Kabel Bachmann H05VV-F 5G 2,5mm² wit 3 m

The Bachmann H05VV-F 5G 2.5mm² cable, 3 m long and finished in white, is a flexible supply cable with five conductors designed for connecting appliances and equipment. Constructed with PVC insulation rated to 70°C and ferrule-ready conductor ends, it provides reliable conductivity and mechanical durability for residential and commercial installations.

Advantages

This cable combines a standard H05VV-F construction with five cores of 2.5 mm² cross-section, making it suitable for circuits that require multiple conductors. The PVC sheath gives mechanical protection and heat resistance up to 70°C, while the conductor preparation with ferrules (aderendhülsen) ensures secure, low-resistance terminations in screw or clamp connections. The white outer jacket offers a neutral appearance for visible installations.

Suitable for

• Connecting household and light commercial appliances
• Powering equipment that requires multiple conductors (5G)
• Temporary or semi-permanent wiring where a flexible PVC-sheathed cable is acceptable

Key specifications

• Brand: Bachmann
• Model / MPN: 119.272
• EAN: 4016514001064
• Type: H05VV-F flexible power cable
• Conductors: 5G (five cores)
• Conductor cross-section: 2.5 mm²
• Length: 3 m
• Sheath material: PVC
• Temperature rating: up to 70°C
• Conductor ends: prepared for ferrules (aderendhülsen)

How to use

Cut the cable to the required length and strip the outer sheath and individual conductor insulation to the appropriate length for your terminals. Crimp ferrules onto each conductor where needed, then insert into compatible screw or clamp terminals and tighten to the manufacturer's torque specification. Route the cable to avoid sharp edges and heat sources; secure with suitable clips or ties. Verify connections and test the circuit before putting equipment into service.

Recommendations

Use this Bachmann 5G 2.5 mm² H05VV-F cable for indoor and protected installations; avoid permanent outdoor exposure or burial. Ensure the cable type and conductor size match local wiring regulations and the electrical load of connected equipment.