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DHW cylinders
(cont.)
Vitocell 360-M, type SVSA
HV1/EL
TH
WW/Z
TH
SPR1
ELH
HV2/HR1
SPR2/TH
HR2
SPR3/TH
HR3
KW
E
TH
HVs/HRs/ELs
E
Drain
EL
Air vent valve
EL
Solar indirect coil air vent valve
s
ELH Immersion heater
(fem. connection Rp 1½)
HR
Heating water return
HR
Heating water return, solar thermal system
s
Dimensions
Cylinder capacity
l
Length (7)
a
mm
Width
b
mm
Height
c
mm
d
mm
e
mm
f
mm
g
mm
h
mm
i
mm
k
mm
l
mm
m
mm
n
mm
Length excl. thermal
o
mm
insulation
Continuous output
Continuous output
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
Heating water throughput for the stated continuous output
Continuous output
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
Heating water throughput for the stated continuous output
Information regarding continuous output
When designing the system for the continuous output as stated or cal-
culated, allow for the corresponding circulation pump. The stated con-
tinuous output is only achieved when the rated boiler output
uous output.
VITOSOL
ELH
HV
HV
s
KW
TH
SPR Temperature sensor or thermostat
WW DHW
Z
750
950
1004
1004
1059
1059
1895
2195
1787
2093
1558
1863
1038
1158
850
850
483
483
383
383
145
145
75
75
1000
1135
185
185
790
790
/HR
)
1
1
/HR
)
1
1
≥ contin-
b
o
HVs/ELs
HRs
SPR1-3
Heating water flow
Heating water flow, solar thermal system
Cold water
Fitting for thermometer sensor or additional sensor
DHW circulation (threaded DHW circulation fitting, accessory)
kW
l/h
368
l/h
252
kW
l/h
258
l/h
281
10
15
22
33
540
810
378
610
15
22
33
378
567
457
836
VIESMANN
77
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