Extensão elétrica Bachmann 800.1656 27 tomadas AC interior cinzento vermelho

The Bachmann 800.1656 power extension is a compact indoor power distribution unit with 27 AC outlets, designed for reliable power delivery in data centres, server racks and network racks. It accommodates C13 and C19 couplers and operates at 400 V, 50 Hz with a maximum current of 16 A. The robust aluminium profile measures 44 x 47 mm in cross-section and has a depth of 1075 mm, offering a space-saving solution that preserves room for data cabling and rack ventilation.

Advantages

The unit combines a high outlet count with a narrow aluminium housing to maximize usable rack space while maintaining mechanical robustness. Compatibility with both C13 and C19 couplers ensures flexibility for varied server and networking equipment. Rated for 400 V and 16 A operation at 50 Hz, it meets typical data-centre electrical requirements and is intended for indoor rack installation.

Suitable for

• Power distribution in server racks
• Network rack power management
• Data centre cabinet installations

Key specifications

• AC outlets quantity: 27 AC outlet(s)
• AC outlet types: C13 coupler, C19 coupler
• Rated voltage/frequency: 400 V, 50 Hz
• Maximum current: 16 A
• Material and profile: Aluminium housing, 44 x 47 mm
• Dimensions (WxD xH): 44 mm x 1075 mm x 47 mm
• Colour: Grey, Red

How to use

Install the Bachmann 800.1656 horizontally or vertically inside a standard equipment rack according to rack-mounting guidelines and the rack manufacturer’s instructions. Connect input power from a compatible supply, then attach devices using appropriate C13 or C19 power cords. Observe the 16 A maximum current rating and ensure the connected load does not exceed this value. Maintain adequate airflow around the unit to support rack ventilation.

Recommendations

For safe operation, use certified C13/C19 cords, distribute load across outlets to avoid overloading any single circuit, and perform installations in compliance with local electrical codes and data-centre power management practices.