AllPoints 40970201 6 Inch Drain Pan for HVAC Refrigeration Systems
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- Corrosion-resistant aluminum/co-polymer construction.
- Dimensions: 6" W x 9" D x 5" H.
- Lightweight at 1 lb for easy handling.
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The Heatcraft 40970201 Drain Pan, a product of the Heatcraft OEM line, functions as a critical component in refrigeration and HVAC systems. Designed to collect excess condensate or drainage, it features durable construction with a height of 5 inches, width of 6 inches, and a depth of 9 inches. Its corrosion-resistant materials ensure longevity in commercial environments, including equipment installations requiring reliable fluid management, such as walk-in coolers and refrigeration units. This drain pan is suitable for applications where precise drainage maintenance and system efficiency are paramount, operating with a compact form factor to facilitate straightforward installation and routine servicing.
Designed for commercial refrigeration and HVAC, the Heatcraft 40970201 Drain Pan provides reliable condensate collection with solid aluminum or co-polymer construction. Its compact, easy-to-clean design enhances maintenance workflows, suitable for system installations with tight clearances. The pan’s corrosion-resistant build withstands prolonged exposure to moisture, making it ideal for persistent drainage demands in medium-volume foodservice environments such as prep stations and walk-in coolers.
Ideal for replacing worn or damaged drain pans in commercial refrigeration setups requiring dependable fluid control.
The Heatcraft 40970201 Drain Pan is constructed from durable, corrosion-resistant materials, with dimensions of 6 inches in width, 9 inches in depth, and 5 inches in height. It weighs approximately 1 lb, offering a lightweight yet robust solution. This OEM component operates within standard system parameters without electrical requirements, designed for systems that manage condensate flow passively. Its material composition resists corrosion and aging, ensuring consistent performance in humid environments, with compatibility for use in refrigeration and air conditioning installations. The drain pan’s size is optimized for space-constrained setups, facilitating seamless integration into existing equipment. Routine maintenance involves simple disassembly, with no special tools required, supporting efficient servicing in commercial kitchen or HVAC environments, especially where system reliability and quick replacement are priorities.
A commercial drain pan is a component used in refrigeration and air conditioning systems to collect and drain excess condensate water produced during operation. Typically constructed from corrosion-resistant materials like aluminum or co-polymer, these pans are installed beneath evaporator coils or condensate lines. The Heatcraft 40970201 Drain Pan is designed for efficient fluid collection in commercial cooling or HVAC setups, such as walk-in coolers or refrigeration units, where it helps prevent water damage and maintain system hygiene. With precise dimensions and durable construction, it supports continuous operation in medium-volume foodservice environments by facilitating proper drainage and simplifying routine maintenance tasks.
Commercial drain pans provide reliable condensate management tailored for medium to low-volume refrigeration and HVAC systems, with Heatcraft 40970201 as a premium OEM option. Built for durability and ease of service, they are ideal for installing in walk-in coolers or equipment needing static fluid collection. Their robust construction supports efficient operation and simplified maintenance in professional foodservice environments.
Compared to standard drain pans, the AllPoints 40970201 offers superior corrosion resistance, compact design, and OEM-grade construction for seamless integration into commercial refrigeration and HVAC systems. Its durable materials reduce the need for frequent replacements, enhancing operational reliability and sanitation. The lightweight but robust build ensures simple installation and maintenance, supporting efficient system workflows, and reducing downtime for service tasks.
