I-SERIES - Movetec
NEW
Multi-Purpose CCD Laser Micrometre
IG Series
A Wide Variety of Application Modes
for Easy, High-Accuracy Measurements
L ASER EDGE SENSOR
I- SERIES
Intelligent Sensor
Low-cost
High
Performance
Thrubeam Digital Laser Sensor
with the Highest Level of Stability
28 mm
10 mm
28mm type
IG-028
10mm type
IG-010
REPEATABILITY OF 5 μm
LINEARITY OF ± 0.1% (IG-028)
The sensor provides a high level of stability with its multi-wavelength
laser and parallel computing chip.
WIDE VARIETY OF APPLICATION MODES
• Edge control mode
• Outer diameter measurement mode
• Inner diameter/Gap measurement mode
• Edge detection of transparent targets
2
POSITION MONITOR
Measurements are performed
with up to 28,000 optical axes
(IG-028), each of which monitors
the amount of light received.
Large Distance between the Transmitter and Receiver
IG-028: Max. 1500 mm IG-010: Max. 1000 mm
L-CCD* Light-Receiving Element
The sensor recognises the position of a target
and is less sensitive to its environment, making it
possible to achieve stable target measurement.
* L-CCD : Linearised-Charge Coupled Device
IP67 Protection
The enclosure is resistant to harsh
environments and offers long-term
durability.
Panel mount type
IG-1500/1550
Display Unit Options
There are two types of display units: panel
mount and DIN-rail mount. When a display
unit is connected to a communication unit,
measurement data can be sent to external
devices such as a PLC.
DIN-rail mount type
IG-1000/1050
3
I-
Intelligent Sensor
SERIES
T H REE CO N CEPTS
Intelligent
High accuracy was achieved by using the technology
and functions developed for high-accuracy measuring
instruments.
Intelligent
Tough
I
SERIES
Intelligent
Tough
Developed for use in harsh environments, the IG Series
was designed with a strong structure.
Easy
Excellent usability makes it possible to quickly and
easily perform stable measurements without any difficult
adjustments and settings.
I
SERIES
Tough
Easy
Easy
The intelligent I-Series consists of a high-accuracy sensor lineup that realises low-cost
high performance with only the most advanced functions for on-site operations.
Low-cost
High
Performance
Intelligent
Intelligent
SERIES
I
Tough
SERIES
Easy
Intelligent
I
Tough
SERIES
High stability Iand measurement accuracy are achieved
Tough
Easy
with the newly
developed
optical system
Easy
Intelligent
Multi-Wavelength Laser + I-DSP
With conventional lasers, the transmission spot produces a patchy pattern
(as shown in the figure to the right). This is a laser-specific interference
problem caused by the laser having a single wavelength. The IG Series
Intelligent
sensor overcomes this
problem by using a multi-wavelength laser. Because
shadows are formed on the CCD more clearly, the sensor remains highly
I that are conventionally
stable, even with targets
SERIES
difficult to detect
(e.g. transparent
objects).
Tough
Easy
With the I-DSP (a parallel computing chip)
incorporated in the receiver, the sensor can
perform data processing at high speed,
reducing noise to a minimum.
SPOT I M AG E
Single-wavelength laser
(conventional laser sensor)
A patchy pattern appears.
Multi-wavelength laser (IG)
Due to the multi-wavelength
laser used, the beam
pattern has a more uniform
intensity distribution.
I
Tough
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Easy
Intelligent
Best in its class
Best in its class
I
Repeatability
of 5 μm
Tough
Easy
SERIES
Linearity of ±0.1%
STABLE DETECTION OF TRANSPARENT
& MESH TARGETS
The L-CCD makes it possible to detect a target based on
its position. Edge control and positioning of transparent and
mesh targets can be performed stably.
4
Transparent target
Mesh target
Intelligent
I
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Tough
Easy
L-CCD
Parallel light lens
I-DSP
Reflecting mirror
Intelligent
I
Tough
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Easy
Receiver
Intelligent
Position monitor
I
Tough
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Easy
Intelligent
Tough
Mechanism that realises high
stability and accuracy
Multi-wavelength laser
Extremely easy to use due to the built-in position monitor
I
SERIES
Transmitter
Easy
Determining the Part of a Target to be Measured
The position monitor on the IG Series sensors
makes it possible to visually check how a target is
detected. The user can prevent mounting or setting
errors by observing the red lights that indicate the
received light position and the green lights that
indicate the measurement position.
