Verkkokaapeli DeLOCK M12 kaapeli A-koodattu 8-napainen uros naaras Cat5e 2 m musta

This industrial Ethernet cable by Delock connects devices with M12 connectors for machine control and automation tasks. It is A-coded with an 8‑pin male to female configuration, conforms to Cat5e, and has S/FTP shielding to reduce electromagnetic interference. The cable is 2 m long and comes in black with a durable PVC jacket for industrial environments.

Advantages

The A-coded M12 8‑pin connectors provide a standardized, secure connection for industrial equipment. Cat5e specification supports reliable high-speed data transmission for typical automation networks. S/FTP shielding offers enhanced protection against crosstalk and external electromagnetic interference. The PVC jacket increases mechanical resistance and suitability for harsh environments.

Suitable for

• Connecting sensors, actuators and controllers with M12 ports
• Machine control and industrial automation networks
• Fieldbus and Ethernet-based industrial communications
• Applications requiring short fixed-length interconnects (2 m)

Key specifications

• Brand: DELOCK
• Model / MPN: 80804
• EAN: 4043619808045
• Cable length: 2 m
• Connectors: M12 A-coded 8 pin male to female
• Category: Cat5e
• Shielding: S/FTP
• Colour: Black
• Jacket material: PVC

How to use

Inspect connector pins for damage before installation. Align the M12 male and female connectors and tighten by hand until secure; if applicable, use the recommended torque from the equipment manufacturer. Route the 2 m cable to avoid sharp bends and mechanical stress, and keep it separated from strong power lines to minimise interference. For permanent installations, ensure strain relief and proper mounting of cable runs.

Recommendations

Use this Cat5e S/FTP M12 cable for short interconnections in industrial automation and machine control; avoid exposure to chemicals or temperatures beyond the PVC jacket's specifications and follow device manufacturer guidance for connector torques and grounding to maintain signal integrity.