AllPoints S1-SV9501M2528 Valve Smart Gas Stainless Steel with Safety Features
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- Supports accurate flow regulation with direct gas control connection
- Constructed with 304 stainless steel for durability and corrosion resistance
- Features tool-free disassembly for simple maintenance and inspection
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York S1-SV9501M2528 Valve Smart Natural Gas is a specialized control valve designed for commercial natural gas supply systems in foodservice kitchens. Manufactured by York under the AllPoints brand, this OEM model integrates advanced safety features and precise flow regulation critical for commercial gas line management. It supports efficient gas control for equipment requiring reliable natural gas delivery, making it suitable for institutional kitchens, restaurant back-of-house setups, and catering services. Its most notable feature is its smart valve technology, offering enhanced safety and operational accuracy in commercial gas applications.
The York S1-SV9501M2528 Valve is engineered for precise natural gas regulation in commercial foodservice environments. It includes a durable construction with stainless steel components, ensuring longevity under frequent use. The valve supports easy installation with minimal maintenance, featuring tool-free disassembly and corrosion-resistant materials. Designed to fit standard pipeline connections, it supports steady flow control, ideal for mid-range throughput operations. Its integration with smart control systems allows for reliable, safety-compliant gas management in restaurant and institutional kitchens.
Suitable for controlling natural gas flow in commercial kitchen equipment, ideal for installations requiring safety and precision.
A commercial natural gas valve, such as the York S1-SV9501M2528 Valve, is a specialized control device used in gas supply systems to regulate and shut off natural gas flow in institutional kitchens, restaurants, and catering facilities. This valve features precise flow control capabilities, with specifications supporting installation in standard pipeline configurations. It is certified for use in commercial environments, ensuring compliance with safety standards, and is designed for reliable operation in moderate-duty applications, such as daily foodservice workflows. The valve's construction from stainless steel and integrated safety features make it suitable for managing natural gas lines effectively in foodservice settings requiring consistent gas delivery for appliances and cooking equipment.
The York S1-SV9501M2528 natural gas control valve offers robust build quality and precise flow regulation for small to mid-sized commercial kitchens, supporting steady gas supply in daily workflows.
The York S1-SV9501M2528 Valve combines a stainless steel body with a height of 3.15 inches, a width of 6.45 inches, and a depth of 11.3 inches. Weighing 1.73 pounds, it is designed for durable, long-term commercial use in natural gas applications. The valve aligns with safety standards like NSF and CE, ensuring compatibility with safety compliance and GAS codes. It features a straightforward installation process suitable for pipeline integration, supporting steady natural gas flow regulation in restaurant and institutional kitchen environments. The valve’s construction allows for reliable operation under typical operating temperatures, confirming its suitability for daily foodservice operations requiring natural gas supplies. The product's safety features support optimal performance and maintenance procedures in commercial kitchens, reducing downtime and ensuring compliance with safety standards.
The AllPoints S1-SV9501M2528 gas valve distinguishes itself through its stainless steel durability, engineering precision, and safety compliance. Its compact, self-contained design simplifies installation in restricted kitchen spaces, while its safety features enhance operational security. The valve’s certification and robust construction ensure long-term reliability under repetitive use in commercial restaurant environments. Compared to similar models, it offers improved corrosion resistance, precise flow control, and straightforward maintenance, contributing to operational efficiency in regulated gas supply systems.
