Rack Adapter FLAT-PAK Series-19 in. Hinged

Ideal Use Cases

The RDL FP-RRAH is intended for installations that need to place one or more FLAT-PAK modules in a 19-inch rack. It is particularly relevant when module access and placement flexibility are central requirements. Because the adapter occupies two rack units, it creates a defined 2RU location for the installed modules. The hinged panel is useful in systems where access to those modules is needed after the adapter has been mounted. Whether the installation calls for a single FLAT-PAK module or multiple modules, the FP-RRAH provides a unified rack-mounting format for arranging them on its track system.

Why Choose This Model

The FP-RRAH combines four clearly specified attributes: compatibility with one or more FLAT-PAK modules, a 19-inch rack format, a 2RU footprint, and a hinged panel. Its exclusive track system provides flexible module placement instead of limiting the installation to one stated fixed arrangement. This combination makes the model a focused choice when both rack integration and continuing access matter. Selecting the FP-RRAH also establishes the required rack allocation in advance, since its two-rack-unit requirement is explicitly identified. The model is therefore easy to evaluate against a rack plan without relying on unspecified dimensional assumptions.

Installation and Integration

The supplied installation parameters are straightforward: the adapter fits a 19-inch rack, occupies two rack units, and mounts one or more FLAT-PAK modules. A rack layout should reserve the required 2RU space before installation. Within the adapter, the exclusive track system supports flexible placement of the selected modules. The hinged panel then provides access to those modules without changing the stated rack allocation. The available source data does not specify included mounting hardware, exact dimensions, load limits, materials, or fastening procedures. Those details should be confirmed in the FP-RRAH specification sheet before final installation planning. No electrical, signal, or power connections are listed for the adapter itself.

Performance Highlights

The performance highlights of the FP-RRAH are centered on physical organization and access. It accommodates one or more FLAT-PAK modules while using a predictable two-rack-unit section of a 19-inch rack. The track system supplies flexibility in module placement, allowing the adapter to support more than one stated module arrangement. Its hinged panel provides easy module access, which is the defining access feature of this model. Together, these elements describe a rack adapter designed around efficient use of a specified rack area, configurable module positioning, and accessibility after mounting.

What Makes It Different

• Mounts one or more FLAT-PAK modules.
• Occupies two rack units in a 19-inch rack.
• Uses an exclusive track system for flexible module placement.
• Includes a hinged panel that provides easy access to installed modules.

The hinged construction is the most direct distinction identified for the FP-RRAH. It combines the module-mounting track with a panel that can provide access rather than serving only as a fixed mounting surface. For ordering and project documentation, both the model and manufacturer part number are FP-RRAH. The package type is listed as a cardboard box, with a shipping weight of 1.92 pounds. This is a shipping value and should not be interpreted as the installed product weight.

Final Assessment

The RDL FP-RRAH is a purpose-specific rack adapter for integrating FLAT-PAK modules into a 19-inch, 2RU rack position. Its strongest reasons for consideration are the ability to mount one or more modules, flexible placement through the exclusive track system, and easy access through the hinged panel. It is a suitable match when those exact mechanical requirements align with the planned rack configuration. The source data does not provide dimensions, construction materials, mounting hardware details, or capacity limits, so those items should be verified from the available specification sheet when they affect the final system design.