Instrukcja obsługi ACV Smart Line SLE Plus 300

ACV Kotły i bojlery Smart Line SLE Plus 300

Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla ACV Smart Line SLE Plus 300 (28 stron) w kategorii Kotły i bojlery. Ta instrukcja była pomocna dla 11 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek

Pobierz PDF
Strona 1/28
EN • 1
661Y0200.E
ENGLISHFRANCAISNEDERLANDSESpAñoLITALIANo
РУССКИЙ
DEuTSCH
Installation, Operating and
Servicing Instructions
SLE 210 / 240 / 300Plus
A D D E N D u m
EN • 2
661Y0200.E
ENGLISHFRANCAISNEDERLANDSESpAñoLITALIANo
РУССКИЙ
DEuTSCH
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 , fully welded under argon (stainless steel 304)
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 tanks can be installed with a self- controlled heating SLE
element with built-in control and safet y 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 3 kW 1080008113
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 bot tom lid
1 10
2
3
8
7
6
4
5
9
11
12
17
16
15
13
14
19
18
EN • 3
661Y0200.E
ENGLISHFRANCAISNEDERLANDSESpAñoLITALIANo
РУССКИЙ
DEuTSCH
INSTALLATION
This hot water tank should not be installed where it will be exposed
to outside weather conditions.
Choose the most appropriate location according to the position of
the boiler and the proximity of the domestic hot water distribution
system, in order to reduce heat losses and minimise the pressure
drops.
Floor standing installation only.
INSTALLATIoN
CENTRAL HEATING CONNECTIONS
PIPE DIMENSIONS
Models Heating connection Optional electrical heating
element connection
SLE Plus 210 Ø 1” [F] Ø 1” 1/2 [F]
SLE Plus 240 Ø 1” [F] Ø 1” 1/2 [F]
SLE Plus 300 Ø 1” [F] Ø 1” 1/2 [F]
1. System filling valve
2. Safety unit calibrated to 3 bar
3. Expansion vessel
4. Optional Control Unit
5. Boiler pump
6. 3-ways motorized mixing valve
7. Heating pump
8. Heat Pump
9. Electric heating element (in option)
DIMENSIONS SLE Plus
210
SLE Plus
240
SLE Plus
300
A mm 1493 1741 2046
B mm 1230 1477 1783
C mm 937 1068 1278
D mm 312 303 338
E mm 120 145110
F mm 352 343 378
G mm 233 233 233
Weight empty [kg] 66 8776
F
E
A
B
G G
D
C
F360
150
565
1
2
3
8
6
5
7
4
9

Specyfikacje produktu

Marka: ACV
Kategoria: Kotły i bojlery
Model: Smart Line SLE Plus 300

Potrzebujesz pomocy?

Jeśli potrzebujesz pomocy z ACV Smart Line SLE Plus 300, zadaj pytanie poniżej, a inni użytkownicy Ci odpowiedzą


Instrukcje Kotły i bojlery ACV

ACV

ACV Smart Line 320 Instrukcja

13 Września 2024
ACV

ACV Smart Line 420 Instrukcja

7 Września 2024
ACV

ACV Therm 155 S.V.M. Instrukcja

7 Września 2024
ACV

ACV ST 100 M Instrukcja

31 Sierpnia 2024
ACV

ACV BL 50 Instrukcja

27 Sierpnia 2024
ACV

ACV BL 200 Instrukcja

23 Sierpnia 2024
ACV

ACV ST 150 M Instrukcja

20 Sierpnia 2024
ACV

ACV Smart Line SLE 160 Instrukcja

6 Sierpnia 2024
ACV

ACV ST 75 M Instrukcja

4 Lipca 2024
ACV

ACV Smart Line SLE Plus 300 Instrukcja

4 Lipca 2024

Instrukcje Kotły i bojlery

Najnowsze instrukcje dla Kotły i bojlery

Sencor

Sencor SWK 7706GD Instrukcja

14 Października 2024
Hotpoint

Hotpoint HE30S01SAG Instrukcja

13 Października 2024
Nibe

Nibe VPA 300/200 E Instrukcja

9 Października 2024
Noritz

Noritz NC199OD Instrukcja

9 Października 2024
Nibe

Nibe Melite 120 Instrukcja

8 Października 2024
Nibe

Nibe VPB 500-1000 Instrukcja

8 Października 2024
MicroHeat

MicroHeat CFEWH SERIES 2 Instrukcja

8 Października 2024
Elba

Elba EWH-E3881(SW) Instrukcja

8 Października 2024
Elba

Elba EWH-E3885DC(SG) Instrukcja

8 Października 2024
Elba

Elba EWH-G3661(MB) Instrukcja

8 Października 2024