Name: M3 threaded slim reflective fiber optic units
Brand: TAKEX Takenaka Engineering Co., Ltd.
SKU: TAKEX_FR8BC_FR8EBC

Products

請選擇分類

TAKEX_FR8BC_FR8EBC

M3 threaded slim reflective fiber optic units

TAKEX FR8BC and FR8EBC are M3 threaded reflective fiber optic units with φ1.25 mm cables and 2 m free-cutting fibers.
FR8BC has a φ0.5 mm core and R15 bending radius, while FR8EBC has a φ0.75 mm core and R20 radius for different sensing and routing requirements.

Brand

Add to Inquiry Cart

Features
Specification
FAQ

Features

M3 slim reflective sensing: Both models use M3 threaded heads and φ1.25 mm fiber cables for reflective object sensing from one side of the target.
Amplifier-specific detecting distances: FR8BC reaches 770 mm with F100R in long-range mode, while FR8EBC reaches 410 mm with F85RN in long-range mode.
R15 and R20 bending radii: FR8BC has an R15 allowable bending radius, while FR8EBC uses R20 for different cable-routing requirements.
Optical disc side identification: FR8EBC can be paired with a high-resolution fiber amplifier to distinguish the reflective differences between the two sides of an optical disc.
2 m free-cutting fibers: Both models have 2 m free-cutting fibers and operate at ambient temperatures from −30 to +70°C.

Specification

Item	Spec.
Model	FR8BC FR8EBC
Product type	Slim reflective fiber optic unit
Detection method	Reflective
Environmental feature	Ordinary temperature
Tip appearance	Threaded
Tip size	M3
Fiber length	2 m, free-cutting
Fiber cable diameter	Φ1.25 mm
Fiber core diameter	FR8BC: Φ0.5 mm FR8EBC: Φ0.75 mm
Fiber covering material	Polyethylene
Fiber core material	Plastic
Allowable bending radius	FR8BC: R15 FR8EBC: R20
Ambient temperature	−30 to +70°C
Standard detecting object	FR8BC: 50 × 50 mm white drawing paper FR8EBC: 100 × 100 mm white drawing paper
Min. detecting object	Φ0.015 mm, excluding F2R
Thread tightening torque	0.8 N·m or less
Applicable amplifiers	F100R, F2R, F70R, F70AR, F80R, F85RN

Specification notes

Detecting distance conditions: FR8BC reaches 770 mm with F100R in long-range mode. FR8EBC reaches 410 mm with F85RN in long-range mode. Actual distance depends on the amplifier, operating mode, and target conditions.
Standard detecting objects: FR8BC uses 50 × 50 mm white drawing paper, while FR8EBC uses 100 × 100 mm white drawing paper. Both standard-object conditions use F70R.
Mounting and bending: The maximum thread tightening torque is 0.8 N·m for both models. The allowable bending radii are R15 for FR8BC and R20 for FR8EBC.

FAQ

Q1: What are TAKEX FR8BC and FR8EBC?
A: They are M3 threaded slim reflective fiber optic units for object presence and surface-difference detection from one side of the target.

Q2: What is the difference between FR8BC and FR8EBC?
A: FR8BC has a φ0.5 mm fiber core and R15 bending radius. FR8EBC has a φ0.75 mm core and R20 bending radius. Their detecting distances also differ by amplifier.

Q3: What is the detecting distance of FR8BC?
A: FR8BC reaches 770 mm with F100R in long-range mode.

Q4: What is the detecting distance of FR8EBC?
A: FR8EBC reaches 410 mm with F85RN in long-range mode or 380 mm with F100R in long-range mode.

Q5: What are the tip and cable sizes?
A: Both models have M3 threaded tips and φ1.25 mm fiber cables.

Q6: Which model has the smaller bending radius?
A: FR8BC has an R15 allowable bending radius, compared with R20 for FR8EBC.

Q7: Can FR8BC and FR8EBC fibers be cut to length?
A: Yes. Both models use 2 m free-cutting fibers.

Q8: Can FR8EBC distinguish the two sides of an optical disc?
A: Yes. FR8EBC can be used with a high-resolution fiber amplifier to distinguish differences in reflected light from the two disc surfaces.

Q9: Which fiber amplifiers are compatible with FR8BC and FR8EBC?
A: Both models can be used with F100R, F2R, F70R, F70AR, F80R, and F85RN. Detecting distance depends on the amplifier and operating mode.

Q10: What is the tightening torque for FR8BC and FR8EBC?
A: Thread tightening torque must not exceed 0.8 N·m for either model.

Back to List

Go top