SMC Networks IZD10-*10 Series User manual

Doc. No.IZ*-OMK0023-A
OPERATION MANUAL
PRODUCT NAME : Electrostatic Sensor
MODEL:
IZD10-*10
○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

1
INDEX
1. Safety Instruction ................................................................................................................................2
2. Outline.................................................................................................................................................6
3. How to Order.......................................................................................................................................7
4. Specification........................................................................................................................................7
5. Mounting..............................................................................................................................................7
5-1. Electrostatic sensor installation ................................................................................................... 7
5-1-1. Sensor head installation....................................................................................................... 7
5-1-2. Installation of the sensor amplifier........................................................................................8
5-2. Circuitry and wiring chart.............................................................................................................9
6. Performance......................................................................................................................................10
6-1. Output signal..............................................................................................................................10
6-2. Detection range...........................................................................................................................11
6-3. Cautions on installation...............................................................................................................11
6-4. Timing chart ...............................................................................................................................12
7. Exterior dimensions...........................................................................................................................12

2
1. Safety Instruction
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 and other safety precautions.
Caution ：Indicates a potentially hazardous situation, which, if not avoided, may result in
minor or moderate injury or damage to the equipment.
Warning ：Indicates a potentially hazardous situation, which, if not avoided, could result in
death or serious injury.
Danger ：Indicates an imminently hazardous situation, which, if not avoided, will result in
death or serious injury.
Warning
(1) The compatibility of pneumatic equipment is the responsibility of the person who designs the
pneumatic system or decides its specifications.
Since the products specified here are used in various operating conditions, their compatibility with
the specific pneumatic system must be based on specifications or after analysis and/or tests to meet
your specific requirements.
(2) Only trained personnel should operate pneumatically operated machinery and equipment.
Mounting of the sensor and maintenance shall be performed by person with adequate knowledge
and experience.
(3) Do not service machinery/equipment or attempt to remove components until safety is confirmed.
1) Inspection and maintenance of machinery/equipment should only be performed after
confirmation of safe locked out control positions.
2) When equipment is to be removed, confirm the safety process as mentioned above. Cut the
pressure supply for the equipment and exhaust all residual compressed air in the system.
3) Before machinery/equipment is re-started, take measures to prevent quick extensions of the
cylinder piston rod etc.
(2) Contact SMC if the product is to be used in any of the following conditions.
1) Conditions and environments beyond the given 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, press
applications or safety equipment.
3) An application which has the possibility of having negative effects on people, property, or
animals requiring special safety analysis.
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Warning
(1) This product is intended to be used for general FA equipment.
Please consult SMC for other application (esp. application described on (4) on previous page).
(2) Keep specified voltage and temperature range to avoid malfunction, damage, electric shock and fire.
(3) This product is not explosion proof.
Don’t use environment where explosion by particle is possible or containing flammable/explosive gas.
Caution
(1) This product is not cleaned. To bring it into a clean room, flushing for the product must be done for
several minutes to ensure having necessary cleanness.
(2) Do not flush the detect hole with high pressure.
High pressure flushing may deform the detection mechanism which disables correct detection of
charged potential, and lead to cause failure.
Warning
(1) Keep adequate space for maintenance and wiring when mounting.
Joint part with external component shall have space for attachment/removal of the cable after
installation.
Don’t bend the cable more than min. bend radius so that the rood of cable entries, which are for the
connect part for external component and the sensor head, and the amplifier, do not receive excess
stress. Fix the cable as close to the products as possible to avoid bending with acute angle.
Stressful wiring leads to cause malfunction, disconnection, and fire.
Min. bend radius : Sensor cable - - - - 25mm
(Note : Bend radius allowable for fixed wiring at 20oC. If bent under 20oC, excess stress will be
applied to the entry of the cable at the joint part with external part or the sensor head, and the entry of
amplifier cable even if the bend radius is larger than min. bend radius. )
(2) Mount to the flat surface
Mounting on uneven surface will apply excess force to the case which lead to cause damage or
failure.
(3) Do not drop nor hit
Do not drop, hit nor apply impact to avoid malfunction and accident.
(4) Do not used where noise(electromagnetic wave, surge, etc.) generated to avoid malfunction,
deterioration and damage of internal element. Prepare solution against the noise and keep lines
apart.
(5) Keep tightening torque. (Tightening torque : See “5-1. Installation of electrostatic sensor”.)
Tightening with excessive torque lead to damage of set screws and set bracket. With inadequate
torque, joint screws will be loosened.
(6) Do not contact the sensor head detect surface with metal tools to avoid disabling functions and
performances on the spec. , and failure and accident.
Selection
Mounting
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(7) Do not apply tape/seal to the body to avoid electrification which disables correct detection of
electrified potential.
(8) Stop supplying the power to the electrostatic sensor during installation and adjustment.
(9) Keep the distance for installation so that the sensor head is not charged. (See Effective inspection
distance : “4. Specification”)
The sensor head may be charged depending on potential of the subject. Charging of sensor head
may damage the sensor.
Caution
(1) Install the electrostatic sensor apart from the wall(see drawing below).
Charged potential may not be measured correctly if walls exist in the range below.
(2) After installation, confirm if electrified potential is correctly measured. (Unit: mm)
Detected value of electrified potential depends on ambient installation conditions. Confirm
detection condition of sensor electrified potential.
Warning
(1) Ensure adequate electric capacity and voltage satisfying spec. value.
(2) Only connect to SELV circuit type power supplies,which have reinforced insulation to the low voltage
mains of the building installation.(SELV according to EN60950-1)
(3) Ensure safety of wiring and surrounding conditions before supplying power.
(4) Do not connect/remove wiring with power supplied to avoid the malfunction of the electrostatic
sensor. Cut power supply whenever wires(including plugging and removing the connector).
(5) Using power lines and high voltage line in one system causes malfunction due to noise. Use them
separately.
(6) Ensure no mistake on wiring before starting operation. Incorrect wiring lead to cause product
damage and malfunction.
Application of DC24V from the sensor output directly leads to the breakage of internal circuit.
A
B
10
20
20
40
25
45
30
55
40
65
50
75
60
90
70
100
75
105
Wiring / Piping
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B
B
A
B
A
Electrified object
Electrified object
Detection hole
Detection hole

