Cleaning liquids
solvents
DANGER
– The explosion protection must be taken
into consideration when operating with
solvents as well as in EX zones!
– Maximum pressure with solvent opera-
tion: 5 MPa
ATTENTION
When operating with solvents, the sealing
materials are less resistent, therefore they
must be flushed immediately after use! En-
quire with Kärcher!
1 Hydrocarbons
Example: Petroleum
2 Aromates (solvents)
Example: Benzene, toluene
3 Ketones
Example: MEK (Methyle Ethyle Ke-
tones), Acetone
4 Ester
Example: Butylacetate, Methylacetate
5 Glycoles
Example: Butyl glycole
6 Mixed solvents
Example: Butyl acetate 85, Isobutyl ac-
etate 85 (85 = 85% Butyl acetate + 15%
n-Butanol)
7 Regenerates, distillates from different
solvents, which have already been
used for cleaning purposes or similar
applications.
Brines
1 Water with alkaline cleaning agents
(max. 0-2%)
Example: Kärcher cleaning agents
RM31
2 Caustic soda max. 10%, without hy-
pochlorite particles
3 Potassium hydroxide max. 10%, with-
out hypochlorite particles
Acids
ATTENTION
– The material will be worn off faster
when using hydrochloric or sulfuric ac-
ids; therefore it must be rinsed/neutral-
ised immediately!
– Contaminated acids will decrease the
resilience!
– Enquire with Kärcher if needed!
1 Water with acid cleaning agents (max.
0-1%)
Example: Kärcher cleaning agents
RM25
2 Acids (max. temperature +20 °C)
Nitric acid max. 10%.
Acetic acid max. 10%.
Formic acid max. 10%.
Phosphoric acid max. 10%.
Citric acid max. 10%.
Sulfuric acid max. 0.5%.
Hydrochloric acid max. 0.5%.
Water
1 Water
2 Fully desalted water
Other cleaning liquids
If other cleaning liquids are used, their resil-
ience must be checked by means of the
materials list! These cleaning liquids can
only be used after being released by Kärch-
er!
Selecting the nozzle
Flow volume
1200 1200 1000 1000
[l/h]
Pressure
9,5
9,5
[MPa]
Number of
2
1
nozzles
Nozzle size
1,4 *
2,0
[mm]
Order No.
012
015
5.765-
* Standard
Special nozzles for solvent operation on re-
quest.
Start up
Electric drive
DANGER
Risk of fatal injuries on account of electric
voltage! Required electrical work must only
be performed by an electrical specialist.
– The socket must be secured through a
residual current device (RCD) with a
triggering current of 30 mA.
– This socket must be located close to the
work station so that the plug can be
pulled immediately in case of an emer-
gency.
Compressed air drive
ATTENTION
In order to avoid damage to the com-
pressed air drive by condensation wear
and lack of lubrication, install a mainte-
nance unit into the compressed air supply
(order no. 6.610-020).
This maintenance unit must be laid out as
follows:
– Air throughput of 500 l/min
– Pressures up to 0.7 MPa
The maintenance unit consists of:
– Water separator
– Pressure regulator with manometer
– Proportional oiler
Fill the proportional oiler with suitable
lubrication oil by unscrewing the reser-
voir and filling it with lubricating oil (for
oil type see "Care and Maintenance").
5
-
EN
Connect compressed air hoses to the
compressed air motor
Note: If the silencers are too small, the cre-
ated backpressure of the exhaust air will
cause an unstable run of the compressed
air drive. Connect hoses to the exhaust air
openings.
9,5
9,5
2
1
1,2
1,7
014
013
Connect an air supply hose to connec-
tion no. 2.
– Hose size for supply air: DN 6
Connect exhaust air hoses to connec-
tion no. 1 and EXH.
– Hose length: 1 -2 m
– Hose size for exhaust air: DN 6
Attach drum screws or hole cone
Note: Lubricate the threads with a sealant
prior to installation, so that no cleaning liq-
uid can leak from the threads (e.g. with Drei
Bond no. Nr. 1359, Kärcher order no.
6.869-029).
1 Screwed sealing plug
2 Bevel wheel
3 Axle stub
4 Drum screws or hole cone
Loosen the locking screw.
Pull off the bevel wheel.
Unscrew axel stub by means of a round
tool (2.8 mm diameter).
Insert or replace drum screws or hole
cone.
Lubricate axle stub with sealant and
screw it in.
Attach bevel wheel.
Lubricate locking screw with sealant
and screw it in.
15