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Slot sensors FC8 Series

Slot sensors FC8 Series

The FC8 Series features compact, high-precision fork (slot) photoelectric sensors designed for fast object detection, offering fixed optical alignment, high switching frequency, and easy installation. Ideal for label detection, counting, edge detection, and precision part monitoring in automated machinery.
Category: Sensors
Brand: Datasensing

Datasensing FC8 Series

The FC8 Series offers a high-performance family of fork-shaped (slot) photoelectric sensors, engineered for extremely stable detection, simple mounting, and high-speed switching in industrial automation. With the emitter and receiver integrated into a single U-shaped housing, the FC8 guarantees perfect optical alignment without the need for manual calibration.

Design & Functionality

  • The FC8 integrates emitter and receiver in a fixed mechanical slot, eliminating misalignment issues common with separate sensor pairs.
  • Key performance characteristics include:
    β€’ High switching frequency, ideal for fast-moving targets, label edges, micro-objects, or counting tasks.
    β€’ Slim fork housing enabling easy mounting on machine frames, conveyors, and printing/packaging lines.
    β€’ Precise, concentrated optical beam, ensuring reliable detection even of thin edges or semi-transparent materials.
    β€’ Plug-and-play wiring, minimizing installation time.
  • The FC8 is designed for reliable operation in industrial environments, with versions offering different slot widths and sensitivity levels to suit diverse applications.

Important: The FC8 Series guarantees perfect optical alignment due to its built-in fork geometry β€” ensuring highly repeatable detection without setup complexity.

Total Crossed Beams

(Interpreted as fully aligned emission and reception inside the fork sensor)

  • The U-shaped design creates a stable, uninterrupted optical field, ensuring consistent detection regardless of minor vibrations or part position variations.
  • This results in high repeatability, low false triggers, and reliable performance in high-speed operations.

Beam Pitch Options

(Interpreted as fork width and optical window variations)

  • Available in multiple slot widths (e.g., 5 mm, 10 mm, 20 mm, etc.) to match object size and machine requirements.
  • Narrow-beam variants for fine-edge detection.
  • Wide-slot variants for larger components or packaging materials.

Important: Multiple fork widths allow users to select the ideal FC8 model for small-part detection, label sensing, or wider conveyor applications.

Intrinsic Synchronism

  • Since the emitter and receiver are built into a single body, optical synchronization is automatic β€” no alignment, no paired installation, no calibration.
  • Internal electronics ensure noise immunity, stable feedback, and self-contained signal tuning.

Operational Advantages

  • High-speed switching for fast production lines.
  • Reliable detection of very small or thin objects, including labels, edges, and micro-components.
  • Simple installation with a one-piece body that fits easily into machine structures.
  • Durable construction suitable for industrial environments.
  • Applications: Label detection, edge guiding, micro-object sensing, counting on conveyors, packaging lines, printing machinery, electronics assembly β€” anywhere precise slot-type sensing is essential.

Technical Specifications

 

Parameter

FC8 – Narrow Slot Variant

FC8 – Wide Slot Variant

Product LineFC8FC8
FunctionSlot (fork) photoelectric sensorWide-slot (fork) photoelectric sensor
Slot Width (Typical)5–10 mm20–40 mm
Detection ModeThrough-beam inside forkThrough-beam inside fork
Switching FrequencyHigh (hundreds of Hz or more)High (model-dependent)
Output TypeNPN/PNP (model-dependent)NPN/PNP (model-dependent)
Supply Voltage10–30 V DC10–30 V DC
Light SourceInfrared or visible LEDInfrared or visible LED
Housing MaterialIndustrial-grade plastic or metalIndustrial-grade plastic or metal
Protection RatingIP65 (typical)IP65 (typical)
Operating Temperature Range–10 Β°C … +55 Β°C–10 Β°C … +55 Β°C
ApplicationsLabel sensing, micro-object detectionWide-object and packaging detection