AllPoints PB-005-11 1.00 Inch Plug Button OEM Durable Component
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- Footprint & configuration ensure compact installation
- Capacity & throughput support medium-volume operations
- Core performance specs guarantee precise actuation
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The GE/Hobart PB-005-11 Plug Button 1.000 from AllPoints is a precision OEM component designed for industrial control panels and food processing equipment within commercial kitchens. Featuring a high-accuracy 1.000-inch diameter push-button interface, it ensures reliable operation in demanding environments. Made from durable materials, it withstands frequent use and cleaning cycles, optimizing workflow integration and operational safety in foodservice settings requiring precise machine control or automation inputs. Its compact form factor (4.05" width, 12.7" depth, 3.05" height) allows for versatile installation in control stations and equipment interfaces, making it suitable for use in food manufacturing, catering, and institutional foodservice environments.
The GE/Hobart PB-005-11 Plug Button offers precise actuation with a 1.000-inch diameter surface, engineered for frequent commercial use. Its resilient construction with high-grade materials enhances durability under repeated button presses. Designed for straightforward installation and maintenance, it provides consistent tactile feedback, reducing operator fatigue. Ideal for integration into control panels or automation modules in food processing lines, it supports streamlined workflow and reliable machine operation. The button's compact profile allows for easy mounting in confined control enclosures, making it effective for mid-volume manufacturing or foodservice equipment adjustments.
Recommended for control button replacements in food manufacturing and foodservice automation.
The PB-005-11 model operates as a self-contained OEM component with an overall height of 3.05 inches, width of 4.05 inches, and depth of 12.7 inches. Its robust construction features corrosion-resistant high-grade materials suitable for frequent cleaning procedures common in commercial kitchens. It weighs only 0.06 lbs, making it lightweight for easy installation. Designed for precise performance, it does not specify hazardous materials. The component’s small footprint makes it versatile for integration into a range of control interfaces, while its durable build ensures longevity under moderate workload conditions typical of medium-volume foodservice operations. No electrical requirements are specified, emphasizing its use as an OEM mechanical input device with high operational reliability.
A commercial control button is a precision mechanical interface component used in industrial and foodservice equipment to initiate or halt machine functions reliably. The GE/Hobart PB-005-11 is an OEM-grade push-button designed for integration into control panels of food processing or manufacturing machinery. It features a 1.000-inch diameter surface, crafted from high-durability materials, and is suitable for environments requiring frequent operation and thorough cleaning. Installed in control stations and automation panels, it supports efficient workflows in medium-volume commercial kitchens, manufacturing lines, and institutional foodservice facilities, providing consistent tactile feedback necessary for safe operation.
Designed for moderate operational workloads, these reliable control components from AllPoints provide durable, precise manual inputs in commercial kitchens and processing plants. The PB-005-11 model by GE/Hobart ensures robust performance in automation and control applications, fitting well within food manufacturing and institutional foodservice contexts. Engineered for long-term use with minimal maintenance, these control buttons support efficient operation in busy food production environments.
Designed to outperform standard control buttons, the AllPoints PB-005-11 features a high-precision 1.000-inch interface with durable construction suited for demanding environment conditions. Its corrosion-resistant materials and compact profile make it easier to integrate and maintain within industrial control panels, improving operational reliability and safety in food processing and manufacturing use cases. Unlike generic options, it provides consistent feedback and long-lasting performance, reducing downtime and replacement frequency.
