Putting Into Operation; Maintenance And Cleaning - EINHELL DRS 200/1 Bedienungs- Und Wartungsanleitung

Anleitung DRS 200-1 09.03.2004
GB
the working pressure.
Never use oxygen or combustible gases as an
energy source.
Always disconnect the tool from the air supply
before carrying out any repairs or maintenance
work.
Use only original replacement parts.
Never allow the tool to run unloaded at full idle
speed.
Wear the necessary protective clothing when
working with the ratchet screwdriver.
Wear ear-muffs and goggles!

6. Putting into operation

Screw the supplied plug-in nipple into the air
connection after you have wound 2 to 3 layers of
sealing tape around the thread. Plug the bit or drive
socket on the square drive (16). Select the correct
direction of rotation at the selector pin. R =
reverse/release screw, F = forward/tighten screw.
Place the drive socket or bit on the nut or screw
head. Press the trigger. The tool is connected to the
air supply by means of a flexible pneumatic hose
with a quick-release coupling. To get the best
performance out of your screwdriver, use a
pneumatic hose with an internal diameter of 9 mm.

7. Maintenance and cleaning

Observance of the following maintenance
instructions will ensure that this quality tool gives you
years of troublefree service. Regular lubrication is
vital for the long-term, reliable operation of your
ratchet screwdriver. Use only special tool oil for this
purpose. You can choose from the following options
for lubricating the tool:
7.1 By mist oiler
A complete conditioning unit includes a mist oiler and
is fitted to the compressor.
7.2 By hand
Each time before you use your ratchet screwdriver,
feed 3-5 drops of special tool oil into the air
connection. If the pneumatic tool has not been used
for several days, you must feed 5-10 drops of oil into
the air connection before you switch on. Keep your
pneumatic tool in dry rooms only.
6
9:31 Uhr Seite 6
Accessories
Special oil for pneumatic
tools 500 ml Art. No. 41.383.10
The warranty does not cover:
Wearing parts
Damage caused by an unacceptable level of
working pressure.
Damage caused by unconditioned compressed
air.
Damage caused by improper use or unauthorized
tampering.