AllPoints 1628 Gas Valve 1.2 Inch OEM Metal Construction Easy Maintenance
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- Durable OEM metal construction ensures longevity
- Optimized for high throughput and capacity
- Precise regulation with robust performance
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The Royal Range 1628 Gas Valve is a high-performance OEM component designed for precise regulation within commercial gas appliance systems. Manufactured by Royal Range, this gas valve is engineered with durable materials suitable for intensive foodservice environments, ensuring consistent operation under varying conditions. Its compact dimensions, measuring 1.2 inches in width, 0.9 inches in height, and 3.1 inches in depth, facilitate seamless integration into various kitchen setups. The 1628 model operates reliably with an innovative design optimized for commercial-grade gas control applications, offering an operational temperature range conducive to industrial kitchen demands. This valve provides a vital solution for chefs and kitchen technicians seeking dependable, precise gas flow management in commercial restaurant equipment without unnecessary complexity.
The Royal Range 1628 Gas Valve offers precise gas flow regulation through a pressure-sensitive mechanism, built with high-grade materials for durability in demanding commercial kitchens. Its compact, lightweight profile ensures easy installation and maintenance, while the robust construction minimizes wear over extensive use. Designed for integration with various restaurant appliances, this valve supports efficient workflow and reliable safety performance in mid-volume foodservice operations. Its straightforward mechanism reduces downtime, making it suitable for installation in modern commercial kitchen setups requiring consistent gas control.
Ideal for restaurant appliances requiring accurate gas flow regulation to ensure efficient and safe operation, suitable for replacement and retrofit projects in commercial kitchens.
The AllPoints 1628 Gas Valve operates with a standard supply of 24 V AC, supporting a 50/60 Hz frequency and suitable for integrated gas control systems common in commercial kitchen environments. It features a compact footprint measuring 1.2" W x 0.9" H x 3.1" D and weighs only 0.18 lbs, facilitating easy installation. Manufactured in the United States with corrosion-resistant metal materials, the valve is designed for long-term durability under temperature ranges typical of commercial kitchens. Its self-contained construction ensures no external cooling requirements, and its simple actuating mechanism allows for straightforward maintenance routines. This model is ideal for OEM use in restaurant-grade gas appliances that operate efficiently in demanding foodservice workflows.
A commercial gas valve is a hardware component used to control the flow of natural gas or propane within restaurant and foodservice equipment. The Royal Range 1628 Gas Valve serves as a critical control device installed in appliances such as ovens, fryers, and ranges, ensuring safe and precise regulation of gas supply. Designed for OEM integration, it features robust construction suited for high-volume industrial use, supporting operational reliability in mid-volume restaurant setups. Its durable metal build, compact form factor, and straightforward operation make it ideal for ensuring continuous, safe gas flow in demanding commercial environments.
The Royal Range 1628 Gas Valve provides reliable gas regulation for commercial kitchens operating with moderate throughput, designed for installation in restaurant-grade appliances and food processing equipment. Manufactured by AllPoints, this product is suitable for use in diverse foodservice environments that demand precision and durability in gas control systems.
Unlike standard gas valves, the AllPoints 1628 model offers a compact, corrosion-resistant design with easy maintenance features tailored for commercial kitchen environments. Its rugged construction and precise control capabilities support consistent appliance performance, reducing downtime and enhancing safety. This model’s integration flexibility and durable materials distinguish it from competitors, improving operational efficiency and safety in restaurant-grade applications.
