Comparison of Various Heat Exchangers
TE-130
Investigation and comparison of five different heat exchanger types
Parallel flow or counter flow can be set via valves
Specifications
-
Investigation and comparison of five different heat exchanger types
-
Parallel flow or counter flow can be set via valves
-
Flow rates can be adjusted via valves
-
Electromagnetic flow meter for hot and cold water
-
Portable differential pressure sensor for water
-
Fixed differential pressure sensor for air, to determine the volumetric flow rate
-
Digital displays for temperature, pressure differences and flow rate
-
Hot water generator and water chiller available
-
A software for data acquisition via usb under windows 8, 10
Features
- Plate heat exchanger, (water-water)
- Number of plates: 10
- Heat transfer area: approx. 0,26m2
- Output: 15kW
- Tubular heat exchanger (water-water)
- Heat transfer area: 0,1m2
- Shell & tube heat exchanger (water-water)
- Output: 13kW
- Finned tube heat exchanger (water-air)
- Heat transfer area: approx. 2,8m2
- Fan max. flow rate: 780m3/h
- Fan max. pressure difference: 430Pa
- Stirred tank with double jacket and coiled tube (water-water)
- Double jacket heat transfer area: 0,16m2
- Coiled tube heat transfer area: 0,17m2
- Measuring ranges
- Differential pressure:
- 1x 0…10mbar (air)
- 1x 0…1000mbar (water)
- flow rate: 2x 0…3m3/h
- Temperature: 10x 0…100°C
- Differential pressure:
Power and Electrical
- Mains Connection: 230V, 50Hz, 1 phases, 230V, 60 Hz, 1 phases; 120V, 60 Hz, 1 phase
- UL/CSA optional
Dimensions and weight
-
LxWxH: approx. 2010x800x1760mm
-
Weight: approx. 250kg
Required for operation
- Cold and hot water connection: 400L/h, drain
- PC with Windows recommended