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Photoelectric Cylindrical sensors FAL Se...

Photoelectric Cylindrical sensors FAL Series

The FAL Series are M18 laser-photoelectric sensors (10…30 V DC) offering diffuse-reflection, retro-reflective, background-suppression and through-beam variants in an M18 housing with IP67 protection, adjustable sensitivity and high switching speeds—ideal for precise object detection in industrial automation, packaging and material-handling systems.
Category: Sensors
Brand: Datasensing

Datasensing FAL Series

The FAL Series offers high-performance photoelectric detection using laser emission in an M18 cylindrical format, engineered for a wide variety of industrial applications. With models that span diffuse-reflection, retro-reflective (including transparent object detection), background-suppression and through-beam optical principles, these sensors deliver versatile object detection, long detection ranges, and industrial-grade reliability

Design & Functionality

  • The series supports 10…30 V DC power supply and is housed in an M18 × 1 body—ideal for standard machine mounts. 
  • Emission by visible red laser (650 nm class 1) ensures precise targeting and long-range detection. 
  • The housing offers IP67 protection, and protection electronics include reverse-polarity and short-circuit auto-reset—ensuring robust operation in industrial environments
  • Nominal sensing distances vary widely depending on the optical principle—for example ~300 mm in a diffuse model and up to ~20 m in a through-beam model. 
  • Switching frequencies up to ~800 Hz (for diffuse versions) or ~1 kHz for long-range models enable fast detection in dynamic automation systems

Total Crossed Beams

(In this photoelectric context, the term translates to a stable and complete detection beam path rather than literal crossed optical beams.)

  • The FAL Series maintains a consistently strong detection beam, enabling detection of objects regardless of background or alignment variation.
  • This results in reliable, repeatable detection and fewer missed triggers or false-positives in high-throughput manufacturing or packaging systems.

Beam Pitch Options

(Here interpreted as selectable nominal sensing distances and optical configurations rather than literal beam pitch.)

  • Diffuse-reflection models: e.g., nominal sensing ~300 mm (white target) for the FAL4/BP-0E variant. 
  • Background-suppression (BGS) models: e.g., nominal sensing ~150 mm, blind-zone ~30 mm, switching ~1.5 kHz. 
  • Through-beam / receiver models: e.g., nominal sensing ~50 m for FALD series. 
  • The variety of models allows selection of sensor based on target size, distance, background reflectivity and mounting clearance—offering flexibility in installation.

Intrinsic Synchronism

  • The electronics are fully self-contained, meaning no external synchronisation wiring is required—making installation simpler.
  • Time before availability (after power-up) is ≤ 200 ms in many models.

Operational Advantages

  • Versatile Optical Principles: With diffuse, retro-reflective, BGS and through-beam models, the FAL Series adapts to many application scenarios from short-range part detection to long-range presence sensing.
  • High Precision & Long Range: Laser emission, high switching speeds, and reliable beam stability provide accurate detection across different target types and distances.
  • Industrial-Grade Build: M18 housing, IP67 protection, robust materials and built-in protection electronics ensure dependable operation in factory environments.
  • Applications: Ideal for conveyor object detection, packaging lines, long-range presence detection, transparent object sensing, machine-tool automation and general manufacturing where precise detection, industrial durability, and versatile mounting are required.

Technical Specifications

Parameter

FAL Series (Diffuse/BGS Medium Range Models)

FAL Series (Long-Range / Through-Beam Models)

Product LineFALFAL
Housing Size / MountingM18 × 1 cylindrical bodyM18 × 1 cylindrical body
FunctionPhotoelectric Sensor, diffuse / BGS principlePhotoelectric Sensor, through-beam / retro-reflective principle
Nominal Sensing Distance (Sn)~150–300 mm (example: diffuse 300 mm) Up to ~20 m (example through-beam receiver 50 m) 
Repeat Accuracy / Stability≤ 5%≤ 5%
Operating Voltage10 … 30 V DC10 … 30 V DC
No-Load Supply Current≤ 30 mA≤ 30 mA
Load Current Max≤ 100 mA≤ 100 mA
Output Voltage Drop (Iload=100 mA)≤ 2 V≤ 2 V
Switching Frequency / Response Time~800 Hz, response ~625 µs (example) ~1 kHz (example long-range) 
Time Before Availability (Startup)≤ 200 ms≤ 200 ms
Protection Rating (IP)IP67IP67
Housing Material / MountingNickel-plated brass or plastic housing, active head glass/PCSame body
Operating Temperature Range–15 °C … +55 °C (some models) Similar operational range