Hubbell Premise Wiring HSQ3636W Quadcab Wall Mount Cabinet

Product Description

The HUBBELL PREMISE WIRING HSQ3636W is a wall-mount structured wiring cabinet in a 3-high QuadCab configuration. It is designed to house and organize low-voltage wiring distribution components in residential and light commercial installations. The wall-mount design allows the cabinet to be surface-mounted to a wall stud bay or flat surface, keeping structured wiring runs centralized and accessible. Licensed low-voltage and electrical contractors typically specify this type of enclosure during rough-in and finish phases of new construction or renovation work.

The HSQ3636W fits applications where a centralized distribution point is needed for low-voltage systems such as data, voice, and multimedia wiring. Its QuadCab format accommodates modular inserts and panels, making it a practical choice for structured wiring installations in single-family homes, multi-unit residential buildings, and small commercial spaces. The 3-high configuration provides additional capacity for stacking multiple module rows compared to single or double-high variants.

Key Features

• Wall-mount design for surface installation on wall framing or flat surfaces
• 3-high QuadCab configuration for expanded modular insert capacity
• Supports centralized low-voltage distribution in structured wiring systems
• Accepts compatible QuadCab modular inserts and distribution panels
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style enclosure for use within the HUBBELL PREMISE WIRING QuadCab structured wiring system, accepting compatible QuadCab modular inserts and panels.

Installation Notes

Installation is typically performed by a licensed low-voltage technician or electrician in accordance with applicable NEC low-voltage wiring requirements. Before installing or servicing the cabinet, ensure all circuits routed through the enclosure are de-energized. Secure the cabinet to structural wall members using appropriate fasteners for the mounting surface. Do not exceed the load capacity of the modular insert slots when populating the cabinet with distribution modules.