All Versions: False PulseAll Versions: False Pulse
Solid-state output versions:
Short circuit and overload
DC versions:
Reverse polarity
10…55 Hz
1 mm (0.04 in.) amplitude
Meets or exceeds IEC 947-5-2
30G with 1 ms pulse duration
Meets or exceeds IEC 947-5-2
Solid-state output versions:
Short circuit and overload
1 mm (0.04 in.) amplitude
Meets or exceeds IEC 947-5-2
30G with 1 ms pulse duration
Meets or exceeds IEC 947-5-2
Transmitted Beam Fiber-optic
(2)
(2)
Plastic Visible
(2)
42GxF-9100
42GxF-9100- QD
42GxF-9100- QD1
Source
(1)
Receiver
42GxR-9000
42GxR-9000-QD
42GxR-9000-QD1
Red
Yellow: Power
Green: Output
Red: Margin/SCP
UL Listed
CSA certified
directives
DC versions:
Reverse polarity
10…55 Hz
Red
(2)
(2)
(2)
Glass Infrared
Infrared
880mn
Single-turn
Potentiometer
-34…+70 °C
(-29…+158 °F)
NEMA 3, 4X, 6P,
12, 13, IP67
Glass Infrared
42GxF-9000
42GxF-9000-QD
(2)
42GxF-9000-QD1
(2)
(2)
Page 2
PHOTOSWITCH Series 9000 On/Off and Timing Photoelectric Sensors Installation Instructions
Table 2 - 10…30V DC Photoelectric Sensors — NPN and PNP (Continued)
Transmitted Beam Fiber-optic
(1)
Source
——
Receiver
Light/dark
selectable
Plastic Visible
Red
Light/dark
selectable
(4)
(5)
Polarized
Retroreflective
Light/dark
selectable
(4)
250 mA
(5)
2 ms
ClearSight
Light/dark
selectable
250 mA
2 ms
Specification Retroreflective
Output
energized
Load current
Leakage
current
Power
consumption
Response time
(1) Transmitted beam source rated 10…264V AC/DC.
(2) x = R: On/Off, or T: timer version.
(3) x = L: Linear sense potentiometer, S: Teachable version, R: Nonlinear sense potentiometer, or T: Timer version.
(4) 100 mA for 42GSP, 9000, and 42GLP-9000 models.
(5) 5 ms for timer versions.
Light/dark
selectable
250 mA
10 µA10 µA10 µA10 µA10 µA10 µA——10 µA10 µA10 µA
4VA max4VA ma x4VA m ax4VA max4 VA ma x4VA max4VA m ax4 VA max4VA m ax4VA max4 VA max
2 ms
Standard
Diffuse
Light/dark
selectable
(4)
250 mA
(5)
2 ms
Long Range
Diffuse
Light/dark
selectable
(4)
(5)
(4)
250 mA
2 ms2 ms——5 ms2 ms
Extended
Range Diffuse
Light/dark
selectable
250 mA——250 mA250 mA250 mA
Table 3 - 10…55V DC/20…40V AC Photoelectric Sensors — SPDT EM Relay
Specification Retroreflective
Cat. No.
2 m (9.84 ft)
300V cable
Cat. No.
5-pin micro QD
42GxU-9001
42GxU-9001-QD
(2)
Retroreflective
(2)
42GxU-9201
42GxU-9201-QD
Polarized
(2)
ClearSight
(2)
—
—
Standard
Diffuse
42GxP-9001
42GxP-9001-QD
(2)
Long Range
Diffuse
(2)
42GRP-9041——42GRR-9001
Extended
Range Diffuse
42GRP-9041-QD ——42GRR-9001-QD
Supply current 40 mA40 mA—40 mA40 mA——35 mA40 mA
Output
energized
Load current
Leakage
current
Power
consumption
Response time
(1) Transmitted beam source rated 10…264V AC/DC.
(2) x = R: On/Off, or T: timer version.
(3) 18 ms for timer versions.
