SMC Networks IZS30 SERIES User manual
DOCUMENT No. : IZ*-OMJ0003
OPERATION MANUAL
PRODUCT NAME
: Ionizer
MODEL: IZS30 Series
○Read this operation manual carefully to
understand before installation and operation.
○Pay extra attention on the clause concerning the
safety.
○Keep this operation manual available whenever
necessary.
Contents
1. Safety instructions.........................................................................................................2
2. How to order...................................................................................................................6
3. Specifications ................................................................................................................7
3-1. Ionizer.......................................................................................................................7
3-2. Surface electric potential sensor ...........................................................................7
4. Installation......................................................................................................................8
4-1. Installation of Ionizer body .....................................................................................8
4-2. Installation of surface electric potential sensor ...................................................9
4-3. Connection of cable ..............................................................................................10
5. Function description ...................................................................................................15
5-1. Operation mode .....................................................................................................15
5-2. Output signal .........................................................................................................16
5-3. Function description of indication.......................................................................16
6. Selection and setting of equipment ...........................................................................17
6-1. Sensing DC mode..................................................................................................17
6-2. Pulsed DC mode/ DC mode ..................................................................................17
7. Technical data..............................................................................................................18
7-1. Static charge elimination characteristics (reference
......................................18
7-2. Outline dimensions ...............................................................................................22
1. Safety instructions
These safety instructions are intended to prevent hazardous situations and/or equipment damage.
These instructions indicate the level of potential hazard by labeling "Caution", "Warning", and
"Danger". To ensure safety, be sure to observe ISO4414, JIS B8370and other safety precautions.
CAUTION Operator error could result in injury or equipment damage.
WARNING Operator error could result in serious injury or loss of life.
DANGER In extreme conditions, there is a possibility of serious injury or loss of life.
WARNING
1.The compatibility of equipment is the responsibility of the person who designs the system
or decides its specifications.
Since the products specified here are used in various operating conditions, their compatibility with the
specific system must be based on specifications or after analysis and/or tests to meet your specific
requirements. Those who decide the compatibility of equipment shall take the responsibility to guarantee
the initial system performance and safety. Construct system as reviewing all specifications in the latest
catalog or documents as well as considering the possibility of equipment in every occasion.
2. Only trained personnel should operate machinery and equipment.
This product generates high voltage, so it can be dangerous if an operator is unfamiliar with it. Assembly,
handling or repair of systems should be performed by trained and experienced operators.
3. Do not service machinery/equipment or attempt to eliminate components until safety is
confirmed.
1) Inspection and maintenance of the machinery and equipment should be performed after
confirmation of the safety such as earthing, prevention of electric shock and each type
of injury.
2) When equipment is to be eliminated, confirm the safety process as mentioned above. Cut
air pressure supply and electric power supply that are the energy source for the
equipment, and exhaust all residual compressed air in the system.
3) Before machinery/equipment is re-started, take measures to prevent short circuit etc. with
enough care.
4.Do not use product under the following conditions or environments. If it is not avoidable,
take appropriate measures and contact SMC.
1) Conditions and environments beyond specifications or if product is used outdoors.
2) Installation on equipment in conjunction with atomic energy, railway, air navigation,
vehicles, medical equipment, food and beverage, recreation equipment , emergency
stop circuits, pressing clutch, break circuit and safety equipment.
3) An application which has the possibility of having negative effects on people, property, or
animals requiring special safety analysis.
WARNING
1. This product is made for general industry. Contact SMC before use, if you are planning to use for
other purposes.
2. Use under specified voltage and temperature.
Voltage out of specification may cause malfunction, breakage, electric shock and fire.
3. Use clean compressed air for fluid.
The construction of this product is not explosion proof. Do not use fluid such as inflammable gas or
explosive gas or use in atmosphere including such a gas. It may result in fire or explosion.
When using fluid other than compressed air, contact SMC.
CAUTION
1. This product has not been washed.
When bringing into clean room. Use after confirming its purification level after flushing.
WARNING
1. Get required space for maintenance, wiring and piping at installation.
Install connector and One-touch fitting for air supply to be able to eliminate and mount cable and tube.
