Dimensions And Specification Of Dhw; Cylinders; Logalux S135 Rw And S160 Rw Dhw - Buderus Logamax plus GB162 Technical Manual

2.4 Dimensions and specification of DHW cylinders
2.4.1 Logalux S135 RW and S160 RW DHW cylinders
648
Fig. 13 Dimensions and connections Logalux S135 RW and S160 RW (dim. in mm)
EL Drain tap
1)
Sensor well for DHW temperature sensor
Logalux DHW cylinder
Internal indirect coil
Water content of the smooth tube internal indirect coil
Max. operating temperature, heating water side
Max. operating pressure, heating water side
Constant DHW output at 80/45/10 °C
with GB162-15 / GB162-25
with GB162-35 / GB162-45
Performance factor to DIN 4708
with GB162-15 / GB162-25
with GB162-35 / GB162-45
Cylinder capacity
Cylinder capacity
Max. operating temperature, DHW side
Max. operating pressure, DHW side
Dimensions
2)
Height
Height, cylinder flow
Height, cylinder return
Height, cold water inlet
Height, DHW circulation inlet
Height, DHW outlet
Height, drain
Other
3)
Standby energy loss (24 h) to DIN 4753-8
4)
Net weight
Product no.
Table 7 Specification Logalux S135 RW and S160 RW combined with Logamax plus GB162
1) Heating water flow temperature/DHW outlet temperature/cold water inlet temperature
2) Height including cylinder cover (accessory), excl. adjustable feet
3) At cylinder temperature 65 °C and room temperature 20 °C
4) Weight including packaging approx. 5 % greater
6 720 645 821 (2010/09) – Logamax plus GB162
H
H , H , H
RS EZ EK
H , H
AW VS
EL
H
EL
15–25
1)
600
EZ
R¾
EK
R¾
AW
R¾
Unit
l
°C
bar
l/h
l/h
N –
L
N
L
l
°C
bar
H mm
H mm
VS
H mm
RS
H mm
EK
H mm
EZ
H mm
AW
H mm
EL
kWh/d
kg
–
Technical description
6 720 642 463-13.1il
S135 RW S160 RW
5.5
110
6
329 / 516 329 / 526
516 / 516 565 / 565
1.4 / 1.4 1.9 / 1.9
1.4 / 1.4 2.0 / 1.9
135 160
95
10
837 947
774 884
774 884
774 884
774 884
774 884
60
1.79 1.97
92 102
5 231 035 5 231 045
2
RS
R¾
1)
M
R¾
VS
R¾
60
25