AllPoints 326628-764 9 Inch Inducer Motor Kit with Corrosion Resistant Construction
Delivery to:
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The Carrier 326628-764 Inducer Motor Kit by AllPoints is a factory-original replacement component designed for commercial HVAC systems, specifically targeting inducer motors in high-efficiency furnaces and venting equipment. This OEM-industry part features precise electrical and mechanical specifications, such as a model number 326628-764, ensuring compatibility with Carrier appliances. Its primary function is to facilitate efficient draft induction, supporting proper combustion operation and optimizing venting performance. This inducer motor kit provides a reliable, durable solution for maintaining and restoring furnace airflow, with a weight of 3.8 lbs, a compact dimension profile of 9.6" width, 16.9" depth, and 7.45" height, suitable for mid-volume commercial heating installations.
The Carrier 326628-764 inducer motor kit offers precise torque, high durability with corrosion-resistant materials, and straightforward installation for HVAC service technicians. Engineered for medium workload HVAC systems, it ensures consistent airflow, with easy access for routine maintenance. Compatible with a range of Carrier furnace models, this kit optimizes operational workflow and minimizes downtime through reliable motor performance and quick replacement procedures.
Ideal for HVAC maintenance and system restoration in commercial heating setups.
The Carrier 326628-764 inducer motor kit operates on a standard electrical configuration compatible with 120V, 60Hz power supply, running on a single phase. Its air-cooled design ensures effective heat dissipation during operation, suitable for standard HVAC systems. The motor has a power draw aligned with typical inducer applications, while its stainless steel mounting brackets provide robustness and corrosion resistance. The compressor component supports an airflow capacity compatible with medium-duty furnace venting, measuring approximately 9.6" wide, 16.9" deep, and 7.45" high. Weighing only 3.8 lbs, this OEM part is lightweight for straightforward installation and handling. The motor's construction emphasizes longevity, with a focus on reliable, sustained performance in commercial heating environments. It requires minimal maintenance, primarily routine cleaning and inspection, with no specialized disassembly needed except for typical component replacement procedures.
A commercial inducer motor kit is a specialized component designed to replace or upgrade the draft induction system within commercial HVAC equipment, such as furnaces and venting units. This motor ensures proper airflow during combustion processes by creating the necessary draft, supporting efficient operation and safety standards. The Carrier 326628-764 Inducer Motor Kit by AllPoints is used in medium-duty heating systems installed in commercial spaces, including industrial and institutional facilities. It features precise electrical compatibility, durable construction, and optimized airflow capacity, making it suitable for routine maintenance and system reliability enhancements in mid-volume commercial heating environments.
Designed for medium workload HVAC systems, the Carrier 326628-764 inducer motor kit delivers reliable draft induction in commercial heating setups installed in industrial facilities or institutional markets. Built for durability, it features corrosion-resistant materials and simple installation, ideal for maintenance in commercial kitchen ventilation and HVAC retrofit projects. AllPoints 326628-764 ensures efficient operation, supporting medium-volume furnace airflow needs with consistent performance during operation.
AllPoints 326628-764 distinguishes itself from other OEM inducer motors with its robust construction, precise electrical specifications, and easy compatibility with Carrier commercial furnaces. Its corrosion-resistant stainless steel components enhance longevity, while its compact design facilitates straightforward installation and maintenance. This model improves operational efficiency by providing reliable airflow support essential for safe, efficient furnace operation, reducing downtime compared to less durable alternatives.
