Virtajohto Bachmann 320.186 musta 5 m

The Bachmann 320.186 power cable is a 5 m black mains lead designed for a maximum input voltage of 250 V and a rated current of 16 A. One end is fitted with a moulded central plug featuring a dual earthing contact system and splash-water protection; the other end is supplied stripped to 30 mm and fitted with end sleeves for straightforward connection to terminals or devices.

Advantages

This power cable combines a standard 5 m length with a robust moulded plug and dual earthing contacts to support safe earthing and secure connection. The splash-water protected plug adds an extra level of safety in damp environments, while the stripped and sleeved conductor end simplifies installation and ensures reliable contact at terminal blocks.

Suitable for

• Connecting electrical equipment to mains supply where a 5 m lead is required
• Professional and home installations that require a 16 A, 250 V rated cable
• Applications needing a moulded plug with earthing contacts and a stripped sleeved end for terminal connection

Key specifications

• Model: Bachmann 320.186
• Cable length: 5 m
• Rated voltage: 250 V
• Rated current: 16 A
• Colour: Black
• End 1: moulded central plug with dual earthing contact system, splash-water protected
• End 2: 30 mm stripped with end sleeves
• Brand: Bachmann
• MPN: 320.186
• EAN: 4016514002740

How to use

Insert the moulded plug (End 1) into a compatible mains socket rated for 250 V/16 A. Connect the stripped and sleeved conductors (End 2) to the device or terminal block, ensuring correct phase, neutral and protective earth connections. Tighten terminal screws to ensure secure contact and verify that the sleeved ends are fully inserted. Do not use the cable if the plug or insulation is damaged.

Recommendations

Use this cable only within its rated limits (250 V, 16 A). Avoid exposing the stripped end to moisture or conductive debris during installation. Inspect the plug and cable regularly for damage and replace the cable if any insulation cracks or conductors are exposed.