Elbow, 90 Degree, Slip x Slip PVC Schedule 40 6" (406-060)

This 6" Schedule 40 PVC 90 Degree Elbow (Slip x Slip) provides a right-angle direction change in large-diameter all-socket PVC piping systems, accepting 6" PVC pipe at both socket ends for permanent large-diameter solvent-cement bonds while redirecting the pipe run 90 degrees — the standard all-socket right-angle turn fitting at the primary municipal and large commercial distribution diameter in Schedule 40 PVC systems. Constructed in white Schedule 40 PVC, it is the largest confirmed full-size entry in the 406 series in this catalog session, suited for municipal water distribution mainlines, large agricultural and municipal irrigation trunk mains, large commercial fire suppression grid headers, and large-scale industrial process water distribution systems where 6" socket pipe runs must navigate 90-degree routing corners at structural boundaries, road crossings, equipment approach angles, and grid direction change points throughout the large-diameter all-socket distribution layout.

Both 6" slip socket ends accept 6" PVC pipe for permanent large-diameter solvent-cement bonds, redirecting the pipe run 90 degrees while preserving the full 6" interior diameter through the elbow body. The 90-degree turn allows large-diameter all-socket 6" distribution mains to navigate around structural elements, underground utility conflicts, road crossings, building foundations, and equipment approach constraints at a full right angle — the most common direction change requirement in large-diameter municipal and industrial distribution grid layouts. This full-size all-socket configuration provides a right-angle direction change entirely within cemented socket construction — the correct choice when the upstream 6" assembly is an all-socket pipe run and the downstream continuation must also proceed as a cemented socket pipe run at 90 degrees. At 6", the all-socket 90-degree elbow most commonly appears in municipal water distribution systems where 6" transmission and distribution mains must navigate 90-degree routing corners throughout the underground grid; in large agricultural and municipal irrigation trunk main assemblies where 6" primary supply mains must turn at field boundary corners, road crossings, and pump station approach angles; in large commercial and industrial fire suppression systems where 6" primary supply headers must navigate 90-degree direction changes at building perimeter corners and structural boundaries; and in large-scale industrial process water distribution headers where 6" socket supply and return mains must route around equipment layouts and structural constraints at process facility direction change points.

Installation of large-diameter Schedule 40 PVC socket fittings at 6" requires significantly different procedures and materials than small-bore installations. Apply heavy-bodied, slow-set PVC solvent cement rated for large-diameter joints at both the inlet and outlet 6" slip socket ends per ASTM D2564 procedures and manufacturer guidance for fittings above 4" nominal diameter — standard-body cements are not appropriate for joints at this size. Apply primer to both the pipe exterior and fitting socket interior at each port before cement application. Working time, cement application quantity, assembly force requirements, and cure time for large-diameter 6" joints are substantially longer and more demanding than small-bore procedures — follow manufacturer published procedures for large-diameter solvent cement joints precisely, including the requirement for a full-circumference cement bead at each joint face after assembly. Joints at this size require mechanical support, alignment, and an adequate installation crew; support the fitting and pipe sections independently to prevent joint stress during the cure period. Plan the outlet direction of the elbow before cementing the inlet joint — the downstream pipe run alignment is established when the inlet socket joint is cemented and cannot be adjusted after cure; at 6", proper pre-installation alignment planning is critical given the mechanical complexity of repositioning large-diameter pipe runs after cement cure. Allow full cure time before pressurizing per manufacturer large-diameter guidelines, and derate pressure ratings for elevated temperatures per published derating curves.

Specifications:

Industries & Applications:

• Municipal Water Distribution — Navigates 6" Schedule 40 PVC transmission and distribution main socket runs around structural boundaries, road crossings, underground utility conflicts, and building foundation corners throughout municipal water distribution underground grid systems where 90-degree direction changes are required at primary and secondary distribution main routing constraint points in all-socket cemented construction
• Large-Scale Irrigation — Agricultural & Municipal — Provides 90-degree routing turns on 6" socket trunk mains, primary distribution headers, and pump station approach pipe runs in large agricultural and municipal irrigation systems where the 6" all-socket primary supply main must navigate 90-degree corners at field boundaries, road crossings, and pump station approach angles throughout the large-diameter underground distribution layout
• Fire Suppression — Large Commercial & Industrial — Redirects 6" socket primary fire suppression supply headers and grid trunk mains at 90-degree direction change points at building perimeter corners, structural grid boundaries, and primary supply approach angles in large commercial, industrial campus, and municipal fire suppression systems where 6" is the standard primary supply header diameter in all-socket Schedule 40 PVC fire suppression distribution layouts
• Industrial Process Piping — Navigates 6" socket process water distribution headers, cooling water supply mains, and industrial service water trunk pipe runs around equipment layouts, structural members, and facility constraints at 90-degree direction change points in large industrial manufacturing, power generation, and chemical processing facilities where large-diameter all-socket Schedule 40 PVC construction is specified throughout
• Water Treatment & Potable Water Systems — Provides 90-degree routing turns on 6" socket primary influent, effluent, and distribution pipe runs at structural boundaries, equipment approach angles, and grid routing constraint points in large-scale water treatment plants and potable water distribution systems where NSF/ANSI 61 compliance and large-diameter all-socket PVC construction are maintained throughout
• Stormwater & Large-Scale Drainage — Redirects 6" socket stormwater collection and conveyance pipe runs at 90-degree direction change points in large stormwater management systems, underground drainage networks, and large-scale fluid conveyance assemblies where Schedule 40 PVC chemical resistance and large-diameter all-socket construction are required at primary collection and distribution routing turns