The Oliver Products 6084-8712 Spring 20# Gas 3.54" Str Oke is a specialized spring component designed for high-precision gas flow regulation in commercial culinary and industrial applications. Manufactured under the AllPoints brand, this spring features a 20-pound spring tension with a 3.54-inch stem length, optimized for calibrating gas delivery systems. Its durable construction ensures consistent performance and resilience against wear, making it suitable for precise industrial environments and gas valve adjustments. With its technical specifications tailored for rigorous use, it provides reliable pressure control critical for commercial food production and processing machinery.
Top Oliver Products 6084-8712 Spring 20# Gas 3.54" Str Oke Features
The Oliver Products 6084-8712 spring offers precise tension regulation for gas systems, featuring high-grade steel construction for durability. Its 3.54-inch stem length allows straightforward integration into existing valve assemblies, facilitating ease-of-installationment and maintenance. Designed for consistent performance under demanding workflows, this spring ensures accurate calibration in commercial gas equipment, improving operational reliability for moderate to high throughput foodservice and industrial systems.
- Functionality: Maintains precise gas pressure regulation in valve assemblies
- Durability: Constructed from high-grade alloy steel for long-term use
- Ease of Maintenance: Compatible with standard valve components for quick replacement
- Application Fit: Ideal for calibration in commercial gas delivery systems
- Workflow Integration: Supports consistent performance in industrial kitchen operations
Suitable for use in gas calibration and valve adjustment tasks within commercial kitchens or gas control systems
Oliver Products 6084-8712 Technical Specs
The Oliver Products 6084-8712 spring features a 20# tension force with a 3.54-inch stem, crafted from high-strength steel alloy to withstand prolonged use in high-demand environments. It is designed for use with gas valve systems, providing reliable calibration performance. The spring's precise tension and material durability support consistent gas flow regulation in commercial kitchen equipment and industrial applications. Its dimensions and material composition are optimized for integration into standardized valve assemblies, ensuring seamless installation and maintenance routines. The spring functions effectively within a temperature range specified for typical industrial and culinary environments, withstanding operational temperatures up to 250°F. Its construction ensures corrosion resistance and ease of cleaning, crucial for food safety standards and maintenance efficiency.
- Capacity: Designed for 20# tension regulation
- Material: High-grade alloy steel for durability and corrosion resistance
- Dimensions: Stem length of 3.54 inches for compatibility with standard valves
- Operating Range: Effective up to 250°F temperature
- Finish: Alloy finish with protective coating for longevity
- Construction: Winded coil design for consistent tension
- Food Safety: Constructed from materials suitable for industrial gas applications
- Maintenance: Easily disassembled for inspection and replacement
Electrical Requirements: Not applicable
Cooling Method: Not applicable
Refrigeration Type: Not applicable
Production Capacity: N/A
Dimensions: 3.54" stem length; coil diameter as specified
Weight: Approximate 0.15 kg / 0.33 lbs for shipping
Technology & Features: Consistent tension for stable gas regulation
Cleaning & Maintenance: Resistant to dust and debris; simple inspection process
Usage Compatibility: Compatible with standard gas valve models and assemblies
Installation & Maintenance: Use with standard valve holders, adequate clearance for coil expansion, routine inspection recommended
What is a commercial gas spring?
A commercial gas spring like the Oliver Products 6084-8712 is a precision component used in gas flow control and valve calibration within industrial and culinary systems. It features a high-strength steel coil providing a specified tension of 20 pounds, with a 3.54-inch stem length to fit standard gas valve mechanisms. Installed in various gas regulation assemblies, these springs ensure consistent pressure delivery, vital for accurate system calibration and safety. Typically used in commercial kitchen equipment, gas delivery equipment, or industrial automation, this spring supports reliable operation in demanding environments where calibration accuracy and durability are crucial for performance and safety.
Top gas regulation components for commercial kitchen and industrial use
High-quality gas springs like the Oliver Products 6084-8712 support precise calibration in industrial and commercial foodservice settings, ensuring safe and reliable operation of gas control systems. Designed for moderate workloads, these components are ideal for installation in commercial kitchens, processing plants, or gas-powered equipment, emphasizing operational consistency and durability in high-demand environments.
- Operation for moderate-throughput industrial kitchens
- Suitable for compact commercial spaces
- Specifically for gas flow regulation components
- Designed for reliable performance under continuous use
- Optimal for calibration in gas valve systems
Why Choose AllPoints Other 6084-8712?
The AllPoints Other 6084-8712 spring distinguishes itself through its high-grade alloy steel construction, precise tension control, and proven durability in industrial gas regulation applications. Its compact design and corrosion-resistant finish promote easy installation and longevity in demanding commercial environments. Unlike standard springs, it offers consistent calibration performance, enhancing operational efficiency and safety in commercial kitchen gas systems and industrial processing equipment.
- Compact footprint ideal for space-constrained installations
- High durability reduces replacement frequency
- Corrosion-resistant finish extends service life
- Precisely calibrated tension for accurate gas control
- Designed for seamless integration into existing valve systems
