M12 X Code to RJ45 Cat6A GigE Vision Cable
Keywords :
GigE Vision Ethernet Cable
Specification :
Screw Lock RJ45 Cable
Performance :
PCM-S-0598
Category :
GigE Vision Cable
Detail
M12 X Code to RJ45 Cat6A GigE Vision Cable
Premier Cable PCM-S-0598 bridges the gap between rugged field devices and high-speed control networks. This M12 X Code to RJ45 cable assembly is built to rigorous Cat6A standards, facilitating seamless 10Gbps data flow even in high-interference environments. By integrating a secure M2 horizontal thumbscrew locking mechanism on the RJ45 end, it eliminates the risk of accidental disconnection caused by industrial vibration or mechanical motion.

Specifications:
Part Number | PCM-S-0598 |
Connector A | M12 X-Code 8-Pin Male |
Connector B | RJ45 Male Plug with M2 Thumbscrews |
Locking Type | Horizontal Thumbscrew Locking |
Cable Category | CAT6A Industrial Ethernet |
Data Rate | Up to 10 Gbps |
Protocol Support | GigE Vision, PoE, Profinet, EtherCAT |
Key Features:
Robust M12 X-Code: Features a high-quality metal housing for superior durability and EMI shielding in harsh conditions.
10Gbps High-Speed Transmission: Fully compliant with Cat6A standards to support the massive bandwidth needs of GigE Vision data.
M2 Thumbscrew Horizontal Locking: Ensures a vibration-proof RJ45 connection, preventing signal loss or physical detachment in dynamic setups.
Universal Industrial Compatibility: Seamlessly integrates with GigE Vision, PoE, Profinet, and EtherCAT protocols for versatile network deployment across various platforms.

Applications:
Robotics & Motion Control: Engineered to withstand the constant movement of robotic arms and multi-axis automated motion systems.
Machine Vision & Industrial Cameras: Provides a stable 10G data link for high-resolution GigE cameras like Basler, Teledyne DALSA, and Cognex.
Factory & Process Automation: Facilitates reliable, high-speed sensor-to-server communication within digitized manufacturing plants and production lines.
Industrial Automation & Control Systems: Connects PLCs, HMIs, and mainframes across high-interference environments where standard Ethernet cables would fail.
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