HIDRIA COMPACT AIR HANDLING UNIT 2011 CompAir RW

Overpressure dampers are used to equalize the pressure between adjacent rooms and for automatic interruption of air supply or air exhaust. Volume control dampers regulate the air flow volume in ventilation ducts and air conditioning devices. Throttling, shut off and non return dampers and flow rate controllers are used for control the air flow volume in ventilating ducts.

COMPACT AIR HANDLING UNIT

CompAir RW

Technical Brochure

INDEX:

1 COMPAIR RW 2000 3

1.1 Technical specification for compact unit CompAir RW 2000: 5

1.2 External static pressure/Air volume diagram: 6

1.3 Heat recovery diagram: 6

1.4 Heat exchangers data: 7

1.5 Unit dimensions: 8

2 COMPAIR RW 3000 14

2.1 Technical specification for compact unit CompAir RW 3000: 14

2.2 External static pressure/Air volume diagram: 15

2.3 Heat recovery diagram: 15

2.4 Heat exchangers data: 16

2.5 Unit dimensions: 17

3 COMPAIR RW 4000 23

3.1 Technical specification for compact unit CompAir RW 4000: 23

3.2 External static pressure/Air volume diagram: 24

3.3 Heat recovery diagram: 24

3.4 Heat exchangers data: 25

3.5 Unit dimensions: 26

4 COMPAIR RW 6000 32

4.1 Technical specification for compact unit CompAir RW 6000: 32

4.2 External static pressure/Air volume diagram: 33

4.3 Heat recovery diagram: 33

4.4 Heat exchangers data: 34

4.5 Unit dimensions: 35

5 COMPAIR RW 8000 38

5.1 Technical specification for compact unit CompAir RW 8000: 38

5.2 External static pressure/Air volume diagram: 39

5.3 Heat recovery diagram: 39

5.4 Heat exchangers data: 40

5.5 Unit dimensions: 41

6 COMPAIR RW 10000 44

6.1 Technical specification for compact unit CompAir RW 10000: 44

6.2 External static pressure/Air volume diagram: 45

6.3 Heat recovery diagram: 45

6.4 Heat exchangers data: 46

6.5 Unit dimensions: 47

7 CONTROL SYSTEM : 50

0 General

CompAir RW versions

R … right I … inside version M … monoblock

L … left O… outside version S … splitted

Service door (on the access side): On the filter units

On the fan units Removable panel (on the access side): On the plate heat exchanger unit

Supply (fresh air) damper 24 V actuator

Length (with heater or cooler): see drawings

Length (with heater and cooler): see drawings

Dimensions(Monoblock):

Length (with heater or cooler): see drawings

Length (with heater and cooler): see drawings

1.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

1.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

1.4 Heat exchangers data:

1.5 Unit dimensions:

Monoblock 2000 inside version:

Splitted 2000 inside version:

Monoblock 2000 inside version with heater or cooler:

Monoblock 2000 inside version with heater and cooler:

Splitted 2000 inside version with heater or cooler:

Splitted 2000 inside version with heater and cooler:

Monoblock 2000 outside version:

Splitted 2000 outside version:

Monoblock 2000 outside version with heater or cooler:

Monoblock 2000 outside version with heater and cooler:

Splitted 2000 outside version with heater or cooler:

Splitted 2000 outside version with heater and cooler:

Service door (on the access side): On the filter units

Removable panel (on the access side): On the plate heat exchanger unit

2.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

2.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

2.4 Heat exchangers data:

2.5 Unit dimensions:

Monoblock 3000 inside version:

Splitted 3000 inside version:

Monoblock 3000 inside version with heater or cooler:

Monoblock 3000 inside version with heater and cooler:

Splitted 3000 inside version with heater or cooler:

Splitted 3000 inside version with heater and cooler:

Monoblock 3000 outside version:

Splitted 3000 outside version:

Monoblock 3000 outside version with heater or cooler:

Monoblock 3000 outside version with heater and cooler:

Splitted 3000 outside version with heater or cooler:

Splitted 3000 outside version with heater and cooler:

Service door (on the access side): On the filter units

Removable panel (on the access side): On the plate heat exchanger unit

Dimensions(Monoblock): see

3.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

3.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

3.4 Heat exchangers data:

3.5 Unit dimensions:

Monoblock 4000 inside version:

Splitted 4000 inside version:

Monoblock 4000 inside version with heater or cooler:

Monoblock 4000 inside version with heater and cooler:

Splitted 4000 inside version with heater or cooler:

Splitted 4000 inside version with heater and cooler:

Monoblock 4000 outside version:

Splitted 4000 outside version:

Monoblock 4000 outside version with heater or cooler:

Monoblock 4000 outside version with heater and cooler:

,

Splitted 4000 outside version with heater or cooler:

Splitted 4000 outside version with heater and cooler:

Service door (on the access side): On the filter units

Removable panel (on the access side): On the plate heat exchanger unit

4.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

4.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

4.4 Heat exchangers data:

4.5 Unit dimensions:

Splitted 6000 inside version:

Splitted 6000 inside version with heater or cooler:

Splitted 6000 inside version with heater and cooler:

Splitted 6000 outside version:

Splitted 6000 outside version with heater or cooler:

Splitted 6000 outside version with heater and cooler:

Service door (on the access side): On the filter units

Removable panel (on the access side): On the plate heat exchanger unit

5.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

5.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

5.4 Heat exchangers data:

5.5 Unit dimensions:

Splitted 8000 inside version:

Splitted 8000 inside version with heater or cooler:

Splitted 8000 inside version with heater and cooler:

Splitted 8000 outside version:

Splitted 8000 outside version with heater or cooler:

Splitted 8000 outside version with heater and cooler:

Service door (on the access side): On the filter units

Removable panel (on the access side): On the plate heat exchanger unit

6.2 External static pressure/Air volume diagram:

Eksternal pressure drop (Pa)

6.3 Heat recovery diagram:

Conditions:

Supply air: T= -13°C, Relative humidity: 90%

Exhaust air: T= 22°C, Relative humidity: 40%

Supply air / Exhaust air =1

6.4 Heat exchangers data:

6.5 Unit dimensions:

Splitted 10000 inside version:

Splitted 10000 inside version with heater or cooler:

Splitted 10000 inside version with heater and cooler:

Splitted 10000 outside version:

Splitted 10000 outside version with heater or cooler:

Splitted 10000 outside version with heater and cooler:

7 Control System:

roomductairflowSensor pressure

Sensor CO2 - room

Sensor CO2 - duct

Accessories 2:

PGD

Controller DDC PCO3 S

Controller DDC PCO3 L*

PCO Web Card pCOWEB

PCO Card LONFTT3

PCO Card MODBUS 3

Note: if you select more than 1 add sensor, controller PCO3 L should be selected as well! Controller PCO3 S is included as standard

See also “Instructions for transport, installation, maintainance… for CompAir” !

Hidria IMP Klima d.o.o

SBU Air handling units