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
—
—
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
——
——
————————
2.2 watts/
1.6VA max
15 ms
2.2 watts/
1.6VA max
(3)
15 ms
(3)
—
—
2.2 watts/
1.6VA max
15 ms
2.2 watts/
1.6VA max
(3)
15 ms——23 ms15 ms
——3VA max
Transmitted Beam Fiber-optic
Source
(1)
Receiver
Plastic Visible
Red
42GxF-9101
42GxF-9101- QD
(2)
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
(2)
Light/dark
selectable
2A/132V AC
1A/264V AC
1A/150V DC
Glass Infrared
Light/dark
selectable
Glass Infrared
42GxF-9001
42GxF-9001-QD
(2)
(2)
Table 4 - 70…264V DC/60…264V AC Photoelectric Sensors — SPDT EM Relay
Specification Retroreflective
Cat. No.
2 m (9.84 ft)
300V cable
Cat. No.
5-pin micro QD
42GxU-9002
42GxU-9002-QD
(2)
Retroreflective
(2)
42GxU-9202
42GxU-9202-QD
Polarized
(2)
(2)
42GxC-9202
42GxC-9202- QD
ClearSight
(2)
(2)
42GxP-9002
42GxP-9002-QD
Standard
Diffuse
(2)
Long Range
Diffuse
(2)
42GRP-904242GRP-9072—
Extended
Range Diffuse
42GRP-9042-QD 42GRP-9072-QD—
Supply current 15 mA15 mA15 mA15 mA15 mA15 mA—10 mA15 mA
Output
energized
Load current
Leakage
current
Power
consumption
Response time
(1) Transmitted beam source rated 10…264V AC/DC.
(2) x = R: On/Off, or T: timer version.
Figure 30 - Swivel/tilt Mounting Assembly #60-2681 for ClearSight 9000
[mm (in.)]
determined from Figure 32. The temperature is based on the supply voltage that is
fed to the photoelectric sensor. For example, if the operating voltage is 120V AC,
the maximum operating temperature would be 70 °C (158 °F). An operating voltage
of 220V AC would limit the ambient operating temperature to 55 °C (131 °F).
Operation of the photoelectric sensor at ambient temperatures that exceed these
limits could result in sensor failure.
Mounting and Wiring
Securely mount the photoelectric sensor on a firm, stable surface or support. A
mount that is subject to excessive vibration or shifts can cause intermittent
operation. Rockwell Automation offers a wide variety of fixed and adjustable
mounting brackets and reflectors and quick disconnect cables. The photoelectric
sensor is supplied with the hardware kit #129-130, which contains a plastic
mounting nut, lock washer, and two M5 x 0.8 x 53 screws and nuts. Once securely
mounted, the photoelectric sensor can be wired as indicated in the wiring
diagrams.
All models of the Series 9000 photoelectric sensor, except for models with the
solid-state output (catalog number 42Gxx-9xx3) and the EM-relay output (catalog
number 42Gxx-9xx2), have a maximum operating temperature of 70 °C (158 °F). The
maximum operating temperature of models 42Gxx-9xx3 and 42Gxx-9xx2 can be
6Rockwell Automation Publication 42G-IN003B-EN-P - October 2021
1.Confirm that the fiber-optic cable
locking lever on the photoelectric
sensor is in the unlocked position.
2.Insert the fiber-optic cable until the
internal clip mechanism is engaged
3.Rotate the locking lever to the lock
position.
4.Mount the fiber-optic cable sensing tip end as appropriate.
Wiring the Photoelectric Sensor
The Series 9000 photoelectric sensor is available in one of three different
connection types as identified in Specifications
of the 889 Series of cordsets and patchcords on the quick disconnect models. All
on page 1. We recommend the use
Page 7
PHOTOSWITCH Series 9000 On/Off and Timing Photoelectric Sensors Installation Instructions
Sensitivity Adjustment
Status Indicators
Light/Dark
Operate Switch
external wiring must conform to the National Electrical Code and all applicable
local codes.
