The GE/Hobart 00-118316 Steam Trap is a high-performance industrial component designed for effective steam condensate removal within commercial food processing and HVAC systems. Manufactured by GE/Hobart, this OEM-grade steam trap features a robust construction that ensures durability and reliable operation in demanding environments. Its precise mechanics support optimal steam system performance by continuously discharging condensate and air, thereby preventing water hammer, reducing energy costs, and maintaining system efficiency. With dimensions of approximately 5.65 inches in width, 4.8 inches in height, and 6.7 inches in depth, and weighing 5.46 lbs, this model integrates seamlessly into existing steam line configurations, providing a dependable solution for medium-duty applications requiring consistent condensate management.
Top GE/Hobart 00-118316 Features
The GE/Hobart 00-118316 steam trap offers precise condensate drainage, featuring a durable stainless steel body with corrosion-resistant properties suitable for long-term operation in commercial kitchens and industrial settings. Its simplified mounting and maintenance design facilitate easy installation and routine servicing, reducing downtime. Designed for medium workload environments, it supports efficient steam system operation in food processing plants, cafeterias, and institutional kitchens, ensuring continuous condensate removal and system integrity. Its reliable performance optimizes workflow and energy consumption by maintaining proper steam pressure and temperature levels.
- Functionality: Reliable condensate and air discharge supports efficient steam cycles
- Durability traits: Constructed from corrosion-resistant stainless steel for prolonged lifespan
- Ease-of-use: Simplified installation and maintenance reduces operational downtime
- Application fit: Ideal for medium-duty steam systems in industrial kitchens and processing lines
- Workflow benefit: Enhances system efficiency and reduces energy costs through precise condensate removal
Suitable for installation in commercial steam systems with standard pipeline connections—ensures optimal condensate handling in foodservice environments requiring consistent system reliability.
GE/Hobart 00-118316 Technical Specs
The GE/Hobart 00-118316 steam trap operates efficiently with a standard design tailored for commercial applications, featuring a stainless steel construction that withstands high temperatures and corrosive environments. It is a self-contained model, requiring no external power sources, with dimensions of 5.65 inches in width, 4.8 inches in height, and 6.7 inches in depth, and a weight of 5.46 lbs. It supports typical operation in moderate workload kitchens and industrial food processing facilities. Its maximum operating temperature aligns with standard steam system requirements, and its corrosion-resistant material enhances longevity. Its straightforward disassembly allows for easy inspection and cleaning, ensuring consistent performance and minimal maintenance disruption. The component’s compatibility with standard steam pipelines and its durable design make it suitable for demanding commercial environments.
- Electrical Requirements: None (self-contained mechanical trap)
- Construction & Finish: Stainless steel with corrosion resistance
- Dimensions: 5.65" W x 4.8" H x 6.7" D
- Weight: 5.46 lbs
- Operating Range: Compatible with standard steam temperatures for industrial systems
- Installation & Maintenance: Easy disassembly for inspection or cleaning; compatible with standard steam piping
- Steam system integration: Supports piped condensate removal in commercial kitchens
- Pipeline compatibility: Designed for 1/2 inch or 3/4 inch connections
- Durability traits: Heavy-duty stainless steel withstands high-pressure environments
- Operational environment: Suitable for moderate-volume industrial steam applications
- Maintenance routine: Disassembly for cleaning or replacement of gaskets and seals
What is a commercial steam trap?
A commercial steam trap is a mechanical device used in industrial and foodservice steam systems to discharge condensate and air efficiently without allowing steam to escape. The GE/Hobart 00-118316 steam trap is designed to fit standard piping and maintain optimal steam pressure, ensuring system efficiency and safety. With a stainless steel body and a simple installation process, it is installed in boiler lines, processing equipment, or steam distribution networks. This model supports medium throughput applications, such as food processing plants, cafeteria steam systems, or industrial kitchens, where continuous condensate removal and durability are critical for reliable operation.
Top commercial steam traps for industrial foodservice environments
A robust commercial steam trap like the GE/Hobart 00-118316 provides high durability, precise condensate removal, and support for medium workload industrial kitchens and processing lines. Manufactured by AllPoints, this model is ideal for consistent performance in foodservice settings requiring reliable and maintenance-friendly components.
- Medium workload — suitable for industrial food processing and kitchens
- Compact footprint — space-efficient for tight installations
- Durable stainless steel — resistant to corrosive steam environments
- Reliable condensate removal — supports system efficiency
- Maintenance-friendly design — simplifies routine inspections and cleaning
Why Choose AllPoints 00-118316?
Compared to standard models, the AllPoints 00-118316 steam trap offers enhanced durability with stainless steel construction, simplified maintenance, and precise condensate handling. Its compact size and robust design make it well-suited for demanding industrial applications, reducing downtime and supporting consistent system performance, particularly in commercial kitchen and food processing facilities.
- Self-contained design eliminates need for external controls
- Corrosion-resistant stainless body extends service life
- Compact form factor fits limited-space environments
- Optimized for medium duty industrial steam systems
- Enhanced reliability reduces maintenance frequency