Do not bend cable and tube with steep angle but fix them straight considering minimum bending
radius to prevent forcible stress applied to installation base of connector and One-touch fitting.
Forcible installation and elimination may cause malfunction, broken wire, fire and air leakage.
Minimum bending radius: Power supply cable
20mm
Sensor cable
20 mm
Note: Here is allowable bending radius when fixing wiring at 20
o
C. If bending cable at lower
temperature, it may apply forcible force to connector even with minimum bending radius or more.
See instruction or catalog for minimum bending radius fo tube.
2. Install on the plane face.
Forcible force may apply to frame or case due to concave and convex or deformed mounting face and
large level gap, and it may cause breakage or operation failure. Also, dropping or strong impact may
cause operation failure or accident.
3. Do not install with strong electromagnetic source.
Installation with strong electromagnetic source may cause malfunction. Install on the different panel
or separate the mounting.
4. Tighten within the specified torque.
tightening torque: See “4. Installation”
When exceeding the tightening torque, mounting screw and mounting bracket etc. might be broken.
The screw might loosen for less than range of the tightening torque.
5. Do not touch electrode needle with finger or metal tool directly. It may cause injury.
If electrode needle or cartridge is damaged by tools, it will not only interfere the specification function
and performance but also may cause operation failure or accident.
6. Be sure to install and adjust after power supply is stopped.
CAUTION
1. Install IZS30 series with keeping distance from the wall etc. as shown in the figure below.
The generated ion might not reach the target effectively and efficiency decrease, where there is wall
etc. inside the area shown in the figure below.
Selection
Installation
WARNING
1. Check that power supply capacity is enough and voltage is in specification before piping.
2. Apply type D earthing to prevent electrical shock in accordance with instructions on this operation
manual.
3. Be sure to cut off power supply at wiring (inclu/ding connector plug-in/out) .
4. Use special cable for the connection between body and sensor, and disassembly and reconstruction
are prohibited.
5. Turn on the power after examining wiring and a surrounding situation enough, and confirming safety.
6. Do not connect and disconnect connectors while supplying the power
7. Installation with high-voltage line and power line in the same wiring route may cause malfunction by
noise. Install separately with them.
8. Be sure there is no incorrect wiring before operation. Incorrect wiring may cause product breakage or
malfunction.
9. Flush pneumatic piping before its installation. Make sure that all dust, water droplet, oil etc. are
eliminated before piping.
WARNING
1. Use within operating fluid and ambient temperature range.
Operating fluid and ambient temperature range for Ionizer and sensor are 0 to 50
o
C. When temp. is
5
o
C or less, take measure to prevent freezing. Though ambient temperature is within specification,
dew condensation might be generated where temperature is suddenly changed. Therefore do not use
under such environment.
2. Environment to avoid
Do not use or store under the following environments, as these may cause operation failure. If it is
unavoidable, take the appropriate measures.
a. The place where ambient temperature exceeds 0 to 5
o
C.
b. The place where ambient humidity exceeds 35 to 85% RH.
c. The place where dew condensation is generated due to sudden temperature change.
d. The place where there is corrosive gas, inflammable gas, and volatile inflammable substance is
stored.
e. The atmosphere where the product is exposed to conductive powder such as iron powder and dust, oil
mist, salt and organic solvent or machining chips, particles and cutting oil (water, liquid).
f. The place where product is directly exposed to the blow from air-conditioners.
g. The place where sealed and ventilation is not installed.
h. The place the product is exposed to the direct sunlight and radiant heat.
i. The place where strong electromagnetic noise is generated. (Strong electric field/ strong magnetic
field/ surge.)
j. The place where electricity is discharged. The situation which causes electric discharge on the
Wiring and piping
Environment
200
200
(mm)
150
150
product.
k. The place where strong high frequency is generated.
l. The place where lightning disaster is expected.
m. The place where the product is directly exposed to the vibration and impact.
n. The situation where the force and weight that causes deformation of the product is applied.
3. Do not use air containing mist or dust.
Air containing mist or dust may lower function and shorten maintenance cycle. Mount mist separator
and air dryer in front of filter to produce clean compressed air.
