Cable BTR NETCOM M12 1m

The BTR NETCOM M12 1m cable is a shielded M12 Ethernet connection cable (Category 5e) designed for industrial data transmission. It provides a 1-metre connection with a straight M12 connector on one end and a free line on the other, featuring a green PUR jacket and construction suitable for automation and control system wiring.

Advantages

The cable uses a 4-pole M12 connector with an extrusion-coated transition at the connector for mechanical strain protection. Conductors are 4 x 0.75 mm² stranded tinned wires wrapped with plastic foil and an inner FRNC sheath with aluminum-coated foil. An overall shield of tinned copper braid (approx. 85% coverage) ensures improved EMI protection and reliable Profinet (WS-GE-BL-OR) wiring compatibility.

Suitable for

• Industrial Ethernet and Profinet connections
• Automation and control systems
• Machine-to-machine communication in harsh environments
• Wiring where space is limited and a compact M12 connector is required

Key specifications

• Length: 1 m
• Connector: M12, 4-pole, straight on free line end
• Category: Cat.5e
• Conductors: 4 x 0.75 mm² stranded, tinned
• Inner sheath: FRNC with aluminum-coated plastic foil
• Shielding: Overall tinned copper braid, ≈85% coverage
• Cable jacket: Green PUR
• Wiring standard: Profinet (WS-GE-BL-OR)
• Brand / MPN / EAN: BTR / 142M1D10010 / 4250184139409

How to use

Connect the M12 connector to the corresponding M12 socket on your device and route the free line end to the counterparty or distributor as required by your installation. Ensure correct Profinet wiring assignment (WS-GE-BL-OR) during termination. Secure cable routing to avoid sharp bends and mechanical strain; the extrusion-coated connector transition provides additional protection at the connector interface.

Recommendations

Use the cable within its mechanical and environmental limits — avoid excessive bending radii, tensile loads, and temperatures outside the specified range for PUR jackets. For reliable network performance, follow Profinet wiring conventions and verify shield continuity at both ends when connecting to grounded systems.