Telemecanique XMLA035B2S11 NAUTILUS Telemecanique™ OsiSense® XMLA 1-Pole Electromechanical Pressure Sensor Fixed Differential Pressure Switch With Local Display, 0 to 507.5 psi Pressure, 18.13 psi Differential, 1CO Contact

Pressure Control Switches
PDW~10419884 MFG #: XMLA035B2S11
Telemecanique Sensors
286.00000 / ea
  • Alternate Catalog Number: XMLA035B2S11
  • ARRA Compliant: N
  • Buy American Compliant: N
  • Catalog Number: XMLA035B2S11
  • Country of Origin: CZ
  • Currency: USD
  • EU RoHS Indicator: Y
  • Gross Weight Per Pack: 1.6100 lb
  • Gross Weight per Pack Metric: 730.00
  • Gross Weight UOM Metric: g
  • Harmonization Tariff Schedule Code: 9032200000
  • Height: 4.2000 in
  • Height [Metric]: 4.2000 cm
  • Item Group: 22661
  • Length: 12.5000 in
  • Length [Metric]: 12.5000 cm
  • Material Composition Declaration: https://checkaproduct.se.com/DistantRequestDispatcher.aspx?action=export&pid=861606&lang=en-us
  • Returnable: N
  • Substitute Product Catalog Number: XMLZL003
  • UNSPSC: 39122210
  • Warranty Description: Contractual Warranty:18 months
  • Width: 8.5000 in
  • Width [Metric]: 8.5000 cm
  • Brand: Telemecanique Sensors
  • Manufacturer: Telemecanique Sensors
Telemecanique Sensors NAUTILUS Telemecanique™ OsiSense® XMLA Pressure Switch, 1-Pole Electromechanical Pressure Sensor Fixed Differential, Series: XMLA, 0 to 507.5 psi Pressure, 18.13 psi Differential, 652.67 psi Maximum, 1CO Contact Configuration, 120 cpm Operating Cycles, -13 to 158 deg F, 1/4 in BSP Female/Screw Clamp Connection, Silver Connection, Buna-N Diaphragm, IP66 Enclosure, 4.45 in H x 1.38 in W x 2.95 in D Dimensions
QTY
  • Applications
  • Features
Industrial Applications Such as Material Handling by Suction Pad, Vacuum Former, Water Pumping and Treatment, Irrigation, Air Compressor, Machine Tools, Molding Machine, Stamping Machine, Press, Mobile Crane, HVAC, Railway and more Generally all Pneumatic or Hydraulic Industrial Systems Applications
High level of reliability and quality, long life duration
Very simple products thanks to the electromechanical technology