4. Ionizer and sensor are not tolerable against surge of lightning.
Protection against lightning surge should be incorporated in the equipment..
CAUTION
1. Keep electrode needle clean by regular maintenance.
Make sure that the equipment is operating without any failure by regular maintenance. Those who
have enough knowledge and experience should perform the maintenance of the equipment.
Dust attached on the electrode needle due to longer operating lowers the function to eliminate static
electricity. If electrode does not recover its function to eliminate static electricity due to worn out after
cleaning, replace it with the new one. In order to maintain the stable performance, regular
maintenance and cleaning of electrode are recommended.
2. Stop supplying power to the body without fail when cleaning the electrode needle or exchanging the
electrode cartridge. Do not
ouch the electrode needle while energizing, or it may cause electric
shock or accident.
3. Do not open the case to disassemble and reconstruct the product.
It may cause electric shock, operation failure and disaster such as fire. In addition, note the product,
which is disassembled or reconstructed, may not satisfy the functions and performance in the
specifications and is out of guarantee.
WARNING
1. Do not drop, hit to the object and give excessive impact (10G or more) at handling.
Though Ionizer itself doesn’t break, inside construction might be broken and cause malfunction.
2. When cable is mounted or eliminated, pinch modular plug claw with finger and insert or take out the
plug itself vertically. If mounted or eliminated to inappropriate direction, mounting part of modular jack
might be damaged and finally it leads to operation failure.
3. Do not operate with wet hands. It may cause electric shock or accident.
Maintenance
Handling
2. How to order
I Z S 3 0 – 7 8 0 S B
I Z S 3 0 - D 1
I Z S 3 0 - C S
I Z S 3 0 - B E
I Z S 3 0 - N T
Bracket
B Mounted
∗Not mounted
Product name
I Z S 3 0
Bar
t
ype
Ionizer
Bar length
300 300 mm
780 780 mm
1260 1260 mm
1500 1500 mm
1900 1900 mm Bar length Number of bracket
for body middle part
300, 780 ∗
1260, 1500 1
1900 2
Sensor
S Mounted
∗Not mounted
Part name
D Sensor
Type
1 Rotary sector type
Type
S For sensor 3m
P For power supply 3m
Part name
C Cable
Type
E For body end
M For body middle part
S For sensor
Part name
B Bracket
Part name
N Electrode
Needle cart.
Type
T Tungsten
For "mounted", two brackets for body end
are attached.
Number of attached br
acket for body
middle part is by the bar length.
(See below)
Ionizer
For [mounted], sensor cable
and sensor bracket are attached.
Power supply cable is
attached for all models.
Electrode needle cartridge
Sensor
Bracket
Cable
3. Specifications
3-1. Ionizer
[Note] *1: At distance 300mm between Ionizer and charged object, with purge air.
*2: The smallest flow rate for elimination at distance 200mm between Ionizer and charged object.
3-2. Surface electric potential sensor
Ionizer model IZS30
-300
IZS30
-780
IZS30
-1260
IZS30
-1500
IZS30
-1900
Type Bar type
Ion generation principle Corona discharge
Voltage supply method Pulse DC
Discharge output +/-6000V
Ion balance *1 +/- 30V or less
Fluid Air (Clean dry air)
Air supply
flow rate *2
(L/min[ANR])
20 50 85 110 135
Op. pressure
(MPa) Max. 0.7
Purge air
Connection
tube size φ4
Power supply voltage DC21.6V to 26.4V
SensingDCmode
operated 150mA or less
SensingDCmode
stand-by 100mA or less
Current
consumption
Pulse DC mode
100mA or less
Input signal
Discharge stop NPN Open collector, or no-voltage contact signal
High volt. error
Sensor error
Output
signal Static elimination
completed
FET(Open Drain), DC28V, 100mA or less
Effective elimination distance 50 to 2000mm
(Sensing DC mode 200 to 2000mm)
Ambient temperature 0 to + 50
o
C
Ambient humidity 35 to 80% Rh (No dew condensation)
Material Ionizer cover: ABS, Electrode: Tungsten
Vibration resistance Endurance 50Hz Amplitude 1mm
2 hours to X,Y,Z each direction of vibration
Impact resistance 10G
Weight (g) 330 710 1100 1410 1930
Sensor model IZS30-D1
Detection style Rotary sector style
Power supply voltage DC5V (Supplied from Ionizer)
Power consumption Included in the Sensing DC mode power consumption on the ionizer.
