STEEL CITY® COMMERCIAL FITTINGS
ABB's Steel City commercial fittings are specially engineered for flexible metallic conduit systems, resistant to wet and oily environments and available in three versions for various application requirements.
MANUFACTURED TO STRICT TOLERANCES FOR CONSISTENT PERFORMANCE
ABB's Steel City commercial fittings provide the heavy-duty clamping strength needed for FMC runs through exposed or concealed locations and across the toughest industrial and commercial environments. Fittings are available with squeeze-type or Tite-Bite® construction.
KEY FEATURES AND BENEFITS
<p>ABB's Steel City commercial fittings combine durable metallic construction with innovative design features that reduce installation time and deliver long-term performance across a broad range of wiring and cable management applications.</p>
Durable
<p>Manufactured from die-cast zinc or steel/malleable iron.</p>Easy installation
<p>Simple to deploy at construction sites or in light industrial locations.</p>Compliant
<p>Certifications include UL 514B, CSA 22.2 No. 18.3 and RoHS (Series 200 and 300/3100).</p>INDUSTRIES WE SUPPORT
From residential construction to commercial and industrial projects, our products support professionals across diverse industries.
Commercial buildings, Residential buildings, Light industrial, Data centers
CHALLENGES WE SOLVE
Our products are designed to help professionals solve installation, safety and performance challenges in demanding applications.
Cable routing, Exposed and wet locations, Weight limitations
These squeeze-type fittings are constructed of die-cast zinc, include 3⁄8" to 4" NPS trade sizes and come in straight or 90° versions, with or without insulation.
These squeeze-type fittings are constructed of steel/malleable iron, include 3⁄8" to 4" NPS trade sizes and come in straight or 90° versions, with or without insulation.
These Tite-Bite® fittings are constructed of steel/malleable iron, include 3⁄8" to 4" NPS trade sizes and come in straight or 90° versions, with or without insulation.