Allen-Bradley - Light Array,45AST Photoelectric, Infrare - 45AST-1JPB1-F4

/ each
£416.29
Delivery
Essential specifications
Transmission range of the safety field - 2 m
Rated control supply voltage Us at DC - 24...24 V
Wavelength of the sensor - 860 nm
IP-rating - IP67
Number of semiconductor outputs with signalling function - 1
Packaging
1 each
GTIN
10612598865380
Supplier Ref
45AST-1JPB1-F4
Manufacturer Ref
45AST-1JPB1-F4
Commercial Reference
45AST-1JPB1-F4
Transmission range of the safety field:
2 m
Rated control supply voltage Us at DC:
24...24 V
Wavelength of the sensor:
860 nm
IP-rating:
IP67
Number of semiconductor outputs with signalling function:
1
Number of contact energized outputs with signalling function:
0
Number of protected semiconductor outputs:
1
Number of protected contact energized outputs:
0
Type of switching output of the OSSD:
PNP
Type of electric plug connection:
Connector M12
Width sensor:
34 mm
Height of sensor:
100 mm
Length of sensor:
15 mm
Explosion safety category for gas:
None
Explosion safety category for dust:
None
Cascadable:
no
Scope of delivery of the one-way system:
Transmitter and receiver
Max. output current at protected output:
100 mA
Ambient temperature:
-5...55 °C
With muting function:
no
Override possible:
no
Time of reaction:
4 ms
Resolution of the light curtain:
15 mm
Reduced resolution:
no
Switching voltage of OSSD at state 'high':
24 V
Safety field height:
50 mm
Voltage type:
DC
With beam coding:
no
Clock control possible:
no
With monitoring function downstream switching devices:
no
With restart blockage:
no
Suitable for safety functions:
no
PHOTOSWITCH Photoelectric Sensor, 45AST Area Array, Sensing Height 50mm (2in), Source (PNP), 4-pin DC Micro QD on 152mm (6in) pigtail
- Discrete and Measurement models for use in a broad range of applications
- Detect oddly shaped or non-uniform objects regardless of position in sensing field
- Detect targets with gaps or spaces
- Slim housing profiles
- Detection over a larger area than traditional photoelectric sensors
- Long sensing ranges
- Discrete models are optically synchronized — no need to electrically connect the emitter to the receiver
- Discrete models have internal controls — no external controller required Measure heights or identify which beams are broken (to determine the position of spaces in the target product)
- Sort products by size with a single pair of light arrays
Allen-Bradley
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