Wenglor Fiber Optic Sensors

Wenglor Fiber Optic Sensors use light transmitted through flexible fiber cables to detect objects with high precision, especially in tight or hard-to-reach spaces. They are commonly used in conveyors, packaging lines, and small component detection where accurate sensing is critical. Fiber Optic Sensors help ensure reliable detection even in compact installations.

Wenglor Fiber Optic Sensors are known for their consistent performance and adaptability in demanding industrial environments. Many industries rely on Wenglor Dealers and Distributors for sensing solutions that support precise detection and efficient automation systems.

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Wenglor Fiber Optic Sensors Series

Wenglor Fiber-Optic Amplifiers

  • High Sensitivity Detection: Accurately detects small objects and fine details.
  • Flexible Fiber Integration: Supports various fiber-optic cables for different applications.
  • Fast Switching Speed: Ideal for high-speed automation processes.
  • Compact Amplifier Design: Saves panel space in control systems.
  • Easy Parameter Adjustment: Simplifies setup with user-friendly controls.

Wenglor Plastic Fiber-Optic Cables

  • Flexible Plastic Fiber Design: Easily adapts to tight and complex installation spaces.
  • High Light Transmission Efficiency: Ensures reliable signal transfer for accurate detection.
  • Cut-to-Length Capability: Can be customized based on application requirements.
  • Resistant to Bending Stress: Maintains performance even in dynamic movements.
  • Wide Application Compatibility: Suitable for use with various fiber-optic amplifiers.

Wenglor Glass Fiber-Optic Cables

  • High-Temperature Resistance: Suitable for applications with extreme heat conditions.
  • Superior Light Transmission: Ensures precise and stable signal delivery.
  • Durable Glass Fiber Core: Provides long-lasting performance in harsh environments.
  • Excellent Chemical Resistance: Withstands exposure to oils, chemicals, and solvents.
  • Reliable Long-Distance Sensing: Maintains accuracy over extended cable lengths.

Wenglor Fiber Optic Cable Bands

  • Secure Cable Management: Keeps fiber-optic cables neatly organized and protected.
  • Flexible Band Design: Easily adapts to different cable sizes and routing paths.
  • Durable Material Construction: Ensures long-term use in industrial environments.
  • Easy Installation: Quick fastening and removal for maintenance tasks.
  • Improved Cable Protection: Reduces risk of bending damage and signal loss.

Wenglor Fiber Optic Sensors Suppliers

Top Wenglor Fiber Optic Sensors Models

Top Wenglor Fiber Optic Sensors Models

UC88PCV3

UC88PCV3

Type: Fiber Optic Sensors
Light Source: Infrared Light
Supply Voltage: 10 … 30 V DC
Connection: M12 Γ— 1; 4-pin
Setting Method: Potentiometer
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UM55PA2

UM55PA2

Type: Fiber Optic Sensors
Light Source: Infrared Light
Supply Voltage: 10 … 30 V DC
Switching Frequency: 1 kHz
Connection: M12 Γ— 1; 4-pin
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ODX402P0007

ODX402P0007

Type: Fiber Optic Sensors
Light Source: Red Light
Supply Voltage: 18 … 30 V DC
Switching Frequency: 4 kHz
Connection: M8 Γ— 1; 4-pin
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UF66VCF3

UF66VCF3

Type: Fiber Optic Sensors
Light Source: Infrared Light
Supply Voltage: 10 … 30 V DC
Switching Frequency: 5 kHz
Connection: M12 Γ— 1; 4-pin
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UF55MG3

UF55MG3

Type: Fiber Optic Sensors
Light Source: Infrared Light
Supply Voltage: 20 … 30 V DC
Switching Frequency: 50 Hz
Connection: M12 Γ— 1; 4-pin
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UF66MG3

UF66MG3

Type: Fiber Optic Sensors
Light Source: Infrared Light
Supply Voltage: 20 … 30 V DC
Switching Frequency: 30 Hz
Connection: M12 Γ— 1; 4-pin
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ODX202P0007

ODX202P0007

Type: Fiber Optic Sensors
Light Source: Red Light
Supply Voltage: 10 … 30 V DC
Switching Frequency: 2 kHz
Connection: M8 Γ— 1; 4-pin
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ODX402P0088

ODX402P0088

Type: Fiber Optic Sensors
Light Source: Red Light
Supply Voltage: 18 … 30 V DC
Housing Material: Plastic, ABS Plastic, PC
Connection: M12 Γ— 1; 4+8-pin
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What are Wenglor Fiber Optic Sensors used for?

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Wenglor Fiber Optic Sensors are used for precise detection of small objects, edges, and positions in applications where space is limited or high accuracy is required.

How do Wenglor Fiber Optic Sensors work?

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These sensors use a fiber optic cable to transmit and receive light. The sensing happens at the fiber tip, allowing detection in tight or hard-to-reach areas.

Where are Wenglor Fiber Optic Sensors commonly applied?

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They are widely used in electronics manufacturing, packaging, semiconductor industries, and assembly lines for detecting tiny components or parts.

What is the advantage of using fiber optic sensors over standard sensors?

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Fiber Optic Sensors offer flexible installation, high precision, and the ability to operate in confined spaces or harsh environments where conventional sensors may not fit.