AFC
Frequently asked questions
Common questions about AFC from 3G Electric.
What is the difference between AFC 6200 series and 6500 series conduit?
The AFC 6200 series is a liquid-tight flexible metal conduit with a gray PVC jacket over a metallic core, intended for general-purpose industrial wiring where mechanical protection and a sealed raceway are needed. The 6500 series is a continuous-flex liquid-tight plastic conduit, orange in color, designed for applications requiring repeated flexing and a non-metallic raceway. The 6200 series is available in trade sizes from 1/2 in to 4 in, while the 6500 series is available from 1/2 in to 2 in. Both are supplied in standard nominal lengths: 25 ft for the 6200 series and 50 ft or 100 ft for the 6500 series.
What trade sizes are available for AFC 6200 series liquid-tight flexible metal conduit?
AFC 6200 series conduit is available in trade sizes including 1/2 in, 3/4 in, 1 in, 1-1/4 in, 1-1/2 in, 2 in, 2-1/2 in, 3 in, and 4 in. Nominal length for this series is 25 ft. The jacket color is gray. When ordering, specify the trade size and the manufacturer part number, which follows the pattern 62XX-22-00, where the digits indicate the trade size. For example, 6210-22-00 is the 4 in trade size. 3G Electric can confirm availability and provide a quotation for the specific size required.
What are the typical applications for AFC 6500 series continuous-flex liquid-tight plastic conduit?
AFC 6500 series conduit is used in applications where wiring must be protected from moisture, oil, and physical abrasion while allowing continuous flexing. Typical uses include machine tools, robotics, automated equipment, and other machinery with moving parts. The orange plastic construction provides a non-metallic raceway that resists corrosion and is lightweight. It is available in trade sizes from 1/2 in to 2 in and in nominal lengths of 50 ft or 100 ft. Installation requires compatible liquid-tight fittings to maintain the seal. Buyers should verify that the conduit's temperature and chemical resistance ratings suit the specific environment.
How do I select the correct AFC conduit for a washdown environment?
For washdown environments, both AFC 6200 series metal conduit and 6500 series plastic conduit are designed to provide a liquid-tight seal when installed with appropriate fittings. The 6200 series offers a metallic core with a gray PVC jacket, which provides mechanical protection and resistance to moisture and oil. The 6500 series offers a non-metallic alternative that resists corrosion and is suitable for continuous flexing. Selection depends on the required trade size, flexibility, and whether a metallic or non-metallic raceway is preferred. In all cases, the conduit must be installed with liquid-tight fittings rated for the environment, and the installation should comply with local electrical codes.
What is the nominal length of AFC 6200 series conduit?
AFC 6200 series liquid-tight flexible metal conduit is supplied in a nominal length of 25 ft. This applies to all trade sizes in the series, from 1/2 in through 4 in. The actual length may vary slightly due to manufacturing tolerances. When ordering, specify the trade size and the manufacturer part number. For example, 6208-22-00 is the 2-1/2 in trade size, and 6209-22-00 is the 3 in trade size. 3G Electric can provide a quotation for the required quantity and confirm current availability.
Does AFC offer conduit in colors other than gray and orange?
Based on the product data available, AFC 6200 series metal conduit is supplied with a gray jacket, and 6500 series plastic conduit is supplied in orange. These are the standard colors for these series. Other colors may be available for specific part numbers or custom orders, but they are not indicated in the standard catalog data. For applications requiring a specific color for identification or other purposes, contact 3G Electric with the required trade size and series to check for available options. Color is typically a secondary consideration to trade size, flexibility, and environmental ratings.