5
Warning
(1) Keep operating ambient temp. range
Operating ambient temp. range is 0 to 50oC. Even if ambient temp. is within spec. range,
environment with sharp temp. change will can form dew. Don’t use it there.
(2) Environment to avoid
Do not operate nor store the product under following environment to avoid failure.
a. Ambient temp. is out of 0 to 50oC.
b. Ambient humidity is out of 35 to 85%RH.
c. Place with sudden sharp temp. change. which form dew.
d. Place containing corrosive gas, explosive gas, or volatile flammable object.
e. Atmosphere in which exposed to dust, conductive iron particle, oil mist, sodium, organic solvent,
swarf, particles and cutting fluid(water, liquid).
f. Place exposed to direct sunlight or radiation heat.
g. Place generate strong noise(strong electric field, strong magnetic field, place generates surge).
h. Place generates static electricity discharge other than from the ionizer. Place where static electricity
is charged to the sensor.
i. Please generates strong high frequency.
j. Place where thunder strike is possible.
k. Place applies direct vibration or impact to the sensor.
l. Condition where the sensor receive force or weight which deform the sensor.
(3) Electrostatic sensor is not proof against electrical surges caused by lightning strike.
Appropriate protection measures should be taken by the users.
Caution
(1) Periodic inspection
Periodic inspection is necessary to ensure operation without failure. Sensor shall be inspected by
experienced person with adequate knowledge.
(2) Do not overhaul nor modify to avoid electric shock, failure, fire, etc. Overhauled or modified product
does not guarantee spec. function or performances.
Warning
(1) Do not drop, hit nor apply excess impact(100m/s2or more).
Even if the appearance of electrostatic sensor is not damaged, internal parts will be damaged
resulting in malfunction.
(2) Don’t handle with wet hand to avoid electric shock and accident.
(3) Wait for 10min. or longer after applying the power.
Detected value may be unstable right after supplying the power.
(4) The direct-current power supply to combine should use UL authorization power supply which is the
class 2 power supply based on UL1310 or the power supply is using the transformer of a class 2
based on UL1585.
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Operating / Storage environment
Maintenance
Handling

6
0
1
2
3
4
5
6
Relation of charged potential and sensor output
IZD10-110 →-0.8 -0.4 0 0.4 0.8
IZD10-510 →-40 -20 0 20 40
Distance from measured subject: IZD10-110 →25mm
IZD10-510 →50mm
2. Outline
Electrostatic sensor consists of the sensor head and sensor amplifier.
Electrostatic sensor has two types of sensors below.
# Model : IZD10-110
The purpose is to confirm electricity elimination effect of the ionizer. The sensor is set so that
Inspected charged potential is output in relatively small range of potential.
Drawing below shows sensor output voltage when the distance between the sensor and
measured subject is 25mm.
The color of the Part A is equal to the sensor head.
# Model : IZD10-510
The purpose is to confirm the potential of charged object. Therefore, the sensor is set so that it
Inspect charged potential of high voltage.
Drawing below shows sensor output voltage when the distance between the sensor and
measured subject is 50mm.
The color of Part A on the sensor head is yellow.
Relation between the output voltage of the electrostatic sensor and detected charged electricity
depends on the distance between the sensor head and measured object. (See “6-1 Output signal”
for the relation between the output voltage of the electrostatic sensor and detected charged
potential based on installed distance )
Sensor head
Sensor
amplifier
Sensor output voltage V
Charged potential kV
Part A
1500mm 3500mm

