The GE/Hobart 00-893054 Piping Chamber Input is a specialized OEM component designed for commercial food processing equipment. Manufactured by GE/Hobart, this input module is engineered to facilitate precise piping connections within industrial-grade food machinery. Its compact form factor—measuring 4.85 inches in width, 9.75 inches in depth, and 2.9 inches in height—integrates seamlessly into piping chambers to ensure optimal fluid flow and reliability. Crafted from durable materials with corrosion-resistant properties, it supports demanding kitchen environments requiring consistent performance and minimal maintenance. This piping chamber input operates under standard commercial specifications, providing a dependable solution for high-precision feed and discharge processes in foodservice operations, manufacturing facilities, and industrial kitchens.
Top GE/Hobart 00-893054 Features
The GE/Hobart 00-893054 piping chamber input offers robust performance for commercial food processing, enabling secure piping connections and efficient fluid transfer. Its corrosion-resistant construction ensures longevity in wet environments, while its compact design facilitates easy installation and maintenance within existing piping systems. This component is ideal for industrial kitchens and food manufacturing lines requiring consistent operation and compatibility with other piping system components.
- Functionality: Ensures precise, leak-proof piping connections
- Durability: Made from corrosion-resistant, industrial-grade materials
- Ease of Use: Designed for simple installation and maintenance
- Application Fit: Compatible with GE/Hobart piping chambers in food processing lines
- Workflow Benefit: Supports continuous, reliable fluid transfer in commercial kitchens
Ideal for equipment maintenance, replacement, and installation workflows in industrial foodservice settings.
GE/Hobart 00-893054 Technical Specs
The GE/Hobart 00-893054 piping chamber input features a compact stainless steel construction with dimensions of 4.85 inches wide, 9.75 inches deep, and 2.9 inches high. It weighs approximately 0.92 pounds and is designed for use in commercial environments with standard operating conditions. The component is manufactured for durability in demanding applications, supporting seamless integration into piping systems on high-volume food processing lines. Operating without hazardous materials, it maintains performance across a range of temperatures suitable for typical foodservice environments. Its corrosion-resistant attributes extend its lifespan, ensuring minimal downtime and maintenance. The component’s design supports easy disassembly for cleaning or replacement, with a focus on operational reliability and hygiene standards.
- Electrical Compatibility: Not applicable; designed for piping connections
- Material: Corrosion-resistant stainless steel
- Dimensions: 4.85" W x 9.75" D x 2.9" H
- Weight: 0.92 lbs
- Operation Range: Suitable for standard industrial piping pressures
- Installation Requirements: Compatible with existing piping chambers, requires standard tools
- Electrical Requirements: Not applicable for piping component
- Plumbing Compatibility: Supports seamless integration with GE/Hobart piping systems
- Maintenance Access: Designed for straightforward disassembly for cleaning or repair
- Material Finish: Stainless steel surface finish for hygiene and corrosion resistance
- Operational Environment: Suitable for food processing and industrial kitchen piping setups
What is a commercial piping chamber input
A commercial piping chamber input is a critical component used in industrial food processing machinery to facilitate secure and efficient fluid transfer within piping systems. This device, typically made from durable stainless steel or corrosion-resistant materials, ensures leak-proof connections and supports high-volume throughput. Installed in piping chambers of food manufacturing equipment, it manages precise flow control necessary for continuous operation. The GE/Hobart 00-893054 Piping Chamber Input, specifically designed for GE/Hobart units, offers a resilient, easy-to-maintain solution ideal for high-demand foodservice environments such as processing lines and industrial kitchens.
Top Commercial Piping Components for High-Volume Foodservice
This high-quality piping chamber input, designed by GE/Hobart in the 00-893054 model, supports efficient and reliable fluid handling in industrial kitchen settings. Built for durable performance, it suits moderate workflow applications within manufacturing or processing facilities. Typically installed in industrial piping chambers, it is optimized for operations requiring consistent, leak-proof connections, making it suitable for food processing lines with medium throughput demands.
- Operation Type — supporting moderate processing throughput in industrial kitchens
- Kitchen Setting — ideal for commercial food manufacturing plants
- Foodservice Category — suitable for processing and piping system applications
- Workload Qualifier — optimized for medium-volume processing lines
- Use Case — ensuring secure piping connections during continuous production
Why Choose AllPoints GE/Hobart 00-893054
Compared to similar OEM piping components, the GE/Hobart 00-893054 stands out with its corrosion-resistant stainless steel construction, compact design, and precise fit within GE/Hobart piping chambers. Its robust build promotes longevity in demanding environments, while its straightforward installation reduces downtime. The component minimizes maintenance needs and ensures consistent fluid flow, enhancing operational efficiency and sanitation standards in commercial kitchen equipment and processing lines.
- Compact Footprint: Optimized for space-constrained industrial piping setups
- Durable Construction: Made from industrial-grade stainless steel for longevity
- Corrosion Resistance: Supports high-moisture environments in food processing
- Ease of Installation: Designed for quick, reliable setup with existing piping
- Performance Reliability: Supports continuous, leak-free operation in restaurant-ready systems
