AllPoints 10.00.511P 5.9 Inch O Ring for Ball Valve Drain with Elastomer Seal
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- Provides a reliable seal within ball valve drains
- Manufactured from durable elastomer for longevity
- Easy to replace with minimal tool requirement
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The Rational Cooking Systems 10.00.511P O Ring for Ball Valve Drain 46x3.5 is a precision-engineered replacement component designed for commercial foodservice applications. Featuring a durable elastomer construction, this O Ring ensures a reliable seal within ball valve drain systems, effectively preventing leaks and maintaining optimal flow control. Its specific dimensions of 46mm inner diameter and 3.5mm cross-section make it an ideal fit for Rational Cooking Systems equipment, supporting efficient and sanitary operation in professional kitchens.
This O Ring is crafted from high-grade elastomer material for robust durability against heat, chemicals, and cleaning agents. Its precise sizing and seamless design facilitate quick installation and maintenance, reducing downtime. Suitable for integration with Rational Cooking Systems ball valves, it reliably restores system integrity in busy commercial kitchen environments. Its resistance to aggressive cleaning cycles supports continuous sanitation, ensuring operational efficiency for foodservice establishments and technical service providers.
Ideal for maintenance professionals seeking reliable sealing parts for commercial kitchens.
The Rational Cooking Systems 10.00.511P O Ring features a 46mm inner diameter and a 3.5mm cross-section, constructed from chemically resistant elastomer material. Its compact profile of 0.45 inches in height, 5.9 inches in width, and 6.1 inches in depth ensures compatibility with existing ball valve drain assemblies. The item weighs approximately 0.04 lbs, designed to withstand typical operating temperatures encountered in commercial kitchen environments. The part's resilient material allows for effective sealing under high-temperature cleaning cycles, promoting sanitation and system integrity. Technical suitability includes precise fitment for Rational Cooking Systems models, supporting leak-proof operation and ease of maintenance without requiring specialized tools. Installation involves straightforward replacement of the original O Ring, with no additional accessories needed. Its durable construction ensures long-lasting performance in demanding commercial kitchens.
A commercial O Ring for ball valve drains is a precision rubber seal designed to prevent leaks and maintain pressure integrity within kitchen equipment plumbing. Specifically, the Rational Cooking Systems 10.00.511P model is engineered from high-elastomer materials, with dimensions tailored for seamless integration into ball valve drain assemblies. Used primarily in professional kitchens, it facilitates efficient fluid management and sanitation, making it suitable for installation in cooking appliances, cleaning stations, or drain systems in foodservice facilities. Its reliable sealing performance supports continuous operation in various food preparation environments, such as high-volume restaurants and institutional kitchens.
Designed for medium-volume commercial kitchens, the Rational 10.00.511P O Ring offers durable sealing for ball valve drain systems, ensuring leak-free performance and smooth flow management. Made from high-quality elastomer, it guarantees long-term operation in demanding foodservice environments, especially in installation scenarios requiring easy maintenance and replacement. Ideal for professional kitchen plumbing and sanitation applications.
Compared to generic or lower-grade alternatives, the AllPoints 10.00.511P O Ring provides precise dimensions and superior elastomer quality for consistent sealing performance. Its designed durability withstands cleaning and chemical exposure typical of professional foodservice environments, offering extended service life. The compact form factor simplifies integration, reducing installation time and maintenance disruptions, thus enhancing operational efficiency in commercial kitchen plumbing systems.
