Fiber Optic Amplifiers - Ezeye - XP10

Fiber Optic Amplifiers

Fiber Optic Amplifiers

Tri-Tronics fiber optic amplifiers deliver precision, reliability, and flexibility for demanding sensing applications. Designed to amplify and process light signals from fiber optic cables, these devices are ideal for detecting small objects, precise positioning, or monitoring processes in challenging environments.

Tri-Tronics amplifiers are engineered to optimize performance in automation.

With advanced features like adjustable sensitivity, high-speed response times, and compatibility with a wide range of glass and plastic fiber optics and that they are rugged and user-friendly, ensuring accurate and consistent detection, even in extreme temperatures, harsh chemicals, or low-light conditions.


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    Glass Fiber Amplifiers
  1. General Purpose Glass Fiber Optic Amplifiers
    • Compatible with a wide range of glass fiber optic light guides
    • Reliable detection, positioning, and monitoring of objects across different materials and surfaces.
    • Sensitivity can be adjusted using a potentiometer, wiring, or pushbutton controls.
  2. High-Speed Glass Fiber Optic Amplifiers
    • Provides rapid response times of 10us, making them ideal for fast-moving applications and precise position detection.
    • Designed for use in high-speed automation, they ensure accurate performance even in environments with minimal contrast conditions.
  3. Plastic Fiber Amplifiers
  4. General Purpose Plastic Fiber Optic Amplifiers
    • Compatible with a wide range of plastic fiber optic light guides
    • Reliable detection, positioning, and monitoring of objects across different materials and surfaces.
    • Sensitivity can be adjusted using a potentiometer, wiring, or pushbutton controls.
  5. High-Speed Plastic Fiber Optic Amplifiers
    • Ultra-rapid response times of 2us, ideal for fast-moving applications and precise position detection.
    • Designed for use in ultra-high-speed automation, they ensure accurate performance even in environments with minimal contrast conditions.
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