Transition Networks ION106-AAB-JP 6-slot Ac Ion Chassis

Product Description

The TRANSITION NETWORKS ION106-AAB-JP is a 6-slot AC-powered ION chassis designed for modular media conversion and network infrastructure deployments. The chassis accepts up to six ION-series media converter modules, allowing network technicians and installers to consolidate multiple conversion functions into a single rackmount or desktop unit. Built with redundant power support, the ION106-AAB-JP provides continued operation in the event of a power supply failure, making it appropriate for environments where uptime is a priority. It is sold as a single unit and is classified under enterprise power-over-ethernet device infrastructure.

The ION106-AAB-JP is suited for enterprise network installations where modular flexibility and reliability are required. Typical deployment scenarios include wiring closets, equipment rooms, and network infrastructure buildouts in commercial facilities. The chassis itself houses plug-in media converter modules, letting technicians configure the unit for specific fiber-to-copper or rate-conversion needs based on the modules installed. Installation is typically performed by licensed low-voltage or network cabling professionals.

Key Features

• 6 module slots accommodate a range of ION-series media converter cards
• AC power input with redundant power supply support for improved uptime
• Modular design allows field-configurable media conversion combinations
• Sold as a single chassis unit without modules included
• Classified as enterprise POE device infrastructure

Compatibility

Designed to accept TRANSITION NETWORKS ION-series plug-in media converter modules. Refer to TRANSITION NETWORKS ION platform documentation to confirm which specific modules are supported in this chassis.

Installation Notes

Installation should be performed by a qualified low-voltage network technician familiar with modular chassis systems. Power down the chassis completely before inserting or removing modules to avoid damage to the unit or installed cards. Follow applicable local codes and the manufacturer documentation for rack mounting, grounding, and power connection procedures. Verify that the AC power source voltage and current ratings match the chassis requirements before energizing the unit.