Tanks

Tanks

MONO COIL TANKS

Tanks for the production of hot water with a coil, in stainless steel. Possibility of inserting electric resistance, magnesium anode and possibly electronic anode. (see technical characteristics)

Legend:

A. Tank diameter
B. Tank diameter with insulation
C. Total tank height
D. ½ ”thermometer sleeve
E. Probe holder sleeve ½ ”
F. 1½ “heating element sleeve
G. 1/2 “probe holder sleeve
H. Handrail
I. 1 ¼ ”water return hose
J. Lower coil sleeve ¾ ”
K. 1 ¼ ”recirculation hose
L. Lower coil sleeve ¾ ”
M. 1 “anode sleeve
No. 1 ¼ ”recirculation hose
O. 1 ¼ ”water delivery hose
P. Air vent sleeve ½ ”

Technical data

Liters A B C D E F G H I J K L M N O Serpentine [m2]
200 450 550 1404 1157 971 1082 452 325 172 245 712 875 1182 971 1157 1,86
300 450 550 1857 1610 1424 1082 452 325 172 245 712 875 1182 1424 1610 1,86
400 600 700 1606 1311 1101 850 566 336 236 305 686 831 850 1101 1311 2,00
500 600 700 1871 1576 1366 1066 566 336 236 305 686 831 1066 1366 1576 2,00
800 790 990 1922 1587 1127 877 697 347 247 311 697 778 877 1127 1587 2,40
1000 790 990 2262 1927 1327 1077 697 347 247 311 697 938 1077 1327 1927 3,20

DOUBLE COIL TANKS

Tanks for the production of hot water with two coils, in stainless steel. Possibility of inserting electric heater, magnesium anode and possibly electronic anode. (see technical characteristics)

Legend:

A. Tank diameter
B. Tank diameter with insulation
C. Total tank height
D. ½ ”thermometer sleeve
E. Probe holder sleeve ½”
F. 1½ “heating element sleeve
G. 1/2 “probe holder sleeve
H. Handrail
I. 1 ¼ ”water return hose
J. Lower coil sleeve ¾”
K. 1 ¼ ”recirculation hose
L. Lower coil sleeve ¾”
M. 1 “anode sleeve
N. Upper coil sleeve ¾”
O. Recirculation sleeve 1 ¼”
P. Upper coil sleeve ¾”
Q. Water delivery hose 1 ¼”
R. Air venting sleeve ½”

Technical data

Liters A B C D E F G H I J K L M N O P Q Lower coil [m2] Upper coil [m2]
300 450 550 1857 1610 1101 935 452 325 172 245 712 788 935 1000 1101 1224 1610 1,27 0,50
400 600 700 1606 1311 1101 850 566 336 236 305 686 831 850 901 1101 1174 1311 2,00 1,00
500 600 700 1871 1576 1366 1066 566 336 236 305 686 831 1066 1166 1366 1439 1576 2,00 1,00
800 790 990 1922 1587 1127 877 697 347 247 311 697 778 877 977 1127 1218 1587 2,40 1,20
1000 790 990 2262 1927 1327 1077 697 347 247 311 697 938 1077 1177 1327 1418 1927 3,20 1,20

STORAGE TANKS (PUFFER)

Tanks for hot water storage, in stainless steel. Possibility of inserting electric resistance, magnesium anode and possibly electronic anode. (see technical characteristics)

Legend:

A. Tank diameter
B. Tank diameter with insulation
C. Total tank height
D. ½ ”thermometer sleeve
E. Probe holder sleeve ½”
F. 1½ “heating element sleeve
G. 1/2 “probe holder sleeve
H. 1 ¼ ”water return hose
I. 1 ¼ ”recirculation hose
J. 1 “anode sleeve
K. 1 ¼” recirculation hose
L. 1 ¼” water delivery hose
M. 1/2 “air vent sleeve

Technical data

Liters A B C D E F G H I J K L
200 450 550 1404 935 805 712 436 172 574 712 870 1157
300 450 550 1857 1484 935 869 436 172 712 869 1101 1610
400 600 700 1606 1185 935 784 550 236 686 784 1101 1311
500 600 700 1871 1450 1200 1000 550 236 686 1000 1366 1576
800 790 990 1922 1461 961 811 681 247 697 811 1127 1587
1000 790 990 2262 1801 1161 1011 681 247 697 1011 1327 1927

INERTIAL ACCUMULATORS

Hot water storage tanks, stainless steel insulated with cross-linked polyethylene foam and ABS cups.