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3. How to Order
IZD10 - * 10
Measuring range
1
+/- 0.4kV
5
+/- 20kV
4. Specification
*1 : Relation between measuring range and output voltage depends on detection distance.See the chart in
“6-1 Output signal” for the relation between the detected potential and the output voltage based on
detection distance.
5. Mounting
5-1. Electrostatic sensor installation
5-1-1. Sensor head installation
When using the electrostatic sensor, install it to the place where the sensor head detection hole
can detect the object. (See “6-2. Detection range”)
[Note ] Pitch between the inspection hole and inspected subject surface depends on sensor
model. Refer [4. Specifications] to avoid the hole from contacting the subject. Charged
potential of inspected subject may be discharged to the sensor head. Keep the subject and
the sensor head apart when installing. Discharge to the sensor head lead to cause damage
of the sensor head. Output signal and detection range depend on installation distance.See
6-1, 6-2.
Use two M3 screws for mounting the sensor head(prepare separately).
Recommended tightening torque for M3 screw : 0.61 to 0.63Nm.
Electrostatic sensor
model no.
IZD10-110 IZD10-510
Measuring range
+/- 0.4kV
(when detection distance 25mm)
＊１
+/- 20kV
(when detection distance 50mm)
＊１
Output voltage
1 to 5V (Output impedance Approx. 100ohms)
Effective detection
distance
10 to 50mm 25 to 75mm
Linearity
+/- 5%F.S. (when 0 to 50oC, detection
distance 25mm)
+/- 5%F.S. (when 0 to 50oC, detection
distance 50mm)
Output delay time
Within 100ms
Source voltage
DC24V +/-10%
Power consumption
40mA or less
Operating ambient
temp.
0 to 50oC
Operating ambient
humidity
35 to 85%Rh (No dew formed)
Material
Head case:ABS Amplifier case:ABS
Vibration resistance
Resisting 50Hz
Fluctuation 1mm XYZ 2hours for each
Impact resistance
100m/s2
Weight
185g (Including cable weight)
EN Standard
Applicable Conditions
Protection Class:Class III equipment(according to EN60950-1)
Environment:Pollution degree 3
Ce marking:Low Voltage Directive:73/23/EEC,93/68/EEC
Only connect to SELV-type external circuits
EMC Directive
89/336/EEC,92/31/EEC,93/68/EEC,2004/108/EC

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Sensor head
Mate M3 bolt to the bolt mount surface. Mounting from the opposite side leads to cause the
breakage of the sensor head.
The sensor head body is common with GND due to the sensor structure. Attention should be
taken not to short circuit +24V power source during installation and power supply.
Detection hole is closed to detect static electricity. If foreign material enter inside, and the hole
is touched with operation tools, the sensor can be damaged or malfunctioning which disables
correct detection of static electricity.
Do not pull the cable out of the sensor head, or turn it from the root of the head. They lead to
cause the sensor head breakage or disconnection.
5-1-2. Installation of the sensor amplifier
Mount the sensor amplifier with two M3 screws(prepare separately).
Recommended tightening torque for M3 screw. : 0.61 to 0.63Nm
Mate M3 bolt to the bolt mount surface. Mounting from the opposite side leads to cause the
breakage of the sensor amplifier.
Do not pull the cable out of the sensor amplifier, or turn it from the root of the amplifier. They
lead to cause the sensor amplifier breakage or disconnection.
Sensor amplifier case is common with FG. It shall be grounded with the ground resistance of
100ohms or less.
Recommended crimp terminal. : Crimp terminal with insulation coating made by Nichifu
TMEV1.25－3.
M3 screws
Sensor head
Detection hole
Bolt mount surface
Sensor amplifier
M3 screw
Grounded with ground resistance of
100 ohms or less
Bolt mount surface
Sensor head