Effective detection distance 50mm or less
Ambient temperature 0 to +50
o
C
Ambient humidity 35 to 85 % Rh (No dew condensation)
Material Sensor body: Aluminum
Vibration resistance Endurance 50Hz Amplitude 1mm
2 hours to X,Y,Z each direction of vibration
Impact resistance 10G
Weight (g) 150
4. Installation
4-1. Installation of Ionizer body
Investigate the places where static problem occurs, or process and parts which generate ESD
(Electro static discharge), and carefully consider the required conditions to ensure appropriate
static charge elimination before installation.
Operating distance and static charge elimination time: See [1. installation distance and
static charge elimination time of 6-1.Static charge elimination characteristics
(reference) ].
Static charge elimination area: See [See 2. Static charge elimination area of 6.1 Static
charge elimination characteristics (reference)].
1. Mount end brackets on both sides of the ionizer body with the attached M4 threads.
Recommended tightening torque for M4 thread: 0.75Nm
2. Mount intermediate brackets on the ionizer body at regular interval.
Note
No intermediate bracket is attached to IZS30-300B (SB), IZS30-780B (SB)).
A. Tap M5 thread on the brackets mounting positions at the installation side, and fix the ionizer
body and brackets with M5 threads.
End bracket
Attached M4 threads
Intermediate bracket
M5 tap
M5 threads
4. Adjust angle of the ionizer body to ensure proper static charge elimination, and fix it with detent
threads (M5) of brackets.
Recommended tightening torque for detent thread: 1.5Nm
4-2. Installation of surface electric potential sensor
In case of using a surface electric potential sensor, install it on the place which can realize
the precise sensing in order for the detecting hole to sense the target’s static charge.
Note
Install so that the detecting hole will be within 50mm from the surface
of target’s static charge..
In case of using a surface electric potential sensor, install it so that the distance
between the object for static charge elimination and the ionizer stays 200 or more.
1) Mount a sensor bracket on the surface electric potential sensor with the attached M5 thread.
Recommended tightening torque for M5 thread: 1.5Nm
2. Insert a sensor bracket into a 8 rod or hollow piping at the installation side, and fix them with a
thread (M5).
F
i
x with d
etent thread
(Fix the other side too)
Attached M5 screw
Detent
thread
3. Peal off the seal attached on the detecting hole of the surface electric potential sensor.
4. Direct the surface electric potential sensor to the target’s static charge as adjusting the angle, and
fix the detent thread (M5) of bracket.
Recommended tightening torque for detent thread : 1.5 Nm
4-3. Connection of cable
1. Insert the modular plug of power supply cable ZS30-CP into the modular jack for indicating
[power] on the ionizer body. A lever will snap when the modular plug is correctly locked.
Fix cables with a tie wrap or other measures in the vicinity of connection not to apply
compulsive force to the modular jack and plug.
Seal
Modular plug
2. Arrange lead wires in accordance with the wiring table. The unused wires should be cut short or
covered with vinyl tape without pealing the coat to prevent them from coming contact with other
wires.
See [4-4. Connection circuit ].
Wiring table for power supply cable IZS30-CP
Note
No. 6 and 8 only function when a surface electric potential sensor is used.
2. 3. When a surface electric potential sensor is used, remove the cover cap plugging a
modular jack for indicating [signal] on ionizer body, and insert a modular plug of sensor
cable IZS30-CS. A lever will snap when the modular plug is correctly locked Fix cables with
a tie wrap or other measures in the vicinity of connection not to apply compulsive force to
the modular jack and plug. (Direction of plugs on both sides of cable can be changed.)
Pin
Lead wire
color Description Function
1 Brown DC21.6 to 26.4V Power supply DC + 24 V
2 Blue GND Power supply 0V. Be sure to apply class D grounding.
3 Green NC
4 Gray Stop signal of static charge
elimination Connected 0V during operation. Opening stops discharge.
