Built-in lens narrow-view reflective fiber optic unit
| Item | Spec. |
|---|---|
| Model | FRN7YBC |
| Product type | Built-in lens narrow-view reflective fiber optic unit |
| Detection method | Reflective |
| Sensing direction | Top view |
| Environmental feature | Ordinary temperature |
| Tip appearance | Threaded |
| Tip size | M6 |
| Main features | Built-in lens, narrow view |
| Detecting range | 45–630 mm |
| Fiber length | 2 m, free-cutting |
| Allowable bending radius | R1 |
| Ambient temperature | −40 to +70°C |
| Ambient humidity | 35–85%RH |
| Sensing head material | Zinc alloy |
| Fiber covering material | Polyethylene |
| Fiber core material | Plastic |
| Protection rating | IP50 |
| Tightening torque | 0.98 N·m or less |
| Applicable amplifiers | F70AR, F70R, F80R, F85RN |
Specification notes
Q1: What is TAKEX FRN7YBC?
A: FRN7YBC is an M6 threaded built-in lens narrow-view reflective fiber optic unit for localized object presence and position detection.
Q2: Why does FRN7YBC use a built-in lens?
A: The built-in lens increases optical power to support stable reflective sensing in environments exposed to dust or particles.
Q3: What is the advantage of the narrow field of view?
A: It concentrates detection on a defined area and increases the received-light difference between the target and surrounding background.
Q4: What is the maximum detecting distance of FRN7YBC?
A: Detecting distance reaches 630 mm with F100R in long-range mode.
Q5: What is the detecting range of FRN7YBC?
A: Depending on the amplifier and operating mode, the specified detecting range is approximately 45 to 630 mm.
Q6: Which fiber amplifiers are compatible with FRN7YBC?
A: FRN7YBC is compatible with F70AR, F70R, F80R, and F85RN.
Q7: Is F2R listed as an applicable amplifier for FRN7YBC?
A: No. F2R is not included in the applicable amplifier lineup for FRN7YBC.
Q8: What are the fiber length and bending radius?
A: FRN7YBC uses a 2 m free-cutting fiber with an R1 allowable bending radius.
Q9: What is the ambient temperature range of FRN7YBC?
A: The ambient temperature range is −40 to +70°C.
Q10: What applications are suitable for FRN7YBC?
A: FRN7YBC is suited to localized reflective sensing that requires an M6 threaded head, narrow field of view, built-in lens, high optical power, and compact fiber routing.