Banner Engineering Maxi-Beam® SM2A312LVAG Industry Standard Sensor, Rectangle Shape, 2000 mm Sensing

Photoelectric Retroreflective Sensors
13465 MFG #: SM2A312LVAG
BANNER®
178.95000 / ea
  • Catalog Number: SM2A312LVAG
  • Connection Type: 2 m Cable
  • Country of Origin: USA
  • Enclosure Type: NEMA 1/2/3/3S/4/4X/6/12/13/IP67
  • Environmental Conditions: 90% at 50 deg C Maximum Operating Relative Humidity
  • Gross Weight Per Pack: 1 lb
  • Light Source: LED
  • Mounting Type: M18
  • Operating Temperature: -20 to 70 °C
  • Sensing Method: Retro Reflective/Polarized
  • Size: 65.8 mm L x 12 mm W x 30.7 mm H
  • UNSPSC: 39121528
  • UPC 11: 66248826055
  • UPC 12: 66248826055
  • Voltage Rating: 24 to 240 VAC
  • Stock Status: NORMALLY STOCKED
  • Brand: BANNER®
  • Manufacturer: Banner Engineering Corp.
  • Output Type: Solid State AC Switch
  • Response Time: 4 ms
  • Sensing Beam: Visible Red LED
  • Sensing Range: 2000 mm
  • Shape: Rectangular
Banner Engineering Maxi-Beam® Industry Standard Sensor, Rectangle, Retro Reflective/Polarized Sensing Method, 2000 mm Sensing Range, Visible Red LED Sensing Beam, 4 ms Response, Solid State AC Switch Output, 24 to 240 VAC, 2 m Cable, LED Light Source, 65.8 mm L x 12 mm W x 30.7 mm H, NEMA 1/2/3/3S/4/4X/6/12/13/IP67, -20 to 70 deg C Operating, M18 Mount, Environmental Conditions: 90% at 50 deg C Maximum Operating Relative Humidity
QTY
  • Features
Rectangular with M18 barrel housing style; Compact, modulated, highly repeatable sensors; Choose standard visible model for highest excess gain and greatest range, or polarized models for detection of shiny objects; Switch-selectable for light-operate or dark operate; Low leakage current and saturation voltage; Physically and electrically interchangeable with 18 MM barrel-typephotoelectrics; Protected against false pulse on power-up and inductive load transients; Controls are located on rear panel of sensor and protected by a gasketed, clear acrylic cover; Totally encapsulated, O-ring sealing, and stainless steel screws; MINI-BEAMs may be destroyed from overload conditions; Use on low voltage requires careful analysis of the load to determine if the leakage current or on state voltage of the sensor will interfere with proper operation of the load; The