5 White Signal for abnormal
High voltage Outputted when abnormal discharge occurs.
6 Orange Signal for abnormal
sensing
Outputted when abnormal operation occurs on the surface
electric potential sensor.
7 Red NC
8 Yellow Signal for static charge
elimination completion
Notify the progress and completion of static charge elimination
with ON and OFF signal to outside.
Modular plug
Cover cap
2. Arrange lead wires in accordance with the wiring table. The unused wires should be cut short or
covered with vinyl tape without pealing the coat to prevent them from coming contact with other
wires.
See [4-4. Connection circuit ].
Wiring table for power supply cable IZS30-CP
Note
No. 6 and 8 only function when a surface electric potential sensor is used.
3. 3. When a surface electric potential sensor is used, remove the cover cap plugging a
modular jack for indicating [signal] on ionizer body, and insert a modular plug of sensor
cable IZS30-CS. A lever will snap when the modular plug is correctly locked Fix cables with
a tie wrap or other measures in the vicinity of connection not to apply compulsive force to
the modular jack and plug. (Direction of plugs on both sides of cable can be changed.)
Pin
Lead wire
color Description Function
1 Brown DC21.6 to 26.4V Power supply DC + 24 V
2 Blue GND Power supply 0V. Be sure to apply class D grounding.
3 Green NC
4 Gray Stop signal of static charge
elimination Connected 0V during operation. Opening stops discharge.
5 White Signal for abnormal
High voltage Outputted when abnormal discharge occurs.
6 Orange Signal for abnormal
sensing
Outputted when abnormal operation occurs on the surface
electric potential sensor.
7 Red NC
8 Yellow Signal for static charge
elimination completion
Notify the progress and completion of static charge elimination
with ON and OFF signal to outside.
Modular plug
Cover cap
4. Insert the modular plug on the other side of sensor cable IZS30-CS into the modular jack of
the electric potential sensor. If the modular plug is properly inserted and locked, a lever
clicks to notify it’s locked. Fix cables with a tie wrap or other measures in the vicinity of
connection not to apply compulsive force to the modular jack and plug.
Modular plug
4-4. Connection circuit
Ionizer
POWER connector
[Note 1]
indicates the coating color for lead wire of dedicated cable
[Note 2] Connect [4. Stop signal of static charge elimination] to GND when starting
the ionizer operation.
When the terminal is open, the operation will stop.
[Note 3] [6. signal for abnormal sensor] and [8. signal for static charge elimination
completion] functions only when the surface electric potential sensor is
used.
Input and output operation list
Name Lead wire
color Signal Operation
4
Stop signal of
charge elimination
Gray Input Connect 4 terminal to GND during operation
Discharge stops when terminal 4 is open.
5
Signal for abnormal
High voltage White Output Tr1 in ionizer is ON when abnormal signal is being
sent.
6
Signal for abnormal
sensing Orange Output Tf2 in ionizer is ON is conducted when abnormal
signal is being sent.
8
Signal for static
charge elimination
completion
Yellow Output Tr 3 in ionizer is ON when static charge elimination
is completed.
1.DC+24V
Brown
4.
Stop signal
of
charge elimination(Gray)
"!#$%&')(*+
2.GND
Blue
3.7 NC
Green and red
Ionizer
INPUT
5.
Signal for abnormal
high voltage
White
"!#$,-&'.0//*+
6.
Signal for abnormal
sensing
Orange
"!#$,-&'.0//*+
8.
Signal fo
r static
elimination completion
Max. DC28V,100mA
OUTPUT
24V
6.8k
1"243
Power supply
DC21.6 to 26.
4V
GND
or
OUTPUT
INPUT
PLC
F.G
Internal circuit
5. Function description
5-1. Operation mode
Three operation modes are available in IZS30. Use these modes depending on applications and
operating conditions.
Supplied voltage wave form image diagram
Op. mode Operation Features Precautions
Sensing DC mode
After surface electric
potential sensor detects
polarity and electric
potential of the target’s
static charge, Ionizer
generates ion with
anti-polarity continuously.
Can shorten static charge
elimination time.
Decide if there is target’s static
charge and static charge
elimination is completed, and
automatically turn ON and OFF
high pressure power supply
and pneumatic valves.
