Luoshida M4 Size Elbow 90 Degree Diffuse Fiber Optical Sensor Switch With Low Cost Fiber Sensor M3,M4,M6 Diffuse 90 Degree series Type Material Size of the fiber core The Min. Detect object Sn(without focusing ... Baca lebih lanjut
DC M6 Infrared Light Small Diffuse Photoelectric Proximity Sensor Switch 200mm Distance Adjustable Brief introduction about the sensor : Series : DC M6 photo sensor diffuse mode Size : M6*0.5*25mm Housing ... Baca lebih lanjut
Luoshida M3 Elbow 90 Degree Bend Throught Beam Mode Fiber Optical Sensor For Detector M3,M4,M6 Through beam 90 Degree Type Material Size of the fiber core The Min. Detect object Sn(without focusing mirror) ... Baca lebih lanjut
DC M6 90 Degree Bend Elbow Ultra-Mini Laser Proximity Sensor Switch For Position Detector Brief introduction about the sensor : Series :Diffuse DC M6 Ultra-Mini laser sensor(90 degree bend) Size :M6*0.75*24mm ... Baca lebih lanjut
Luoshida Elbow 90 Degree Diffuse Fiber Optical Sensor For All Fiber Amplifier Application M3,M4,M6 Diffuse 90 Degree series Type Material Size of the fiber core The Min. Detect object Sn(without focusing mirror... Baca lebih lanjut
DC M6 Ultra-Mini Laser Proximity Sensor Switch For Position Laser Sensor Distance Adjustable Product quick details : Series :Diffuse DC M6 Ultra-Mini laser sensor Size :M6*0.5*24mm Housing Material :Stainless ... Baca lebih lanjut
Item Parameter Brand LUOSHIDA Model LSD‑C71 Product Type RGB Color Fiber Optic Amplifier Light Source RGB 4‑element LED Detection Mode C / C1 / MARK 3 Modes Response Time C/MARK:50μs; C1:130μs Display Dual ... Baca lebih lanjut
M6 Throught Beam Mode Fiber Optical Sensor Elbow 90 Degree Bend For Fiber Amplifier M3,M4,M6 Through beam 90 Degree Type Material Size of the fiber core The Min. Detect object Sn(without focusing mirror) ... Baca lebih lanjut
DC M6 Small Spot Size Visible Light 660nm Cylindrical Through Beam Laser Proximity Sensor Switch Quick detail information about the sensor : Series : M6 Ultra-Mini laser sensor through beam Size :M6*0.75*24mm ... Baca lebih lanjut