Copper heat exchanger
Technical Data
Typical Connection Locations (Side-1: F1 & F4, Side-2: F2 & F3)
Sensible Application (liquids or gases - no phase change)
- For all models the F2 - F3 side has one extra channel, ie. BP 410-10 has 4 channels on the F1 - F4 side and 5 on the F2 - F3 side.
- Liquid applications should be plumbed in a counter-current, parallel, flow arrangement, (for example: Hot in at F1/Hot out at F4; Cold in at F3/Cold out at F2). Hot and cold side and in and out locations aren't critical as long as the piping is in a counter-current, parallel, flow arrangement. Unit may be mounted in any orientation.
- Connections may be on the front (ie. F1, F2, F3, F4) or back (ie. B1, B2, B3, B4) of the unit.
Phase Change Applications
- Units should be mounted in the vertical direction, similar to the figure above and plumbed with the vapor connection up and the liquid connection down on the phase change side see below.
Phase Change
Condensers
Vapor In: F1/B1
Condensate Out: F4/B4
Liquid In: F3/B3
Liquid Out: F2/B2
Standard Materials
Cover Plate: ASTM 316L stainless steel
Channel Plates: ASTM 316L stainless steel
Connections: ASTM 316L stainless steel
Brazing Material: Copper
Design Specifications Copper Brazed
Design Pressure: 30 Bar.
Design Temperature: 232°C.
- 190°C.
Nickel Heat Exchangers.
Technical Data
Typical Connection Locations (Side-1: F1 & F4, Side-2: F2 & F3)
Sensible Application (liquids or gases - no phase change)
-
For all models the F2 - F3 side has one extra channel, ie. BP 410-10 has 4 channels on the F1 - F4 side and 5 on the F2 - F3 side.
-
Liquid applications should be plumbed in a counter-current, parallel, flow arrangement, (for example: Hot in at F1/Hot out at F4; Cold in at F3/Cold out at F2). Hot and cold side and in and out locations aren't critical as long as the piping is in a counter-current, parallel, flow arrangement. Unit may be mounted in any orientation.
-
Connections may be on the front (ie. F1, F2, F3, F4) or back (ie. B1, B2, B3, B4) of the unit.
Phase Change Applications
-
Units should be mounted in the vertical direction, similar to the figure above and plumbed with the vapor connection up and the liquid connection down on the phase change side see below.
Single Phase
Liquid to Liquid
Hot In: F1
Hot Out: F4
Cold In: F3
Cold Out: F2
Standard Materials
Cover Plate: ASTM 316L stainless steel
Channel Plates: ASTM 316L stainless steel
Connections: ASTM 316L stainless steel
Brazing Material: Nickel Design
Specifications Copper Brazed
Design Pressure: Model (400/41X) 30 Bar.
Model (42X) 26.7 Bar.
Design Temperature: 232°C.
-190°C.