Red: Indicates
the received light
position
Green: Indicates
the measurement
position
Easier Optical Axis Alignment
The position monitor makes it easier to align the optical
axis. Easily perform optical axis alignment by adjusting
the sensor head so that all of the position monitor lights
turn red.
Optical axis alignment in
progress
Optical axis alignment
complete
5
FUNCTION AND STRUCTURE THAT M ATCHES
Intelligent
I
THE ON -SITE ENVIRON M ENT
Tough
SERIES
Easy
Easy to maintain thanks to excellent environment resistance
Intelligent
I
Tough
SERIES
Easy
Key Point: Less Sensitive to Dirt
L-CCD
Binarisation level
28
Intelligent
Because it uses an L-CCD, the IG Series is less sensitive
to materials such as dirt than a sensor that uses a
photodiode (PD) as the light-receiving element.
I
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Easy
0
Received light level
If the sensor gets dirty...
L-CCD
Binarisation level
28
IP67 Protection
The enclosure satisfies the IP67 rating based on the IEC
standards and remains watertight even after being held
at a depth of one metre for 30 minutes. The enclosure is
resistant to adverse environments and offers long-term
durability.
0
Received light level
Although dirt reduces the total amount of light
received, the measurement position is the same.
The shadow of a target is shown.
Flexible Free-Cut Cable
The sensor head cable is a robot cable
that withstands repeated bending. The
cable can be used safely in a position
requiring repeated motion.
No break in the cable after 20 million bends (typical)
Load (W): 250 g
Bending radius: R50 mm
Rate: 30 bends/minute
90°
(One bend is a cycle whereby the cable
is bent from left to right and then from right
to left.)
Free Cut!
R
L
Edge Check Function
The user can check whether a measurement
is performed correctly by verifying the
number of edges in the field of view.
6
Example
- Prevent dust or oil from adhering to the measurement unit,
which can cause an abnormal measurement value.
- Detect the intrusion of a different type of target.
- Check that a measurement target falls within the measurement range.
EASY SET TING WITH THE APPLICATION MODES
Three major application modes
The measurement area is automatically specified simply by selecting the mode.
Edge Control and
Positioning Mode
The distance from the end of the measurement
range to the edge of a target is measured.
Outer Diameter/
Width Measurement Mode
The outer diameter or width of a target
is measured.
Inner Diameter/
Gap Measurement Mode
The inner diameter of a target or a gap
between targets is measured.
Five dedicated modes can be selected according to the application
Edge Detection of Transparent Targets
Pin position
measurement mode
Pin pitch
judgement mode
Very parallel light +
multi-wavelength
Edge detection algorithm + glass edge mode
Edge detection algorithm +
glass edge mode
Received-light waveform
Received light level
The edges of transparent
objects such as glass have
low transparency which
decreases the amount of light
received. The IG Series detects
edges exploiting this nature
and automatically changes
a measurement sensitivity appropriately to detect a
transparent target.
The measurement
sensitivity is automatically changed
The edge is enhanced
Pin diameter
judgement mode
Specified edge-to-edge
distance measurement mode
7
BUILT-IN CALCUL ATION FUNCTIONS ALLOW FOR
AN EVEN WIDER VARIETY OF APPLICATIONS
Edge Control and Positioning Mode +
Positioning control of the θ angle of a wafer
Feedback control using edge position control
Easy control when used with a servomotor (example)
Analogue output
BCD output
Amplifier or
communication
unit
Measures a position information
Glass Edge Mode +
Y
RS-232C output
Control device
Outputs the edge position information to
a control device. It is possible to send the
information via an analogue output, BCD
output, or RS-232C output according to the
type of the control device instead of using a
PLC.
Calculation function
X
Positioning of a glass substrate
Edge control of a transparent sheet
Easy measurement with the calculation function
C
Y
Main unit
Expansion unit 1
Expansion unit 2
X
A
8
Control output
B
A−B : Misalignment measurement
B : Y-axis position measurement
C : X-axis position measurement
The main unit of the amplifier can
communicate with the expansion units.
When positioning an object such as
a panel, it is possible to calculate a
misalignment amount by calculating the
data obtained by two sensor heads.
