Nordyne 920265 Drain Pan Kit

The Nordyne 920265 Horizontal Drain Pan Kit is a critical OEM component designed for high-efficiency condensate management in horizontal HVAC configurations. As the direct replacement for Nordyne 919318, this kit ensures a seamless fit within compatible air handlers and furnace evaporator coils. Engineered to prevent structural moisture damage, the 920265 drain pan utilizes high-temperature, corrosion-resistant materials to withstand the thermal cycling inherent in residential and light commercial cooling systems. Proper installation of this OEM replacement part is essential for maintaining the pressure secondary drain requirements and ensuring unrestricted condensate drainage. Technicians should verify the drain pan dimensions and mounting hole alignment to ensure a leak-proof seal. By integrating this HVAC drain pan kit, you maintain the factory-specified airflow clearance and drainage pitch necessary for optimal system performance and indoor air quality.

• Direct OEM Compatibility: Engineered specifically for Nordyne units, serving as the official 919318 replacement.
• Durable Construction: Built from robust, heat-resistant polymers to prevent cracking and warping during HVAC system operation.
• Optimized Drainage: Precision-pitched design ensures rapid condensate removal, reducing the risk of biological growth and overflow.
• Simplified Installation: Designed for standard horizontal orientations, allowing for faster field swaps and reduced labor time.

Is the 920265 compatible with all horizontal Nordyne coils?
This kit is designed for specific furnace and air handler series; always cross-reference your specific model number with the 920265 technical catalog before installation.

Does this kit include the primary and secondary drain ports?
Yes, the Nordyne 920265 features standard tapped ports to accommodate both primary condensate lines and secondary overflow sensors.

Why should I use an OEM pan over a universal poly pan?
OEM pans like the 920265 are molded to the exact internal cabinet dimensions, ensuring they don't obstruct airflow or interfere with the coilÆs heat transfer efficiency.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.