Replacement of Nutone CF382XS 90 Degree Short Socket Ell for VacPan Central Vacuum #765504W

Replacement 90-degree short socket ell (angled vacuum inlet fitting) designed for central vacuum systems. This component connects sections of vacuum piping at a right angle, allowing for efficient routing of airflow in tight spaces such as inside walls or cabinetry. It is commonly used with VacPan automatic dustpans, ensuring smooth debris movement while preventing clogs. The compact design helps maintain optimal airflow and system efficiency, making it ideal for installations or repairs where space is limited.

• Wide Compatibility: This specialized vacuum accessory serves as a factory-spec 90-degree short socket elbow fitting (Part No. 765504W or CF382XS). It features a standard 2-inch outer diameter slip structural layout engineered to connect directly with hidden standard PVC tubing behind baseboards and central vacuum kick-plates.
• Material Quality: Molded from high-tensile, lightweight structural white PVC compound with precision-bored inner smooth walls, this robust 90-degree short elbow is built to withstand strong continuous negative airflow pressure without leaking, collapsing, or restricting debris passage.
• Optimal Use Cases: Explicitly engineered for specialized under-cabinet installations and low-clearance residential rough-ins where standard, sweeping long-radius pipe elbows cannot physically fit behind shallow toe-kick framing profiles or modern subfloor voids.
• Restores Peak Performance: Provides a completely airtight, zero-loss connection between your utility lines and the automatic kick-plate portal, allowing the system to maintain maximum cyclonic suction so you can clear dirt instantly without deploying a handheld floor brush wand.
• User-Friendly Benefits: Provides a direct solvent-weld connection that seats cleanly into the receiving socket using standard vacuum cement, letting builders set up permanent automatic dustpan utility lines adjacent to highly trafficked kitchen walkways and kitchen hard surfaces.