Outer Diameter/Width Measurement Mode +
Outer diameter/deformation measurement of an extrusion
Outer diameter measurement of a part
Easy measurement with the calculation function
Abnormal diameters and deformations can
be detected in real time by measuring a
tube in two axes. The 980 µs high-speed
sampling detects even tiny abnormalities.
A-B: Deformation measurement
B : Outer diameter measurement
A−B=0
A−B≠0
Inner Diameter/Gap Measurement Mode +
Gap measurement between rollers
Easy measurement with the calculation function
Calculation function
Calculation function
Diameter check of press cutting
The thickness of a product can be
controlled by measuring the gaps of the
two sides between the rollers.
9
EVEN MORE USEFUL WHEN CONNECTED TO A PC
The configuration software, IG Configurator, allows for a wide range of settings to be made
including the monitoring of the waveforms of received light and the measurement modes.
Reading and Writing Settings
The user can enter all settings including the measurement modes
into a PC and then transfer them to the sensor. The management
of setting data is simple and very convenient when two or more
sensors are used.
RS-232C communication unit
DL-RS1A
Monitoring Function
Measurement conditions such as the waveforms of received
light can be displayed in real time. The mounting and
sensitivity settings can also be adjusted more precisely.
Calculation Function
Addition mode (if a measurement target is large)
Subtraction mode (to measure the difference in level or inclination)
SETTING EXAMPLE 1
(length)
SETTING EXAMPLE 1
(inclination)
SETTING EXAMPLE 2
(width)
Sensitivity Setting
Zero Shift Function
The set value used to judge whether light enters or is blocked, based on the
amount of light received by the CCD, is called the binarisation level. The amount of
light received when the reference waveform is registered is regarded as the 100%
level. The light is judged to be blocked if
100%
Can be changed
the amount of light is less than the specified
easily
binarisation level. The IG Series initially
sets a binarisation level of 25% and the
25%
user can change the level according to the
0%
CCD position
application.
This function shifts an internal
measurement value to 0 (to offset
the value). When the target value is
changed, this function can be used to
shift an internal measurement value to
the new target value.
Received light level
10
SETTING EXAMPLE 2
(difference in thickness)
DATA COM MUNICATION
Amplifier Function
Bank Function
NPN/PNP Output Selection (judgement selection)
Both NPN and PNP outputs are supported. The outputs are
set the first time the user turns on the power. These settings
can subsequently be changed. Judgements are output as
HIGH, GO, or LOW.
Analogue Output Selection
The bank function can register up to four patterns of specific
settings.* For example, in response to a measurement target
changeover, this function allows the user to easily switch
between the patterns of registered settings.
* HIGH setting value, LOW setting value, binarisation level,
shift target value, etc.
The following four types of analogue outputs can be selected.
The output is selected the first time the user turns on the
power.
Setting value
Description
Not output
Analogue output after the judgement value is converted to the range from 0 to 5 V.
Analogue output after the judgement value is converted to the range of ±5 V.
Analogue output after the judgement value is converted to the range from 1 to 5 V.
Analogue output after the judgement value is converted to the range from 4 to 20 mA.
The setting can be changed.
Communication Unit
NEW
Open field network communication units
Achieving great wire-saving with the new open field network communication units
DL Series
Model
Appearance
NEW
DL-EP1
NEW
DL-DN1
Communication method
Connection device
Model
EtherNet/IP
PLCs
DeviceNet
PLCs
Appearance
Communication method
Connection device
DL-RS1A
RS-232C
PLCs
Computers
DL-RB1A
BCD-Output
PLCs
Computers
Lineup
Sensor heads
IG-010
Measurement range
Mounting distance
Repetition accuracy
Linearity
IG-028
Measurement range
Mounting distance
Repetition accuracy
10 mm
0 to 1000 mm
5 μm *1
(Setting distance: 100 mm)
±28 μm*1
Linearity
28 mm
0 to 1500 mm
5 μm*1
(Setting distance: 100 mm)
±28 μm*1
*1 For the detailed conditions, refer to "Specifications" (page 12).
Display units (amplifiers)
DIN rail mount type
IG-1000
Main unit
Panel mount type
IG-1050
Expansion unit
IG-1500
Main unit
IG-1550
Expansion unit
Sensor head cables
Appearance
1 cable
included
Cable length
2 m* 2
5m
10 m
20m
The cable is common to the transmitter and receiver, and can be used with either of them.
*2 Two cables are included with a sensor head.
