ModelFU-V84L*1TypeVacuum-side fiber unit (thrubeam model heat resistant to 350°C 662°F, M4 elbow type)Detecting methodThrubeamFibre unit length1 m39.37"Minimum bend radiusR25 mm0.984" or moreMinimum detectable objectOpaque material with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +350 °C -40 to 662 °FWeightApprox. 60 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelF-1*1TypeSide viewCompatible fiberFU-77V/77 ,FU-77G ,FU-7F/86A ,FU-86Z ,FU-78/84C/88KEnvironmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °F*2WeightApprox. 2 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 To use the F-1 at a temperature of 70 °C 158 °F or more, use the F-1 with heat resistant specifications. Use the F-1 with heat resistant specifications at a constant temperature.

ModelF-3HA*1TypeParallel light lensCombinable fiber unitFU-35FZ,FU-35FG,FU-35FA,FU-35TZ,FU-35TGSpot diameterApprox 4 mm0.157" (at 0 to 20 mm0" to 0.787")Environmental resistanceAmbient temperature-30 to +70 °C -22 to 158 °FWeightApprox. 2 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelFU-58U*1Optical axis diameter(Standard target to be detected)ø0.5 mm0.02"Fibre unit length1 m39.37" free-cutMinimum bend radiusR2 mm0.079"Minimum detectable objectOpaque material with a diameter of 0.005 mm0.0002" *2Tightening torque0.05 NmEnvironmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °F (No freezing)Relative humidity35 to 85 % RH (No condensation)MaterialCore fiber : acrylic, fiber sheath : nylon, case : SUS303AccessoriesFiber cutter, FU adapterWeightApprox. 4 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelF-2*1TypeLong distance (aperture angle : Approx 15°)Compatible fiberFU-77TZ/77/77/84C/88K ,FU-7F/86A ,FU-86Z ,FU-78/84C/88K ,FU-77G/77TGEnvironmental resistanceAmbient temperature-40 to +300 °C -40 to 572 °FWeightApprox. 2 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelF-2HATypeSmall beam spot lensCombinable fiber unitFU-24X,FU-21X,FU-35FZ,FU-35FG,FU-35FA,FU-35TZ,FU-35TGSpot diameterApprox 0.1 (FU-24X), Approx 0.2 (FU-21X), Approx 0.4 (FU-35FZ, FU-35FG, FU-35FA, FU-35TZ, FU-35TG)Detection focal distance7 ±2 mm0.276" ±0.079"*1Environmental resistanceAmbient temperature-30 to +70 °C -22 to 158 °FWeightApprox. 1 g*1 When using the FS-N10 Series and FS-V30 Series.

ModelF-4*1TypeUltra long distance, focused beam (aperture angle : Approx 8°)Compatible fiberFU-77TZ/77V/77 ,FU-7F ,FU-78 ,FU-77G/77TGEnvironmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 1 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelF-5*1TypeSide view with mounting holesCompatible fiberFU-77V/77 ,FU-7F/86A ,FU-86Z ,FU-78 ,FU-77GEnvironmental resistanceAmbient temperature-40 to +105 °C -40 to 221 °FWeightApprox. 10 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelF-5HATypeSide view, variable spot lensCombinable fiber unitFU-35FZ,FU-35FG,FU-35FASpot diameterø0.5 to 3 mmø0.02" to 0.118"Detection focal distance8 to 30 mm0.315" to 1.181"*1WeightApprox. 2 g*1 When using the FS-N10 Series and FS-V30 Series.

ModelFS-MC8POutputPNPResponse timeDepends on the response time settings of the connected expansion unitsExternal inputInput time of the connected expansion units +11 msNumber of inputs and outputsSeparate control outputs: 8, common output: 1, common input: 1Unit expansionUp to 8 expansion units can be connected. (However, each dual output type will be treated as 2 expansion units.) Allowable passing current: 1200 mA or lessIndicatorsSTATUS indicator (green and red two-color display) MEMORY indicator (orange) LOCK indicator (orange)Separate control output,common outputPNP open-collector, 30 V or less, 20 mA or less per output, residual voltage: 1.6 V or lessProtection circuitProtection against reverse power connection, reverse output connection, output overcurrent, and output surgePower supplyPower voltage10 to 30 VDC (including 10 % ripple (P-P) or less) , class 2 or LPS*1Power consumption690 mW or less (when used as a solitary unit)  (26 mA or less at 24 V/38 mA or less at 12 V [excluding the load current] )*2Environmental resistanceAmbient temperature-20 °C -4 °F to +55 °C +131 °F (no freezing)Vibration resistance10 to 55 Hz; double amplitude 1.5 mm 0.06"; 2 hours each for X, Y, and Z axesShock resistance500 m/s2; 3 times each for X, Y, and Z axesCase materialMain unit and cover: polycarbonateWeightApprox. 110 g*1 Match the rated power supply voltage of the expansion units to be connected to the system.*2 The power consumption including the load when the maximum number of units are connected is 38 W max.

