pwt en dimensions - klingenburg.uk · humidification - adiabatic cooling ... thus, plate heat...
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EN
E N E R G Y R E C O V E R Y
PWT EN
0216
Extremely robust and sealedCrossflow plate heat exchanger Type PWT
PWTDimensions
Dimensions
Type A[mm]
B[mm]
C[mm] Efficiency1)
PWT 200 203 265 individual up to 60%
PWT 300 303 405 individual up to 60%
PWT 390 390 531 individual up to 60%
Dimensions
Typ A[mm]
B[mm]
C[mm] Efficiency1)
PWT 400 400 563 individual up to 60%
PWT 500 500 677 individual up to 60%
PWT 600 600 819 individual up to 65%
PWT 700 700 960 individual up to 65%
PWT 800 800 1101 individual up to 70%
PWT 1000 1000 1384 individual up to 70%
PWT 1200 1200 1667 individual up to 70%
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
DATAPWT
A
A
C
B
A
C
AB
Klingenburg GmbH • Boystrasse 115 • D-45968 Gladbeck / GermanyPhone: +49-(0) 20 43-96 36 0 • Fax: +49-(0) 20 43-7 23 62 • E-mail: [email protected]
www.klingenburg.de
Rotary Heat Exchanger - Execution as aluminum,
epoxy, enthalpy or sorption rotor
- High Temperature Rotor made of stainless steel
Crossflow- Plate Heat Exchanger
- Aluminium, PET, epoxy and stainless steel versions available
Counterflow- Plate Heat Exchanger - Aluminium, PET and epoxy
versions available- Highest efficiency
Humidifier CERTO
- Hygienic humidification
- Adiabatic cooling
Outside air
Exhaust air
Supply air
Extract air
Outside air
Exhaust airSupply air
Extract air
PWT 400 - 1200 PWT 200 - 390
Shapes and sizesPWTAluminium Crossflow Plate Heat Exchanger
Plate heat exchangers are the preferred option in ventila-tion systems where any ‘circulation’ of air is undesirable. In other words, the incoming and outgoing airstreams are completely isolated and no moisture or odours can be transferred. Thus, plate heat exchangers are examples of recuperative energy recovery systems.
Application
Room ventilation systems Industrial ventilaton systems Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Application
Room ventilation systems Controlled apartment ventilation Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Crossflow arrangement incorporating two PWTs
Two heat-exchanger groups can be arranged in a cross-/counterflow pattern to increase efficiency.
Modular construction
Any required group length and edge lenghts up to 3000 mm can be supplied, thanks to modular structure.
PWT 10
PWT 30
PWT 20
PWT 40
PWT 25
PWT 60
Configuration options
High tightness and strength thanks to double folding of the intake-flow edges (fivefold material thickness)
High tightness and strength thanks to folding of the intake-flow edges (threefold material thickness).
Plate distance: corrugated inserts – plate distances from 8 up to 13 mm
The heat exchangers consist of corrosion resistant aluminium foil
Different plate distances and any re-quired group length can be supplied
All housings are equipped with condensate drain-off. Plate structure:
embossed plates – plate distances from 5.5 up to 14 mm
Droplet separator
400
500
600
700
800
1000
1200
1000 2000 3000Air volume [m3/h]
Edge
leng
th [m
m]
Edge
leng
th [m
m]
Diagram for selection of a suitable plate heat exchanger
5000 10000 20000
400
500
600
700
800
1000
1200
200
300
390
0 500 1000Air volume [m3/h]
Diagram for selection of a suitable plate heat exchanger
50
55
60
65
70
75
80
35 40 45 50 55 60 65
0,6 0,81,0
1,2
1,4
Mass flow ratio msupply/mextract
Single exchange efficiency Fsingle [%]
Fto
t [%
]
Diagram for determination of efficiencywith two PWTs in a cross-/counterflow pattern
1500 2000 2500 3000
200
300
390
Shapes
Outside air
Outside air
Outside air
Outside air
Exhaust air
Exhaust air
Exhaust airSupply air
Supply airProcess supply air
Hall supply airExtract air
Extra
ct air
Extra
ct air
Outside air
Exhaust air
Supply air
Extract air
Outside air
Exhaust airSupply air
Extract air
PWT 400 - 1200 PWT 200 - 390
Shapes and sizesPWTAluminium Crossflow Plate Heat Exchanger
Plate heat exchangers are the preferred option in ventila-tion systems where any ‘circulation’ of air is undesirable. In other words, the incoming and outgoing airstreams are completely isolated and no moisture or odours can be transferred. Thus, plate heat exchangers are examples of recuperative energy recovery systems.
