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Ventilation unit with heat recovery

DUOVENT

®

 COMPACT DV

 

10

 

3.3 GENERAL TECHNICAL DATA

 

Detailed technical data of the specific design of the DUOVENT

®

 unit are part of the technical specification of the unit, 

which is shipped together with the unit. The technical specification is located in the packaging on the inside or outside of 
the service door of the unit.

 

The technical specifications include:

 

 

 

 

 

 

 

 

Investor details

 

Information on the installation company (or designer)

 

Detailed technical data of all components of the unit (fan, recuperator, heater, cooler, filter) 
Overall dimensions of the unit and the total weight of the unit, including accessories 
Dimensional diagram of the unit, including a representation of the service space 
Specification of I&C scope, if it is part of the delivery

 

Description of scope of atypical unit variant 

500 
500 DCA 

– 

2.9 

– 
– 

– 
– 

1×230V 

50Hz 

180/127 

0.8/0.6 

89.8 

91

–103 

500 DCB 
500 DCA DCC 

2.1 
2.9 

– 
– 

– 

450 

550 

500 DCA DX 

2.9 

– 

2.8 

500 DI 

8.7 

– 

800 
800 DCA 
800 DCB 
800 DCA DCC 
800 DCA DX 

800 DI 

– 

4.7 
3.1 
4.7 
4.7 

3.6 

– 
– 
– 
– 
– 

16 

– 
– 

– 

4.3 

– 

1×230V 

50Hz 

720 

326/235 

1.4/1.0 

90 

900 

136

– 

153 

1200 
1200 DCA 

– 

8.3 

– 
– 

1200 DCB 

5.3 

– 

1×230V 

50Hz 

1200 

489/431 

2.1/1.9 

90.4 

1400 

187

– 

214 

1200 DCA DCC 

8.3 

– 

5.4 

1200 DCA DX 
1200 DI 

8.3 
3.6 

– 

16 

7.8 

1800 
1800 DCA 

– 

13.1 

– 
– 
– 
– 

– 

10.8 

– 
– 
– 

1800 DCB 

8.4 

3×400V 

50Hz 

1800 

669/505 

2.9/2.2 

89.5 

2000 

274

– 

326 

1800 DCA DCC 
1800 DCA DX 

1800 DI2 

13.1 
13.1 

7.5 

12.4 
12.7 

– 

3000 

– 

– 

– 

3000 DCA 

21.8 

– 

– 

3000 DCB 

14.5 

– 

– 

3×400V 

50Hz 

3000 

1238/927 

1.8/1.4 

89.1 

3500 

320

– 

387 

3000 DCA DCC 
3000 DCA DX 

21.8 
21.8 

– 
– 

21.3 

21 

3000 DI 

15 

22 

– 

4200 
4200 DCA 
4200 DCB 
4200 DCA DCC 
4200 DCA DX 

4200 DI 

– 

29.8 

– 
– 
– 
– 
– 

22 

– 
– 

– 

30.2 

20.5 
29.8 

3×400V 

50Hz 

4200 

1636/1297 

2.4/1.9 

90.6 

4500 

373

– 

457 

29.8 

15 

30.4 

– 

5100 
5100 DCA 

– 

37.7 

– 
– 

– 
– 

5100 DCB 
5100 DCA DCC 

24.4 
37.7 

– 
– 

– 

37.3 

3×400V 

50Hz 

5100 

1925/1544 

2.8/2.2 

90.5 

5500 

420

– 

521 

5100 DCA DX 

37.7 

– 

36.6 

5100 DI 

22.5 

33 

– 

6000 
6000 DCA 

– 

44.6 

– 
– 
– 
– 
– 

33 

– 
– 

– 

45.8 

6000 DCB 
6000 DCA DCC 
6000 DCA DX 
6000 DI 

29.5 
44.6 

3×400V 

50Hz 

6000 

2327/1933 

3.4/2.8 

90.6 

6500 

458

– 

574 

44.6 

22.5 

44.7 

– 

6900 

– 

– 

– 

6900 DCA 

51.2 

– 

– 

6900 DCB 

33.9 

– 

– 

3×400V 

50Hz 

6600 

2567/2210 

3.7/3.2 

90.6 

7000 

505

– 

636 

6900 DCA DCC 
6900 DCA DX 

51.2 
51.2 

– 
– 

50.1 
48.9 

6900 DI 

30 

43.5 

– 

* at nominal air flow, t

e

 = -12 °C / 90 % r.h., t

i

 = 22 °C / 50 % r.h., t

e

 = 35 °C/35 % r.h. (SUMMER)

** for arrangement 

– inlet: filter F7+DV+DCB, outlet: filter M5+DV

 

*** in relation to the unit accessory (without I&C)
Water cooler power DCC for t

e

 = 35 °C / 35 % r.h., t

w

 = 6/12 °C. Water heater power DCA for t

e

 = 10 °C, t

w

 = 80/60 °C.

