Ion generation frequency: Max
•
Ions are discharged at high density
to workpieces moving at high
Moving direction
Frequency:
High
Moving direction
Frequency:
Low
•
This reduces the range of surface
potential fluctuations for short
installation distances after static
electricity removal.
Note) The range of surface potential fluctuations
on the object’s material, etc.
+ Voltage
0
– Voltage
Workpiece
polarity
LED
+ OK –
Workpiece
charged voltage
Positive
Static electricity
removal completed
Negative
+400 V or
+100 V to
+30 V to +100
Within
±
–30 V to –
–100 V to
–400 V or
Max 60 Hz
density on
high speed.
Detects the electric potential
outputs an analogue voltage.
Outputs measured data at a 1 to
feedback sensor is used. By outputting
PLC, etc., it is possible to control the
Ionizer
Feedback sensor
surface
short
static
varies depending
Charged object
Enhanced display functions
1. Visualisation of charging
(During sensing DC mode)
2. Visualisation of ion balance
(When pulse DC mode or autobalance
Frequency:
High
Frequency:
Low
Can continuously emit
a desired polarity.
(During
Can be used to remove static
quickly-charged or high-potential
to electrostatically charge them.
Workpiece electric
voltage
Light ON
Blinking at 4 Hz
Light OFF
or higher
+400 V
+100 V
±
30 V
–100 V
–400 V
or lower
the electric potential difference and
voltage.
(During sensing DC mode)
to 5 V level when a
outputting the data to a
the static electricity.
PLC
+200 V
functions
charging condition
balance
autobalance sensor are used.)
emit ions of
(During DC mode)
static electricity from
potential workpieces or
them.
