AllPoints 8128740 Blower Motor ECM 115 to 120 Volt Electric OEM Replacement
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- High-performance motor for demanding HVAC systems
- Built with durable, high-grade materials
- Compatible with standard blower assemblies
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The AllPoints 8128740 Blower Motor ECM, designed for industrial and commercial HVAC applications, is a high-performance electric motor optimized for blower fan systems operating at 115 or 120 volts with a frequency of 50/60Hz and a rotation speed of 1050 RPM. Built to meet rigorous technical standards, this OEM-grade blower motor provides reliable airflow for ventilation, climate control, and exhaust systems in foodservice kitchens and similar environments. Its precise mechanical and electrical specifications ensure consistent operation, making it suitable for enhancing workflow efficiency in commercial foodservice operations requiring steady motor performance and energy efficiency.
The AllPoints 8128740 blower motor is tailored for commercial HVAC systems, providing robust airflow with reliable, durable construction. Designed for quick installation and low maintenance, it incorporates high-grade materials to withstand continuous operation in demanding kitchens and food processing facilities. Its compatibility with existing blower assemblies and adherence to industry standards maximize operational uptime while supporting energy-efficient performance during medium workload conditions, especially in ventilation and exhaust applications for commercial kitchens or industrial settings.
Ideal for replacing or upgrading blower systems in restaurant HVAC or commercial kitchen ventilation.
The AllPoints 8128740 blower motor operates on 115 to 120 volts with a 50/60Hz frequency, designed for single-phase systems. Its power consumption aligns with typical OEM standards at approximately 1 amp and a wattage output around 105 watts, providing efficient airflow in ventilation or exhaust units. The motor features a self-cooled design, ensuring longevity in continuous operation environments. Its construction employs high-quality materials, with a lightweight 1-pound frame measuring 1\" in height, width, and depth, suitable for compact installations. This motor’s temperature tolerance exceeds typical operating ranges, supporting safe operation in demanding foodservice and industrial applications. The unit’s sleek, corrosion-resistant exterior finish facilitates cleaning and maintenance, especially in sanitized environments. It requires minimal disassembly for service and is compatible with a range of blower assemblies, making it a dependable choice for medium workload applications in commercial kitchens and processing facilities.
A commercial blower motor is an electric motor designed specifically for HVAC and ventilation systems within foodservice, industrial, and institutional environments. It drives fans and blowers to ensure air circulation, exhaust, or air conditioning in large-scale kitchens, processing plants, or commercial buildings. The AllPoints 8128740 blower motor is installed in blower assemblies and provides reliable airflow with precise RPM and wattage specifications. Its use in ventilation systems supports temperature regulation, air quality, and operational safety for busy foodservice establishments, making it an essential component for medium-volume airflow management in commercial settings.
Built with high-grade materials and precision engineering, the AllPoints 8128740 blower motor offers dependable airflow control for medium workload commercial kitchens and food processing areas. With a rugged design and compatibility with standard ventilation systems, it ensures reliable operation during continuous use in restaurant or industrial HVAC environments.
Choosing the AllPoints 8128740 blower motor ensures reliable, energy-efficient operation with durable, OEM-grade components that are designed for longevity and minimal maintenance. Its compact form factor and industry-standard performance specifications make it ideal for seamless integration into existing HVAC systems, providing consistent airflow and operational stability in foodservice environments. Its solid construction and proven performance distinguish it from less durable or incompatible alternatives, enhancing workflow efficiency and system reliability over time.