EATON HotSwap MBP IEC

The EATON HotSwap MBP IEC is a smart bypass module for supported Eaton UPS systems. It lets you service or replace the UPS without cutting power to connected equipment. As a result, it helps reduce downtime and keeps key devices running during maintenance.

Key Benefits

• Allows UPS maintenance without interrupting the load
• Helps keep servers, network devices, and IT equipment powered
• Uses IEC input and output connections for easy setup
• Includes a manual bypass switch for fast transfer
• Compact design fits neatly into many IT and office spaces
• Ideal for small business, network, and edge power setups

Product Overview

This Eaton HotSwap MBP is designed for users who need power continuity during UPS service. In addition, it provides a practical way to replace or upgrade a UPS while connected equipment stays online. That makes it a useful choice for offices, retail sites, and network rooms.

The IEC version is well suited to installations that use common IEC power connectors. Therefore, it supports clean cable management and simple integration with compatible Eaton UPS models. Its straightforward layout also helps speed up installation and daily use.

Features

• Hot-swappable maintenance bypass function
• Manual transfer switch for service operations
• IEC connection format
• Built for compatible Eaton UPS applications
• Supports continuous power to connected loads during UPS maintenance

Why Choose It

If uptime matters, this module adds real value at a sensible cost. It improves service flexibility and lowers the risk of planned downtime. At the same time, it helps protect productivity by keeping essential systems available when UPS work is needed.

Typical Uses

• Small server rooms
• Network cabinets
• Retail and POS systems
• Office IT equipment
• Edge computing environments

Compatibility Note

This product is intended for use with selected Eaton UPS models that support a HotSwap Maintenance Bypass module. Therefore, checking system compatibility before purchase is strongly advised.