SCM Olimpic K 1000, Instruction Manual

Page: 376 / 583

INSTRUCTIONS FOR USE AND MAINTENANCE
RIP.6
EN
1
RIP/2- TECHNICAL DESCRIPTION RIP/2- TECHNICAL DESCRIPTION
The angled bevelling unit removes the excess edging from the upper and lower surfaces of the panel ,
in the phase which follows the gluing operation.
It executes the following machining types:
• thin edging bevelling
(FIG.1-REF.A) ,
• thick edging rounding (FIG.1-REF.B) ,
It is made up of the following main parts:
•
Upper angled motor (FIG.2-REF.1)
Supports and drives the tool which acts on the upper part of the panel.
• Lower angled motor (FIG.3-REF.1)
Supports and drives the tool which acts on the lower part of the panel.
• Upper vertical track feeler (FIG.2-REF.2)
It is in contact with the upper surface of the panel. It determines the correct vertical position of the
upper bevelling unit.
• Lower vertical track feeler (FIG.3-REF.2)
It is in contact with the lower surface of the panel. It determines the correct vertical position of the
lower bevelling unit.
• Upper front track feeler (FIG.2-REF.3)
It is in contact with the edging being applied to the panel. It determines the correct horizontal position
of the upper bevelling unit.
• Lower front track feeler (FIG.3-REF.3)
It is in contact with the edging being applied to the panel. It determines the correct horizontal position
of the lower bevelling unit.
• Pneumatic cylinder for upper spindle exclusion (FIG.2-REF.4)
Horizontally excludes the upper spindle from the work line.
• Pneumatic cylinder for lower spindle exclusion (FIG.3-REF.4)
Horizontally excludes the lower spindle from the work line.
• Pneumatic cylinders for horizontal movement (FIG.2-REF.5) and vertical movement (FIG.2-
REF.6) of upper spindle
They change the position of the upper spindle with respect to the panel (depending on the machining
process).
• Pneumatic cylinders for horizontal movement (FIG.3-REF.5) and vertical movement (FIG.3-
REF.6) of lower spindle
They change the position of the lower spindle with respect to the panel (depending on the machining
process).