Telemecanique XUSL2E4BB091N Type 2 Safety Light Curtain, 29.4 mm W, 910 mm H Protected, 0 to 12/0 to 4 m by Cabling Operating, 4 Beams, 1053 mm OAH

Safety Light Curtains
PDW~11801121 MFG #: XUSL2E4BB091N
Telemecanique Sensors
588.13000 / ea
  • Alternate Catalog Number: XUSL2E4BB091N
  • Application: For body protection
  • ARRA Compliant: N
  • Buy American Compliant: N
  • Catalog Number: XUSL2E4BB091N
  • Country of Origin: IT
  • Currency: USD
  • EU RoHS Indicator: Y
  • Gross Volume Per Pack: 2116.80
  • Gross Volume per Pack Metric: 34688.00
  • Gross Weight Per Pack: 7.9600 lb
  • Gross Weight per Pack Metric: 3.61
  • Gross Weight UOM Metric: kg
  • Harmonization Tariff Schedule Code: 8541498000
  • Height: 14.5000 in
  • Height [Metric]: 14.5000 cm
  • Item Group: 22455
  • Length: 111.5000 in
  • Length [Metric]: 111.5000 cm
  • Material Composition Declaration: https://checkaproduct.se.com/DistantRequestDispatcher.aspx?action=export&pid=388526782&lang=en-us
  • Response Time: 3.5 ms
  • Returnable: Y
  • Substitute Product Catalog Number: XZCP1164L5
  • UNSPSC: 46171620
  • UPC 11: 785901769200
  • UPC 12: 785901769200
  • Warranty Description: Contractual Warranty:18 months
  • Width: 20.0000 in
  • Width [Metric]: 20.0000 cm
  • Brand: Telemecanique Sensors
  • Manufacturer: Telemecanique Sensors
  • Number of Beams: 4
Telemecanique Safety Light Curtain, Type 2, Series: XUSL2E, 29.4 mm W Size, 910 mm Protected Height, 0 to 12/0 to 4 m by Cabling Operating, 4 Beam, 1053 mm Overall Height, 3.5 ms Response, 5 deg at 3 m Aperture Angle, LED Light Source, 24 VDC Supply, 2 OSSD Solid-State PNP Arc Suppression Safety Output, 2 A Supply, 0.4 A Output Current, Automatic/Manual Reset, Aluminum Housing Material, IP65/IP67 Enclosure, 5-Pin M12 Male Connector Transmitter/8-Pin M12 Male Connector Receiver Connection, -13 to 158/-31 to 158/14 to 131/-22 to 131 deg F Storage/Operating
QTY
  • Applications
  • Features
For body protection
Test muting through external safety module XPSLCMUT1160 LED display of operating modes and faults