9
(Brown)
Electrostatic sensor
Color in ( ) indicates lead wire
cover color of specified cable.
5-2. Circuitry and wiring chart
Wire leads according to circuitry and wiring chart.
(1) Circuitry
GND shall be grounded to earthing resistance of 100 ohms or less. Exclusive power supply is
recommended for the power to actuate the sensor. If other components are connected to this
power supply when static electricity is discharged to the sensor head or noise interrupt GND,
connected component could malfunction or be damaged.
When the cable for connecting external equipment is cut in short length, do not connect the
shield line(Shield line is common with amplifier case. Frame ground shall be prepared with the
amplifier case side).
(2) Wiring chart
Lead wire cover color
Meaning
Function
Brown
DC[+]
Power source DC24V
Blue
DC[-]
Power source 0V
White
Sensor output
1 to 5V analog output
IN
Shield
Sensor head case
External device
Power source
DC24V+/-10%
Sensor output
(White)
F.G connection part is common
with sensor amplifier body.
Internal circuit
F.G
DC[+]
DC[-]
(Blue)
Sensor amplifier
Sensor
Internal circuit
Sensor head
GND
100 Ohms
GND
GND
Shield
+
Ground with ground
resistance of 100ohms or less
Must be grounded
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10
0
1
2
3
4
5
6
- 40 - 30 - 20 - 10 010 20 30 40
6. Performance
6-1. Output signal
When measuring the potential of charged object with electrostatic sensor, the relation between
measured charged potential and output voltage depends on the sensor installation distance.
See the chart below for the relation. (Installation distance in the chart indicates the distance
between measured object and the electrostatic sensor.)
0
1
2
3
4
5
6
- 0.8 - 0.6 - 0.4 - 0.2 0.0 0.2 0.4 0.6 0.8
Relation between sensor output
and charged potential on installation distance
IZD10-110
Sensor output voltage V
Charged potential kV
From the steepest line, 10mm, 20mm, 25mm,
30mm, 40mm, 50mm of installation distance
Installation distance 50mm
Installation distance 10mm
Relation between sensor output
and charged potential on installation distance
IZD10-510
Sensor output voltage V
Charged potential kV
From the steepest line, 25mm, 30mm, 40mm, 50mm,
60mm, 70mm, 75mm of installation distance
Installation distance 75mm
Installation distance 25mm

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Sensor head
Detection hole
6-2. Detection range
Electrostatic sensor installation distance and detection range are shown below.
Installation
distance mm
Detection range
mm
10
45
20
85
25
100
30
120
40
150
50
180
Installation
distance mm
Detection range
mm
25
100
30
120
40
150
50
180
60
205
70
225
75
235
6-3. Cautions on installation
When an object other than measured object is installed close to the electrostatic sensor, the
sensor output can be different from actual value due to the effect of charged potential of installed
object. Don’t place the object, which is not to be measured, or the sensor head cable around the
sensor detection hole. Brackets to fix the sensor shall not be covered with insulation layer such
as paint or surface treatment.
When installing the object around the electrostatic sensor, keep the object which is not to be
measured apart more than minimum installation interval in the table below.
Installation
distance mm
Min. installation
interval mm
10
20
20
40
25
45
30
55
40
65
50
75
60
90
70
100
75
105
Electrostatic sensor is affected by electric field or electromagnetic field due to its operation
principle.
If the cable, transmitter, or wireless equipment that carries large amount of current is present by
the sensor head, correct detection of static electricity could be disabled.
Avoid using the sensor where those components are present.
IZD10-110
IZD10-510
Installation
dis
tance
Min. installation interval
Sensor head
Object that is not to be measured
Charged object
Installation
distance
Detection range
Detection hole
Sensor head

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Sensor head
Sensor amplifier
Detection hole
6-4. Timing chart
Chart below shows the timing chart when installation distance of IZD10-110(distance from measured
subject) is 25mm. (50mm for IZD10-510)
Note1: Although the sensor becomes operable one second after supplying the power, values may
be unstable. It is recommended to wait for 10min. or longer for start operation.
Note 2: The case of IZD10-110. Value in [ ] shows the case of IZD10-510.
7. Exterior dimensions
Common in IZD10－110 and IZD10－510
Color of Part A
IZD10-110
The same color as
sensor head
IZD10-510
Yellow
Charged
Potential
:Note2
Sensor output
Power source(DC24V)
100ms or less (Output delay)
100ms or less (Output delay)
Time until operation stabilized :Note1
1kV[25kV]
0.4kV[20kV]
－
0.4kV[
－
20kV]
－
1kV[
－
25kV]
3V
5V
1V
0V
0V[0V]
ON
Part A