Close
Search
Banner Banner
Products
請選擇分類
TAKEX_FAL-R5YBC

Ultra-slim flat reflective fiber optic unit with top-edge view

  • TAKEX FAL-R5YBC is an ultra-slim flat reflective fiber optic unit with top-edge sensing for space-limited installations.
  • It provides up to 1,260 mm detecting distance with F100R in long-range mode, a 2 m free-cutting fiber, and an R1 allowable bending radius.
  • Brand TAKEX Takenaka Engineering Co., Ltd.
Features
  • Ultra-slim flat construction: The low-profile sensing head fits narrow or shallow installation spaces where conventional protruding fiber heads may be difficult to install.
  • Top-edge reflective sensing: The reflective configuration uses top-edge sensing with transmitting and receiving optics on the same sensing side, eliminating the need for an opposing fiber head.
  • Up to 1,260 mm detection: Detecting distance reaches up to 1,260 mm when paired with the F100R amplifier in long-range mode, with other distances available depending on the amplifier and operating mode.
  • Direct flush mounting: The flat housing mounts directly without a dedicated bracket and can be installed flush to reduce protrusion and accidental contact with workpieces.
  • R1 free-cutting fiber: The 2 m free-cutting fiber supports an allowable bending radius of R1 for flexible routing in compact or space-constrained equipment.
Specification
ItemSpec.
ModelFAL-R5YBC
Product typeUltra-slim flat reflective fiber optic unit
Detection methodReflective
Detecting directionTop-edge view
Tip appearanceFlat
Max. detecting distance1,260 mm
Fiber optic cable length2 m, free-cutting
Allowable bending radiusR1
Ambient temperature−40 to +70°C, non-freezing and non-condensing
Fiber covering materialVinyl chloride
Fiber core materialPlastic
Sensing head materialAluminum
Applicable amplifiersF100R, F70AR, F70R, F80R, F85RN, XF12R-A

Specification notes

  • Amplifier-dependent distance: The 1,260 mm maximum applies when FAL-R5YBC is paired with the F100R in long-range mode. Detecting distance varies with the amplifier and operating mode.
  • Single-side reflective configuration: Transmitting and receiving optics are located on the same sensing side, eliminating the need for an opposing fiber head.
  • Flexible fiber routing: The standard fiber length is 2 m and can be cut to suit the installation, with an allowable bending radius of R1.
FAQ

Q1: What is TAKEX FAL-R5YBC?
A: FAL-R5YBC is an ultra-slim flat reflective fiber optic unit with top-edge sensing for object detection in narrow or shallow installation spaces.


Q2: What detection method does FAL-R5YBC use?
A: It uses a reflective sensing method, with transmitting and receiving optics positioned on the same sensing side.


Q3: What is the maximum detecting distance of FAL-R5YBC?
A: The maximum detecting distance is 1,260 mm when paired with the F100R amplifier in long-range mode.


Q4: Which fiber amplifiers are compatible with FAL-R5YBC?
A: Compatible amplifiers include F100R, F70AR, F70R, F80R, F85RN, and XF12R-A. Detecting distance varies according to the selected amplifier and operating mode.


Q5: How long is the FAL-R5YBC fiber cable?
A: The fiber cable is 2 m long and features a free-cutting design for adjustment to the required installation length.


Q6: Is FAL-R5YBC suitable for narrow spaces?
A: Yes. Its slim flat construction supports installation in narrow or shallow spaces and allows direct flush mounting.


Q7: What is the allowable bending radius of FAL-R5YBC?
A: The allowable bending radius is R1, providing flexible routing in compact equipment.


Q8: What is the ambient temperature range of FAL-R5YBC?
A: The ambient temperature range is −40 to +70°C under non-freezing and non-condensing conditions.


Q9: Does FAL-R5YBC provide NPN or PNP output?
A: No. FAL-R5YBC is a fiber optic unit and does not provide an electrical output by itself. NPN or PNP output depends on the fiber amplifier used with the unit.


Q10: What applications are suitable for FAL-R5YBC?
A: It is suitable for printed circuit board detection and other automation equipment where installation space is limited and single-side reflective sensing is preferred.

0
Go top