Align and Configure the Photoelectric Sensor
All Models Except 42GSP-9000
User Interface
To gain access to the user interface panel, use a screwdriver to open the top cover
of the photoelectric sensor. This panel contains a single-turn sensitivity
adjustment knob, a two-position mode selector switch, and three status indicators.
Use the screwdriver to increase (clockwise) or decrease (counterclockwise) the
sensitivity to meet the application requirements. The factory default setting for all
versions is maximum sensitivity.
IMPORTANTDamage to the single-turn sensitivity adjustment knob
Figure 33 - 42GRx Top Vie w Detai l
The Series 9000 photoelectric sensor also contains a two-position selector switch.
This switch is used to select either Light- or Dark-operate mode of the
photoelectric sensor. In Light-operate mode, the photoelectric sensor output turns
on when light is being reflected back to it (reflector for retroreflective, source for
transmitted beam, or target for diffuse). In Dark-operate mode, the photoelectric
sensor output turns off when no light is being reflected back to it. See Table 6
Photoelectric Sensor Alignment
The red status indicator is an alignment aid, which indicates that a margin of 2.5X,
is reached. At this margin, the photoelectric sensor is receiving at least 2.5 times
the signal strength back from the target that triggers an output signal. A higher
margin is recommended to help overcome any deteriorating environmental
conditions, such as dust buildup on the lens of the photoelectric sensor. When
aligning the photoelectric sensor, the best performance is obtained if the margin
indicator illuminates with the target in place. We recommend leaving the
sensitivity at the default maximum setting and change the setting only when
necessary.
Table 6 - Status Indicators
Label Color StateStatus
OutputGreen
Margin Red
Power Yellow
Transmitted Beam Versions
1.Visually align the emitter and receiver units (fibers) until the green output
status indicator turns on (with Light-operate mode) or turns off (with Darkoperate mode).
2.To be certain that the beam is centered, sweep the emitter or receiver in
the horizontal and vertical plane and determine at what position the
output indicator turns on and then turns off. Set the sensor
(or fiber-optics) midway between both positions. The red margin status
indicator is on when the beam is unbroken.
occurs if it is turned beyond the in/max steps.
After initial photoelectric sensor configuration, confirm
that the user interface cover is closed tightly to maintain
specified environmental ratings.
.
OFFOutput de-energized, SCP active
ON Output energized
OFFMargin <2.5
ON Margin >2.5
FlashingOutput SCP active
OFFSensor not powered
ONSensor powered
2.To be certain that the beam is centered, sweep the sensor in the
horizontal and vertical plane and determine at what position the output
indicator goes turns and then turns off. Set the sensor (or fiber-optics)
midway between both positions.
3.Break the beam with the object to be detected and check if the output
status indicator turns on (Dark-operate mode). If necessary, turn down the
sensitivity adjustment until the output status indicator turns on. Remove
the object to restore the light beam and check if the output status
indicator turns off again and that the red margin status indicator turns on.
If the status indicates do not change, increase the size of the reflector or
decrease the distance between the reflector and the photoelectric sensor.
Diffuse Mode
1.Visually align the sensor (or fiber-optic cable) on the object until the green
output status indicator turns on (with Light-operate mode) or turns off
(Dark-operate mode).
2.To be certain that the beam is centered, sweep the sensor in the
horizontal and vertical plane and determine at what position the output
indicator goes on and then goes off. Set the sensor (or fiber-optics)
midway between both positions.
3.Remove the object in front of the sensor and eliminate any existing
background signals by turning down the sensitivity adjustment. Replace
the object and verify that the output status indicator turns on and that the
margin status indicator is on. If the sensor continues to pick up
background reflections, you must either eliminate those reflections (paint
with a nonreflective color), or replace the photoelectric sensor with a
background suppression, a sharp cutoff diffuse, or a Retroreflective
Sensing mode version.
42GSP- 9000 Models
User Interface
Use a screwdriver to open the top cover of the photoelectric sensor to gain access
to the user interface panel. This panel contains two push buttons and three status
indicators. The left push button puts the photoelectric sensor into Teach mode
while the right-hand button is for light/dark operate selection.
