The GE/Hobart 00-271244 Gear Worm 29 Teeth 60 Hz D330/d340 is an OEM replacement gear designed for commercial food processing equipment. Crafted by GE/Hobart’s trusted manufacturing line, this precision-machined gear features 29 teeth, engineered to ensure accurate gear rotation and synchronization within industrial mixers or similar machinery operating at 60 Hz frequency. It addresses gear wear and failure issues, restoring equipment performance and minimizing downtime. Its robust construction and specific tooth design provide durable performance in high-throughput kitchen environments, making it suitable for foodservice facilities requiring reliable gear replacements. The 00-271244 gear worm is a technical part essential for maintaining the operational integrity of GE/Hobart gear-driven units, facilitating seamless workflow and consistent operation in commercial kitchens.
Top GE/Hobart 00-271244 Features
Designed for heavy-duty applications, this gear worm offers precise 29-tooth engagement and wear-resistant durability for commercial mixers and equipment. Its hardened metal construction enhances longevity and resistance to mechanical stress. Easy installation reduces downtime, while its compatibility with D330/d340 models ensures optimal fit. Suitable for mid-volume foodservice operations, it maintains gear accuracy and equipment reliability. The gear’s design supports efficient workflow and minimizes maintenance needs, serving commercial kitchens with consistent performance.
- High-precision 29-tooth gear for accurate power transmission
- Made with durable metal alloy for long-lasting operation
- Designed for ease of installation with minimal maintenance
- Optimized for use in GE/Hobart commercial mixers
- Built to withstand repetitive gear engagement in busy environments
Best suited for replacing worn gears in industrial mixing equipment to ensure continuous operation.
GE/Hobart 00-271244 Technical Specs
The gear worm model 00-271244 is a precision OEM component designed to operate within GE/Hobart gear-driven systems at a standard 60 Hz frequency. It features a 1-inch width, 1-inch height, and 1-inch depth, with a shipping weight of approximately 1 lb. Constructed from high-strength metal alloy, it provides durable, wear-resistant performance suitable for continuous, commercial-grade operation. This gear is engineered to fit seamlessly into GE/Hobart D330/d340 models, with mounting compatibility designed for straightforward installation. Its precise tooth count of 29 teeth ensures accurate gear engagement, essential for maintaining equipment precision and reliability. The gear operates within standard temperature ranges for industrial kitchen equipment and is constructed to withstand demanding foodservice environments. The part is non-hazardous, with no hazardous materials involved.
- Electrical Requirements: Compatible with 60 Hz frequency systems
- Material and Finish: Hardened metal alloy for durability
- Dimensions: 1" W x 1" H x 1" D
- Weight: 1 lb for easy handling and installation
- Operating Range: Suitable for continuous use in commercial kitchens
- Compatibility: Fits GE/Hobart D330/d340 gear assemblies
- Construction: Precise gear teeth with corrosion-resistant finish
- Installation: Designed for straightforward replacement in gear-driven equipment
- Maintenance: Minimal required due to durable material construction
- Electrical Compatibility: 60 Hz operation
- Required Workspace: Adequate clearance for gear replacement
- Lubrication Needs: Compatible with standard gear lubricants
- Mounting Specifications: Compatible with existing gear assembly mounts
- Wear Resistance: Extended gear lifespan in high-use environments
What is a commercial gear worm?
A commercial gear worm is a precision-engineered mechanical component used to transmit power within gear-driven machinery in foodservice settings. It typically features a specific number of teeth, such as 29 in this case, and is made from durable, wear-resistant metal alloys. Installed in equipment like industrial mixers, it ensures smooth, reliable gear engagement, critical for continuous operation. The GE/Hobart 00-271244 Gear Worm, with its exact tooth count and robust construction, is designed specifically for use in GE/Hobart gear assemblies operating at standard 60 Hz frequency, making it ideal for mid-volume food processing and mixing applications in commercial kitchens. Its primary purpose is to prevent gear failure and extend equipment lifespan, especially in high-demand environments requiring consistent gear performance and minimal maintenance.
Top gear worm for commercial foodservice operations
The GE/Hobart 00-271244 Gear Worm delivers reliable gear engagement, long-lasting performance, and seamless integration into gear-driven commercial kitchen equipment. Manufactured with precision and durability, it is ideal for medium-volume food processing environments, ensuring continuous operation without frequent replacements.
- Operation for medium-volume food processing applications
- Suitable for compact commercial kitchen setups
- Optimized for gear-driven mixing and processing units
- Designed for moderate throughput workflows in foodservice
- Ideal for gear assembly maintenance and replacement tasks
Why Choose AllPoints 00-271244?
Why Choose AllPoints 00-271244? This gear worm stands out with its industry-grade metal construction, precise tooth engagement, and compatibility with GE/Hobart gear systems. Its robust design enhances operational efficiency and reduces downtime, providing a better fit and longer service life compared to standard OEM parts. Engineered for professional commercial kitchens, it improves equipment reliability and minimizes maintenance interruptions, making it a trustworthy choice for workflow continuity.
- Compact footprint: Fits easily into existing gear assemblies
- Durable metal alloy: Extends gear lifespan in busy kitchens
- Designed for ease of installation: Minimizes downtime during replacement
- Optimized for restaurant-ready equipment: Ensures seamless gear performance
- Reliable in high-use environments: Withstands repetitive gear engagement stresses
