Hammond 14r0707 Back Plate 6.75 X 6.88 in 8x8 Enclosure

Product Description

The HAMMOND 14r0707 is a galvanized steel inner back plate designed to mount inside compatible enclosures, providing a clean, rigid surface for securing electrical components, DIN rails, terminal blocks, and other hardware. Part of the 14R Series, this panel measures 6.75 inches in length and 6.88 inches in width, sized to fit inside 8-inch by 8-inch enclosures. The galvanized steel construction with a white finish resists corrosion and provides a neutral background for labeling or component layout. Electricians and panel builders use this type of inner panel during enclosure assembly or retrofit work.

This back plate is intended for use inside 8-inch by 8-inch enclosures from the HAMMOND 1414 and EJ Series. It is appropriate for residential, commercial, and light industrial electrical enclosure applications where a removable or replaceable inner mounting surface is needed. The panel can be pre-wired and populated outside the enclosure before installation, streamlining assembly time in both shop and field environments.

Key Features

• Galvanized steel construction for corrosion resistance and structural rigidity
• White finish provides clear contrast for component identification
• Dimensions of 6.75 x 6.88 inches fit inside 8 x 8 inch enclosures
• Part of the 14R Series, matched to HAMMOND enclosure product lines
• Removable panel allows pre-population and bench assembly before field install

Compatibility

Designed for use with HAMMOND 1414 Series and EJ Series 8-inch by 8-inch enclosures.

Installation Notes

Installation is typically performed by licensed electricians or panel builders during enclosure assembly or modification. De-energize all circuits and follow applicable NEC requirements before working inside any energized enclosure. Ensure the panel is fully seated and secured before populating with components. Do not force the panel into enclosures outside its specified size range, as improper fit can compromise grounding continuity and panel integrity.