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TAKEX_FNU-X7YBC_FNU-X8YBC

M6 / M3 nut-type coaxial reflective fiber optic units

  • TAKEX FNU-X7YBC and FNU-X8YBC are nut-type coaxial reflective fiber optic units for stable object presence and position detection.
  • FNU-X7YBC uses an M6 head with up to 1,170 mm detection, while FNU-X8YBC uses a compact M3 head with up to 440 mm detection.
  • Brand TAKEX Takenaka Engineering Co., Ltd.
Features
  • Coaxial reflective sensing: Transmitting and receiving light are aligned along the same sensing direction for reflective detection from one side of the target.
  • Narrow-view stable detection: The concentrated sensing area increases the received-light difference when a target enters the detection zone.
  • M6 and M3 head sizes: FNU-X7YBC uses an M6 nut-type head, while FNU-X8YBC uses a smaller M3 head for compact installations.
  • Up to 1,170 mm detection: FNU-X7YBC reaches up to 1,170 mm, while FNU-X8YBC provides up to 440 mm detection.
  • Reduced cable snagging: The fiber exits directly from the side of the sensing head to reduce protrusion and cable snagging inside equipment.
Specification
ItemSpec.
ModelsFNU-X7YBC
FNU-X8YBC
Detection methodCoaxial reflective
Environmental featureOrdinary temperature
Tip appearanceNut
Tip sizeFNU-X7YBC: M6
FNU-X8YBC: M3
Main featureCoaxial reflective
Max. detecting distanceFNU-X7YBC: 1,170 mm
FNU-X8YBC: 440 mm
Fiber length2 m, free-cutting
Applicable amplifiersF70AR, F70R, F80R, F85RN

Specification notes

  • Coaxial reflective sensing: Transmitting and receiving light share the same sensing direction for reflective detection from one side of the target.
  • Model selection: FNU-X7YBC provides an M6 head and longer detecting distance, while FNU-X8YBC provides a compact M3 sensing head.
  • Reflective detection conditions: Actual detection performance varies with target material, color, surface condition, detecting distance, and fiber amplifier.
FAQ

Q1: What are TAKEX FNU-X7YBC and FNU-X8YBC?
A: They are nut-type coaxial reflective fiber optic units for object presence and position detection.


Q2: What is the difference between FNU-X7YBC and FNU-X8YBC?
A: FNU-X7YBC uses an M6 head with up to 1,170 mm detection, while FNU-X8YBC uses an M3 head with up to 440 mm detection.


Q3: What is a coaxial reflective fiber optic sensor?
A: It aligns transmitting and receiving light along the same sensing direction for reflective detection from one side of the target.


Q4: What is the maximum detecting distance of FNU-X7YBC?
A: The maximum detecting distance is 1,170 mm.


Q5: What is the maximum detecting distance of FNU-X8YBC?
A: The maximum detecting distance is 440 mm.


Q6: Which model is better suited to compact mounting spaces?
A: FNU-X8YBC uses the smaller M3 nut-type sensing head, while FNU-X7YBC uses an M6 head.


Q7: What is the fiber length of FNU-X7YBC and FNU-X8YBC?
A: Both models use 2 m free-cutting fibers.


Q8: How are the sensing heads mounted?
A: The nut-type sensing head is held with a wrench and secured with a single nut.


Q9: Which fiber amplifiers are compatible with these models?
A: Both models are compatible with F70AR, F70R, F80R, and F85RN fiber amplifiers.


Q10: What applications are suitable for FNU-X7YBC and FNU-X8YBC?
A: They are suited to object presence, position, and localized reflective detection in automation equipment, with the compact M3 FNU-X8YBC suitable for space-limited installations.

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