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Keyence Reflective Fiber FU-35FA Keyence Fiber Optic Sensor with high quality&competitive price&full stock&best service
Keyence Reflective Fiber FU-35FA Keyence Fiber Optic Sensor with high quality&competitive price&full stock&best service
Model | FU-35FA | |||
Type | - | |||
Shape | Straight | |||
Beam emitting direction | - | |||
Detection arrangement | Coaxial | |||
Detecting method | Diffuse Reflective | |||
No. of beam axes | - | |||
Optical axis width | ||||
Optical axis height | ||||
Optical axis diameter | ||||
Mounting transparent tube diameter | ||||
Standard detection object | ||||
Detection distance | ||||
Detection distance | SUPER TURBO | |||
When using the FS-N Series | MEGA | 550 mm21.654"*1 | ||
ULTRA | 400 mm15.748"*1 | |||
SUPER | 250 mm9.843"*1 | |||
TURBO | 160 mm6.299"*1 | |||
FINE | 110 mm4.331"*1 | |||
HIGH SPEED | 45 mm1.772"*1 | |||
When using the FS-V30 Series | When APC is on | MEGA | 270 mm10.63"*1 | |
ULTRA | 220 mm8.661"*1 | |||
SUPER | 110 mm4.331"*1 | |||
TURBO | 70 mm2.756"*1 | |||
FINE | 35 mm1.378"*1 | |||
HIGH SPEED | 25 mm0.984"*1 | |||
When APC is off | MEGA | 340 mm13.386"*1 | ||
ULTRA | 270 mm10.63"*1 | |||
SUPER | 140 mm5.512"*1 | |||
TURBO | 90 mm3.543"*1 | |||
FINE | 45 mm1.772"*1 | |||
HIGH SPEED | 30 mm1.181"*1 | |||
Minimum detectable object | Gold wire with a diameter of 0.005 mm0.0002" *2 | |||
Focal distance | - | |||
Hysteresis (of detecting distance) | ||||
Heat resistant temperature | -*3 | |||
Aperture angle | - | |||
Spot | ||||
Slit (sold separately) | ||||
Repetition accuracy | ||||
Leak amount | ||||
Fiber allowable bend radius (mm inch) | R25 mm0.984" | |||
Cable length | 1 m39.37" free-cut | |||
Fiber diameter | ø1.3×2 | |||
Tightening torque | - | |||
Enclosure rating | ||||
Operating ambient temperature | -40 to +70°C | |||
Operating ambient humidity | - | |||
Pressure resistance | ||||
Overview | ||||
Material | ||||
Accessories | ||||
Size | M3 | |||
Weight | Approx 6g | |||
*1 The detecting distance is a value for white mat paper (the standard detection object) detections. | ||||
