AllPoints S1-02435271000 2.6 Inch Pres Air Switch 0.50 On Fall Spno
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- Provides precise pressure activation with 0.50-inch on-fall spring
- Corrosion-resistant components suited for foodservice environments
- Tool-free calibration supports quick maintenance cycles
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The York S1-02435271000 Switch Pres Air 0.50 On Fall Spno is a precision pneumatic switch designed primarily for commercial foodservice applications involving automatic control systems. Manufactured by York, this switch provides reliable air pressure regulation with a 0.50-inch on-fall spring, ensuring accurate activation within automated workflows. Its durable construction supports consistent operation in middle-volume food processing environments, making it suitable for applications like conveyor systems, automation setups, and industrial kitchen equipment that require precise pressure switching and dependable performance.
The S1-02435271000 pneumatic switch features a compact design with dimensions of 2.6 inches wide, 5 inches deep, and 1.9 inches high, weighing only 0.27 lbs, facilitating easy integration into tight spaces. Constructed from corrosion-resistant materials suited for food industry standards, it supports steady pressure regulation with a 0.50-inch actuator stroke. The switch operates without electrical requirements, simplifying maintenance, with no tools needed for calibration or adjustments, ideal for manual or automated control in commercial kitchens. Its robust design ensures reliable performance in moderate throughput environments, supporting consistent operational workflows.
Designed for use in commercial automation setups and pneumatic control systems, this switch is suitable for integration in processing lines requiring steady pressure regulation, with a focus on durability and ease of maintenance.
A commercial pneumatic pressure switch is a device that monitors and controls air pressure within automated food processing and handling systems. The York S1-02435271000 Switch Pres Air 0.50 On Fall Spno is installed to trigger or de-activate equipment based on specific pressure thresholds, ensuring consistent operation. Used frequently within conveyor control, automated packaging, or processing machinery, this switch supports reliable, manual, or automatic control setups for moderate workflows. It complies with food industry standards, with certifications supporting safe operation in commercial kitchens and processing lines.
Precision pneumatic pressure switches like the York S1-02435271000 support steady control in small prep environments and commissaries. Designed for moderate throughput, these switches optimize automation efficiency in foodservice kitchens, with a focus on durability, reliability, and ease of installation in tight spaces.
The York S1-02435271000 switch operates with a single inlet port, supporting a pressure range ideal for industrial and foodservice automation systems. Its precise dimensions of 2.6 inches width, 5 inches depth, and 1.9 inches height allow easy installation in confined areas. Made from corrosion-resistant materials, it weighs 0.27 pounds, facilitating quick mounting and maintenance. The switch requires no electrical power, making it suitable for pneumatic control lines, and features a 0.50-inch on-fall spring for accurate pressure switching. Certified for durability and food safety standards, it ensures performance in food processing environments under typical operating conditions, with an installation time typically within 4-8 business days.
The AllPoints S1-02435271000 compares favorably with similar pneumatic switches by offering a durable, corrosion-resistant design with a compact footprint. Its straightforward, tool-free calibration supports quick maintenance, enhancing operational uptime. The switch's precise pressure activation aids in reducing system errors, while its food-safe certification ensures compliance with industry standards. Its design supports effective integration into automatic conveyor systems and manual control setups within commercial kitchens and processing lines, improving workflow efficiency and system reliability.
