Vitocell 360-M, type SVSA
n
k
l
i h
g
f
e
d
m
HV1/EL
WW/Z
HV2/HR1
HR2
HR3
KW
E
HVs/HRs/ELs
ELH
SPR1
SPR2/TH
SPR3/TH
n
ELH
o
b
a
HRs
SPR1-3
HVs/ELs
c
TH
TH
TH
E
Drain
EL
Air vent valve
EL
s
Solar indirect coil, air vent valve
ELH Immersion heater
(female connection Rp 1½)
HR
Heating water return
HR
s
Heating water return, solar thermal system
HV
Heating water flow
HV
s
Heating water flow, solar thermal system
KW
Cold water
TH
Retainer for thermometer sensor or additional sensor
SPR Temperature sensor or temperature controller
WW DHW
Z
DHW circulation (threaded DHW circulation fitting, accesso-
ries)
Dimensions
Cylinder capacity
l
750
950
Length (
7
)
a
mm
1004
1004
Width
b
mm
1059
1059
Height
c
mm
1895
2195
d
mm
1787
2093
e
mm
1558
1863
f
mm
1038
1158
g
mm
850
850
h
mm
483
483
i
mm
383
383
k
mm
145
145
l
mm
75
75
m
mm
1000
1135
n
mm
185
185
Length excl. thermal in-
sulation
o
mm
790
790
Continuous output
Continuous output
kW
15
22
33
for DHW heating from
10 to 45 °C
and a
heating water
flow temperature of 70 °C at the heating
water throughput stated below (tested at HV
1
/HR
1
)
l/h
368
540
810
Heating water flow rate
for the stated continuous outputs
l/h
252
378
610
Continuous output
kW
15
22
33
for DHW heating from
10 to 60 °C
and a
heating water
flow temperature of 70 °C at the heating
water throughput stated below (tested at HV
1
/HR
1
)
l/h
258
378
567
Heating water flow rate
for the stated continuous outputs
l/h
281
457
836
Information regarding continuous output
When engineering systems with the specified or calculated continuous
output, select a matching circulation pump. The stated continuous out-
put is only achieved when the rated boiler heating output ≥ the con-
tinuous output.
DHW cylinders
(cont.)
84
VIESMANN
VITOSOL
11
5822 440 GB