Power Distribution Unit Eaton HotSwap MBP 6000i Black

The Eaton HotSwap Maintenance Bypass (HotSwap MBP 6000i) is a modular power distribution accessory designed to maintain service continuity during maintenance, battery replacement and UPS upgrades. It adds additional receptacles and supports hot-swappable battery replacement from the front panel so the UPS can remain installed in the rack. The unit is compatible with Eaton UPS models such as the 5130, 9130, Evolution, Evolution S and EX and is finished in black.

Advantages

The HotSwap MBP provides continuous power to connected equipment while allowing maintenance activities without interrupting critical loads. It simplifies installation with multiple mounting options and increases the flexibility of power distribution by offering 5-15R and 5-20R receptacles. Its front-accessible hot-swap capability reduces downtime and risk during battery replacement and UPS servicing.

Suitable for (tasks / use cases)

• Data centre and server rack maintenance
• Hot-swappable battery replacement without rack removal
• UPS upgrades and servicing with continued load protection
• Adding extra receptacles to Eaton 5130, 9130, Evolution and EX series UPSs

Key specifications

• Compatible models: Eaton 5130, 9130, Evolution, Evolution S, EX
• Receptacle types: 5-15R and 5-20R
• Colour: Black
• Model / MPN: MBP6Ki

How to use

Install the HotSwap MBP according to the chosen mounting option (rear panel, top, left or right of the UPS, depending on model) and connect it to the UPS output. During maintenance or battery replacement, use the front-panel hot-swap interface to transfer the load through the bypass and replace batteries or service the UPS without removing the unit from the rack. Follow Eaton installation instructions and safety procedures provided with the product.

Recommendations

Use the HotSwap MBP in environments with compatible Eaton UPS models and ensure trained personnel perform installation and maintenance. Verify receptacle types and power requirements of connected equipment before use to maintain proper load distribution and safety.