Model
Weight
OP-87056
Approx. 80 g
OP-87057
OP-87058
OP-87059
Approx. 190 g
Approx. 360 g
Approx. 680 g
This connector is required if the cable is cut.
Connector used to connect to a display unit (2 pcs.)
OP-84338
11
Optional
Type
PC software*1
Description
Weight
IG-H1
-
Approx. 80 g
For IG-010
IG-TB01
-
Approx. 50 g
For IG-028
IG-TB02
-
Approx. 40 g
End unit (Optional)
OP-26751
IG Configurator
Model
Appearance
Sensor head
mounting brackets*2
Panel front protection
cover
Optional accessories
[Included in panel mount
for the display unit
type amplifier]
Panel mounting
bracket
[Included in panel mount
type amplifier]
To connect an additional expansion unit, use the
end units to secure the display units on both ends.
When connecting additional units, be sure to use
the end units. (2 pcs.)
End unit
End unit
Approx. 15 g
OP-87076
Approx. 6 g
The panel front protection cover and panel mounting bracket are included in the
panel mount type amplifier. If the supplied cover or bracket is lost or damaged,
purchase a new one.
OP-4122
Approx. 7 g
Extension cable used for panel mount type amplifier. Use this cable if the standard
50 mm cable is not long enough.
Optional accessories
for the communication
unit
Expansion cable:
300 mm
OP-35361
DIN-rail mounting
bracket
OP-60412
Although the DL Series is designed for the DIN-rail mount
type only, the optional expansion cable (OP-35361, 300 mm
) enables communication with the panel mount type display
unit.
Approx. 10 g
The mounting bracket is used when the expansion cable is used to connect to the
panel mount type display unit, in which case a DIN rail is not provided.
*1 The DL-RS1A communication unit is required.
*2 The screws for connecting the sensor head and bracket are included.
Specifications
Sensor heads
Model
IG-010
IG-028
Appearance
Operation principle
Light source
FDA (CDRH) Part 1040.10
IEC60825-1
Mounting distance
Measurement range
Sampling cycle
Minimum detectable
object * 2
High sensitivity mode
Standard mode
Repeatability * 3
Linearity * 4
Temperature characteristics * 5
Operation
indicator
Environment
resistance
Transmitter
Receiver
Enclosure rating
Ambient temperature
Ambient humidity
Ambient light * 6
Vibration resistance
Pollution degree
Case
Material
Lens cover
Cable
Supplied item
Weight (including supplied items)
CCD method
Visible light semiconductor laser (Wavelength:660 nm)
Class 1 Laser Product* 1
Class 1 Laser Product
0 to 1000 mm
0 to 1500 mm
10 mm
28 mm
980μs (When the number of times for averaging is set to [hsp]: 490μs)
ø0.1 mm (Setting distance: 100 mm)
ø0.2 mm (Setting distance: 40 mm),
ø0.2 mm (Setting distance: 50mm),
ø0.5 mm (Setting distance: 500 mm )
ø0.5 mm (Setting distance: 500 mm)
5 μm (Setting distance: 100 mm)
5 μm (Setting distance: 100 mm)
10 μm (Setting distance: 500 mm)
10 μm (Setting distance: 500 mm)
80 μm (Setting distance: 1000 mm)
80 μm (Setting distance: 1000 mm)
140 μm (Setting distance: 1500 mm)
±0.28 % of F.S. (±28 μm)
±0.1 % of F.S. (±28 μm)
±0.03 % of F.S./°C (±3 μm/°C)
±0.01 % of F.S./°C (±3 μm/°C)
Optical axis alignment indicator: Green LED
Power indicator: Green LED
Optical axis alignment indicator: Green LED
Position monitor: Dual bar LED (Red, Green)
IP67
-10 to +45°C (No freezing)
35 to 85% RH (No condensation)
Incandescent lamp: 5000 lux Sunlight: 5000 lux
10 to 55 Hz Double amplitude 1.5 mm XYZ each axis: 2 hours
2
Zinc die-cast (Lower case), PBT (Upper case),
Polyarylate (PAR) (Display part), SUS304 (Metallic part)
Glass
PVC
Transmitter × 1, Receiver × 1, Sensor head cables (2 m) × 2
Approx. 380 g
Approx. 500 g
*1 The classification for FDA (CDRH) is implemented based on IEC60825-1 in accordance with the requirements of Laser Notice No.50.
