Area Ionizer
ER-X
SERIES
3
Pulse AC method for faster charge removal
The
ER-X
series has adopted the pulse AC method
that alternately applies positive and negative voltages
to each discharge needle. This enables generation and
discharge of a large amount of ions, resulting in faster
charge removal. Select from eight pulse frequencies
according to your application, from 100 Hz for charge
removal on nearby or moving workpieces to 1 Hz for
charge removal on far-away workpieces or in a three-
dimensional space.
0
1
2
3
4
1,000
800
600
400
200
ER-X
Charge voltage (V)
Charge removal time (sec.)
Conventional model
Conventional model, with airflow, 0.05 MPa
ER-X032
, airless
ER-X032
, with airflow, 0.05 MPa
Measured at a charge removal distance of 100 mm
3.937 in
using
a 150 × 150 mm
5.906 × 5.906 in
CPM (at center of CPM).
Charge removal time characteristics (TYPICAL)
Automatic ion balance control
The
ER-X
series provides an automatic ion balance
control mechanism that senses the amount of ions being
generated (which changes according to environmental
factors) and compensate for this deviation in the
controller, thus maintaining a highly stable ion balance
as an original operator setting.
<Pulse AC method>
Example of variable discharge
frequency/ion balance
Negative ion generation
Positive ion generation
Variable ion balance
Supports airless and low-pressure charge
removal, which means charge removal is
possible without blowing away tiny work pieces
Free head placement is possible thanks to
flexible cable with internal air tube
Air supply port angle can be adjusted
ER-X001
high-voltage unit
Joint for ø6 mm
ø0.236 in
air tube
360°
angle adjustment
ER-X001
Effective charge removal width:
50 mm
1.969 in
approx.
SPOT TYPE HEAD
0.3 sec. or less*
1
fastest charge removal achieved
with pulse AC method spot type ionizer*
2
The pulse AC method enables the
ER-X001
to generate
and discharge a large amount of ions, which makes
charge removal faster. Furthermore, as a spot type
ionizer, it achieves the fastest charge removal of 0.3 sec.
or less*
1
(±1,000 V → ±100 V).
*1: As of March 2016, in-company survey
*2: Spot diameter of ø15 mm
ø0.591 in
or less
