Telemecanique Photoelectric Sensors: Photo Beam Sensor
Telemecanique Photoelectric Sensors, a diverse range from IndMALL, offer precise detection solutions for various applications. These sensors, with designs like cylindrical M18 and compact 50 x 50, provide multimode, thru beam, and diffuse detection systems. Features include 3-wire or 4-wire wiring, NPN or PNP output types, and relay outputs.
Notable for their switching frequencies, up to 250 Hz, they ensure efficient operation. With DC or AC/DC supply circuit types and electrical connections like M12 connectors or cables, these sensors cater to a broad range of industrial needs.
Telemecanique XUB0ANSNM12
- Sensor design: Cylindrical M18
- Detection system: Multimode
- Wiring technique: 3-wire
- Output type: NPN
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUB0BKSNM12T
- Sensor design: Cylindrical M18
- Detection system: Thru beam
- Wiring technique: 3-wire
- Output type: Solid state
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUB0BNSNM12
- Sensor design: Cylindrical M18
- Detection system: Multimode
- Wiring technique: 3-wire
- Output type: NPN
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUB0BPSNM12
- Sensor design: Cylindrical M18
- Detection system: Multimode
- Wiring technique: 3-wire
- Output type: PNP
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUK0ARCTL10
- Sensor design: Compact 50 x 50
- Detection system: Multimode
- Wiring technique: 5-wire
- Output type: Relay
- Switching frequency: 20 Hz
- Supply circuit type: AC/DC
- Electrical connection: Cable
Telemecanique XUK1ARCNL2
- Sensor design: Compact 50 x 50
- Detection system: Reflex
- Wiring technique: 5-wire
- Output type: Relay
- Switching frequency: 20 Hz
- Supply circuit type: AC/DC
- Electrical connection: Cable
Telemecanique XUK2LAKSMM12T
- Sensor design: Compact 50 x 50
- Detection system: Thru beam
- Wiring technique: 4-wire
- Maximum sensing distance: 30 m thru beam
- Supply voltage limits: 10…30 V DC
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUK5LAPSMM12
- Sensor design: Compact 50 x 50
- Detection system: Diffuse
- Wiring technique: 4-wire
- Output type: PNP
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUK8LAPPNM12
- Sensor design: Compact 50 x 50
- Detection system: Diffuse with background suppression
- Wiring technique: 4-wire
- Output type: PNP
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUX0AKSAM12
- Sensor design: Compact 92 x 71
- Detection system: Multimode
- Wiring technique: 3-wire
- Output type: Solid state
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: 1 male connector M12, 4 pins
Telemecanique XUX0AKSAT16
- Sensor design: Compact 92 x 71
- Detection system: Multimode
- Wiring technique: 3-wire
- Output type: Solid state
- Switching frequency: 250 Hz
- Supply circuit type: DC
- Electrical connection: Screw-clamp terminals, 1 x 1.5 mm² or 1 x 0.75 mm² with adaptor
Telemecanique XUX0ARCTT16
- Sensor design: Compact 92 x 71
- Detection system: Multimode
- Wiring technique: 5-wire
- Output type: Relay
- Switching frequency: 20 Hz
- Supply circuit type: AC/DC
- Electrical connection: Screw-clamp terminals, 1 x 1.5 mm² or 1 x 0.75 mm² with adaptor
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Frequently Asked Questions
What is the output of a photoelectric sensor?
A photoelectric sensor’s output is an electrical signal. This signal indicates the presence or absence of an object. It operates by detecting changes in light conditions. The signal triggers machine responses or alarms. It’s crucial for automated processes and safety systems.
Which type of photoelectric sensor has the longest range?
The through-beam photoelectric sensor boasts the longest range. It excels in sensing efficiency, surpassing other types. Its extensive range and high excess gain are notable. Ideal for demanding applications, it ensures reliable detection over long distances. This sensor type is widely recognized for its superior range capabilities.
What is the maximum distance of a photoelectric sensor?
The maximum distance of a photoelectric sensor varies widely. Generally, it ranges from 10 to 35 mm. This distance is defined by the consistent detection of reflective light. The upper and lower limits determine this sensing range. Different models may have different maximum distances.
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