*2 When the measurement target object is measured at the centre position of the setting distance.
When the measurement mode is set to the glass edge mode, a glass edge of C0.1 mm or more can be detected (Setting distance: 500 mm).
*3 When the light is shielded by half at the centre position of the setting distance. Vibration width when the average number of times is set to 16 and sampling is performed for 30 seconds.
(When the analogue output is used, the margin of error of analogue output is added.)
*4 When the setting distance is 100 mm and light is shielded at 50 mm position from the receiver. Margin of error to the ideal line.
*5 When the setting distance is 100 mm and light is shielded by half at 50 mm position from the receiver.
*6 Excluding when the average number of times is set to [hsp].
12
Approx. 12 g
Display unit (amplifier)
Model
IG-1000
IG-1050
IG-1500
IG-1550
Appearance
Amplifier type
Main unit/Expansion unit
Analogue output
Power supply voltage
Power consumption
(including analogue current
output)
DIN rail mount
Panel mount
Expansion unit
Main unit
Expansion unit
No
Yes
No
10-30 VDC, Ripple (P-P): 10% included, Class 2 or LPS
2700 mW or less (at 30 V: 90 mA or less)
2880 mW or less (at 30 V: 96 mA or less)
2300 mW (at 30 V: 77 mA or less)
2200 mW (at 30 V: 74 mA or less)
Dual 7-seg display
Dual 7-seg display
Upper level: Red, 5 digits
Upper level: Red/Green, 2 colours, 5 digits
Lower level: Green, 5 digits
Lower level: Green, 5 digits
-99.999 to +99.999, -99.99 to +99.99, -99.9 to +99.9, -99 to +99 (selectable)
1 μm, 10 μm, 100 μm, 1000 μm(selectable )
NPN (PNP) open collector x3ch, 30 VDC (Power supply voltage) or less, residual voltage 1 V (2 V) or less,
N.O./N.C. selectable Max. 50 mA/ch * 1
Main unit
Yes
Normal
Power saving function (HALF)
Power saving function (ALL)
Digital display method
Display range
Display resolution
Judgement output
(selectable between NPN and PNP)
Response time
1.96 to 4031.72 ms * 2
(judgement output)
NPN (PNP) open collector x1ch, 30 VDC (Power supply voltage) or less, residual voltage 1 V (2 V) or less,
N.O./N.C. selectable Max. 50 mA, * 1 response time 20 ms
Edge check output
(selectable between NPN and PNP)
Output
Analogue output
(selectable among ±5V, 1-5 V, 0-5 V,
4-20 mA)
Input
Environment
resistance
Gain input
Reset input
Timing input
Zero shift input
Bank A input/Bank B input
Laser emission stop input
Ambient temperature
Ambient humidity
Vibration resistance
Pollution degree
Material
Supplied item
Weight (including supplied items)
Output range
Output resistance
Maximum load resistance
Repetition accuracy
Display accuracy
Temperature characteristics
Update cycle
Response time
Time constant * 3
Voltage output
Current output
±5 V (full scale 10 V)
4-20 mA (full scale 16 mA)
100 Ω
350 Ω
±1 mV
±1.5 μA
±0.05 % of F.S.
±0.25 % of F.S.
±0.005 % of F.S./°C
±0.01% of F.S./°C
Same as sensor head sampling cycle
Same as Response time (judgement output)
10 μs (90 % response)
30 μs (90 % response)
Input time: 20 ms or more, Response delay time: 120 ms or less (Nonvolatile memory (EEPROM) 1.5 s or less)
Input time: 20 ms or more, Response delay time: 20 ms or less
Input time: 2 ms or more, Response delay time: 2 ms or less
Input time: 20 ms or more, Response delay time: 20 ms or less
Input time: 20 ms or more, Response delay time: 20 ms or less * 2
Input time: 2 ms or more, Response delay time: 2 ms or less
-10 to +50°C (No freezing)
35 to 85%RH (No condensation)
10 to 55 Hz Double amplitude 1.5 mm XYZ each axis: 2 hours
2
Main unit case/Front sheet: Polycarbonate, Key top: Polyacetal, Cable: PVC
Main body × 1, Panel mounting bracket × 1,
Front protection cover × 1,
Main body × 1, Instruction manual × 1 (only for main unit)
Power supply and input/output cable (2 m) × 1,
Expansion cable (50 mm) × 1 (only for expansion unit),
Instruction manual × 1 (only for main unit)
Approx. 150 g
Approx. 140 g
Approx. 170 g
Approx. 165 g
*1 When expansion units are added: Max. 20 mA/ch
*2 For more details, refer to the User’s Manual.
