Sieťový kábel DeLOCK M12 kábel X-kódovaný 8-pólový konektor samec na RJ45 konektor samec PUR TPU 2m

The DeLOCK Network Cable M12 X-coded (8 pin male to RJ45 male) is a 2 m industrial Ethernet cable designed for reliable data transmission between devices with M12 and standard RJ45 interfaces. The cable features a PUR (TPU) sheath that is oil- and UV-resistant and meets UL 94 certification standards, making it suitable for machine control, automation and other industrial environments.

Advantages

This cable supports X-coded M12 connections with 8 pins, offering stable high-speed data transfer. The polyurethane (PUR/TPU) sheath provides resistance to oil and UV exposure. It is processed for high mechanical endurance and is compatible with both M12 and RJ45 male connectors. The cable length is 2 m, suitable for typical installation distances in control cabinets or machinery.

Suitable for

• Connecting sensors, actuators and controllers with M12 X-coded and RJ45 interfaces
• Machine control and industrial automation networks
• Use in drag chains and moving applications requiring high bending cycles

Key specifications

• Brand: DELOCK
• Model / MPN: 80442
• EAN: 4043619804429
• Connector A: M12 X-coded, 8 pin, male
• Connector B: RJ45, male
• Cable length: 2 m
• Sheath material: PUR (TPU), oil- and UV-resistant
• Drag chain suitability: up to 10 million bending cycles
• Certification: meets UL 94 standards

How to use

Connect the M12 X-coded male end to the corresponding M12 X-coded female socket on your device and plug the RJ45 male connector into the Ethernet port or switch. Route the cable avoiding sharp edges and excessive tensile stress. If installed in a drag chain, ensure the bend radius and fixation points follow the machine manufacturer's guidance to preserve the cable's bending cycle rating.

Recommendations

For reliable long-term performance in industrial settings, verify compatibility with your devices' M12 pinout and observe installation guidelines for bend radius and tensile load. Keep the cable away from strong chemical exposure beyond oil resistance, and inspect connections periodically for wear.