 

Water heater power DCB for t

e

 = 10 °C, t

w

 = 45/35 °C. Direct evaporating unit power DX for R410A coolant, t

e

 = 35 °C / 35 % r.h., t

vyp

= 6 °C.

www.solerpalau.co.uk

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

7800 

– 

– 

– 

7800 DCA 

56.5 

– 

– 

7800 DCB 

3×400V 

38.5 

– 

– 

7800 DCA DCC 

7300 

50Hz   

2633/2270 

3.8/3.3 

56.5 

– 

53.6 

90.8 

8000 

547

– 

7800 DCA DX 

56.5 

43.5 

57 

693

7800 DI 

30 

43.3 

– 

nominal 

voltage 

Inlet/exhaust fan 

heater 

 cooler  efficiency* 

max. air flow 

control system 

weight*** 

flow 

power* 

  through the 

Type 

unit** 

max. input power  current 

power*    current 

[m

3

/h] 

[V/Hz] 

[W] 

[A] 

[kW] 

[A] 

[kW] 

[%] 

[m

3

/h]   

[kg] 

M3-Vx 

M1-E8-2 

M3-Vx 

M1-E8-2 

M3-Vx 

M1-E8-2 

M3-Vx 

M3-E15 

M3-Vx 

M3-E15 

M3-Vx 

M3-E15 

M3-Vx 

M3-Vx 

M3-E24 

M3-Vx 

M3-E36 

M3-Vx 

M3-E36 

Digireg

®

 

M3-E24 

Summary of Contents for DUOVENT COMPACT DV

Page 1: ...INSTRUCTION MANUAL www solerpalau co uk DUOVENT COMPACT DV Ventilation unit with heat recovery...

Page 2: ...n Connection of electric heater Connection of water heater Connection of water cooler Connection of direct evaporator Connection of condensate drain Bypass and mixing flap Inlet and outlet flap 5 2 10...

Page 3: ...ation Warranty conditions The device must be installed by a professional air handling service company DUOVENT COMPACTDV incl controlsystemDVAV DCAV DCOP must be commissioned only by the Seller or by t...

Page 4: ...hat could affect safety and proper function are prohibited Installation and operating documentation must be available to the operator and service It is advisable to place it close to the installed uni...

Page 5: ...nit for ventilation of pool halls Order examples DUOVENT COMPACT DV 3000 DI DX MX KL G4 F7 F7 DVAV JH2 Unit size 3000 with electric heater direct evaporator bypass and mixing flap two stage filtration...

Page 6: ...INSULATION OF THE ANTIFREEZE PROTECTION CONTACT SENSOR WARNING DO NOT OPERATE THE UNIT WHILE CONSTRUCTION WORK IN PROGRESS AIR FLOW CALCULATION PLATE LOCATED AT FAN SUCTION PRESSURE ORIFICE PORT WARNI...

Page 7: ...0 182 DUOVENT DV 1200 521 992 312 80 2091 260 5 260 5 582 300 500 DUOVENT COMPACT DV 500 to 1200 under ceiling arrangement positions xH AH unit position drawn UNIT BOTTOM VIEW Exchanger outlets UNIT T...

Page 8: ...2 X3 L Y D Y Exchanger outlets D 20 D 1 2 1 2 DETAIL OF CONNECTING FLANGE INTEGRATED IN WALL PANEL 19 18 18 18 Condensate drains 152 152 152 21 www solerpalau co uk 40 A 150 B A B 150 F 157 42 42 X1 X...

Page 9: ...94 694 694 627 627 694 694 694 694 694 1085 1085 1085 1085 1085 1085 1085 DUOVENT COMPACT DV 1800 to 7800 floor arrangement positions xP AP unit position drawn X3 X1 X2 X E E X 1 2 1 2 19 18 18 18 Tra...

Page 10: ...00V 50Hz 3000 1238 927 1 8 1 4 89 1 3500 320 387 3000 DCA DCC 3000 DCA DX 21 8 21 8 21 3 21 3000 DI 15 22 4200 4200 DCA 4200 DCB 4200 DCA DCC 4200 DCA DX 4200 DI 29 8 22 30 2 20 5 29 8 3 400V 50Hz 420...

Page 11: ...ES EXCHANGER OUTLETS ETC Ensure proper balancing of the transported unit The ropes above the unit must be stretched to prevent damage The outdoor variants of the units are fitted with transport profil...

Page 12: ...is necessary to check the insulation of the HVAC piping in parts with a risk of condensation Condensate formed in the air duct can in unfavourable conditions spill into the interior of the unit where...

