Disposal Of The Riveting Tool - FAR RAC 211 Instrucciones De Uso

Idiomas disponibles
  • ES

Idiomas disponibles

  • ESPAÑOL, página 26
RAC 211
f5
N
f6
A
TOPPING UP THE OIL-DYNAMIC CIRCUIT (fig. f7)
You need to top up the oil-dynamic circuit after a long period of
work (15000 cycles), when you note a power loss. Put the riveting
tool (DWELL AND NOT FED) in a horizontal position and remove
the plug (F) , by means of a 5 mm Allen wrench (equipped with the
riveting tool); during this operation, check the oil level in order to
avoid any overflowing. Then, slowly pour the oil HLP 32 cSt into
the bellows container (O) which shall be screwed to its seat on the
plug (F) . While keeping the riveting tool in a horizontal position
and starting air feeding, push the tensile strength button and make
the riveting tool carry out some cycles until air bubbles inside the
container (O) stop coming out. This condition indicates that the
topping up of the oil has fully been achieved. At this point stop
the air feeding and, while keeping the riveting tool in a horizontal
position, unscrew and close up the container (O) and the plug (F) .
WARNING: it is very important to follow the about mentioned
instructions and use gloves. If you need to empty fully the hydraulic
circuit, you must put the oil in a suitable container and contact a
Company that is authorized to discharge any waste.
GB

DISPOSAL OF THE RIVETING TOOL

75036124 - RAC 211 – rev 00 - ( 04-2019 )
ATTENTION!
Before disconnecting the compressed air hose,
make sure that it is not under pressure!
ATTENTION: Make sure that the oil filler cap ( F )
is tightened at a torque corresponding to min. 5
Nm ÷ Max. 8 Nm.
We recommend to use oil HLP 32 cSt or similars.
f7
F
Follow the prescriptions of the national laws for
disposing of the riveting tool.
After disconnecting the tool from the pneumatic
system, disassemble and split all the components
according to the material: steel, aluminium, plastic
material, etc.
Then proceed to scrap the materials in accordance
with current laws.
min. 5 Nm
Max. 8 Nm
O
17
loading