…100°C
flow rate: 2x 20…250L/h
230V, 50Hz, 1 phase
230V, 60Hz, 1 phase; 230V, 60Hz, 3 phases

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Product

Reviews

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    No Review Yet.