The Ionizer Is Ineffective (Milling Waste Collects Around The Milling Area); Compressed Air Does Not Come Out; Automatic Correction Fails; The Ionizer Is Ineffective - Roland DWX-51D User Manual

The Ionizer is Ineffective (Milling Waste Collects Around the Milling Area)

Is the workpiece being cut a PMMA
workpiece?
Is there milling waste around the
ionizer?
Is the machine grounded?

Compressed Air Does Not Come Out

Does the operation require com-
pressed air?
Is the regulator properly connected
and the pressure settings correctly
configured?
Is the knob at the bottom of the
regulator open?

Automatic Correction Fails

Is the automatic correction jig, de-
tection pin, or ATC magazine dirty?
Is the automatic correction jig prop-
erly attached?
Is the detection pin properly at-
tached?
The ionizer (static electricity eliminator) is only effec-
tive with PMMA. It has no effect on zirconia and wax
workpieces.
If milling waste is found, clean with a dust collector.
Also the ionizer's effectiveness will decrease if mill-
ing waste is present. Do not touch inside the ionizer.
The ionizer will not function properly if the machine
is not grounded.
Compressed air is only supplied during some opera-
tions, such as when the spindle is rotating or when
replacing the milling bur.
Check the connection. Also, check whether the regu-
lator indicates zero. If the set pressure of the regula-
tor is zero, compressed air will not be supplied.
Refer to "Setup Guide" ("Preparing the Regulator").
The compressed air will escape if the knob at the bot-
tom of the regulator is open.
Clean away any grime on the automatic correction
jig, the detection pin, or the ATC magazine. Fouling
due to buildup of milling waste or the like on any of
these may impede correct sensor operation, making
detection impossible.
Verify that the automatic correction jig is properly
attached.
Verify that the detection pin is properly attached.
Check the position of the milling bur holder on the
detection pin.
Refer to "Setup Guide" ("Dimensional Drawings "De-
tection Pin Dimensions)
Machine Trouble
-
P. 34
-
-
P. 19
P. 44
P. 38
P. 38
P. 38
4. Troubleshooting
49