*3 Delay time that occurs from the analogue output circuit after the judgement is output.
13
Dimensions
Sensor head
IG-010
Unit : mm
Transmitter
Receiver
2-ø3.4 (Mounting hole)
ø9
Measurement
centre
Transmission spot centre
17
(26)
31.8
18.8
25.4
6.7
39.8
54.7
ø4.8 Cable length 170
Edge M8 connector
10.4 1.6
Base level
11.2
23
23.5
23
55
* Light-receiving area
(5 × 14 rectangle)
ø9
(26)
16.2
11.2
ø4.8 Cable length 170
Edge M8 connector
28.5
3-M3 Valid screw depth 4
13.5
10.6 4.86.7
32.7
12.6
31.8
18.8±1
* Transmission spot (reference value)
12
3.7
15
50.5
3-M3 Valid screw depth 4
3.2
2-ø3.4
(Mounting hole)
51.5
3
4.3
49.4
Base level
2-M4 Valid screw depth 5.2
2-M4 Valid screw depth 5.2
IG-028
Transmitter
Receiver
Transmission spot centre
ø4.8 Cable length 170
47.6
Edge M8 connector
16.6
(26)
56.2
47.5
33.1
ø9
6.4
18.8
4-M3 Valid screw depth 5.5
11.5 4.2
25.4
66.2
63.8
23
10.4
2-ø4.5 (Mounting hole)
Measurement
centre
3-ø4.5 (Mounting hole)
ø4.8 Cable length 170
Edge M8 connector
48.2
56.2
33.1±0.3
11.4
11.4
(26)
4.1
23
7
* Light-receiving area
(3.6 × 31.2 rectangle)
* Transmission spot
(reference value)
17.1
30.2
11.4
29.3
Base level
16.6
ø9
15.5
10.4 1.8
43.8
Base level
6.5
12
4.8
33
4.3
3-M5 Valid screw depth 5.2
2.5
18.5
0.8
3-M3 Valid screw depth 5.5
Base level
Base level
2-M5 Valid screw
depth 5.2
Sensor head mounting bracket
IG-TB02 + IG-028
IG-TB01 + IG-010
2-ø4.5 Drilled through hole
ø8.5 Spot facing depth 4
(66.2)
2-ø4.5 Drilled through hole
ø8.5 Spot facing depth 4
17
23
11.4
(Measurement
centre)
Transmitter
Measurement area
10
Receiver
(22.3) (28.8)
36.8
22
(47.6)
(12.3)
23.8±1
40
144
151.1
Material: Aluminium
14
11.5
36.8
(18.8)
46.7
11.4(Measurement centre)
23
11.5
Measurement area
Transmitter
28
61.2
28
56.4
17
82.7
67.9
11.4
38.1±0.3
Receiver
(52.1)
(45.6)
61.2
(17.6)
(10.2)
56
(146.4)
Material: Aluminium
16.4
(24.1)
50
(4.2)
26
6.1
Dimensions
Unit : mm
Sensor amplifier (DIN rail mount type)
IG-1000/IG-1050
IG-1050
IG-1000
Cable diameter ø4.7
Cable length 2 m
28.3
18.5
Cable diameter ø4.8
28.3
18.5
8.9
18.5
18.5
8.9
Cable diameter ø4.8
1.9
69.5
Max.135°
3
42.4
(4.8)
19.2
Max.135°
3
When the cover is
open: Max. 109.2
37.4
17.4
Cable diameter ø4.7
Cable length 2 m
When the cover is
open: Max. 109.2
37.4
17.4
42.4
17.6
20
Min.15
21.6
35.4
76.3
17.6
Min.15
20
Min.15
21.6
35.4
76.3
Min.15
Sensor amplifier (Panel mount type)
IG-1500/IG-1550
Cable diameter ø4.7
Cable length 2 m
4
44.7
15.3
76
62.5
Cable diameter ø4.8
12.4
20.2
Panel thickness 1 to 6 mm
9.5
45mm
35
+0.6
-0
1.5
2.3 7.6
Xmm
19.1
X = 48 × (number of
amplifiers) - 3
10.3
Min.85mm
44.7
48
17.6 22.4
10.3
27.2
45mm
+0.6
-0
19.1
73.6
45mm +0.6
-0
Notes on connecting a panel mount type expansion unit
Place the main unit in the top position, and bring the
expansion unit into contact with the main unit vertically. For
horizontal connection of the panel mount type, the optional
expansion cable OP-35361 (300 mm) type is required.
