Technical Characteristics - ACV SmartLine Multi Energy 210 Noticias De Instalación, Utilización Y Mantenimiento

IMPORTANT
•
Before pressurising the central heating tank (primary), you should
first pressurise the domestic hot water tank (secondary).
•
Both the domestic hot water tank and the central heating tank must
be filled before using the tank.
•
If any antifreeze is needed in the primary circuit it must be
compatible with Public hygiene rules and not be toxic. A food-type
Propylene Glycol is recommended. Consult the manufacturer to
ensure that the antifreeze is compatible with the tank's construction
materials.
•
Never use car antifreeze or undiluted antifreeze. This can cause
serious injury, death or damage to the premises.
4. COMMISSIONNING
FILLING THE DOMESTIC HOT WATER TANK (see illustration A)
1. Close the drain cock (5) of the domestic water circuit.
2. Open the stopcock (2) to fill.
3. Bleed the air in the circuit by opening the isolation valve (6) and a nearby
hot water tap (7). Fill the tank until the flow rate stabilises.
4. Turn off the hot water tap.
FILLING THE PRIMARY WATER TANK)
1 Close the drain cock on the tank's primary circuit.
2. Open the isolation valves on the central heating circuit connected to the
boiler.
3. Bleed the air in the circuit by opening the bleed valve located above the
tank.
4. Follow the instructions supplied with the boiler for filling.
5. When the tank is full and the air has been removed, the bleed valve
should be closed.
Ensure that the bleed valve and all fittings are properly sealed.
5. SETTING THE THERMOSTAT
The thermostat on the SMART tank is factory preset to the minimum
recommended by the standards, over a range of settings from 60 to 90 °C.
To increase the temperature: turn the knob clockwise.
To reduce the temperature: turn the knob counter clockwise.
When adjusting the tank's thermostat, make sure that the boiler
temperature is set to a value at last 10 °C higher than tank's thermostat.
There is a risk that bacteria including "Legionella pneumophila" may
develop if a minimum temperature of 60 °C is not maintained both in
storage and in the hot water distribution circuit.
6. EMPTYING
Empty the tank if it is to be switched off for the winter and if there is a risk of
it being exposed to frost.
If the central heating water (primary circuit) is properly protected by
antifreeze, only the domestic hot water circuit should be drained.
Before draining off the domestic hot water, isolate the tank and let the
central heating pressure (primary circuit) down to 1 bar, in order to protect
the tank
against a risk of collapsing.
If the central heating circuit does not contain any antifreeze, both central
heating and hot water circuits should be drained.
7. SERVICE CONDITIONS
Maximum operating pressure, primary (domestic water tank full of water):
SL ME 210: 3 bar
SL ME 480-680 (304): 4 bar
SL ME 480-680 Duplex: 5 bar.
Maximum operating pressure, domestic hot water circuit and coil: 10 bar
Maximum operating temperature: 90°C
Maximum chlorides contents, inner tank in 304 stainless steel: 150 mg/l
Maximum chlorides contents, inner tank in Duplex stainless steel: 2000 mg/l
pH between 6 and 8.

8. TECHNICAL CHARACTERISTICS

SL ME 210
SL ME 480 – 680
Total capacity
Primary capacity
Heating surface DHW tank
Pressure drop, primary
Primary fluid flow rate
Heating surface, coil
Pressure drop, coil
Flow rate, coil
Connection primary (F)
Connection DHW (M)
Connection coil (M)
Connecion for heating element (F)
Dimension A
Dimension B
Dimension C
Weight when empty
9. PERFORMANCES
Peak flow at 40°C
Peak flow at 45°C
Peak flow at 60°C
Peak flow 1st hour at 40°
Peak flow 1st hour at 45°
Peak flow 1st hour at 60°
Constant flow at 40°C
Constant flow at 45°C
Constant flow at 60°C
Absorbable power coil
Absorbable power tank
Running conditions: 85°C Water intake T°: 10°C
10. HEATING ELEMENTS
CODE TYPE
10800081 Heating element 3 kW (1 x 230 Volt)
10800082 Heating element 3 kW (3 x 400 Volt + N)
10800083 Heating element 6 kW (1 x 230 Volt)
10800084 Heating element 6 kW (3 x 400 Volt + N)
EN
480 680
SL ME 210
480 682
L 203
L 126 291 445
m² 1,54 2,7 3,6
91 93
mbar 37
6700 7300
L/h 3500
2,2 2,2
m² 1,5
mbar 235 304 304
L/h 3000 3000 3000
2" 2"
Ø 1"
1"½ 1"½
Ø ¾"
1" 1"
Ø 1"
Ø 1"½ 1"½ 1"½
mm 1496 1524 2027
mm 268 215 400
465 780
mm 480
190 260
kg 85
480 680
SL ME 210
816 1257
L/10' 356
686 1057
L/10' 313
L/10' 209 462 711
L/60' 830 1497 1928
1230 1597
L/60' 699
759 1019
L/60' 407
805 805
L/h 570
L/h 460 648 648
L/h 238 369 369
kW 19 26 26
kW 39 66 88
EN