The Johnson Controls K19AT-48 Thermocouple Baso SlimJim 48" is a precision-coaxial thermocouple designed for accurate temperature measurement in industrial and commercial environments. Engineered by Johnson Controls, this 48-inch coaxial thermocouple operates within a 20-30 mV range, featuring threaded connectors (11/32"-32) for secure installation. Its robust construction ensures reliable performance in temperature sensing applications across food processing, HVAC, and manufacturing sectors, providing precise real-time data critical for process control and safety compliance.
Top Johnson Controls K19AT-48 Features
The K19AT-48 thermocouple offers precise temperature detection with industrial-grade coaxial design, facilitating seamless integration into existing systems. Its durable stainless steel construction withstands harsh environments, ensuring longevity. The coaxial threads enable straightforward installation and maintenance, while its compact profile suits tight installation spaces. Its consistent performance supports high-accuracy measurements vital for process monitoring in food manufacturing and industrial applications.
- Enhanced temperature accuracy with 20-30 mV sensitivity for critical process controls
- Robust stainless steel body provides corrosion resistance and durability
- Threaded connections simplify installation and replacement in tight spaces
- Compact 48" length suitable for confined industrial environments
- Precision coaxial design ensures stable signal transmission during continuous operation
Designed for technical operators requiring reliable thermocouple performance in industrial settings
Johnson Controls K19AT-48 Technical Specs
The Johnson Controls K19AT-48 thermocouple features a stainless steel construction with a length of 48 inches and a width of 1 inch, offering a compact profile suitable for industrial installation. It operates effectively within a 20-30 mV output range, making it suitable for precise temperature measurement across diverse environments. The unit is non-hazardous, with a weight of only 0.16 lbs, and originates from Mexico. Its threaded coaxial connection (11/32"-32) provides secure mounting. Designed for consistent performance, it can operate reliably in environments where accurate temperature monitoring is essential, such as food processing facilities, HVAC systems, and manufacturing lines. Compatibility with various industrial controllers is ensured via its standard coaxial signal output, simplifying system integration. The thermocouple's stainless steel material enhances longevity, withstanding corrosion and physical wear. Its operating temperature range supports high-temperature applications while maintaining precise data transmission. Easy to clean and maintain, this thermocouple requires minimal disassembly, making it suitable for demanding workflows in mid-volume production settings.
- Electrical Compatibility: 20-30 mV output signal suitable for industrial controllers
- Threaded Connection: 11/32"-32 coaxial threads for secure mounting and easy replacement
- Construction: stainless steel body for corrosion resistance and durability
- Dimensions: 48" length, 1" width, 3.3" height, lightweight at 0.16 lbs
- Operating Range: stable operation within typical high-temperature environments
- Material and Finish: stainless steel for longevity and ease of cleaning
- Temperature Resistance: suitable for applications demanding robust temperature monitoring
- Installation Needs: compatible with existing coaxial thermocouple threads, requiring proper clearance and electrical connections
What is a commercial thermocouple ?
A commercial thermocouple is a high-precision temperature sensor used in industrial and process environments to monitor and control thermal conditions. The Johnson Controls K19AT-48 thermocouple, designated as a Mavrik model, is installed in applications such as food processing, HVAC systems, and manufacturing lines to provide accurate temperature readings. Its coaxial design with threaded connections allows for reliable integration into existing instrumentation, supporting real-time data acquisition. Typically utilized in medium- to high-temperature workflows, this thermocouple is ideal for environments requiring durable and precise thermal measurement across various commercial foodservice and industrial settings.
Top commercial thermocouple for industrial temperature monitoring in foodservice environments
The Johnson Controls K19AT-48 thermocouple robustly supports medium-volume temperature control operations, engineered for precise heat sensing in commercial food processing and industrial settings. Its corrosion-resistant stainless steel body and threaded connections ensure durability, making it suitable for demanding workflows. Manufactured by Johnson Controls, model K19AT-48 is designed for reliable industrial monitoring in foodservice and manufacturing sectors.
- Operation Type — optimized for continuous temperature measurement in process control
- Foodservice Space — suitable for industrial kitchens, manufacturing plants
- Use Case — ideal for process automation and thermal regulation in mid-volume environments
- Workload Qualifier — supports moderate throughput with consistent accuracy
- Application Scenario — suitable for temperature monitoring in food processing and HVAC systems
Why Choose AllPoints K19AT-48 ?
The AllPoints K19AT-48 thermocouple stands out with its industrial-grade stainless steel construction, precise coaxial output, and threaded installation features. Its compact 48-inch length offers ease of integration into tight spaces, supporting reliable and accurate temperature measurements in demanding environments. Compared to standard models, this thermocouple provides enhanced durability and signal stability, reducing maintenance needs and enhancing process reliability.
- Self-contained design for straightforward installation in industrial setups
- Corrosion-resistant stainless steel withstands harsh process conditions
- Compact footprint optimizes space in confined commercial environments
- Reliable coaxial connection ensures signal stability during long-term operation
- Precision sensing range supports accurate temperature control in process workflows
