Chassis

Key features IANOS 19" lite chassis

Quick and easy access to patch cords

• The IANOS lite chassis is designed to provide easy handling and a fast and
  complete access to the connectors. The unique design also allows installers
  easy access from the back and the front of the IANOS lite chassis when
  installing fibers. Cable guides allow an easy and safe handling and routing
  of the patch cords on both sides.

No disruping of live patch cords

• The fixed tray design provides highly secure connections with no disruption to
  pre-installed patch cords and modules. The simple design of the chassis and
  extra space between the modules allows the addition or removal of patch
  cords even when other connections are live. This in turn reduces the risk of
  downtime and additional damage to the patch cords.

Fast MAC's

• Because the modules do not need to be pulled out during patching, a fast
  and straightforward patching is possible. The integrated cable management
  system enables easy, quick and scalable cabling throughout the lifecycle of
  the product

Key features IANOS HD chassis

Clearer and faster identification

• The IANOS chassis is fully loaded with numerous identification areas for clearer
  and faster traceability. Doors can be labelled for identification or to show redundant
  feeds. Patching rows, module positions and of course port positions are all
  clearly marked on the product itself. There is even a slide out label in the center
  of the chassis for additional information.

Quick and easy access to patch cords

• Because the IANOS chassis is constructed with three sliding trays on the left
  and right hand side of the chassis, access to connectors is fast and easy.
  Each tray can be slid out independently so that there is minimum disruption to
  pre-installed cords.

Split design for improved cable separation

• Standardisation bodies such as TIA and IEC, recommend that redundant cable
  paths are created in the data center. The IANOS system facilitates this by
  completely separating cables entering or exiting the chassis. The benefit of this
  is zero disruption to redundant paths and much clearer identification of live/
  redundant traffic.