Bachmann BlueNet BN0500 elosztóegység

The Bachmann BlueNet BN0500 is a metered power distribution unit designed for reliable rack- or cabinet-mounted power management. It provides 12 IEC320 C13 appliance sockets, an integrated power meter with an LCD display, and a 2.0 m H05VV-F 3G 1.5 mm² mains cable with a right-angle earthed plug. The unit supports a nominal input voltage of 230 V, a maximum current of 32 A and operates at 50 Hz, making it suitable for professional IT and AV installations.

Advantages

The BlueNet BN0500 combines centralized distribution and local power metering in one compact unit, allowing easy monitoring of current draw via the built-in display. With twelve C13 outlets it supports multiple non-heating appliances and devices, while the 2.0 m cable with right-angle earthed plug simplifies installation in confined rack spaces. Its black finish and standardized connectors ensure compatibility with common server and network equipment.

Suitable for

• Server racks and network cabinets
• AV racks and broadcast equipment
• Small data centres and edge installations
• Workstations with multiple peripherals

Key specifications

• Model: Bachmann BlueNet BN0500 (MPN: 800.2055)
• AC outlets: 12 × IEC320 C13 (non-heating appliance sockets)
• Cable: 2.0 m H05VV-F 3G 1.5 mm², black, right-angle plug with earthing contact
• Nominal input voltage: 230 V
• Maximum current: 32 A
• Frequency: 50 Hz
• Colour: Black
• EAN: 4016514088362

How to use

Mount the BlueNet BN0500 in the rack or place it on a stable surface and connect the right-angle earthed plug to a suitable 230 V, 32 A supply outlet. Plug equipment into the twelve IEC320 C13 sockets as required. Use the integrated LCD meter to read real-time current measurements and monitor load to avoid overloads. Follow standard electrical safety procedures when connecting and disconnecting devices.

Recommendations

Position the unit to allow easy access to the C13 outlets and ensure adequate ventilation around connected devices. Verify the upstream circuit rating before connecting high-current equipment and distribute loads across outlets to prevent exceeding the 32 A maximum.