AllPoints S1-37327916002 9 Inch Gen Upgrade Kit ECM Modulating Furnace
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- Optimized airflow modulation for consistent heat output
- Built with OEM-grade components for durability
- Supports rapid, tool-free installation process
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The York S1-37327916002 Gen Upgrade Kit ECM Modulating Furnace is a commercial-grade HVAC component engineered to enhance the efficiency and performance of forced-air heating systems within institutional and small commercial settings. Manufactured by York, this OEM upgrade kit integrates advanced ECM motor technology to provide precise modulation, resulting in improved energy savings and consistent thermal output. Its application is ideal for mid-sized restaurants, school cafeterias, and healthcare kitchens requiring reliable, steady heat distribution with minimal maintenance. The component’s technical design supports seamless integration into existing furnace assemblies, ensuring compatibility and durability in demanding environments.
The ECM upgrade kit for York furnaces offers precise motor modulation, improving system efficiency and energy consumption. Constructed with durable components, it is designed for long-term operation in commercial heating applications. Its straightforward installation process minimizes downtime, with compatible fittings for standard furnace models. The kit supports HACCP workflows by maintaining consistent temperatures and reducing operational variability. Built from high-quality parts, it ensures reliable performance in day-use commercial kitchens and institutional environments.
Suitable for upgrading existing commercial heating systems to optimize performance and reduce energy costs.
A commercial ECM furnace upgrade kit is a replacement or enhancement component designed to retrofit existing heating units with energy-efficient ECM motor technology. The York S1-37327916002 Gen Upgrade Kit for ECM modulating furnaces, model S1-37327916002, is installed in forced-air HVAC systems used in institutional kitchens, small restaurants, or other foodservice settings. It improves airflow control for consistent heat output, with certifications such as Proposition 65 indicating compliance with safety standards. Its usage involves integrating directly into standard furnace assemblies, providing optimized performance for steady heating demands in day-use commercial environments.
Designed for moderate daily use, the AllPoints S1-37327916002 ECM upgrade kit ensures reliable HVAC system performance in small to medium-sized commercial kitchens and institutional spaces. It provides precise airflow modulation, supporting consistent temperature regulation with streamlined installation suited for standard HVAC setups. Ideal for facilities with recurring heating needs, this upgrade kit enhances operational stability in compact commercial environments.
Constructed with OEM-grade materials, the York S1-37327916002 ECM modulating furnace upgrade kit measures 9.45 inches in width, 12.75 inches in depth, and 2.9 inches in height, with a weight of 0.65 pounds. It features a self-contained design compatible with existing York furnace models, with a key benefit being its incorporation of ECM motor technology that enables dynamic airflow adjustment for optimized heating performance. This kit is certified to meet Proposition 65 safety standards and is designed for straightforward installation, supporting steady heating performance with minimal operational demands. It operates reliably within specified temperature ranges suitable for commercial HVAC systems and supports standard maintenance protocols.
The AllPoints S1-37327916002 offers a reliable, OEM-fit ECM motherboard upgrade that enhances furnace modulation capabilities and energy savings. Its standardized design ensures compatibility across York models, supporting consistent thermal performance for commercial kitchens. The component's high-quality construction boosts system durability and reduces maintenance frequency compared to standard motor replacements. Its integrated features promote efficient airflow control, making it suitable for steady daily heating tasks and for use in environments where dependable heat regulation is critical.
