AllPoints ML-138163-0000Z Limit Switch for Commercial Food Processing
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- Footprint & configuration support seamless integration
- Capacity & throughput enable high-volume processing
- Core performance specs ensure reliable operation
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The GE/Hobart ML-138163-0000Z Ml Cle Table Limit Switch is a robust, commercial-grade component designed specifically for foodservice applications requiring precise operational control of equipment safety features. As an OEM part by GE/Hobart, it functions as a critical safety interlock for food processing or preparation equipment, ensuring proper operation within specified parameters. Crafted from durable materials, the switch offers reliable performance in high-use environments, with technical specifications supporting seamless integration into existing systems. Its compact form factor and precise limit detection make it ideal for commercial kitchens, institutional foodservice, and industrial culinary operations needing validated safety mechanisms and consistent functionality.
Designed for commercial kitchen safety, the ML-138163-0000Z switch provides precise limit detection, supports integration with Hobart and GE equipment, and ensures reliable interlock functions. Built from high-grade materials, it facilitates easy maintenance, and its compact design fits seamlessly into conveyor and processing lines. Suitable for moderate workload environments, it enhances operational safety and efficiency in commercial food prep lines, with durable construction for prolonged use and straightforward installation in food manufacturing and institutional kitchens.
Ideal for food processing lines requiring reliable safety switching components.
The ML-138163-0000Z switch features a compact footprint measuring 5.85 inches wide by 9.25 inches deep and 5.6 inches high, with a weight of 2.62 lbs, supporting durable, commercial-grade operation. Designed with standard electrical parameters, it typically supports integration within 120V to 240V systems at common frequencies, suited for applications where safety interlock switching is necessary. This OEM component is constructed from high-grade, impact-resistant materials, ensuring longevity in high-wear environments, with simple disassembly for maintenance. Its operating range and precise limit functionality are optimized for conveyor safety, food processing machinery, and institutional kitchen equipment. The switch ships typically within 4 to 5 days and is suitable for use in environments requiring reliable, continuous safety monitoring.
A commercial limit switch is a safety or operational device used in industrial and foodservice equipment to detect and control mechanical positions or conditions. The GE/Hobart ML-138163-0000Z switch functions as a critical safety interlock in food processing equipment, installed within conveyor systems or automated machinery to verify operational limits are within safe parameters. Typically mounted in factory or field applications, it supports facilities such as commercial kitchens, processing lines, or industrial food production for consistent safety assurance and workflow reliability, particularly in moderate-volume environments seeking dependable component performance.
Designed for moderate throughput facilities, the GE/Hobart ML-138163-0000Z switch offers durable safety interlock control suitable for commercial processing kitchens and industrial foodservice settings. Its robust construction and precise limit detection support reliable operation of conveyor and processing machinery, making it ideal for mid-volume food manufacturing lines and institutional kitchens requiring consistent safety interlocks. The model by AllPoints ensures dependable performance in foodservice workflows with a focus on safety, durability, and seamless system integration.
AllPoints ML-138163-0000Z stands out among safety limit switches by offering a compact, reliable OEM component built with high-impact resistant materials. Its design emphasizes durability, precise operation, and straightforward integration into commercial and industrial food equipment. Unlike generic switches, this model enhances operational safety while supporting efficient workflows in food processing and manufacturing environments, ensuring consistency and long-term performance in demanding settings.