Page 13: ...tion box 5 1 2 HOW TO STORE THE UNIT AT THE DESTINATION The unit is designed for floor mounting in a vertical position positions marked xV in the unit code or horizontal position positions marked xP i...

Page 14: ...applicable regulations The device must be installed in such a way that under normal operating conditions it cannot come into contact with any moving or live part DUOVENT COMPACT DV units comply with...

Page 15: ...let and outlet ports with respect to the position of the exchanger connection pipes Neck variants vertical arrangement viewed from unit operation side INLET OUTLET OUTLET INLET OUTLET OUTLET INLET INL...

Page 16: ...TLET OUTLET www solerpalau co uk INLET INLET INLET INLET OUTLET OUTLET OUTLET OUTLET INLET INLET INLET OUTLET OUTLET OUTLET INLET INLET INLET INLET OUTLET OUTLET OUTLET INLET INLET INLET OUTLET OUTLET...

Page 17: ...INLET INLET INLET INLET OUTLET OUTLET OUTLET OUTLET INLET INLET INLET OUTLET OUTLET OUTLET INLET INLET INLET INLET OUTLET OUTLET OUTLET INLET INLET INLET OUTLET OUTLET OUTLET OUTLET INLET INLET INLET...

Page 18: ...n it is exceeded the operating thermostat opens and switches off the heater after cooling below 60 C the heater automatically switches on again Location of the release button under the cover on the un...

Page 19: ...nger connections it is necessary for example to hold the heat exchanger neck with a second wrench so that the tightening torque is not transmitted to the heat exchanger body Table of dimensions of wat...

Page 20: ...n screws on the heat exchanger collectors The heat exchanger can then be disconnected from the heating water distribution system and removed from the unit Max operating water temperature of water heat...

Page 21: ...the cooler must be vented after connecting and filling the system with cooling water The vent screws are located directly at the heat exchanger connection necks The vent screws are accessible either...

Page 22: ...specialist company It is mandatory to perform a Refrigerant leak test on the refrigerant circuit This test is performed only by a technician with the appropriate authorization according to the law 5 2...

Page 23: ...ING FLAP In the basic version each unit is equipped with a bypass flap of the plate heat exchanger BP The bypass is used for summer ventilation defrost control of the recuperation exchanger in the eve...

Page 24: ...on mode Location of mixing and bypass flap for DUOVENT 500 800 1200 units with MX mixing mode www solerpalau co uk ETA flap Mixing flap MX ODA flap Bypass flap BP Circulation flap C part 1 ODA flap Ci...

Page 25: ...uators 5 2 10 BASIC ACCESSORIES 5 2 10 1 CONDENSATE DRAIN TRAPS Condensate traps must be ordered as a separate item as they are not included with the unit Vacuum type siphon scheme SF P 300 bottom edg...

Page 26: ...ected piping Mixing units should be mounted on separate hinges using heating sleeves on the wall pipes or on an auxiliary structure When placed under the ceiling it is necessary to maintain control an...

Page 27: ...I C control system to the electrical distribution network is made by a separate supply cable which is not part of the delivery of the device www solerpalau co uk Ventilation unit with heat recovery DU...

Page 28: ...ts according to the set parameters in the automatic summer winter mode according to the outdoor temperature and time dependencies Manual mode selection is also possible The heater can be hot water con...

Page 29: ...otation of the fans the correct phasing of the damper actuators and mixing valves If the unit is equipped with a Digireg control system directly from the factory a SETPACK test package has been perfor...

Page 30: ...onnection to distribution lines Closing of all doors and service holes Any faults must be rectified before starting the unit for the first time 7 2 TRIAL OPERATION The material content of the comprehe...

Page 31: ...applicable regulations The device must be installed in such a way that under normal operating conditions it cannot come into contact with any moving or live part DUOVENT COMPACT DV units comply with t...

Page 32: ...NH IH2 JH2 MH2 NH2 263 295 263 365 KH LH OH PH KH2 LH2 OH2 PH2 263 295 263 295 1200 1200 all positions 420 365 365 420 ETA filter size ETA mm ODA filter size ETA mm Size of DUOVENT DV Vnom m3 h Neck...

Page 33: ...replace the entire unit or fan open the door by opening the locks by turning 90 The fan is located on rubber silent blocks Loosen the 4 nuts lift and remove the fan as shown in the following figure K...

Page 34: ...nitor the implementation of the measures taken Check the siphons for condensate drainage especially their permeability and tightness especially the tightness of the mounting on the unit and the tightn...

Page 35: ...l applicable standards and national and local building standards IF CLAIMING UNDER WARRANTY Please return the completed product carriage paid to your local authorised distributor All returns must be a...

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