The GE/Hobart 00-476274-00002 Hub Machined For Final Rinse is a precision-engineered component designed specifically for commercial dishwashing equipment utilized in foodservice operations. Manufactured by GE/Hobart, this machined hub is integral to optimizing final rinse performance, ensuring consistent and effective water distribution during high-volume warewashing cycles. Crafted from durable materials to withstand rigorous commercial use, its precise machining ensures a secure fit within the rinse assembly, reducing maintenance downtime. With a compact profile of 4.3 inches in width, 6.2 inches in depth, and a height of 2.5 inches, it facilitates straightforward installation and replacement, contributing to streamlined workflow in professional kitchens. Its technical specifications support high efficiency in foodservice applications, optimizing sanitation and operational throughput.
Top GE/Hobart 00-476274-00002 Features
The GE/Hobart 00-476274-00002 Hub Machined For Final Rinse offers precise water dispersion for thorough washing cycles, with a robust construction that endures repeated exposure to hot water and detergents. Its machined finish minimizes wear and simplifies maintenance, reducing downtime in high-traffic commercial kitchens. Designed for seamless integration, it fits standard rinse systems, enhancing workflow efficiency. The component's compatibility with GE/Hobart dishwashers ensures reliable performance under moderate to high workloads in busy foodservice environments. This machined hub helps maintain optimal rinse quality, supporting superior sanitation standards in professional dishwashing.
- Functionality: Ensures uniform final rinse water flow for optimal cleanliness
- Durability: Machined from corrosion-resistant materials for long life
- Ease of Maintenance: Machined surfaces facilitate quick cleaning and replacement
- Fit and Use Case: Compatible with standard GE/Hobart rinse assemblies in commercial dishwashers
- Workflow Benefit: Reduces downtime and improves rinse cycle consistency in professional kitchens
Ideal for high-use restaurants, catering facilities, and institutional kitchens requiring reliable rinse support.
GE/Hobart 00-476274-00002 Technical Specs
The GE/Hobart 00-476274-00002 hub is a specialized OEM component designed for durable performance in commercial dishwashing systems. It features a compact footprint of 4.3 inches in width, 6.2 inches in depth, and stands 2.5 inches tall. Constructed from corrosion-resistant materials, it weighs approximately 1.47 pounds, ensuring stability under rigorous operation. This machined hub is non-hazardous and intended for use in foodservice environments with standard rinse assembly configurations. Its precise machining guarantees a secure fit, reducing the risk of leaks or misalignment. Designed for ease of installation, it supports consistent water distribution and optimized rinsing, contributing to overall system efficiency, especially in moderate to busy commercial kitchens.
- Manufacturer: GE/Hobart
- Model Number: 00-476274-00002
- Material & Finish: Machined stainless steel for corrosion resistance
- Dimensions: 4.3”W x 6.2”D x 2.5”H
- Weight: 1.47 lbs
- Compatibility: Fits standard GE/Hobart rinse assemblies
- Operating Environment: Suitable for high-temperature rinse water up to typical dishwasher operating ranges
- Electrical Requirements: Not applicable
- Cooling Method: Not applicable
- Construction & Finish: Machined stainless steel
- Usage Compatibility: Designed for commercial dishwashers in busy foodservice setups
- Installation & Maintenance: Simple gliding fit with minimal adjustments needed
What is a commercial rinse hub?
A commercial rinse hub is a critical component in dishwashing systems, acting as the water distribution point during the final rinse cycle. Specifically, the GE/Hobart 00-476274-00002 Hub Machined For Final Rinse is a precision-machined part engineered to ensure even water flow, preventing spots and streaks on cleanware. Installed within dishwashers, it supports high-volume wash cycles in institutional, restaurant, and catering kitchens. This specific OEM component is ideal for maintaining consistent rinse quality, ensuring thorough sanitation under demanding operational conditions, and prolonging the lifespan of the dishwashing equipment.
Top commercial rinse hubs for foodservice settings
Reliable and durable, the GE/Hobart 00-476274-00002 specialized rinse hub is designed for moderate to high-volume dishwashing operations, supporting uniform water distribution and easy maintenance in restaurant and institutional kitchens. The AllPoints 00-476274-00002 ensures optimal rinse cycle performance and is suited for professional dishwashers in busy foodservice environments, facilitating effective cleaning and sanitation without interruption.
- Operation Type — moderate-volume dishwashing in busy commercial kitchens
- Workload Qualifier — suitable for standard restaurant or institutional use
- Kitchen Setting — installed in high-traffic foodservice, catering, or cafeteria environments
- Use Case — supports consistent final rinse water flow to improve sanitation
- Build Note — constructed with corrosion-resistant, machined stainless steel for longevity
Why Choose AllPoints 00-476274-00002?
Choosing the AllPoints 00-476274-00002 hub provides a high-quality OEM replacement designed for durability, precise fit, and reliable performance in commercial dishwashers. Its robust machined construction reduces maintenance frequency, and its compatibility with standard rinse assemblies streamlines installation. This component enhances rinse uniformity, helping kitchens achieve superior sanitation with consistent results. Its precision engineering ensures fewer misalignments, minimizing downtime and ensuring compliance with demanding operational standards.
- Self-contained design simplifies installation in existing rinse systems
- Constructed from corrosion-resistant stainless steel for long-term use
- Precisely machined for a secure, leak-proof fit
- Optimized for medium to high-volume foodservice applications
- Enhances rinse cycle consistency and reduces maintenance interruptions
