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INST

ALLA

TION MANUAL

8

(*) With  T = 35°C and primary temperature = 80°C.
Performance achieved with filling pump adjusted for maximum flow in primary circuit and using heat generators of 
suitable power.

The following accessories are available, to be ordered separately.

Technical specifications

Accessories

  

ACCESSORY  

CODE

  Control box SUN 1  

 

 1150439

  Control box SUN 2  

 

 20001450

 Mixer valve 

 

 

1150529

  Thermostatic mixer valve 1" 

 

 20001492

  Valve with motor 

 

20001491

  Top water connections kit  

 

1150469

  Base water connections kit   

 

1150479

  18 l expansion vessel 

 

 1150489

  24 l expansion vessel 

 

 1150509

  35 l expansion vessel 

 

 1150519

  50 l expansion vessel 

 

 20001448

  100 l expansion vessel 

 

 20001449

DESCRIPTION

IDRA DS

300

400

500

1000

1500

2000

3000

Storage cylinder type

Vitrified

non vitrified

Cylinder layout

Vertical

Heat exchanger layout

Vertical

Storage cylinder capacity

300

400

500

888

1450

2054

2959

l

External diameter

653

755

755

990

1200

1300

1450

mm

Height

1542

1535

1800

2050

2120

2405

2665

mm

Insulation thickness

51,5

100

mm

First magnesium anode

33x450 33x520 33x520

32x700

Øxmm

Second magnesium anode

-

-

-

32x400

32x700

Øxmm

Flange diameter

134

120

220

mm

Probe well diameter   

16 

8

mm

Bottom coil water capacity

7,43

8,10

10,20

19,20

24,00

36,70

39,70

l

Top coil water capacity

4,96

5,10

5,10

10,20

12,80

22,00

23,80

l

Bottom coil heat exchange surface area

1,2

1,45

1,75

3,0

3,4

4,6

5,0

m

2

Top coil heat exchange surface area

0,9

1,6

1,8

2,8

3,0

m

2

Power absorbed by bottom coil (*)

38

42

52

76

97

138

150

kW

Power absorbed by top coil (*)

30

36

67

88

90

kW

Domestic hot water production (*) – bottom coil

933

1032

1278

1866

2380

3260

3685

l/h

Domestic hot water production (*) – top coil

737

850

1640

1360

2210

l/h

Maximum working pressure of storage cylinder

8

6

bar

Maximum working pressure of coils

10

bar

Maximum working temperature

90

95

70

°C

Net weight

108

144

150

225

275

290

512

kg

Summary of Contents for IDRA N DS 1500

Page 1: ...STORAGE CYLINDER IDRA DS SOLAR INSTALLATION MANUAL...

Page 2: ...INSTALLATION MANUAL 2 Range MODEL CODE IDRA DS 300 1150409 IDRA DS 400 1150419 IDRA DS 500 1150429 IDRA DS 1000 20001400 IDRA DS 1500 20002597 IDRA DS 2000 20002598 IDRA DS 3000 20002599...

Page 3: ...n authorised Beretta Technical Assistance Centre Their personnel are specially trained to keep your storage cylinder efficient and cheap to run Technical Assistance Centres also stock any original spa...

Page 4: ...tems requiring modernisation 16 Water connections 17 Location of probes 21 TECHNICAL ASSISTANCE Preparing for initial start up pag 21 Initial start up 21 Checks during and after initial start up 22 Pr...

Page 5: ...ailable separa tely and must be mixed with water in a percentage varying from 30 to 50 as instructed in the rele vant installation and maintenance manual bOnly fill the solar heating system with water...

Page 6: ...n IDRA DS storage cylinders can be connected to a special solar controller and can be integrated in solar heating systems in which boilers or water heaters serve as auxiliary heat generators IDRA DS s...

Page 7: ...ontroller probe well 5 Cylinder inspection flange 6 Flange cover 7 Bottom coil 8 Polyurethane insulation 9 Top coil 10 Cylinder 11 Second magnesium anode only for IDRA DS 1000 1500 2000 and 3000 12 Sl...

Page 8: ...ge cylinder capacity 300 400 500 888 1450 2054 2959 l External diameter 653 755 755 990 1200 1300 1450 mm Height 1542 1535 1800 2050 2120 2405 2665 mm Insulation thickness 51 5 100 mm First magnesium...

