Honeywell EDA52-QBC-1 Quad Battery Charger
The Honeywell EDA52-QBC-1 is a quad battery charging solution designed to maximize uptime for Honeywell EDA52 mobile computers in demanding enterprise environments. This four-bay charger enables rapid turnaround of fully charged 4500 mAh Li-Ion batteries, ensuring continuous device availability across multi-shift warehouse, distribution, manufacturing, and field service operations.
Key Features
- Quad-bay simultaneous charging capability for EDA52 batteries
- Compatible with 4500 mAh Li-Ion battery packs
- Optimized for 24/7 enterprise mobility workflows
- Reduces device downtime with rapid battery rotation
- Centralized battery management for IT-managed deployments
- Durable construction for warehouse and manufacturing environments
Technical Specifications
- Battery Compatibility: Honeywell EDA52 4500 mAh Li-Ion
- Charging Bays: 4 simultaneous
- Series/Family: EDA52
- Part Number: EDA52-QBC-1
Operational Applications
The EDA52-QBC-1 is ideal for organizations deploying multiple EDA52 devices across continuous operations. By maintaining a charged battery reserve, enterprises eliminate single-point device failures caused by battery depletion, supporting predictable uptime and reduced total cost of ownership. Typical deployments include:
- Warehouse and distribution center picking and receiving operations
- Manufacturing floor inventory and asset tracking
- Multi-shift field service and mobile workforce management
- Logistics and last-mile delivery environments
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The quad-bay charger represents essential infrastructure for enterprises committed to EDA52 deployment at scale. Organizations operating in 24/7 environments require battery redundancy to prevent workflow interruption. This four-bay solution aligns with typical device rotation patterns—allowing operators to swap discharged units while others charge simultaneously.
For IT teams managing device fleets, this charger reduces operational complexity by centralizing battery management outside of individual device charging cycles, supporting consistent availability across distributed workforces and minimizing productivity loss during shift transitions.
Product Documentation