ModelFU-10TypeVariable spotFocal distance10 to 30 mm0.394" to 1.181"Fibre unit length2 m78.74" free-cutFibre unit diameterø1.3×2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 5 g

ModelFU-11*1Fibre unit length2 m78.74" free-cutFibre unit diameterø2.2×2Minimum bend radiusR25 mm0.984"Minimum detectable objectMetal wire (parallel) with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 19 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-12*1Optical axis diameter(Standard target to be detected)10 × 3 mm0.394" × 0.118"Optical axis width10 mm0.394"Fibre unit length2 m78.74" free-cutFibre unit diameterø2.2Minimum bend radiusR2 mm0.079" Tough-FlexEnvironmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 23 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelFU-13*1Fibre unit length2 m78.74" free-cutFibre unit diameterø1.0×2Minimum bend radiusR2 mm0.079" Tough-FlexEnvironmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 8 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelFU-15*1Fibre unit length2 m78.74" free-cutFibre unit diameterø1.0×2Minimum bend radiusR10 mm0.394"Environmental resistanceAmbient temperature-20 to +50 °C -4 to 122 °FWeightApprox. 12 g*1 For details on the detecting distance, see the fiber amplifier catalog.

ModelFU-16Z*1Optical axis diameter(Standard target to be detected)ø2.5 mm0.098"Beam emitting directionSideAperture angleApprox 6°Fibre unit length2 m78.74" free-cutFibre unit diameterø1.0Minimum bend radiusR2 mm0.079" Tough-FlexMinimum detectable objectObject with a diameter of 0.1 mm0.004"*2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 8 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-18M*1Optical axis diameter(Standard target to be detected)ø1 mm0.039"Beam emitting directionSideAperture angleApprox 3°Fibre unit length2 m78.74" free-cutFibre unit diameterø1.0Minimum bend radiusR10 mm0.394"Minimum detectable objectObject with a diameter of 0.02 mm0.0008"*2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 6 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-24X*1SizeM3Detection arrangementCoaxialFibre unit length50 cm19.685" cannot be cutShapeStraightMinimum bend radiusR10 mm0.394"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 4 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-25*1SizeM6Detection arrangementCoaxialFibre unit length2 m78.74" free-cutFibre unit diameterø2.2×2ShapeStraightMinimum bend radiusR25 mm0.984"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 18 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-31*1Beam emitting directionSideFibre unit length2 m78.74" free-cutFibre unit diameterø1.0×2Minimum bend radiusR10 mm0.394"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 5 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-32*1Optical axis diameter(Standard target to be detected)ø0.6 mm0.024"Beam emitting directionSideFibre unit length1 m39.37" free-cutFibre unit diameterø1.3Minimum bend radiusR25 mm0.984"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 5 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-33*1Beam emitting directionSideFibre unit length1 m39.37" free-cutFibre unit diameterø2.2×2Minimum bend radiusR25 mm0.984"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 10 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-35TZ*1SizeM3Detection arrangementCoaxialFibre unit length1 m39.37" free-cutFibre unit diameterø1.3×2ShapeThreadedMinimum bend radiusR2 mm0.079" Tough-FlexMinimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 7 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-37*1Beam emitting directionSideFibre unit length2 m78.74" free-cutFibre unit diameterø1.0×2Minimum bend radiusR10 mm0.394"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Repetition accuracy―Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 6 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-38V*1Beam emitting directionFlatFibre unit length2 m78.74" free-cutFibre unit diameterø1.0×2Minimum bend radiusR10 mm0.394"Minimum detectable objectCopper wire with a diameter of 0.080.0031"*2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 5 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-42TZ*1Beam emitting directionFlatFibre unit length2 m78.74" free-cutFibre unit diameterø2.2×2Minimum bend radiusR2 mm0.079" Tough-FlexMinimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 24 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-45X*1Fibre unit length50 cm19.685" cannot be cutMinimum bend radiusR4 mm0.157"Minimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 4 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-47TZ*1Beam emitting directionSideFibre unit length1 m39.37" free-cutFibre unit diameterø1.0×2Minimum bend radiusR2 mm0.079" Tough-FlexMinimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 4 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-49X*1Sizeø1.5 mm0.059"Fibre unit length1 m39.37" cannot be cutMinimum bend radiusR4 mm0.157" high-flexMinimum detectable objectGold wire with a diameter of 0.005 mm0.0002" *2Environmental resistanceAmbient temperature-40 to +70 °C -40 to 158 °FWeightApprox. 3 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.

ModelFU-54TZ*1Optical axis diameter(Standard target to be detected)ø1 mm0.039"Beam emitting directionFlatFibre unit length2 m78.74" free-cutFibre unit diameterø2.2Minimum bend radiusR2 mm0.079" Tough-FlexMinimum detectable objectObject with a diameter of 0.005 mm0.0002"*2Environmental resistanceAmbient temperature-40 to +50 °C -40 to 122 °FWeightApprox. 25 g*1 For details on the detecting distance, see the fiber amplifier catalog.*2 The minimum detectable object is the value when the detecting distance and sensitivity have been set to their optimal state.