Page 9: ...the installation and maintenance manual for the solar heating system A second anode for the inspection flange is supplied as standard on model IDRA DS 1000 and 1500 but must be fitted by the installer...

Page 10: ...25 100 75 50 25 0 IDRA DS 300 IDRA DS 400 IDRA DS 500 0 0 25 0 5 0 75 1 1 25 1 5 PERDITE DI CARICO mbar PORTATA m3 h 60 55 50 45 40 35 30 25 20 15 10 5 0 IDRA DS 300 IDRA DS 500 IDRA DS 400 TOP COIL p...

Page 11: ...RA DS 1500 IDRA DS 1000 IDRA DS 2000 IDRA DS 3000 0 1 2 3 4 6 PERDITA DI CARICO mbar PORTATA m3 h 3200 3000 2800 2600 2400 2200 2000 1800 1600 1400 1200 1000 800 600 400 200 0 5 IDRA DS 1000 IDRA DS 2...

Page 12: ...ted by a plastic bag and supported on a wooden pallet The second package contains another plastic bag with the elegantly finished polyurethane insulation fitting sleeves for the insulation thermoforme...

Page 13: ...DS 1000 1500 2000 and 3000 of the CONTROL BOX SUN 2 Dimensions and weight DESCRIPTION IDRA DS 300 400 500 1000 1500 2000 3000 H Height 1542 1535 1800 2050 2120 2405 2665 mm Diameter 653 755 755 990 1...

Page 14: ...he insula tion at the hinges Models 300 400 500 1000 Models1500 IDRA DS 2000 and 3000 To lift storage cylinders first remove the insulation then attach a rope of adequate strength to the top of the cy...

Page 15: ...carefully lining up the fittings with the holes on the insi de of the insulation Secure the insulation in place with the zips 4 at the edges of the two sections Perforate the insulation at the fitting...

Page 16: ...ring modernisation always per form the following checks Make sure that the system is fitted with safety and control devices in accordance with applicable legislation and stan dards Make sure that the...

Page 17: ...corresponding fixing system water control group expansion vessel and thermostatic mixer valve Water fittings have the following specifications We recommend that you install isolating valves in the out...

Page 18: ...1 4 M 1 1 2 F MC Outlet from boiler 1 1 4 F RC Return to boiler 1 1 4 F M Collector outlet 1 1 4 F R Collector return 1 1 4 F RL DHW recirculation 1 F EAF SB Domestic cold water inlet storage cylinde...

Page 19: ...rom boiler 1 1 2 F 1 1 4 F RC Return to boiler 1 1 2 F 1 1 4 F M Collector outlet 1 1 2 F 1 1 4 F R Collector return 1 1 2 F 1 1 4 F RL DHW recirculation 1 F EAF SB Domestic cold water inlet storage c...

Page 20: ...able collection and drain system The manufacturer declines all responsibility for damage caused by water escaping from the safety valve bUse a thermostatic mixer valve 19 to limit the domestic hot wat...

Page 21: ...r heating system have been made correctly The solar heating circuit has been correctly flushed out and filled with water glycol mix and all air has been bled out of the circuit Heat is only transferre...

Page 22: ...area Check that the solar heating circuit has been properly bled Check that the cold pressure of the system is approxi mately 3 bar Check that the safety valve operates at 6 bar Check that all pipes...

Page 23: ...der s valve group and to any associated boiler OFF at the main switch and at the control panel Close the shut off cocks for the domestic hot water circuit Drain the cylinder s secondary water circuit...

Page 24: ...triethylene INTERNAL CLEANING Removing and checking the magnesium anode Remove the cap 1 cover 2 and the anode insulator disc Use a 45 mm wrench to unscrew the anode plug 3 Check the magnesium anode...

Page 25: ...ough the access hole Once cleaned refit all components following the above steps in the reverse order bTighten the nuts 7 to secure the flange 8 pro ceeding diagonally around the flange to apply press...

Page 26: ...h or too low Set a T of 8 10 C There is lime scale or sludge in the cylinder Check and clean as necessary The flow rate is too high Reduce pump speed and turn the flow rate adjustment screw on the val...

Page 27: ......

Page 28: ...stenza Tecnica Numero Unico 199 12 12 12 www berettaclima it The manufacturer strives to continuously improve all products Appearance dimensions technical specifications standard equipment and accesso...

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