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APPLE AUTOMATION AND SENSOR

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Pepperl Fuchs Fiber Optic Sensors

10000 INR/Piece

Minimum Order Quantity : 1 Pieces

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Pepperl Fuchs Fiber Optic Sensors Price & Specifications

Wireless No

Weight Approx. 70 g

Voltage 10-30 V DC

Usage Industrial automation, process control, assembly lines

Signal Type Digital/Discrete

Sensor Type Photoelectric (Fiber Optic)

Sensitivity Adjustable via potentiometer or push button

Response Time <1 ms

Resolution <1 mm (depending on fiber and amplifier design)

Product Type Fiber Optic Sensor

Power Consumption <800 mW

Output Transistor (PNP/NPN, NO/NC selectable)

Operating Temperature -25A C to +55A C

Mounting Type DIN rail or panel mount

Measurement Range Up to 2000 mm (depending on fiber type)

Material ABS Plastic, Polycarbonate (housing and transparent covers)

Interface Wire connection (M8 or M12 connector optional)

Input Light signal via fiber optic cable

IP Rating IP65 (amplifier housing)

Function Detection of objects, positioning, and presence monitoring

Features Compact design, fast response, simple configuration, LED status indicator

Cable Length 2 m standard

Application Detecting small objects or from tight installation locations

Accuracy High precision (application-dependent)

About Pepperl Fuchs Fiber Optic Sensors Detail

We are dealer and supplier of Pepperl Fuchs Fiber Optic Sensors in India.

Models:

SU19/110/115/123
SU18/16/35/40a/110/115/126a
SU19.1/110/115
OJ500-M1K-E23
SU18-40a/110/115/126a
VL18LL-M/40a/118/128
MLV41-LL-IR-2492
MLV41-LL-RT-2492
RL61-LL-IR-Z/92/136
SU18-16/40a/102/115/126a
SU18-16/40a/110/115/126a
SU18-16/40a/110/115a
SU18-16/40a/110/115a/126a
SU18-16/40a/115a/120
SU18-40a/102/115/123
SU18-40a/102/115/126a
SU18-40a/110/115/123
SU18-40a/110/115a/126a
SU18/35/40a/102/115/123
SU18/35/40a/110/115/123
SU18/35/40a/110/115/126a
SU18/35/40a/110/115a/126a
SU19/102/115/123
SU19/102/115/126a
SU19/103/115/123
SU19/110/115/126a
SU19/110/115a/126a
VL18LL-M/30/40a/118
VL18LL-M/32/40a/118
MHP-F33L
MHP-F33Q
MLV41-LL-IR-1347
MLV41-LL-IR-2133
MLV41-LL-IR-IO/115/136
MLV41-LL-IR-IO/92/136
MLV41-LL-IR-IO/95/136
MLV41-LL-IR/115/136
MLV41-LL-IR/70/136
MLV41-LL-IR/92/136
MLV41-LL-IR/95/136
MLV41-LL-RT-IO/115/136
MLV41-LL-RT-IO/92/136
MLV41-LL-RT-IO/95/136
MLV41-LL-RT/115/136
MLV41-LL-RT/92/136
MLV41-LL-RT/95/136
RL61-LL-IR-Z/115/136
RLK61-LL-IR-Z/31/115
RLK61-LL-IR-Z/31/135
SU18-16/40a/102/115a/126a
SU18-40a/102/115a/123
SU18-40a/110/115a
SU18-40a/110/115a/123
SU18/16/35/40a/102/115/126a
SU18/16/35/40a/110/115a
SU18/16/35/40a/110/115a/126a
SU18/35/40a/102/115/126a
SU19.1/102/115
SU19.1/103/115
SU19.1/110/115a
SU19/82a/103/115
ML17-LL-K/115/136
ML17-LL-K/115b/136
MHP-FR33L
MHP-FR33Q
ML17-LL-K/136/143
ML17-LL-K/73/136
MPG6HD

Versatility Across Industrial Applications

These fiber optic sensors cater to diverse industrial requirements, adapting seamlessly to automation, process control, and assembly line tasks. Their ability to detect small objects in confined spaces, along with compatibility with both plastic and glass fibers, makes them ideal for complex setups and varied environmental conditions.

Reliable Performance in Challenging Environments

Engineered with ABS plastic and polycarbonate materials, the sensors exhibit excellent durability and can withstand ambient light up to 30,000 lux. Reverse polarity and short-circuit protection reinforce safety, while the compact design and IP65-rated housing guarantee longevity and robust operation in demanding industrial locations.

Ease of Configuration and Installation

With simple teach-in, manual adjustment capabilities, and LED indicators for power/output state, setup is intuitive and monitoring is effortless. Flexible mounting options, including DIN rail and panel installations, facilitate quick deployment while minimizing downtime or complex wiring, streamlining integration into existing automation systems.

FAQs of Pepperl Fuchs Fiber Optic Sensors:

Q: How do I configure the Pepperl+Fuchs Fiber Optic Sensor for different detection applications?

A: The sensor can be configured using either a Teach-in procedure or manual adjustment via potentiometer or push button. This flexibility allows you to set sensitivity levels precisely for detecting various object sizes or materials, ensuring optimal performance for your specific application.

Q: What materials are compatible with the fiber optic cables used in these sensors?

A: These sensors work efficiently with both plastic (PMMA) and glass fiber optic cables, offering versatility for different environmental and detection requirements. Choose the cable material that best matches your applications durability, flexibility, and mounting constraints.

Q: When is the ambient light immunity especially beneficial in these sensors?

A: Ambient light immunity up to 30,000 lux is critical in brightly lit environments, such as manufacturing floors with intense overhead lighting or near open windows. It ensures reliable object detection and reduces the likelihood of false triggering caused by external light sources.

Q: Where can I install the Pepperl+Fuchs Fiber Optic Sensors?

A: These sensors are designed for easy installation in tight or otherwise inaccessible locations. Their compact size suits DIN rail or panel mounting, and the IP65-rated amplifier housing makes them suitable for use in harsh industrial environments, including assembly lines and automated machinery.

Q: What is the typical process for integrating these sensors into an automation system?

A: Integration involves mounting the sensor (DIN rail or panel), connecting the fiber optic cable, wiring the output (PNP/NPN, NO/NC selectable), and configuring sensitivity. LED status indicators assist in verifying successful setup and operation, simplifying the installation and commissioning stages.

Q: How does using these sensors benefit my industrial automation process?

A: These sensors enhance process reliability by providing fast response times (<1 ms), high resolution (<1 mm), and robust object detection even in challenging conditions. Their adaptability, protection features, and simple configuration lead to reduced downtime and improved operational efficiency.

Q: What usage scenarios are best suited for these photoelectric fiber optic sensors?

A: They excel in detecting small or fast-moving objects, positioning tasks, and presence monitoring where space is limited. Their flexible fiber compatibility and high precision are advantageous in assembly lines, packaging, and process control applications within industrial automation.