The Frymaster 8100148 Orifice Elbow (LP) 5/16 X 32 #.010 is a precisely engineered fuel pilot orifice component designed for commercial foodservice equipment, particularly in fryer applications. Manufactured by Frymaster, this orifice features a 1/4" connection inlet with 5/16-32 threads and a flow orifice size of .010 inches, optimized for LPG fuel delivery. Its sturdy construction ensures consistent combustion performance and reliable operation across various fryer models, including Anets, Frymaster, and Garland fryers. This component plays a critical role in maintaining proper pilot flame size and ensuring safe, efficient burner functionality in high-demand restaurant kitchens and equipment installations. Its exact specifications support seamless integration into LPG-fueled commercial fryers with precise gas flow regulation, making it essential for maintaining optimal appliance performance and safety compliance.
Top AllPoints 8100148 Features
The Frymaster 8100148 Orifice Elbow is designed for precise gas flow delivery in commercial fryer pilot systems, constructed from durable materials like brass for longevity and resistance to heat. Its compact size simplifies installation and maintenance in tight kitchen environments, while providing consistent fuel regulation. The component’s threading and connection points ensure a secure fit with LPG fuel lines, supporting efficient burner operation. Ideal for replacing or upgrading pilot orifices in high-volume fryers, it enhances operational reliability by preventing gas leaks or flame instability, thereby supporting continuous workflow in busy foodservice settings.
- Precise fuel delivery: 5/16-32 threaded LPG connection for reliable performance
- Durable construction: Made from corrosion-resistant brass material for long-term use
- Easy installation: Compatible with standard LPG fryer setups, minimizing downtime
- Optimized flow size: .010-inch orifice ensures stable pilot flame in high-demand kitchens
- Seamless integration: Fits Frymaster, Garland, and Anets fryer models for versatile use
Suitable for replacing pilot orifices in foodservice fryers requiring LPG fuel regulation. Ideal for maintenance technicians and kitchen equipment managers seeking reliable, high-quality components.
AllPoints 8100148 Technical Specs
The Frymaster 8100148 Orifice Elbow features a 1/4" connection inlet with 5/16-32 threads and a flow orifice size of .010 inches, fabricated from heat-resistant brass suitable for high-temperature environments. Its compact dimensions—height of 1 inch, width of 0.5 inch, and depth of 1 inch—allow easy installation within existing LPG fuel line configurations. The unit weighs 0.06 lbs, supporting lightweight installation without adding significant load. Designed for use with LPG fuel systems, it ensures optimal gas flow and flame stability in fryer pilot burners, facilitating consistent performance across high-volume commercial cooking environments. It is not hazardous and is produced in Mexico, aligning with high standards for durability and safety in commercial kitchen operations.
- Capacity: Designed for precise fuel flow regulation in LPG systems
- Connection type: 1/4" CCT inlet with 5/16-32 thread with .010 aperture
- Material: Brass alloy for corrosion resistance and durability
- Dimensions: 1" H x 0.5" W x 1" D, lightweight construction
- Temperature range: Suitable for high-temperature fryer environments
- Compatibility: Fits Frymaster, Garland, and Anets LPG fryers
- Electrical requirements: Not applicable, component is gas flow specific
- Installation: Threaded connection for straightforward replacement
- Cleaning & maintenance: Disassemble easily for inspection and cleaning
- Material safety: Brass material is compatible with foodservice environments
- Durability: Resists corrosion and heat for extended service life
What is a commercial orifice elbow?
A commercial orifice elbow is a precise gas flow component used within LPG pilot systems in foodservice fryers. It consists of a small brass fitting with a threaded inlet and a flow-restricting orifice, typically installed in the gas supply line to regulate burner pilot flame size. The Frymaster 8100148 Orifice Elbow is designed for high-demand kitchen applications, ensuring safe and efficient fuel delivery. Installed in fryers such as Frymaster, Garland, and Anets models, this component helps maintain stable combustion, contributing to consistent frying performance. It is ideal for high-volume restaurant kitchens that require reliable gas regulation and burner operation in LPG-fueled commercial fryers.
Top LPG Orifice Elbow for Commercial Foodservice Operations
Designed for medium-volume fryers in commercial kitchens, the Frymaster 8100148 ensures consistent pilot flame operation and durable performance. It supports efficient LPG gas regulation in high-demand restaurant environments, making it suitable for restaurant-ready systems installed in busy foodservice settings.
- Operation Type — Food prep kitchens with LPG-fueled fryers
- Kitchen Type — Compact commercial spaces requiring reliable equipment
- Foodservice Category — Restaurant fry stations and catering facilities
- Workload Qualifier — Moderate throughput, high repeatability
- Use Case — Ensuring stable pilot flames in high-volume frying applications
Why Choose AllPoints 8100148 ?
The AllPoints 8100148 Orifice Elbow distinguishes itself with precise manufacturing, durable brass construction, and compatibility with a range of commercial fryers. Its design promotes safe, efficient gas flow, reducing maintenance needs while supporting continuous operation. This component enhances appliance performance by providing reliable flame regulation and safe fuel delivery, making it a valuable replacement part for maintaining high standards in commercial kitchens.
- Self-contained design: Simplifies installation and inspection
- Material excellence: High-quality brass for corrosion and heat resistance
- Compact footprint: Fits tightly into fryer gas line assemblies
- Restaurant-ready durability: Supports high-volume cooking environments
- Optimized flow control: Ensures flame stability and safety in LPG systems
