The AllPoints F13676 Temperature Probe is a precision electronic instrument designed for critical temperature measurement in commercial foodservice applications. As a core component of food safety monitoring systems, this OEM-grade temperature probe features a stainless steel sensing tip with a 0.45-inch height, 5.85-inch width, and 8.05-inch depth. It operates within a specified temperature range to ensure accurate readings in temperature-sensitive environments such as refrigerated storage, cooking, or processing stations. Crafted for durability and precision, the probe is suitable for integration into various industrial kitchen workflows, offering reliable analytics for high-volume operations and equipment calibration tasks.
Top AllPoints F13676 Features
The AllPoints F13676 Temperature Probe delivers accurate, consistent temperature sensing with a stainless steel construction resistant to corrosion. Its compact form factor allows seamless integration into commercial refrigeration, ovens, or temperature control systems. Designed for ease of maintenance, it facilitates quick replacement and calibration. Its precise sensing capability supports workflow efficiency in high-demand food production or storage environments. Ideal for use in temperature-critical applications requiring robust, dependable monitoring equipment.
- Accurate temperature detection: Precise readings within specified operational ranges.
- Durable stainless steel construction: Corrosion-resistant for long-term longevity.
- Ease of calibration and maintenance: Compatible with standard foodservice tools.
- Optimized for industrial workflows: Fits seamlessly into refrigerated or heated equipment.
- Compact, OEM design: Facilitates integration into space-constrained systems efficiently.
Used primarily for temperature monitoring in commercial refrigeration, cooking, or processing equipment requiring high accuracy and durability.
AllPoints F13676 Technical Specs
The AllPoints F13676 Temperature Probe operates as a temperature sensing OEM component featuring a stainless steel tip with a length of approximately 0.45 inches, width of 5.85 inches, and depth of 8.05 inches. It is designed for use in temperature-critical environments, providing precise measurements within a specified operational temperature range. The probe’s construction ensures resistance to corrosion and physical wear, making it suitable for installation in refrigerator systems, ovens, and food processing units. Its compatibility with standard calibration practices and durability under frequent cleaning routines makes it ideal for continuous commercial operation. The device requires no electrical requirements beyond standard connection points, with a focus on longevity and reliability in demanding foodservice settings.
- Electrical Requirements: Compatible with standard system connections, no external power needed
- Construction & Finish: Stainless steel tip with corrosion-resistant coating
- Temperature Resistance: Operates within typical foodservice environment ranges
- Dimensions: 0.45" H x 5.85" W x 8.05" D
- Weight: Approximate product weight is specific to OEM components, designed for ease of integration
- Usage Compatibility: Suitable for refrigeration, cooking, and processing equipment
- Electrical Compatibility: Designed for simple system integration without external power requirements
- Mounting Needs: Compatible with OEM mounting brackets for secure installation
- Cleaning & Maintenance: Compatible with standard cleaning procedures, disassembly straightforward
- Workflow Fit: Perfect for real-time temperature monitoring in continuous production
- Environmental Tolerance: Adequate for typical food environment temperature ranges
What is a commercial temperature probe?
A commercial temperature probe is a specialized sensor designed for precise measurement of temperature within industrial foodservice equipment and environments. It typically features durable materials like stainless steel for resistance to cleaning agents and physical wear. The AllPoints F13676 Temperature Probe is installed in refrigeration units, ovens, and processing systems to provide accurate and reliable temperature data essential for food safety and quality control. Its compact OEM design ensures seamless integration into existing systems, making it suitable for high-volume operations such as commercial kitchens, cafeterias, and processing plants, where consistent temperature monitoring is critical for operational compliance and product integrity.
Top Commercial Temperature Probes for Foodservice Settings
Built for precision and durability, the AllPoints F13676 temperature probe supports reliable temperature monitoring in industrial foodservice kitchens, ideal for high-demand refrigeration, oven calibration, and processing applications, ensuring optimal operational performance in moderate throughput environments.
- Operation Type — ideal for industrial food processing and storage
- Kitchen Setting — suited for compact commercial kitchen spaces
- Foodservice Category — applicable in refrigerated, cooked, and prepared food stations
- Workload Qualification — supports moderate throughput monitoring
- Use Case — ensures precise temperature calibration in high-volume settings
Why Choose AllPoints F13676 Temperature Probe ?
Designed to outperform standard OEM components, the AllPoints F13676 temperature probe features robust stainless steel construction for long-term durability and corrosion resistance. Its precise sensing capabilities and straightforward installation streamline calibration processes, enhancing workflow efficiency in demanding foodservice environments. Its compact OEM design allows seamless integration with various equipment, reducing setup time and ensuring reliable performance over extended service periods.
- Self-contained design minimizes installation complexity and maintenance
- Corrosion-resistant stainless steel enhances longevity in wet environments
- Compatible with industrial refrigeration and oven systems
- Optimized for continuous temperature monitoring in commercial workflows
- Compact OEM form factor supports space-efficient installation in tight systems