Application
Room ventilation systems Industrial ventilaton systems Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Application
Room ventilation systems Controlled apartment ventilation Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Crossflow arrangement incorporating two PWTs
Two heat-exchanger groups can be arranged in a cross-/counterflow pattern to increase efficiency.
Modular construction
Any required group length and edge lenghts up to 3000 mm can be supplied, thanks to modular structure.
PWT 10
PWT 30
PWT 20
PWT 40
PWT 25
PWT 60
Configuration options
High tightness and strength thanks to double folding of the intake-flow edges (fivefold material thickness)
High tightness and strength thanks to folding of the intake-flow edges (threefold material thickness).
Plate distance: corrugated inserts – plate distances from 8 up to 13 mm
The heat exchangers consist of corrosion resistant aluminium foil
Different plate distances and any re-quired group length can be supplied
All housings are equipped with condensate drain-off. Plate structure:
embossed plates – plate distances from 5.5 up to 14 mm
Droplet separator
400
500
600
700
800
1000
1200
1000 2000 3000Air volume [m3/h]
Edge
leng
th [m
m]
Edge
leng
th [m
m]
Diagram for selection of a suitable plate heat exchanger
5000 10000 20000
400
500
600
700
800
1000
1200
200
300
390
0 500 1000Air volume [m3/h]
Diagram for selection of a suitable plate heat exchanger
50
55
60
65
70
75
80
35 40 45 50 55 60 65
0,6 0,81,0
1,2
1,4
Mass flow ratio msupply/mextract
Single exchange efficiency Fsingle [%]
Fto
t [%
]
Diagram for determination of efficiencywith two PWTs in a cross-/counterflow pattern
1500 2000 2500 3000
200
300
390
Shapes
Outside air
Outside air
Outside air
Outside air
Exhaust air
Exhaust air
Exhaust airSupply air
Supply airProcess supply air
Hall supply airExtract air
Extra
ct air
Extra
ct air
Outside air
Exhaust air
Supply air
Extract air
Outside air
Exhaust airSupply air
Extract air
PWT 400 - 1200 PWT 200 - 390
Shapes and sizesPWTAluminium Crossflow Plate Heat Exchanger
Plate heat exchangers are the preferred option in ventila-tion systems where any ‘circulation’ of air is undesirable. In other words, the incoming and outgoing airstreams are completely isolated and no moisture or odours can be transferred. Thus, plate heat exchangers are examples of recuperative energy recovery systems.
Application
Room ventilation systems Industrial ventilaton systems Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Application
Room ventilation systems Controlled apartment ventilation Total separation of supply and waste air Heat-recovery in winter Cooling-recovery in summer
Crossflow arrangement incorporating two PWTs
Two heat-exchanger groups can be arranged in a cross-/counterflow pattern to increase efficiency.
Modular construction
Any required group length and edge lenghts up to 3000 mm can be supplied, thanks to modular structure.
PWT 10
PWT 30
PWT 20
PWT 40
PWT 25
PWT 60
Configuration options
High tightness and strength thanks to double folding of the intake-flow edges (fivefold material thickness)
High tightness and strength thanks to folding of the intake-flow edges (threefold material thickness).
