Making A Cut - Evolution EvoMAG42 Traduction De La Notice Originale

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To ensure Coolant/Lubrication flow:
• Slightly loosen the Coolant/Lubrication bottle cap. This will
prevent a vacuum being created that will stop the Coolant/
Lubrication fluid from flowing.
• Gently squeeze the Coolant/Lubrication bottle to force the
Coolant/Lubrication through to the cutter.
• Lower the cutting head towards the work piece until the
cutter teeth touch the work piece and the pilot pin is
depressed, then raise the cutting head.
• Continue this process until the Coolant/Lubrication fluid is
flowing onto the work piece.
OPERATION
Note: This machine is fitted with the latest Anti Stall
Technology (AST).
If the cutting forces result in the motor stalling, the electronics
will switch off the motor, preventing burnout. The magnet will
remain energised holding the machine safely in position.
To reset after AST activation:
• Set the motor switch to the OFF position.
• Back off the cutter from the material.
• Wait 3-5 seconds before restarting by switching the motor
switch to the ON position.
Note: If after activation of the AST system or at any other time
during operation the machine fails to restart, or there is no
magnetic adhesion check the 10Amp (5x20mm) Surge Fuse. (Fig.
8) If it has blown, it must be replaced with an identical type.

MAKING A CUT

WARNING: Ensure that the secondary slide is locked. The
locking lever has a Left Hand thread and is located on the
lower Left Hand side of the gearbox housing. (Fig. 9)
This must be fully tightened and will prevent any lateral
movement of the cutting head during the cutting operation.
• Correctly position the machine on the work piece, with
the electro magnet energised and with the safety strap
secured in place.
• Check for sufficient Coolant/Lubrication fluid flowing at the cutter.
• Start the motor by selecting the ON position of the BLACK
switch, located on top of the machine. (refer to Fig.5)
• Using the feed handles slowly lower the cutting head until
the cutter makes contact with the work piece.
Fig. 8
Fig. 9
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