
RMR Wall-Mount Enclosure Lug Kit

Product Description
Grounding Lug Kit includes a Two-Hole Compression Lug sized for for #6 AWG conductor with .375" (9.5mm) holes spaced on 1" (25.4 mm) centers and mounting hardware. Attaches to the RMR Wall-Mount Enclosure frame to provide a bonding for the enclosure.
Key Features and Benefits
- 1" (26 mm) H x 4" (102 mm) W x 1" (26 mm) D
- Silver
Key Features of the Wall Lug Kit
The wall lug kit provides a robust grounding point for wall‑mount enclosures. Designed for RMR® wall‑mount systems, the kit ensures a secure electrical bond that protects equipment from stray currents. This wall lug solution meets the stringent requirements of modern data center environments. Each kit includes a two‑hole compression lug sized for a #6 AWG conductor with 0.375‑inch (9.5 mm) holes spaced on 1‑inch (25.4 mm) centers. The silver‑finished lug delivers reliable conductivity while resisting corrosion in harsh industrial settings. Its compact 1 in x 4 in x 1 in (25 mm x 102 mm x 25 mm) profile fits seamlessly within the enclosure frame. Installation requires only a few bolts, allowing rapid deployment without specialized tools. The mounting hardware aligns with the standard RMR® frame, simplifying the bonding process for installers. This efficient installation reduces labor time and enhances overall system uptime. The wall lug kit, part number 37009‑001, is engineered to integrate with all RMR® wall‑mount enclosure models. Its design complies with industry grounding standards, delivering consistent performance across diverse applications such as hyperscale data centers and industrial automation. By providing a dedicated grounding point, the kit helps maintain equipment reliability and safety. Chatsworth Products (CPI) offers full technical documentation and CAD files to aid system designers. Customer support and authorized distributors are available to answer installation questions and ensure proper use. Selecting this grounding and bonding accessory reinforces CPI's commitment to quality and long‑term protection of critical infrastructure.