• Connector Solution 216D-XXFSA
  • Connector Solution 216D-XXFSA
  • Connector Solution 216D-XXFSA
  • Connector Solution 216D-XXFSA
M12 Two Piece Insert, D-Code, XXPin Female DIP Type
216D-XXFSA
M12 Two Piece Insert, D-Code, XXPin Female DIP Type

ATTEND offers robust M12 two-piece connectors designed for industrial automation and sensor signal transmission, featuring modular construction with separate plastic contact carriers and metal threaded coupling shells. These connectors support A, D, and X coding options, providing reliable and versatile solutions for various industrial communication needs.
MAIN FEATURES
*
  • Flexible modular design for easy assembly and maintenance
  • Multiple coding options to support diverse communication protocols
  • High ingress protection and electromagnetic compatibility (EMC)
  • Space-saving and reliable connection suitable for harsh industrial environments
  • Pick and place assembly to reduce the working time.
APPLICATIONS
Industrial networks
  • Industrial Automation
  • Transportation & Rail Systems
  • Ethernet & Fieldbus Communication
  • Agriculture and Outdoor Equipment
  • Machinery and Telecommunications
  • Medical Devices

M12 Female Two-Piece Connector Installation Methods & Panel Cutout DimensionsM12 male two-piece installation method
Product Specification Comparison Table
Part NumberMate P/NPin AssignmentPin Count
             216D-04FSA             216D-04MO0
216D-04MF0
216D-04FSA4Pin
Product Specification Comparison Table
Part NumberMate P/NPin AssignmentPin Count
216D-05FSA216D-05MO0
216D-05MF0
Pin Assignment5Pin
 
SPECIFICATION
ELECTRICAL
Current Rating4A
4 Pin Voltage Rating250V
5 Pin Voltage Rating60V
ENVIRONMENTAL
Operating temperature range-40°C~+85°C
DOWNLOAD
CATEGORYTITLESIZEFILE TYPEDOWNLOAD
Drawing216D-04FSA80 KBPDF: DrawingDownload
3D216D-04FSA103 KBRAR: 3D FileDownload
Drawing216D-05FSA83 KBPDF: DrawingDownload
3D216D-05FSA128 KBRAR: 3D FileDownload
Drawing216-00F0B146 KBPDF: DrawingDownload
Drawing216-00F0B-0176 KBPDF: DrawingDownload
Drawing216-000464 KBPDF: DrawingDownload