OM-1743-005w.pdf - 第49页
Notice House the magnetic plate paying attention to its front and rear , so that the magnetic plate does not stick out from the cover , as shown in Fig. B24. Correct: The magnetic plate is housed under the cover . Incorr…
2.6 Handling of Magnet Plate
In the 8 mm width dual feeder, the Magnetic Plate is attached to the chute section
to stabilize the component pick-up condition.
The effect of the magnetism varies, depending on the component type, size, and
material.
Also, for some components, the magnetism might have harmful effects on the
component characteristics or pick-up conditions.
Note
Check the effect of the magnetism on the components and if it has any adverse
effect, remove the Magnetic Plate.
2.6.1 How to remove the Magnetic Plate
Procedure
(1) Loosen the set screw (round head screw) to remove the magnetic plate, and
attach it onto the magnetic plate housing section.
Set Screw
(Round Head Screw)
Magnetic Plate
Magnetic Plate housing section
Fig. B23
1209-001
2.6 Handling of Magnet Plate
OM-1743
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Notice
House the magnetic plate paying attention to its front and rear, so
that the magnetic plate does not stick out from the cover, as shown
in Fig. B24.
Correct:
The magnetic plate is housed under the cover.
Incorrect:
The magnetic plate sticks out of the cover.
Fig. B24
1209-001
2.6 Handling of Magnet Plate
OM-1743
2-19
2.6.2 How to attach the Magnetic Plate
Procedure
(1) Loosen the set screw (round head screw) to remove the magnetic plate, and
attach the magnetic plate onto the chute section.
Notice
(a) Conrm that there is no alien substance in the chute groove.
(b) Insert the plate with the thickness of 0.1 to 0.5 mm (thickness
gauge or paper) between the chute wall and magnetic plate.
Then, tighten the set screw.
Set Screw
(Round Head Screw)
Magnetic Plate
Magnetic Plate housing section
Chute Section
Thickness of 0.1 to 0.5 mm
(thickness gauge or paper)
Fig. B25
1209-001
2.6 Handling of Magnet Plate
OM-1743
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