AllPoints 120548 6 Inch Evap Fan Motor for Commercial Refrigeration
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- Footprint & configuration ensure seamless fit
- Capacities support medium-volume refrigeration throughput
- Core specs deliver reliable, consistent performance
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The Helmer, Inc. 120548 Evap Fan Motor is a high-performance replacement component designed for commercial refrigeration systems, specifically within foodservice environments that require reliable airflow and temperature regulation. Engineered by Helmer, Inc., a recognized leader in commercial refrigeration parts, this fan motor features a robust, durable construction with precise electrical specifications, making it suitable for maintaining optimal cooling efficiency in medium-volume applications. Its technical design ensures consistent operation, reducing downtime and supporting steady workflow in professional kitchen and cold storage settings. Suitable for use in evaporator fan assemblies, the 120548 model is engineered for seamless integration with a variety of Helmer refrigeration units, providing critical support for food preservation processes and high-volume beverage cooling systems.
Designed for commercial refrigeration, the Helmer 120548 Evap Fan Motor offers precise airflow control and long-lasting durability with high-quality materials. Its mounting compatibility simplifies installation within existing units, while its high-efficiency motor reduces energy consumption, ideal for mid-volume cold storage in foodservice operations. Easy to service, it supports efficient maintenance cycles, minimizing operational disruptions. The motor’s compact form factor fits many Helmer evaporator assemblies, enhancing workflow efficiency in busy kitchens and cold rooms.
Optimized for replacing or upgrading evaporator fan motors in commercial refrigeration units.
The Helmer 120548 Evap Fan Motor operates with a voltage requirement of 115V, 60Hz frequency, and single-phase power, consuming approximately 2 amps and 50 watts during operation. Its air-cooled design ensures efficient heat dissipation, suitable for refrigeration environments. Constructed primarily from high-grade aluminum and durable plastics, the motor measures 6 inches in width, 9 inches in depth, and 5 inches in height, with a shipping weight of 2 lbs. The motor is rated for continuous operation within typical refrigeration temperature ranges and is designed for easy disassembly for maintenance. Its corrosion-resistant finish facilitates cleaning and longevity in food storage applications.
A commercial evaporator fan motor is a specialized component used in refrigeration systems to circulate air across the evaporator coil, maintaining consistent cooling performance. Precisely engineered for durability and efficiency, it operates within specified electrical parameters—typically 115V, single-phase, with heat dissipation via air cooling. Installed in units like Helmer refrigeration systems, these motors ensure uniform airflow, supporting food preservation and beverage cold storage needs in foodservice environments. The Helmer, Inc. 120548 Evap Fan Motor is optimized for use in medium-volume operations, such as cold rooms and undercounter units, providing high reliability for continuous refrigeration cycles.
Precision-manufactured for consistent airflow in cold storage applications, the Helmer 120548 Evap Fan Motor is ideal for medium-volume foodservice settings that require reliable and efficient refrigeration operation. Made by Helmer, Inc., it supports seamless integration into existing units, ensuring steady temperature control and operational uptime in professional kitchens and food storage facilities.
Helmer, Inc. 120548 Evap Fan Motor stands out through its durable construction, straightforward installation process, and proven reliability within Helmer refrigeration systems. Its corrosion-resistant materials and efficient cooling design extend motor life, while its compatibility with existing evaporator assemblies simplifies upgrades. Unlike standard motors, this model ensures steady airflow and optimal cooling performance, supporting operational efficiency and consistent product preservation without frequent maintenance disruptions.
