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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Weidmüller 1522100120 is a sensor and actuator cable belonging to the IE-C5DS4VG0120A60A60-E series. It is designed for industrial data transmission applications, specifically utilizing M8 or M12 connectors as indicated by manufacturer categorization. The product is supplied cut from a full reel tape, indicating it is a non-stocked item manufactured to order. This configuration supports flexible deployment in automation environments where specific cable lengths are required for wiring sensors and actuators.
This component is classified as a non-stocked item and is produced upon request. Buyers should verify RoHS compliance status directly with the manufacturer or authorized distributor prior to ordering, as exemption details may apply. Lead times and availability are subject to production schedules for cut-from-reel items. Confirm exact length requirements during the procurement process to ensure accurate manufacturing.
Select this model when integrating M8 or M12 based devices into an automation network requiring custom cable lengths. Verify that the application environment matches the cable's technical specifications for data transmission. Ensure compatibility with existing connector housings and mating ports. Consult official documentation for detailed electrical characteristics and environmental ratings before finalizing the design.
Weidmüller specializes in industrial connectivity solutions, including terminal blocks, PCB connectors, and cable assemblies. The 1522100120 falls under their sensor and actuator cable portfolio, supporting the company's focus on reliable data and power transmission in automated environments. The brand emphasizes modular and efficient connection technologies for modern industrial infrastructure.
Verify pinout configurations and connector gender (male/female) when substituting. Ensure the replacement cable meets the same data transmission standards and physical interface dimensions (M8/M12). Check for identical shielding requirements if used in high-interference environments.