Cabo de rede DeLOCK M12 codificação X 8 polos ficha para ficha PUR (TPU) 1 m

The DeLOCK M12 X‑coded network cable with X‑coded 8‑pin M12 male connectors on both ends provides a 1 m connection for devices in industrial networks. The cable uses a PUR (TPU) sheath and is designed for reliable data transmission in automation, machine control and similar applications, with UL 94 certification for flame retardance and safety.

Advantages

This M12 cable supports X‑coded 8‑pin wiring for high‑speed Ethernet connections and features a polyurethane (PUR/TPU) outer sheath that is resistant to oils and UV exposure. The cable is manufactured for long service life and is suitable for demanding industrial environments; it meets drag‑chain requirements and is rated for up to 10 million bending cycles.

Suitable for

• Connecting machines and controllers in automation systems
• Industrial Ethernet links in harsh environments
• Use inside drag chains and moving cable carriers
• Interconnecting sensors, actuators and network devices with M12 X‑coded ports

Key specifications

• Connector: M12 X‑coded 8‑pin male to M12 X‑coded 8‑pin male
• Cable length: 1 m
• Sheath material: PUR (TPU), oil‑ and UV‑resistant
• Bending life: up to 10,000,000 cycles (drag‑chain suitable)
• Certification: UL 94 (flame retardance)

How to use

Connect the M12 X‑coded male connectors to compatible M12 X‑coded ports on the devices to be networked. Ensure proper panel or device thread engagement and secure connections according to the equipment manufacturer’s instructions. Route the cable to avoid sharp edges and excessive tensile stress; when installed in moving applications, place the cable inside an appropriate drag‑chain or carrier to ensure the specified bending cycles are not exceeded.

Recommendations

For best performance, use this DeLOCK M12 X‑coded cable within the specified temperature and mechanical load ranges of the connected devices, keep connectors clean and free of debris, and inspect the cable periodically for abrasion or damage when used in continuous movement applications.