Main unit
Expansion cable
Expansion unit 1
End unit (Optional) (2 pcs.)
OP-26751
6
(22.6) 20.8
9.2
35.4
53.8
Wiring Diagram
Brown *1
Blue *1
10 to 30 VDC
0V
Black
HIGH judgement output
White
LOW judgement output
Grey
GO judgement output
Green
Light blue *1 Orange *2
Shield *2
Pink *3
Yellow *
3
Pink/purple *3
Purple *3
Edge check output
Analogue output +
Analogue output GND
External input 1 (zero shift input)
External input 2 (reset input)
External input 3 (timing input)
External input 4 (not used)
*1 The brown, blue, and light blue cables are not provided in a IG-1050/IG-1550 unit
(expansion unit).
The power is supplied to the expansion unit from the IG-1000/IG-1500 unit (main unit).
*2 For an analogue output, OFF (not used), 0 to 5 V, ±5 V, 1 to 5 V, or 4 to 20 mA can be
selected.
*3 For an external input, bank A input, bank B input, laser emission stop input, or OFF
(not used) can also be selected.
For external input 4, gain input can also be selected.
For details, refer to the User’s Manual.
15
Specifications
EtherNet/IP compatible communication unit
Model
DL-EP1
Cyclic communication
Compatible functions
Message communication (Explicit messaging)/ Compatible with UCMM and Class 3
Number of connections
RPI (Transmission cycle)
Tolerable communication bandwidth for cyclic communication
Conformance test
64
0.5 to 10000 ms (0.5 ms unit)
6000 pps
Compatible with Version A7
DeviceNet supported communication unit
Model
Compatible functions
Address settings
Communication speed (Automatic switching method)
DL-DN1
Compatible function input/output communication (poll)/ Explicit message communication
0 to 63 (PGM compatible)
500 kbps
250 kbps
125 kbps
100 m (thick cable)
250 m (thick cable)
500 m (thick cable)
100 m (thin cable)
100 m (thin cable)
100 m (thin cable)
11 to 25 VDC (DeviceNet provided from the communication power source)
Maximum cable length
Network power source
RS-232C communication unit
Model
Communication method
Synchronisation method
Transmission code
Baud rate
DL-RS1A
Full duplex
Start-stop
ASCII
2400/4800/9600/19200/38400 bps
BCD output unit
Model
Input/output terminal
DL-RB1A
34 pin connector (MIL Standard)
BCD output: 4 (1 column) x 6 columns, signal output, strobe output, alarm output
NPN open collector 40 V, 20 mA or less, residual voltage 1 V or less
Positive logic/Negative logic can be switched
ID selection input: 4, data request input
Non-voltage input, input time 2 ms or more, short circuit current 1 mA
Control output
Control input
Common specifications for all models
Model
Power source voltage
Weight (including the connector)
DL-EP1
DL-DN1
DL-RS1A
20 to 30 VDC ripple (P-P) including 10% (supplied from the connected sensor amplifier)
Approx. 80 g
Approx. 53 g
Approx. 70 g
DL-RB1A
Approx. 46 g
Dimensions
Unit : mm
DL-DN1
DL-EP1
DL-RS1A
DL-RB1A
25.6
29.4
29.4
When cover
open, maximum
of 58.3 37.7
(42.2)
38.1
(42.5)
43.5
94.5
35.4
22.5
(48.2) 37.2
43.8
53.4
(57.8) 37.1
35.5
49.5
Max.125°
2.4
22.5
56.3
21.1
24.1
35.4
70
35.4
70
21.1
35.4
78.2
Please visit:
www.keyence.com
SAFETY INFORMATION
Please read the instruction manual carefully in
order to safely operate any KEYENCE product.
KEYENCE CORPORATION
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WW1-1013
The information in this publication is based on KEYENCE’s internal research/evaluation at the time of release and is subject to change without notice.
Copyright (c) 2010 KEYENCE CORPORATION. All rights reserved.
IG-WW-C-E 1093-5 600699 Printed in Japan
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