Teach M ode
The Teach mode of the 42GSP-9000 photoelectric sensor enables the it to learn
both the light and dark conditions that are presented to it and to automatically
adjust sensitivity to the optimal level for the application. This mode replaces the
sensitivity adjustment knob of a conventional photoelectric sensor.
With the photoelectric sensor pointed at the light condition (target), momentarily
press the Teach button until the red status indicator turns on. After 3 seconds, this
status indicator flashes, which indicates that it is ready to receive the dark
condition (background). The red status indicator momentarily remains steady, then
turns off, which indicates that the teach operation was successful.
The 42GSP-9000 photoelectric sensor also contains a two-position push button.
This button selects either Light- or Dark-operate mode of the photoelectric sensor.
In Light-operate mode, the photoelectric sensor output turns on when light is
reflected back to it (indicated by the output status indicator being on). In
Dark-operate mode, the photoelectric sensor output turns on when no light is
reflected back to it.
describes the function of the three status indicators.
Table 34
Figure 34 - Status Indicators
Label Color StateStatus
OUTYellow
SET/SCPRed
PWR/STAB Green
OFFOutput de-energized
ON Output energized
OFFNormal operation
ON
Flashing
OFFSensor not powered
ONSensor powered
FlashingUnstable margin condition
Teach mode active present dark
condition
Teach mode active present light
condition, output SCP active
Retroreflective and Polarized Retroreflective Versions
1.Visually align the sensor (or fiber-optic cable) on the reflector until the
green output status indicator turns on (with Light-operate mode) or turns
off (with Dark-operate mode). Also verify that the red margin status
indicator is on.
Rockwell Automation Publication 42G-IN003B-EN-P - October 20217
Page 8
Figure 35 - 42GSP Top View Detail
Teach Button
Status Indicators
Light/Dark Operate
Pushbutton
PWR9003 DEFAULT
Tar g e t
ON/OFF
Timin g: O FF De lay
Timin g: O N Del ay
Timing: ON /OFF Delay
ON DELAY
OFF D ELAY
Tar g et
One-Shot
Delayed One-Shot
T2
T1
T1 is adjusted via the off delay potentiometer with either a long (0…15 s) or short (0…1.5 s) DIP switch setting.
T2 is adjusted via the on delay potentiometer with either a long (0…15 s) or short (0…1.5 s) DIP switch setting.
42GTx Models
Some versions of the Series 9000 photoelectric sensor also contain a four-bank
DIP switch (S1...S4) and two rotary knobs (R2 and R3). These devices are used to
configure internal on, off, and one-shot time delays making it possible to provide
some degree of local control in an application.
Figure 36 - Timing Photoelectric Sensors Top View Detail
The timers are nonretriggerable. The timing can be set for short (0…1.5 s) or long
(0…15 s) duration using the DIP switches and adjusted via the two 15-turn rotary
knobs. See Figure 37 and Figure 38 to configure these timers.
that the user interface cover is closed tightly to maintain
specified environmental ratings.
42GRL Models
For the 9003 model photoelectric sensors, the
switch must be pushed to the left, towards 9003.
For all other models, the switch must be pushed to
Application Example
Product travels down a conveyor. If the product is a white box, a kicker located 3
seconds down the conveyor activates to push the box down another conveyor. The
kicker must extend and retract for 1 second. The sensor is a 42GTP-9000
photoelectric sensor. In this application, an on and off delay are required. Set the
first DIP switch (S1) to TD position. Switch (S2) is set to LT position. Switch (S3) is
set to L position for a 3 second delay. Switch (S4) is set to the S position. The delay
is adjusted by turning the on delay pot clockwise until the proper delay time is set.
The off delay pot is turned clockwise so to set the 1 second off delay.
the right, towards default.
Waste Electrical and Electronic Equipment (WEEE)
At the end of life, this equipment should be collected separately from any unsorted municipal waste.
Rockwell Automation maintains current product environmental compliance information on its website at rok.auto/pec.
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Publication 42G-IN003B-EN-P - October 2021 | Supersedes Publication 42G-IN003A-EN-P - August 2014