Autonics photoelectric micro sensor Through-beam type BS3-U1M-P Type_22^NF Type Suitable for pipe made of:

Suitable for pipe made of:

Specification item model symbol Specification information built-in magnet - No built-in magnet installation support B Through hole (standard) form - pneumatic type tube inner diameter 25 tube inner diameter 25mm Types of port screws - Rc/M screw cylinder stroke 5 cylinder stroke 5mm body options C With rubber cushion Auto switch mounting groove - No auto switch mounting groove auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

Specification item model symbol Specification information With auto switch D With auto switch Mounting support type A Bottom installation type tube inner diameter 20 tube inner diameter 20mm cylinder stroke 50 cylinder stroke 50mm dual stroke mark - No dual stroke mark cylinder stroke 2 - Cylinder stroke 2 None Rod end screw shape - rod end male thread rod end bracket - no metal fittings auto switch - Without auto switch Auto switch additional symbol - 2 with or without Custom made specifications - standard

19mm Impact Socket 9800 21mm Impact Socket 22mm Impact Socket 24mm Impact Socket 27mm Impact Socket 30mm Impact Socket 32mm Impact Socket 33mm Impact Socket 34mm Impact Socket 35mm Impact Socket 36mm Impact Socket 38mm Impact Socket 40mm Impact Socket 41mm Impact Socket 46mm Impact Socket 50mm Impact Socket 55mm Impact Socket Blow Case

Autonics photoelectric micro sensor Through-beam type BS3-U1M-P Type_22^NF Type Suitable for pipe made of:Sensing type Through beam type Sensing distance 5mm Sensing target Opaque Min. sensing target 0. 8 mm 1. 8 mm Hysteresis(distance) 0. 05mm Response time Light ON: Max. 20, Dark ON: Max. 100 Response frequency 2kHz Light source Infrared LED Peak emission wavelength 940nm Operation mode Light ON Dark ON(set by control wire) Indicator Operation indicator (red LED) Weight Approx. 50g Power voltage 5 24VDC 10%(ripple P P : max. 10%) Current consumption