Legend:

A. Tank diameter with insulation
B. Tank diameter
C. Total tank height
D. Tank height without insulation
E. H Upper sleeve
F. H Lower sleeve
G. Upper sleeve
H. Lower sleeve
I. Side sleeve
L. Side sleeve

Technical data

Liters A B C D E F G H I L Sp. Insulation
25 274 250 593 513 40 40 ¾” ¾” 1 ¼” 1 ¼” 12
50 339 315 775 694 40 40 ¾” ¾” 1 ¼” 1 ¼” 12
75 339 315 1096 1016 40 40 ¾” ¾” 1 ¼” 1 ¼” 12
100* 339 315 1417 1417 40 40 ¾” ¾” 1 ¼” 1 ¼” 12

* The 100L version is equipped with support legs

SOLAR/ELECTRIC WATER HEATER

Sanitary water heater tanks, in stainless steel. Possibility of connection with electric heater and equipped with coil for heating from solar thermal system or possibly from a boiler. Foamed polyurethane foam insulation covered with ABS shell. (see technical characteristics)

Legend:

A. Tank diameter
B. Tank diameter with insulation
C. Total tank height
D. ½ ”thermometer sleeve
E. Probe holder sleeve ½”
F. 1/2 “probe holder sleeve
G. ½ “sampling sleeve
H. Inlet sleeve ½”
I. Serpentine sleeve ¾”
J. Serpentine sleeve ¾”
K. Anode sleeve ¾”
L. Air venting sleeve ½”
M. Support brackets for wall mounting

Technical data

Liters A B C D E F G/H I/J Serpentine [m2]
80 400 500 840 640 570 300 60 120 1,00
100 400 500 960 760 690 300 60 120 1,00
150 400 500 1360 1160 1090 300 60 120 1,00

ACCESSORIES

Insulating types

Flexible insulation
can be dismantled

Material Polyester
Color White
Thickness 100 mm
Thermal conductivity 0.038 W / m ° K
Class of reaction to fire B2
Coating UV-resistant ABS. Color on request

Rigid insulation
can be dismantled

Material EPS graphite
Color Gray
Thickness
Thermal conductivity 0.024 W / m ° K
Class of reaction to fire B2
Coating ABS 1mm. Color on request

Flexible insulation

Material Cross-linked polyethylene foam + ABS cups
Color Light gray
Thickness 6-12 mm
Thermal conductivity 0.034 W / m ° K
Class of reaction to fire /
Coating Visible insulation

Rigid foam insulation

Material Polyurethane foam
Color Yellow
Thickness 50 mm
Thermal conductivity 0.022 W / m ° K
Class of reaction to fire B3
Coating Iron GRANITE HDS or ABS 1 mm. Color on request

Electrical resistance

Adjustment range off / antifreeze / 28/85 ° C
Tank connection 1 ½ ”
Working pressure 10Bar
Operating temperature -30 + 90 ° C
Power range 1 – 9 KW
Protective shell Polycarbonate, RAL 7035
Degree of protection IP41

Magnesium anode

Material Magnesium
Diameter 16/21/26/32
Length 300-600

Electronic anode

Material Activated titanium
Diameter 3 mm
Lenght 100-800

Air vent valve

Accessory for venting air when emptying and filling the tank.

Material Pressed brass
Pmax of exercise 10 bar
Discharge Pmax 2,5 bar
Operating Tmax 120 ° C
Attack 3/8”

Thermometer

Thermometers for reading the internal tank temperature

Temperature probes

Contact temperature probes combined with relative support pocket welded on the tank.

Probe type Honeywell in contact with NTC
Operating temperature range -20 ° C to 110 ° C
Nominal resistance at 25 ° C 12,000 Ohm
Connector Faston

NTC contact temperature probes with threaded well

Probe type in contact with NTC
Operating temperature range -40 ° C to 110 ° C
Nominal resistance at 25 ° C 10,000 Ohm
Connector Lumberg type 2.5 MSF 2×3114 White

NTC well

Probe type Well NTC
Operating temperature -10°C a 90°C
Nominal resistance at 25 ° C 10.000 Ohm
Connector Puntalino