AllPoints 7000791 Platen Thermocouple Stainless Steel for Accurate Monitoring
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- Footprint optimized for tight food processing spaces
- High throughput supports rapid production cycles
- Accurate sensing within specified temperature range
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The Roundup - AJ Antunes 7000791 Platen Thermocouple Roundup is a precision OEM component designed for advanced temperature monitoring in commercial food processing and restaurant equipment. Manufactured in the United States by Roundup - AJ Antunes, this thermocouple provides accurate and reliable sensing within pacing machinery, ensuring consistent performance. Its compact dimensions of 3.45" width, 3.8" depth, and 0.85" height, combined with a lightweight build of 0.05 lbs, make it suitable for integration into tight spaces. Engineered for durability and high-temperature resistance, this thermocouple features robust metal contact points optimized for food industry environments. It plays a crucial role in maintaining precise temperature control for platen operations and other heat-sensitive applications.
The 7000791 thermocouple is engineered for industrial-grade accuracy, featuring corrosion-resistant materials for longevity. Its fast response time enhances workflow efficiency in foodservice operations while offering straightforward installation and maintenance. Ideal for metallurgical compatibility, it can be seamlessly integrated into platen heating systems or conveyor equipment, delivering dependable temperature feedback. Designed for medium-use environments, it supports precise process regulation and reduces downtime in commercial kitchens and processing facilities.
Designed for replacing thermocouples in equipment requiring precise temperature measurement.
The AllPoints 7000791 thermocouple features a standard model number optimized for OEM applications within commercial kitchen and food processing machinery. Operating in environments up to high temperatures, it is constructed with stainless steel for maximum resistance to corrosion and thermal stress, supporting continuous operation without degradation. The unit’s dimensions are precisely 3.45 inches wide, 3.8 inches deep, and 0.85 inches tall, with a minimal weight of 0.05 lbs for easy handling. No electrical hazards are inherent, and it is designed for stable operation in standard industrial conditions. Compatible with a variety of platen and conveyor systems, it ensures reproducible temperature readings critical for consistent product quality. Installation typically requires minimal clearance, with straightforward disassembly for routine maintenance. It is suitable for use in temperature ranges up to several hundred degrees Fahrenheit, affirming its reliability in foodservice equipment and industrial applications.
A commercial thermocouple sensor is an industrial temperature measurement device used in various foodservice and processing equipment to monitor and control heat levels accurately. The AllPoints 7000791 thermocouple, designed for OEM applications, is installed in heat-sensitive machinery such as platens and conveyor systems, providing precise feedback over a wide temperature range. Its durable stainless steel construction ensures longevity in high-temperature environments. This sensor is essential in applications requiring consistent thermal regulation, making it well-suited for use in automated heat control within commercial kitchens and food production lines, particularly where reliable, continuous temperature sensing is critical for product quality.
Industrial-grade thermocouples like the AllPoints 7000791 are built for precision, durability, and integration into commercial kitchen equipment, suitable for moderate workflow environments such as plating lines and bakery ovens.
The AllPoints 7000791 thermocouple excels with its robust stainless steel construction, precise sensing capabilities, and straightforward OEM integration. Its compact size and high-temperature resilience enable seamless installation into platen and conveyor systems, enhancing operational efficiency and ensuring accurate temperature measurement. Unlike competing models, it offers reliable long-term performance in demanding food processing environments, optimizing process control and reducing maintenance downtime.
