Cavo di alimentazione Bachmann 305.184 nero 2 m

The Bachmann 305.184 Black 2 m power cable is a 2‑metre mains lead designed to provide a reliable connection between electrical devices and power outlets. The cable comes in black, is individually packed and is intended for standard power distribution where a right‑angled plug and ferrule‑terminated conductors are required.

Advantages

This cable features a moulded right‑angled plug with a dual earthing contact system for safe grounding, and the other end is supplied 30 mm stripped and fitted with ferrules for secure terminal connection. It is constructed to meet conductor temperature ratings up to 70 °C and is delivered as an individually packed unit to preserve condition until installation.

Suitable for

• Connecting equipment to mains outlets in home and office environments
• Devices requiring a right‑angled plug to save space or improve cable routing
• Installations where ferrule‑terminated conductors are needed for secure screw‑terminal connections

Key specifications

• Brand: Bachmann
• Model / MPN: 305.184
• Length: 2 m
• Colour: Black
• End 1: moulded right‑angled plug with dual earthing contact system
• End 2: 30 mm stripped with ferrules
• Maximum conductor load rating: according to conductor cross‑section, 70 °C
• Packaging: individually packed

How to use

Insert the moulded right‑angled plug into a compatible mains socket and connect the stripped ferrule ends to the device’s terminal block or wiring point, ensuring correct live, neutral and earth connections. Tighten terminal screws to the manufacturer’s torque specification and verify that the ferrules are seated correctly to prevent loose conductors. Do not use the cable if the insulation is damaged or if terminals are exposed.

Recommendations

Use this power cable only within the conductor temperature and current limits defined by the connected equipment and local wiring regulations. Avoid routing the cable across sharp edges or heat sources and replace the cable if any signs of wear, damage or overheating appear.