Conector modular Digitus Hirose TM31 para cable redondo CAT 6A

Digitus Hirose TM31 modular plugs for round cable CAT 6A are designed to provide quick, secure connections for shielded and unshielded round Ethernet cables. These RJ-45 compatible plugs accept cables with an inner diameter of 6 mm and are moulded from durable polycarbonate. Available in black and yellow and manufactured in Germany, each pack contains one modular plug suitable for CAT 6A networks.

Advantages

The modular plugs offer a compact design compatible with RJ-45 connectors and meet CAT 6A requirements for high-speed data transmission. Polycarbonate construction ensures mechanical durability while the 6 mm inner diameter provides a reliable fit for round cables. Colour options (black and yellow) aid in cable identification during installation and maintenance.

Suitable for

• Round CAT 6A Ethernet cables with approx. 6 mm inner diameter
• Network installations requiring RJ-45 terminations
• Patch panels, switches and wall outlets using RJ-45 connectors

Key specifications

• Brand: DIGITUS
• Model: Hirose TM31 (A-MO6A 8/8 HRS)
• Standard: CAT 6A
• Connector type: RJ-45 compatible modular plug
• Material: Polycarbonate
• Inner diameter (cable): 6 mm
• Colours: Black, Yellow
• Pack contents: 1 piece
• Manufacturer origin: Germany
• EAN: 4016032272144

How to use

Strip the outer jacket of the round CAT 6A cable to expose conductors, maintain proper pair twist as much as possible, and insert the wires into the TM31 modular plug following the RJ-45 pinout. Ensure the cable fits the 6 mm inner diameter before seating. Use an appropriate crimping or termination tool compatible with Hirose TM31 plugs to secure the connection. After termination, check the plug seating and continuity with a network tester before deploying the cable.

Recommendations

Use these modular plugs with cables that match the specified 6 mm inner diameter and CAT 6A performance to ensure reliable high-speed network operation. Store unused plugs in a dry environment and avoid excessive bending near the termination point to maintain signal integrity.