XUYAFV954R
Photoelectric sensors XU, XUY, ampli fibre, glass, 24...240VAC/DC, terminals
End of commercialisation End of commercialization date : May 31st 2023 End of service date : May 31st 2023
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Datasheet
Range of product
Telemecanique Photoelectric sensors XU
Series name
Application
Specific application of photoelectric detector
Detection under extreme conditions
detection of presence of parts in a plastic mould
glass fibre use in high temperature surroundings
position or presence control of parts on assembling or conditioning machine
detection of presence of parts in a plastic mould
glass fibre use in high temperature surroundings
position or presence control of parts on assembling or conditioning machine
Electronic sensor type
Photo-electric sensor
Sensor name
XUY
Sensor design
Fiber design
Emission
Red LED
Material
Glass
Type of output signal
Discrete
Supply circuit type
AC/DC
Discrete output function
1 C/O
Electrical connection
Screw clamp terminals, 1.5 mm²
Enclosure material
Polycarbonate strong housing
Output type
Relay
Switching frequency
25 Hz
Output voltage
-
[Us] rated supply voltage
24...240 V AC/DC
Delay recovery
20 ms
Delay first up
20 MILLISECOND
Setting-up
Parametering by buttons
Product certifications
CE
IP degree of protection
IP65, IP67
Package 1 height
3.5 CENTIMETER
Package 1 width
7 CENTIMETER
Package 1 length
13 CENTIMETER
Package 1 weight
156 GRAM
Unit type of package 2
S01
Number of units in package 2
15
Package 2 height
15 CENTIMETER
Package 2 width
15 CENTIMETER
Unit type of package 1
PCE
Package 2 length
40 CENTIMETER
Number of units in package 1
1
Package 2 weight
2.565 KILOGRAM
California proposition 65
WARNING: This product can expose you to chemicals including: Diisononyl phthalate (DINP), which is known to the State of California to cause cancer, and Di-isodecyl phthalate (DIDP), which is known to the State of California to cause birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov
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Documents & Downloads
Document name
Date
Size
7/18/2024
16191
7/18/2024
17875
7/18/2024
18036
7/18/2024
19606
7/18/2024
20059
7/18/2024
20156
7/18/2024
20537
7/18/2024
20630
7/18/2024
20824
7/18/2024
21114
7/18/2024
22704
7/18/2024
23547
7/18/2024
32457
7/18/2024
337982
7/18/2024
38808
Document name
Date
Size
2013-04-01
1060722
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