BANNER Q4XTILAF100-Q8 Laser Distance Sensor: Q4X Series

Q4X Sensor Series
910938 MFG #: Q4XTILAF100-Q8
BANNER®
542.89000 / ea
  • Adjustment Type: Push Button; Remote Teach
  • Analog Output: 4-20 mA
  • Analog Resolution|Discrete Repeatability: 0.15
  • Catalog Number: Q4XTILAF100-Q8
  • Connection: Integral QD
  • Country of Origin: US
  • Delay at Power~up [ms]: 750
  • Gross Weight Per Pack: 0.2500 lb
  • Housing Style: Rectangular w/M18 Mount
  • Indicator: Display; LED(s)
  • Input|output Communication: Analog
  • IP Rating: IP67; IP68; IP69K
  • Laser Class: Class 1
  • Max Operating Temperature [ °C]: 50
  • Max Sensing Distance [Metric]: 100
  • Min Operating Temperature [ °C]: -10
  • Minimum Sensing Distance [Metric]: 25
  • Number of Pins: 5
  • Output Protection: Protected against continuous overload and short circuit
  • Power Supply: 12-30 V dc
  • Primary Housing Material: Stainless Steel
  • QD Type|Cable Length: M12 (Euro) requires mating cordset
  • Sensing Beam Wavelength [nm]: 655
  • Sensing Mode [Detailed]: Background/Foreground Suppression
  • Sensing Mode [General]: Proximity
  • Shock: MIL-STD-202G, Meth. 213B, Cond. I (100G 6x along X, Y & Z axes, 18 total shocks) w/ sensor operating
  • Standards: CE Marked, UL Listed
  • Storage Temperature: -25 to 75
  • Temperature Effect: +/- 0.05 mm/°C
  • UPC 11: 66248894885
  • UPC 12: 66248894885
  • Vibration: MIL-STD-202G req. Method 201A (vibration:10 to 60Hz max., double amplitude 0.06", max acc. 10G).
  • Window Material: Acrylic
  • Stock Status: NORMALLY STOCKED
  • Brand: BANNER®
  • Manufacturer: Banner Engineering Corp.
  • Sensing Beam: Visible Red Laser
QTY
  • Features
-25 to 75 deg C storage temperature
10 ms warm-up time
655 nm visible red sensing beam
Acrylic window
Rectangular with m18 mount housing style
Stainless steel primary housing material
18 mm barrel diameter
Remote teach type push button adjustment
Protected against reverse polarity and transient overvoltage's
Euro M12 5-pin integral connector connection
95% at 55 deg C non-condensing relative humidity