(Pneumatic valve has to be
prepared separately.)
If surface electric potential sensor
cannot tell the target’s static charge
as indicated below, proper static
charge elimination might not be
available.
- Large work with uneven static
electricity.
- Work moving fast
- Work which size is smaller than
sensing detection area.
- Static charge elimination of space or
continuum
Pulsed DC mode
Discharge plus and
minus ion in the
frequency of 1Hz to 33Hz
by returns.
Although surface electric
potential sensor cannot
properly decide the target’s
static charge such as space or
continuum, stable ion balance
can eliminate the static
electricity.
1) Since static charge elimination
result differs in the distance to the
target’s static charge and the
operation conditions of air purge, it
should be adjusted with an actual
machine.
2) Even after static charge
elimination is completed, surface
potential on the work fluctuates in
the regular frequency just under
the ionizer. In case of selecting low
frequency, amplitude of surface
electric potential may get large.
DC mode
Discharge plus or minus
Ion continuously. Can be used to charge.
The parts other than the target’s
static charge should be grounded in
order to prevent charging.
Polarity image of
target’s static
charge
Pulsed DC
Sensing DC
Supplied
voltage wave form
5-2. Output signal
Signal type Function
Signal for static charge
elimination completion
(When surface electric
potential sensor is used)
Output when static charge elimination is completed, or no target’s static
charge exists.
Abnormal high voltage Output when any discharge probe gets shorted with other discharge
probes or housing.
Abnormal sensing Output when detecting hole of surface electric potential sensor is clogged
with foreign substances, or sector doesn’t rotate properly .
5-3. Function description of indication
1. Power supply indication…Light on Green when power supply is turned ON.
Blink when power supply voltage goes down to defined value.
2. Sensor indication………...Light on Green when surface electric potential sensor is connected
3. Minus indication………….Light on Blue while minus ion is being generated.
4. Indication for static charge elimination completion….Light on Green when static charge
elimination is completed at sensing DC mode.
5. Plus indication…………….Light on Orange while plus ion is being generated.
6. Indication for abnormal high voltage….Light on Red when abnormal current such as high
Voltage leakage is generated.
7. Indication of abnormal sensing…………Light on Red when surface electric potential sensor
cause malfunctions at sensing DC mode.
8. Ion Balance ajastment trimmer………It’s possible to ajust Ion Balance by using the driver
made of the non-metal(Ajusted at shipment).
we’ll recommend the use of the measuring instrument.
Though an accurate ajustment is possible by wear-out
situation of needle,precence of dielectric thing and
potential level of GND in the installation location
9. Frequency selecting switch……………...Select frequency at pulsed DC mode.
No
0---------- 1Hz
1---------- 3Hz
2---------- 5Hz
3---------- 8Hz
4---------- 10Hz
5---------- 15Hz
6---------- 22Hz
7---------- 33Hz
8----------
5
Generate only plus ion
9----------
Generate only minus ion
6
7
8
9
:
;
<
=
6. Selection and setting of equipment
6-1. Sensing DC mode
1. selection of bar length
Select the length applicable to work size base on [2. static charge elimination area of 7-1.
static charge elimination characteristics (reference)]
2. Installation of ionizer body
Installation of ionizer body: Install within 200mm to 2000mm from the target’s static charge
See data of [1. Installation distance and static charge elimination time of 7-1. static charge
elimination characteristics (reference)] for static charge elimination time.
3. Installation of surface electric potential sensor
Direct detecting hole to the charged face, and install it within 50mm from the target’s static
charge. (should be installed near the target’s static charge as close as possible.
4. Wiring
Connect ionizer body and surface electric potential sensor with a dedicated cable.
Connecting ionizer body and surface electric potential sensor automatically sets the mode
to sensing DC mode.
Power supply and each input/ output is wired with the dedicated cables. See [wiring table for
power supply cable IZS30-CP of 4-3 cable connection] for wiring table.
5. Pneumatic piping
Since fitting with check valve is used, plug should not be connected on the other side even with
single piping.
Pipe 4 tube. See [3. specifications] for air flow rate.
When piping is long, required flow rate might not be obtained without both-side piping.
