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Gas appliance with combustion air inlet and exhaust system to be
connected to an exhaust system.
Gas appliance with separate combustion air inlet and exhaust
system. The inlets are located in different pressure ranges.
Note:
The chimney draught specifications given in the technical
data must be maintained if you want to achieve the prescribed
combustion values.
The condensate pipes must be siphoned directly at the conden-
sate connection. The siphon height must be 30 cm. The siphon is
included in the scope of delivery. The condensate pipe must not
be firmly connected to the drainage system. The condensate
must first flow out freely into a funnel or a neutralisation container.
–
Before installing, please check the load-bearing capacity of
the wall. The fastening material delivered with the plant is
suitable for concrete walls. Use suitable anchor plugs and
screws for hollow component walls, brick walls and gas con-
crete walls - for e.g. injection anchor (for drilling diagram see
the specifications sheet).
–
Figure 3 - items 19 and 25
The appliance should not be directly attached to the network
of water and high pressure pipes. It is mandatory to install the
connecting hoses.
–
Figure 3 - A
A shut-off tap must be installed between the main water sup-
ply and the connecting hose.
All national laws and regulations about installation of electrical
appliances must also be followed when installing high pressure
lines.
–
The pressure loss in the pipe connections must lie below
1.5 MPa.
–
The completed pipe connections must be checked using
32 MPa.
–
The insulation of the pipes must be resistant to temperatures
until 100 °C.
Figure 3 - Pos. 20
The tanks are to be installed in such a way that the lower level
mirror of the detergent should not be more than 1.5 m under the
machine floor and the upper level mirror should not be located
above the machine floor.
Figure 3 - B and item 19
The water inlet is to be connected to the main water supply
using an appropriate water hose.
–
The water supply must have a minimum output of 1300 l/h at
minimum 0.1 MPa.
–
The water temperature must lie below 30 °C.
Caution
The highest allowed net impedance at the electrical connection
point (refer to technical data) is not to be exceeded. In case of
confusion regarding the power impedance present on your con-
nection, please contact your utilities provider.
Note:
Operating procedures create short term power sinkings.
During unfavorable net conditions other devices might be dis-
turbed.
–
For connection values, see technical data and type plate.
–
The electrical connections must be done by an electrician ac-
cording to IEC 60364-1.
–
Current-carrying parts, cables and appliances in the working
area must be installed in a defectless state and must be pro-
tected against water sprays.
To avoid accidents due to electrical faults we recommend the use
of sockets with a line-side current-limiting circuit breaker (max.
30 mA nominal tripping current).
Establish the electrical connection.
A main switch that can be locked (figure 3 - item 6) is to be in-
stalled at a safe and easily accessible place to switch off the sta-
tionary high pressure cleaner.
The contact opening of the main switch must be minimum 3 mm.
Type C43
Type C53
Drainage of condensate
Wall mount
Installing the high pressure connections
Install the detergent tank
Water supply
Electrical connection
Firmly installed electrical connection
37
EN
Summary of Contents for HDS 9/16-4 ST Gas LPG
Page 2: ...2...
Page 224: ...2 320 C 80 C 110 C 224 EL...
Page 225: ...3 1 1 2 3 4 5 6 7 8 9 10 11 2 A B C D E F G H I J K 4 5 6 7 3 8 10 1 11 2 9 225 EL...
Page 226: ...4 IEC 60364 1 30 cm K rcher 0 226 EL...
Page 231: ...9 Cekon 40 6 288 016 200 3 3 MPa 0 7 1 MPa 500 700 1000 1 l 6 288 016 231 EL...
Page 233: ...11 Cekon F3 2 1 WS F1 110 C 80 C 5 233 EL...
Page 234: ...12 0 0 234 EL...
Page 236: ...14 K rcher 1 10 m 1 1 2 1 SW 36 DVGW DVGW DVGW TRGI 1986 TRF 1996 B23 DIN 18160 B23 C33 236 EL...
Page 237: ...15 30 cm 3 19 25 3 A 1 5 MPa 32 MPa 100 C 3 20 1 5 m 3 19 1300 l h 0 1 MPa 30 C C43 C53 237 EL...
Page 242: ...20 242 EL...
Page 264: ...2 320 C 80 C 110 C E 264 RU...
Page 265: ...3 1 1 2 3 4 5 6 I 7 II 8 9 10 11 2 A B C I D II E F G H I J K 4 5 6 7 3 8 10 1 11 2 9 265 RU...
Page 266: ...4 IEC 60364 1 30 Karcher 0 266 RU...
Page 271: ...9 Cekon 40 6 288 016 200 3 3 0 7 1 500 700 1000 1 6 288 016 271 RU...
Page 273: ...11 Cekon J F F3 T2 HD ND 1 G WS F1 B 110 C 80 C 5 I 273 RU...
Page 274: ...12 H 0 0 274 RU...
Page 276: ...14 K rcher 1 10 1 1 2 1 SW 36 DVGW DVGW DVGW TRGI 1986 TRF 1996 B23 DIN 18160 B23 C33 276 RU...
Page 277: ...15 30 3 19 25 3 1 5 32 100 C 3 20 1 5 3 19 1300 0 1 30 C C43 C53 277 RU...
Page 282: ...20 282 RU...
Page 444: ...2 320 C K 80 C 110 C E 444 UK...
Page 445: ...3 1 1 2 3 4 5 6 I 7 8 9 10 11 2 A B C I D E F G H I J K 4 5 6 7 3 8 10 1 11 2 9 445 UK...
Page 446: ...4 IEC 60364 1 30 K rcher 0 446 UK...
Page 451: ...9 Cekon 40 6 288 016 200 3 3 0 7 1 500 700 1000 1 6 288 016 451 UK...
Page 453: ...11 Cekon J F F3 T2 HD ND 1 G WS F1 B 110 C K 80 C 5 453 UK...
Page 454: ...12 K H 0 0 454 UK...
Page 456: ...14 K rcher 1 10 1 1 2 1 SW 36 DVGW DVGW DVGW TRG 1986 TRF 1996 B23 D 18160 B23 456 UK...
Page 457: ...15 30 3 19 25 3 A C33 C43 C53 457 UK...
Page 462: ...20 462 UK...
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