COIL CONDENSERS, INFORMATION Composed completely of glass, coil heat exchangers are typically used as vapor condensers and liquid coolers. They are usually designed and installed as an integral part of a vertical column. To provide a reliable corrosion resistant internal seal, the coil battery is sealed to the jacket, creating a single unit. Boilers and immersion heaters are also available in this all-glass coil design. Other Designs Shell & Tube Heat Exchangers Technical Data |
Jacket Side |
Vapor to be |
Liquid to be |
Gas To be |
Coil Side |
Cooling Water |
Cooling Water |
Cooling Water |
Heat Transfer |
50 |
50 |
50 |
The heat transfer coefficient also varies with the size of the condenser. The following table gives an indication of the performance of condensers at atmospheric pressure, using water as a coolant in the coils (inlet temperature 68 F) and steam condensing in the jackets. These figures do not show the maximum performance of the units but are a general indication of typical working conditions.
Condenser |
Surface |
Water |
Steam |
|
GHE1.5 |
2 |
1540 |
15 |
|
GHE2 |
3.5 |
2200 |
25 |
|
GHE3 |
3.5 |
2200 |
25 |
|
GHE4 |
5 |
3300 |
40 |
|
GHE6/10 |
10 |
3500 |
70 |
|
GHE6/15 |
15 |
3300 |
110 |
|
GHEU9A |
25 |
6600 |
198 |
|
GHEU12/25 |
25 |
6000 |
175 |
|
GHEU12/40 |
40 |
10400 |
282 |
|
GHEU450/60 |
60 |
11000 |
435 |
|
GHEU450/80 |
80 |
9300 |
585 |
|
GHEA600 |
120 |
14300 |
850 |