6-2. Pulsed DC mode/ DC mode
1. Selection of bar length
Select the length applicable to work size base on [2. static charge elimination area of 7-1.
static charge elimination characteristics (reference)]
2. Installation of ionizer body
Install within 50mm to 2000mm from the target’s static charge
See data of [1. Installation distance and static charge elimination time of 7-1. static charge
elimination characteristics (reference)] for static charge elimination time.
3. Selection of ion generation frequency
Set selection switch with a screw driver referring to P1
>
data on operating frequency and static
charge elimination time
?
.
A screw driver slot for selection switch configures like a small arrow. Direct the tip of the arrow
to
the applicable position and set it.
Setting the switch [8] or [9] shift the mode to DC mode, which discharges plus and minus
continuously.
4. Wiring
Connect ionizer body and surface electric potential sensor with a dedicated cable.
Connecting ionizer body and surface electric potential sensor automatically switches the mode
to sensing DC mode.
Power supply and each input/ output is connected with the dedicated cables. See [wiring table
for power supply cable IZS30-CP of 4-3 cable connection] for wiring table.
5. Pneumatic piping
Since fitting with check valve is used, plug should not be connected on the other side even with
single piping.
Pipe 4 tube. See [3. specifications] for air flow rate.
When piping is long, required flow rate might not be obtained without both-side piping.
7. Technical data
7-1. Static charge elimination characteristics (reference
1. Installation distance and static charge elimination time
Target
’
s static charge work
Charged plate dimensions:150×150mm
Capacity:20
@
F
Mean.Cond.:Static el.Time for 3kV
A
0.3kV
Installation distance and static charge elimination timeWith air purge
Installation distance mm
Static charge eliminatio
n time sec
Air purge flow rate: (20
B
/min ANR) Operating frequency
C
W/O sensor
D
: 33Hz
W/O sensor
With sensor
Target’s static charge work
Charged plate Dimension: 150×150mm
Capacity:20pF
Meas. Cond.: Static el. Time for 3kV0.3kV
Installation distance and static charge elimination time (W/O air purge)
Operation frequency (w/o sensor)33Hz
W/O sensor
W
ith
sensor
Static charge elimination time
sec
Installation distance mm
2. Static charge elimination area
Ionizer depth direction
Ionizer width direction
E
FE
G0EE
GFE
HEE
I
HFE
I
HEE
I
GFE
I
G0EE
I
FE
E
FE G0EE G FE
HEE
HFE
J0KMLON
J0KMLONJ0KMLON
J0KMLON
PQKMJON
PQKMJONPQKMJON
PQKMJON
RSKMJON
RSKMJONRSKMJON
RSKMJON
Target’s
work of
stat
ic charge
Charged plate dimensions: 150×150mm
Capacity:20
@
F
Meas. Cond.: static elimination time 3kV0.3
kV
Ionizer
depth
direction
-Installed position of target’s static charge mm
300 to 1900
T
TT
T
IZS30
U
UU
U
300∗
∗∗
∗to IZS30
U
UU
U
1900∗
∗∗
∗
V
VV
V
E
FE
G0EE
GFE
HEE
I
HFE
I
HEE
I
GFE
I
G0EE
I
FE
E
FE G0EE
GFE
HEE
HFE
E
FEFE
G0EE
E
G0EE
FEFE
W
XSY
W
XSY
W
XSY
W
XSYZ
ZZ
Z
[
X
W
[
X
W
[
X
W
[
X
W
Z
ZZ
Z
\
X
W
\
X
W
\
X
W
\
X
W
Z
ZZ
Z
Target’s work
of static charge
Charged plate dimensions: 150×150mm
Capacity:20
@
F
Meas. Cond.: static elimination time for 3kV0.3kV
Ionizer width direction
-installed position of target’s static charge mm
Ionizer height direction
-Installed position of target’s static charge mm
Ionizer height direction
-Installed position of target’s static charge mm
Air purge : N/A
Surface potential Sensor : N/A
Op. Frequency: 33Hz
Air purge : N/A
Surface potential Sensor : N/A
Op. Frequency: 33Hz
This manual suits for next models
5
Table of contents
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