Rothenberger R 750 (72689) [17/112] V othenberger
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Rothenberger R 750 (72689) [17/112] V othenberger

Rothenberger R 750 (72689) [17/112] V othenberger
ENGLISH 9
Technical data/ Applications R550 R600 R650 R750
Voltage..............................................230 V / 110 V / 115 V, 50 Hz / 60 Hz.
Rated power consumption .................250 W ............. 400 W .............. 800 W ............ 900 W
Operating speed ................................575 rpm ........... 460 rpm ........... 620 rpm ......... 460 rpm
Weight...............................................15 kg ................ 20.9 kg ............ 22.8 kg .......... 29.5 kg
Spiral size........................................... ø16 mm ........... ø16/22 mm ….. ø16/22 mm .... ø22/32 mm
Spiral size with accessories ................. ø8/10 mm ......... ø8/10 mm ....... ø8/10 mm …... ø8/10/16 mm
Max. working length..........................40 m ................. 60 m .... .......... 80 m
Pipe diameter working range .............ø20-100 mm .....ø20-150 mm ... ø20-150 mm .. ø20-200 mm
Protection class ..................................I ....................... I ...................... I ...................... I
Typical weighted acceleration in the
hand-arm area ...................................<2,5 m/s2 ......... <2,5 m/s2 ......... <2,5 m/s2 ….... <2,5 m/s2
Typical A-weighted sound levels:
Sound pressure level ..........................75 dB(A).......... 75 dB(A) …….. 80 dB(A) ......... 80 dB(A)
Wear ear protectors! The noise level when working can exceed 85 dB (A).
Measured values determined according to EN 61029-1.
Main connection
Connect only to single-phase a.c. current and only
to the system voltage indicated on the rating plate.
It is also possible to connect to sockets without an
earthing contact as the design conforms to safety
class II.
The machine may only be operated using an RCCB
with a maximum rated fault current of 30 mA.
Use standard spirals A
The possible spiral diameters and spiral lengths that
may be used are set out in the section entitled
Technical data.
The spiral may be split into sections; to do this
insert the release wrench into the bore hole in the
coupling and remove the coupling to the side.
Only use spiral sections for as long as is
actually necessary.
1 Remove the spirals from the interior of the
holding cage.
2 Push the spiral through the machine.
3 Push the protective pipe on to the machine
from the rear and secure it.
Always use the protective pipe. The
protective pipe acts as a vibration-damping
guide for the spirals, as a dirt holder and
guard and also as a safety element for the
operating personnel.
Fit 8 mm / 10 mm spirals B
For small bore pipes and pipe bend used 8 mm or
10 mm spirals (optional accessories).
1 Pull the spirals approx. 30 cm out of the
adapter magazine.
2 Push the adapter magazine into the machine
from the rear and secure it.
To brake the adapter magazine pull the lever
as far upwards as possible.
Fit tools C
Depending on the type of blockage various tools
may be secured to the standard spirals:
Straight drill
: to establish the type of
blockage.
Club drill
: can be used for minor textile and
cellulose blockages as a result of its flexibility.
The club shape enables it to get into tight
pipe bends
Funnel drill
: this is specifically used for
textile and cellulose blockages. Its funnel-
shape design gives
this tool a large action range and allows it to
be used as a tool to return spirals that have
been trapped in the pipe.
Fork cutting head
: to remove grease
deposits or shred lumps and similar materials
Shovel head drill
: special bent tool for
sludge or sand deposits
To secure: push the tool into the coupling until it
engages.
To remove: push the release wrench into the hole
and slide the tool sideways out of the coupling.

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Technical data Applications R550___________________ R600_________ R650__________ R750 Voltage 230 V 110 V 115 V 50 Hz 60 Hz Rated power consumption 250 W 400 W 800 W 900 W Operating speed 575 rpm 460 rpm 620 rpm 460 rpm Weight 15 kg 20 9 kg 22 8 kg 29 5 kg Spiral size a16 mm 016 22 mm 016 22 mm a22 32 mm Spiral size with accessories o8 10 mm o8 10 mm a8 10 mm 08 10 16 mm Max working length 40 m 60 m 80 m Pipe diameter working range О20 100 mm О20 150 mm 320 150 mm 320 200 mm Protection class I I I I Typical weighted acceleration in the hand arm area 2 5 m s2 2 5 m s2 2 5 m s2 2 5 m s2 Typical А weighted sound levels Sound pressure level 75 dB A 75 dB A 80 dB A 80 dB A Wear ear protectors The noise level when working can exceed 85 dB A Measured values determined according to EN 61029 1 Ш Fit 8 mm 10 mm spirals Main connection Connect only to single phase a c current and only to the system voltage indicated on the rating plate It is also possible to connect to sockets without an earthing contact as the design conforms to safety class II The machine may only be operated using an RCCB with a maximum rated fault current of 30 mA For small bore pipes and pipe bend used 8 mm or 10 mm spirals optional accessories 1 Pull the spirals approx 30 cm out of the adapter magazine 2 Push the adapter magazine into the machine from the rear and secure it To brake the adapter magazine pull the lever as far upwards as possible Use standard spirals_______________________A The possible spiral diameters and spiral lengths that may be used are set out in the section entitled Technical data The spiral may be split into sections to do this insert the release wrench into the bore hole in the coupling and remove the coupling to the side Fit tools C Depending on the type of blockage various tools may be secured to the standard spirals mm Straight drill to establish the type of blockage W Only use spiral sections for as long as is A actually necessary Club drill can be used for minor textile and cellulose blockages as a result of its flexibility The club shape enables it to get into tight pipe bends Funnel drill this is specifically used for textile and cellulose blockages Its funnel shape design gives this tool a large action range and allows it to be used as a tool to return spirals that have been trapped in the pipe 1 Remove the spirals from the interior of the holding cage 2 Push the spiral through the machine 3 Push the protective pipe on to the machine from the rear and secure it 1 Always use the protective pipe The protective pipe acts as a vibration damping guide for the spirals as a dirt holder and guard and also as a safety element for the operating personnel Fork cutting head to remove grease deposits or shred lumps and similar materials Shovel head drill special bent tool for sludge or sand deposits To secure push the tool into the coupling until it engages To remove push the release wrench into the hole and slide the tool sideways out of the coupling ENGLISH

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