Plate distance: corrugated inserts – plate distances from 8 up to 13 mm
The heat exchangers consist of corrosion resistant aluminium foil
Different plate distances and any re-quired group length can be supplied
All housings are equipped with condensate drain-off. Plate structure:
embossed plates – plate distances from 5.5 up to 14 mm
Droplet separator
400
500
600
700
800
1000
1200
1000 2000 3000Air volume [m3/h]
Edge
leng
th [m
m]
Edge
leng
th [m
m]
Diagram for selection of a suitable plate heat exchanger
5000 10000 20000
400
500
600
700
800
1000
1200
200
300
390
0 500 1000Air volume [m3/h]
Diagram for selection of a suitable plate heat exchanger
50
55
60
65
70
75
80
35 40 45 50 55 60 65
0,6 0,81,0
1,2
1,4
Mass flow ratio msupply/mextract
Single exchange efficiency Fsingle [%]
Fto
t [%
]
Diagram for determination of efficiencywith two PWTs in a cross-/counterflow pattern
1500 2000 2500 3000
200
300
390
Shapes
Outside air
Outside air
Outside air
Outside air
Exhaust air
Exhaust air
Exhaust airSupply air
Supply airProcess supply air
Hall supply airExtract air
Extra
ct air
Extra
ct air
EN
E N E R G Y R E C O V E R Y
PWT EN
0216
Extremely robust and sealedCrossflow plate heat exchanger Type PWT
PWTDimensions
Dimensions
Type A[mm]
B[mm]
C[mm] Efficiency1)
PWT 200 203 265 individual up to 60%
PWT 300 303 405 individual up to 60%
PWT 390 390 531 individual up to 60%
Dimensions
Typ A[mm]
B[mm]
C[mm] Efficiency1)
PWT 400 400 563 individual up to 60%
PWT 500 500 677 individual up to 60%
PWT 600 600 819 individual up to 65%
PWT 700 700 960 individual up to 65%
PWT 800 800 1101 individual up to 70%
PWT 1000 1000 1384 individual up to 70%
PWT 1200 1200 1667 individual up to 70%
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
DATAPWT
A
A
C
B
A
C
AB
Klingenburg GmbH • Boystrasse 115 • D-45968 Gladbeck / GermanyPhone: +49-(0) 20 43-96 36 0 • Fax: +49-(0) 20 43-7 23 62 • E-mail: [email protected]
www.klingenburg.de
Rotary Heat Exchanger - Execution as aluminum,
epoxy, enthalpy or sorption rotor
- High Temperature Rotor made of stainless steel
Crossflow- Plate Heat Exchanger
- Aluminium, PET, epoxy and stainless steel versions available
Counterflow- Plate Heat Exchanger - Aluminium, PET and epoxy
versions available- Highest efficiency
Humidifier CERTO
- Hygienic humidification
- Adiabatic cooling
EN
E N E R G Y R E C O V E R Y
PWT EN
0216
Extremely robust and sealedCrossflow plate heat exchanger Type PWT
PWTDimensions
Dimensions
Type A[mm]
B[mm]
C[mm] Efficiency1)
PWT 200 203 265 individual up to 60%
PWT 300 303 405 individual up to 60%
PWT 390 390 531 individual up to 60%
Dimensions
Typ A[mm]
B[mm]
C[mm] Efficiency1)
PWT 400 400 563 individual up to 60%
PWT 500 500 677 individual up to 60%
PWT 600 600 819 individual up to 65%
PWT 700 700 960 individual up to 65%
PWT 800 800 1101 individual up to 70%
PWT 1000 1000 1384 individual up to 70%
PWT 1200 1200 1667 individual up to 70%
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
1) Efficiency depends on plate distance and air quantity.Technical changes possible.
DATAPWT
A
A
C
B
A
C
AB
Klingenburg GmbH • Boystrasse 115 • D-45968 Gladbeck / GermanyPhone: +49-(0) 20 43-96 36 0 • Fax: +49-(0) 20 43-7 23 62 • E-mail: [email protected]
www.klingenburg.de
Rotary Heat Exchanger - Execution as aluminum,
epoxy, enthalpy or sorption rotor
- High Temperature Rotor made of stainless steel
Crossflow- Plate Heat Exchanger
- Aluminium, PET, epoxy and stainless steel versions available
Counterflow- Plate Heat Exchanger - Aluminium, PET and epoxy
versions available- Highest efficiency
Humidifier CERTO
- Hygienic humidification
- Adiabatic cooling