Power Distribution Unit Bachmann 800.0107

The Bachmann 800.0107 is a 1U rack-mount power distribution unit designed to deliver organised AC power distribution for equipment in server cabinets and technical racks. It provides 15 AC outlets and comes with a 3 m mains cable. The device is built for three-phase operation with a nominal input voltage of 400 V and a maximum current rating of 16 A. Its compact dimensions (821 mm × 47 mm × 44 mm) allow straightforward installation in standard 19-inch racks while conserving space and maintaining cable routing clarity.

Advantages

The unit combines a high outlet count in a slim 1U housing, enabling efficient use of rack space and reducing the need for multiple distribution modules. Three-phase compatibility supports balanced power delivery for higher power loads and reduces single-phase overload risk. A 3 m power cable simplifies placement options within racks and helps reach wall outlets or distribution panels without additional cabling. Rugged construction and standard rack form factor ensure reliable integration with existing infrastructure.

Key specifications

• Form factor: 1U rack-mount
• Number of AC outlets: 15
• Input system: three-phase
• Nominal input voltage: 400 V
• Maximum current: 16 A
• Cable length: 3 m
• External dimensions (W × D × H): 821 mm × 47 mm × 44 mm

How to use

Install the unit in a 19-inch rack using suitable mounting brackets or screws, positioning it where outlets and the 3 m cable reach required equipment and mains connection points. Connect the incoming three-phase supply to the unit following local electrical regulations and ensure the supply matches the nominal 400 V and does not exceed the maximum 16 A rating. Distribute connected devices across the available outlets to balance the load where possible. Regularly inspect power connections and ensure adequate ventilation around the rack to maintain safe operating temperatures.

Recommendations

Place high-draw devices on separate phases when possible to avoid overloading a single phase, verify local grounding and protective devices before commissioning, and schedule periodic checks of connections and cable condition to maintain reliable power distribution.