AllPoints 00-316401 Motor 13 Inch Electric OEM Metal Durable
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- Supports multiple voltage configurations for versatility
- Designed for reliable continuous operation
- Durable metal construction withstands heavy use
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The Hobart 00-316401 Motor 200 240/380 415/460 V. 5 is a high-performance industrial motor designed for demanding commercial foodservice applications. Manufactured by Hobart, this motor operates across multiple voltage ranges—200, 240/380, and 415/460 volts—making it suitable for various heavy-duty equipment setups. Its robust construction ensures durability and reliability in medium workload environments, particularly in food processing, prep stations, and bakery automation. Featuring a compact footprint of 13" height, 13" width, and 19" depth, with an overall weight of 8 lbs, it facilitates straightforward integration with existing systems. Engineered for efficiency, it delivers precise power output necessary for continuous operation, maintaining consistent performance in food production settings.
Designed for medium-volume commercial kitchens, the Hobart 00-316401 motor provides precise torque for food processing machinery, ensuring smooth operations. It is constructed from durable materials, capable of withstanding rigorous daily use. Its straightforward design allows for easy maintenance and quick replacement, minimizing downtime. The motor seamlessly integrates with various equipment types, optimizing workflow in bakery, prep, and handling stations. Its reliable power delivery supports consistent throughput, essential for efficient foodservice production.
Ideal for medium-intensity food production environments requiring reliable motor performance.
The Hobart 00-316401 motor operates across a voltage range of 200 to 460 volts, supporting three-phase power with wattage and amperage ratings suitable for industrial-grade machinery. It is air-cooled, designed for continuous operation within an ambient temperature range compatible with typical commercial kitchens. The motor features a self-contained design, with dimensions of 13" in height, 13" in width, and 19" in depth, and weighs 8 pounds. Constructed from durable metals, it withstands demanding operational conditions while maintaining temperature resistance up to standard operating limits. Maintenance is facilitated by its accessible design, allowing for straightforward disassembly and inspection. This OEM unit meets standard requirements for professional food processing equipment in moderate workload settings, ensuring consistent, reliable output.
A commercial motor is an industrial-grade electric motor designed to power heavy-duty equipment in foodservice and manufacturing environments. The Hobart 00-316401 motor, presented here, is specifically engineered for applications requiring reliable, continuous operation across a range of voltages—ideal for bakery mixers, processing machines, or prep stations. Its robust construction ensures durability under demanding workloads, making it suitable for mid-volume food production settings where consistent performance is critical. Installed in various food processing and handling machinery, this motor supports efficient workflows in commercial kitchens and industrial facilities, optimizing operational uptime and equipment longevity.
Designed for moderate operational demands, the Hobart 00-316401 motor offers durable, reliable power, making it ideal for food production environments like bakeries and prep stations. Manufactured by Hobart, it supports versatile voltage requirements with industry-standard construction, ensuring consistent performance in medium-volume workflows.
Comparing this OEM motor, the AllPoints 00-316401 model stands out for its durable construction, multi-voltage compatibility, and straightforward installation in standard commercial machinery. Its metal build ensures longevity, while its design streamlines maintenance routines, reducing downtime. Engineered for efficiency, it enhances operational reliability in medium-duty food production environments, making it a dependable choice over competing models that lack the same versatility or robustness.
