Bachmann 333.411 unità di distribuzione di alimentazione 6 prese AC 1U grigio argento

The Bachmann 333.411 Power Distribution Unit (PDU) is a 1U rack-mountable device providing six AC outlets for consolidated power delivery in server racks and equipment cabinets. It accepts a nominal input voltage of 230 V at 50 Hz and is presented in a grey-silver finish suitable for professional IT environments. The unit includes a residual current device with a tripping current of 30 mA for enhanced electrical safety.

Advantages

The compact 1U design saves rack space while supplying six AC sockets for multiple devices. Built from robust materials, the PDU is intended for continuous operation in data centers and technical rooms. Integrated residual current protection (30 mA) reduces the risk of electric shock and helps meet safety requirements. The neutral colour scheme allows easy integration into existing rack layouts.

Suitable for

• Server racks and network cabinets
• Small to medium data centers
• Telecommunications and control rooms
• Workstations requiring consolidated power distribution

Key specifications

• Brand: Bachmann
• Model / MPN: 333.411
• Form factor: 1U rack-mount
• Number of AC outlets: 6
• Nominal input voltage: 230 V
• Input frequency: 50 Hz
• Residual current device: yes, tripping current 30 mA
• Colour: grey / silver
• EAN: 4016514014545

How to use

Install the PDU into a standard 19-inch rack occupying 1U of vertical space. Connect the incoming mains supply according to local electrical codes and ensure the residual current device is correctly wired. Plug equipment into the six AC outlets, observing the maximum load limits of the rack and connected devices. Periodically inspect connections and the residual current device for proper operation.

Recommendations

For safe operation, have a qualified electrician perform installation and verify that circuit capacity and earthing meet local standards. Distribute load across outlets to avoid exceeding circuit ratings; use in temperature-controlled, dust-minimized environments for reliable long-term performance.