The Roundup - AJ Antunes 4050214 Thermocouple Type K (3/16" diameter) Hct is a precision temperature measurement sensor designed for industrial and commercial food processing applications. Manufactured by Roundup under the AJ Antunes brand, this Type K thermocouple features a compact 3/16-inch diameter probe, optimized for accurate thermal readings in high-temperature environments. Its robust construction ensures durability in demanding kitchen or processing facility conditions, enabling precise control over temperature-critical operations such as cooking, pasteurization, or sterilization processes. The thermocouple provides fast, reliable temperature feedback with a maximum operating temperature suitable for most foodservice workflows, making it an essential component for temperature monitoring and safety protocols.
Top AJ Antunes 4050214 Features
The AJ Antunes 4050214 thermocouple delivers high-accuracy temperature readings in industrial foodservice environments. Designed for seamless integration, it features a durable stainless steel sensor tip resistant to corrosion and thermal stress. Its compact 3/16" diameter probe simplifies installation in confined spaces, while its quick response time ensures real-time process adjustments. The rugged build provides long-term stability, reducing maintenance needs, and the wire leads facilitate straightforward calibration and replacement. Ideal for process control in thermal applications, this thermocouple enhances operational efficiency in commercial kitchens and food processing facilities.
- Precision temperature measurement for critical processes
- Constructed from durable stainless steel material
- Compact probe design for easy installation
- Rapid response time for real-time monitoring
- Corrosion-resistant and long-lasting for industrial use
Suitable for temperature-sensitive food processing workflows requiring accurate thermal data collection
AJ Antunes 4050214 Technical Specs
The AJ Antunes 4050214 thermocouple is engineered for dependable performance in demanding environments. It operates with a Type K thermocouple configuration, with electrical requirements compatible with standard process instrumentation. Its construction includes a corrosion-resistant stainless steel sheath measuring 3/16" in diameter and 0.95" in height, optimized for insertion into high-temperature media. Designed for industrial foodservice use, it operates within a temperature range suitable for cooking and sterilization, with a maximum operating temperature generally up to 2,500°F. The probe's weight is approximately 1 lb, and it features a standard model compatible with most process control systems. The thermocouple’s leads facilitate easy connection, calibration, and maintenance, while its durable build minimizes downtime. The sensor's design ensures accurate response and stability over prolonged use, making it ideal for continuous temperature monitoring in food processing, commercial kitchens, or beverage applications.
- Electrical Requirements: Compatible with standard process control systems
- Construction & Finish: Stainless steel sheath with corrosion resistance
- Temperature Range: Up to 2,500°F (max safe operating temperature)
- Dimensions: 3" width x 3.6" depth x 0.95" height
- Weight: 1 lb per unit, suited for mounting flexibility
- Usage Compatibility: Suitable for high-temperature food processing and sterilization
- Electrical compatibility with process control systems
- Installation in confined or high-temperature environments
- Corrosion-resistant stainless steel sheath
- Supports routine calibration and maintenance
- Operates reliably in demanding thermal workflows
What is a commercial thermocouple ?
A commercial thermocouple is a temperature sensing device used in industrial and foodservice environments to measure high-temperature media accurately. The Roundup - AJ Antunes 4050214 thermocouple features a Type K configuration, known for its broad temperature range and stability. Typically installed in process control systems, it provides critical thermal feedback for functions such as baking, sterilization, or pasteurization. Designed with a stainless steel sheath and a 3/16" diameter probe, it is suited for integration into commercial kitchens or food processing plants where precise temperature regulation is required. Its robust build ensures dependable long-term operation, making it ideal for high-volume foodservice or manufacturing workflows that demand rigorous temperature monitoring.
Top Type K Thermocouple for Moderate Foodservice Environments
Built with durable stainless steel and designed for high-temperature monitoring, the Roundup - AJ Antunes 4050214 Type K thermocouple best suits process control in commercial foodservice settings with moderate throughput. Its precise thermal feedback enhances workflow efficiency in food processing, sterilization, or cooking workflows. Manufactured by AllPoints, this sensor supports reliable, long-term operation in demanding environments.
- Process control — suitable for medium-volume food manufacturing
- Compact design — fits into confined process areas
- Industrial durability — STAINLESS STEEL construction ensures long service life
- High temperature tolerance — performs reliably during sterilization cycles
- Ease of calibration — simple connection for routine maintenance
Why Choose AllPoints 4050214 ?
Designed with industrial-grade materials and precise sensing capabilities, the AllPoints 4050214 thermocouple stands out for its durability and performance. Its stainless steel construction with a compact size makes it suitable for demanding commercial kitchen and processing environments. The sensor’s quick response and stable readings streamline temperature monitoring, enhancing operational safety and efficiency. Its rugged design minimizes maintenance needs, providing dependable long-term operation compared to standard units.
- Self-contained and corrosion-resistant
- Compact footprint for tight installation spaces
- Built for high-temperature stimulation and reliability
- Supports consistent process control in commercial kitchens
- Enhanced durability for extended service life
