Sensors > Fiber Optic Sensors

The Keyence SH-114 is a fiber optic sensor designed for non-contact detection in industrial applications. It operates within a voltage range of 10-30V and has a compact 12mm diameter, making it suitable for a variety of automation and control systems.

The Pepperl+Fuchs OJ500-M1K-E23 is a high-performance fiber optic sensor designed for non-contact detection in industrial environments. It offers reliable and precise sensing capabilities with a compact design, making it suitable for a wide range of automation and control applications.

The Keyence FU-86A is a fiber optic sensor designed for non-contact detection in industrial applications. It operates within a voltage range of 10-30V and has a power consumption of 5W. The sensor has a compact size of 30x15x15mm, making it suitable for space-constrained environments.

The Keyence FU-83C is a high-performance digital fiber optic sensor designed for precise non-contact detection in industrial applications. It utilizes advanced fiber optic technology to provide reliable and accurate sensing in challenging environments.

The Keyence FU-6F is a high-performance fiber optic sensor designed for non-contact detection of objects and materials. It operates on a 24V DC power supply and is ideal for applications requiring precise and reliable sensing in challenging environments. The sensor is known for its durability, long operational life, and ability to detect a wide range of materials including metals, plastics, and non-metals.

The Keyence FU-67TZ is a digital fiber optic sensor designed for non-contact detection of objects and materials. It utilizes advanced fiber optic technology to provide high-speed, accurate, and reliable sensing in various industrial applications. The sensor is ideal for applications requiring precise detection and minimal interference with the target object.

The Keyence FU-66TZ Fiber Optic Sensor is a high-performance sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial applications. The sensor is ideal for use in environments where traditional sensors may not perform optimally.

The Keyence FU-61Z Fiber Optic Sensor is a high-performance sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial applications. The sensor is known for its robust construction and ease of integration into automated systems.

The Keyence CZ-H37S is an RGB digital fiber optic sensor designed for high-precision non-contact detection. It utilizes advanced fiber optic technology to provide accurate color and distance measurements. This sensor is ideal for applications requiring precise object detection and color analysis in industrial automation settings.

The Omron E32-T16PR is a fiber optic sensor designed for non-contact detection of objects. It operates on 24VDC and has a detection range of up to 16 meters. This sensor is ideal for applications requiring long-range, reliable detection in industrial environments.

The Banner EM-FD-7G3 is a fiber optic sensor designed for non-contact detection in industrial applications. It operates on 24V DC power and is ideal for applications requiring reliable and accurate sensing in challenging environments.

The Turck FGEN-XSG16-5001 is a fiber optic sensor designed for industrial applications. It features a 16AWG conductor and a resistance of 500 Ohms, making it suitable for precise and reliable sensing in harsh environments.

The Keyence FS2-60 is a high-performance fiber optic amplifier sensor designed for precise detection of reflective objects. It utilizes advanced fiber optic technology to provide reliable and consistent performance in various industrial environments.

The Keyence FU-18M Fiber Optic Sensor is a high-performance optical sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial applications. The sensor is ideal for use in environments where traditional sensors may not perform optimally.

The Keyence FU-35FA is a digital fiber optic sensor designed for precise non-contact detection of objects and materials. It utilizes advanced fiber optic technology to provide reliable and accurate sensing in a wide range of industrial applications.

The Keyence FU-35TG Fiber Optic Sensor is a high-precision sensor designed for reliable and accurate detection in industrial environments. It utilizes fiber optic technology to provide non-contact sensing with excellent sensitivity and stability. This sensor is ideal for applications requiring precise detection of objects, materials, or changes in position.

The Keyence FU-49U Fiber Optic Sensor is a high-performance sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial environments.

The Keyence FU-53TZ is a high-performance fiber optic sensor designed for precise non-contact detection in industrial applications. It offers reliable performance in various environments and is ideal for applications requiring accurate distance measurement and object detection.

The Keyence FU-59U is a high-performance digital fiber optic sensor designed for precise non-contact detection. It utilizes advanced fiber optic technology to provide reliable and accurate sensing in a wide range of industrial applications. The sensor is ideal for detecting objects, levels, and positions with minimal interference from environmental factors.

The Keyence FU-61Z Fiber Optic Sensor is a high-performance sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial applications. The sensor is known for its robust construction and ease of integration into automated systems.

The Keyence FU-66TZ Fiber Optic Sensor is a high-performance sensor designed for precise detection of objects and materials. It utilizes fiber optic technology to provide reliable and accurate sensing in various industrial applications. The sensor is ideal for use in environments where traditional sensors may not perform optimally.

The Keyence FU-67TZ is a digital fiber optic sensor designed for non-contact detection of objects and materials. It utilizes advanced fiber optic technology to provide high-speed, accurate, and reliable sensing in various industrial applications. The sensor is ideal for applications requiring precise detection and minimal interference with the target object.

The Keyence FU-6F is a high-performance fiber optic sensor designed for non-contact detection of objects and materials. It operates on a 24V DC power supply and is ideal for applications requiring precise and reliable sensing in challenging environments. The sensor is known for its durability, long operational life, and ability to detect a wide range of materials including metals, plastics, and non-metals.

The Keyence FU-83C is a high-performance digital fiber optic sensor designed for precise non-contact detection in industrial applications. It utilizes advanced fiber optic technology to provide reliable and accurate sensing in challenging environments.

The Keyence FU-86A is a fiber optic sensor designed for non-contact detection in industrial applications. It operates within a voltage range of 10-30V and has a power consumption of 5W. The sensor has a compact size of 30x15x15mm, making it suitable for space-constrained environments.

The Pepperl+Fuchs OJ500-M1K-E23 is a high-performance fiber optic sensor designed for non-contact detection in industrial environments. It offers reliable and precise sensing capabilities with a compact design, making it suitable for a wide range of automation and control applications.

The Keyence SH-114 is a fiber optic sensor designed for non-contact detection in industrial applications. It operates within a voltage range of 10-30V and has a compact 12mm diameter, making it suitable for a variety of automation and control systems.