Bedienungsanleitung ACV SLE PLUS 210 (Seite 2 von 28) (Deutsch, Englisch, Holländisch, Französisch, Italienisch, Spanisch)

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DESCRIPTION OF FUNCTION

“Tank-in-Tank” system

“Tank-in-Tank” is a heat exchanger with a built-in accumulator, made

up of two concentric tanks: the inner tank contains domestic water

to be reheated (secondary) and the outer tank contains the heating

fluid (primary) which circulates between the two tanks and transfers

its heat to the domestic water.

Domestic Hot Water cylinder

The inner tank is the heart of the tank: it is subject to the

aggressiveness of the supply water, to high pressures and to

variations in temperature. This tank is made of solid chrome-

nickel stainless steel (stainless steel 304), fully welded under argon

protection using the Tungsten Inert Gas (T.I.G.) technique.

Before assembly, the convex bottoms are pickled and passivated in

order to improve the tank’s lifespan and in particular its resistance to

corrosion. The shell is corrugated all the way up using an exclusive

manufacturing process. This design gives considerable resistance to

pressure and limits the adherence of lime scale by allowing the tank

to expand and contract.

Outer tank

The outer tank containing water from the primary circuit arriving

from the boiler, is made of carbon steel STW 22.

Thermal Insulation

This is carried out using high density injected polyurethane

foam, 50 mm containing no CFCs.

Lining

The tank is covered using polypropylene, a plastic material

which offers a high resistance to shocks and which is also very

pleasing to the eye.

Optional heating element for SLE Plus

The SLE tanks can be installed with a self- controlled heating

element with built-in control and safety thermostats.

The control thermostat of the tank can not control the heating

element.

DESCRIPTION OF OPERATION

Operating cycle

The thermostat is triggered and starts up the pump which circu-

lates the heating water. This water circulates around the inside tank

and heats up the domestic water. When the required temperature

is reached, the thermostat stops the primary circulating pump.

OFF Reheating Running Storing

Cold Water

Heating fluid

Domestic hot water

Volt Amp Power Code

1 x 230 V 13 3 kW 10800081

3 x 400 V + N 4.4 3 kW 10800082

1 x 230 V 26 6 kW 10800083

3 x 400 V + N 8.8 6 kW 10800084

INTRoDuCTIoN

Losses when shut down in Watt

Models

Losses when shut down

[Watt]

SLE Plus 210 ∆T = 50°C 85,6

SLE Plus 240 ∆T = 50°C 88,8

SLE Plus 300 ∆T = 50°C 93,2

Temperature losses with ambient T° of 20°C

1. Auxiliary connection DHW

2. Cold water inlet connection + PVCC plunger

3. Flow primary circuit (tank loading)

4. Auxiliary heating return

5. Polyurethane foam insulation

6. Auxiliary heating return

7. Flow primary of heat pump

8. Return primary of heat pump

9. Electric heating element (in option)

10. Manual air purge

11. Hot water connection

12. Polypropylene top lid

13. Stainless steel dry well

14. Stainless steel tank (DHW)

15. Flow heating circuit

16. Return heating circuit

17. Outer steel tank (primary circuit)

18. Polypropylene shell

19. Polypropylene bottom lid

1 10

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