AllPoints 00-278187-00001 Motor Assembly 9.25 Inch Stainless Steel Component
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- Suitable for high-demand commercial kitchens
- Supports continuous operation with high reliability
- Constructed from durable stainless steel
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The Hobart 00-278187-00001 Motor Assembly is a essential component designed for commercial foodservice equipment, specifically for Hobart mixers. Engineered to deliver reliable motor performance, it features a robust construction with durable materials that ensure longevity under frequent use in food processing environments. The assembly optimizes power transfer and motor efficiency, supporting consistent mixing operations with minimal downtime. Its precise fit and compatibility with Hobart models make it suitable for high-demand commercial kitchens, including bakeries, catering facilities, and institutional dining halls. Technical details include a motor that delivers specified power output and seamless integration for maintained operational throughput.
The Hobart 00-278187-00001 Motor Assembly offers a high-torque motor designed for continuous service, constructed from corrosion-resistant materials to withstand frequent washdowns. Its straightforward mounting system simplifies replacement, reducing maintenance time. Ideal for commercial mixers in high-volume food production, this assembly ensures smooth operation and dependable performance, supporting efficient workflows in busy kitchens. Its technical compatibility with Hobart equipment facilitates seamless integration into existing appliances, minimizing setup complexities.
Suitable for replacing worn motor components in commercial mixers to maintain productivity and operational efficiency.
The Hobart 00-278187-00001 Motor Assembly is built with a power-efficient design that operates at standard electrical specifications suitable for commercial kitchen settings, typically requiring a specific voltage and amperage compatible with Hobart models. Its air-cooled system ensures reliable thermal management during extended use. Constructed primarily from stainless steel and other durable materials, the assembly weighs approximately 16.4 pounds, with dimensions of 9.25 inches in width, 10.75 inches in depth, and 8 inches in height. The assembly features a standard mounting interface for secure installation and facilitates straightforward disassembly for maintenance routines. With a typical shipping time of 4 to 5 days, it is supplied as a single unit ready for integration into compatible Hobart mixers, supporting efficient workflows in bakeries, institutional kitchens, and catering services.
A commercial motor assembly is a critical component engineered to provide high-performance power transmission within foodservice equipment such as mixers, blenders, and processing machinery. These assemblies are designed to withstand rigorous daily use in busy commercial kitchens, supporting continuous operation and maintaining efficiency. The Hobart 00-278187-00001 Motor Assembly, for example, features durable construction from premium materials, precise fitment for seamless replacement, and optimized cooling systems to prevent overheating. Its technical specifications include standard electrical requirements, suitable dimensions, and corrosion-resistant attributes, making it ideal for installation in high-volume bakeries, catering kitchens, and institutional dining facilities where reliable, long-lasting operation is essential.
Built for reliable operation in mid-volume foodservice environments, the Hobart 00-278187-00001 Motor Assembly supports continuous mixing workflows, with high durability and easy maintenance. Hobart's OEM quality ensures compatibility with a range of commercial mixers, making it suitable for busy kitchens requiring consistent performance and minimal downtime.
Hobart 00-278187-00001 Motor Assembly offers industry-leading durability, seamless integration, and optimized cooling systems that outperform many competitor models. Its premium build quality and precise electrical compatibility reduce maintenance requirements, enhancing operational efficiency in high-demand foodservice environments.
