The Johnson Controls K16WT-72 Thermocouple Baso Husky 72 is a precision measurement component designed for industrial and commercial heating applications. This coaxial thermocouple features a 72-inch length, optimized for accurate temperature sensing in oven and furnace environments. It is engineered with a thick capillary and coaxial threads of 11/32"-32, ensuring secure installation and reliable performance. Its voltage output of 20-30 mV makes it suitable for high-temperature monitoring in bakery, food processing, and industrial cooking equipment, providing precise feedback to control systems. The K16WT-72 thermocouple exemplifies durability and technical excellence, tailored for commercial kitchen equipment and process automation where accuracy and stability are critical.
Top AllPoints K16WT-72 Features
This thermocouple's robust coaxial design and thick capillary tube deliver exceptional durability in high-heat environments, suitable for continuous commercial use. Its precise 20-30 mV voltage output ensures accurate temperature readings. Engineered for ease of installation with 11/32"-32 threads, it offers reliable fitment in industrial oven applications. Its construction supports maintenance and calibration, reducing downtime. Ideal for integrating with Blodgett ovens and similar commercial foodservice equipment, it enhances workflow precision and operational consistency.
- High-accuracy voltage output: 20-30 mV for precise temperature control
- Durable construction: Thick capillary tubing withstands repeated use
- Secure installation: Coaxial threads of 11/32"-32 provide easy mounting
- Optimized length: 72-inch design suits various oven configurations
- Ease of maintenance: Compatible with system calibration and troubleshooting
Ideal for industrial oven temperature sensing and process automation applications.
Johnson Controls K16WT-72 Technical Specs
The Johnson Controls K16WT-72 thermocouple features a precise electrical output of 20-30 mV, compatible with standard industrial control systems. Its robust stainless steel construction offers resistance to high temperatures and mechanical wear, with an overall length of 72 inches and a diameter optimized for secure installation using 11/32"-32 coaxial threads. The device’s operating environment comfortably tolerates continuous high-temperature exposure typical in commercial bakery and food processing settings, with a weight of just 0.6 lbs designed for easy handling. Its design ensures consistent signal transmission and simplified maintenance, supporting up to specified temperature ranges for reliable long-term operation. Manufactured in Mexico, it is suitable for integration into Blodgett ovens like models 1048 and 1060, and other similar commercial appliances.
- Electrical Requirements: 20-30 mV output signal compatible with standard control systems
- Construction & Finish: Stainless steel with corrosion-resistant coating
- Dimensions: 72" length, 2" height, 5" width, 6" depth
- Operating Environment: High-temperature resistance suitable for commercial oven applications
- Weight: 0.6 lbs for easy handling and installation
- Temperature Resistance: Designed for continuous use in high-heat environments up to specified limits
- Electrical Compatibility: Ensures precise temperature monitoring in industrial ovens
- Mounting Requirements: Supports coaxial thread connection for secure installation
- Durability Needs: Withstands repeated thermal cycling and mechanical stresses
- Calibration & Maintenance: Supports straightforward calibration procedures
- Workflow Integration: Improves control precision in commercial bakery and foodservice equipment
What is a commercial thermocouple?
A commercial thermocouple is a temperature sensing device used in industrial and culinary environments to monitor high-temperature processes with high accuracy. The Johnson Controls K16WT-72 is a specialized coaxial thermocouple designed for precise temperature measurement in commercial ovens and food processing equipment. It features a 72-inch stainless steel probe with coaxial threads suitable for installation in Blodgett ovens and similar appliances, capable of outputting 20-30 mV for reliable control feedback. This device is ideal for continuous monitoring in high-heat applications, ensuring consistent product quality and operational efficiency in commercial kitchen settings.
Top commercial thermocouple for industrial baking in industrial foodservice environments
Designed for industrial bakery and high-volume oven applications, the Johnson Controls K16WT-72 thermocouple offers durable stainless steel construction, precise voltage output, and secure coaxial mounting. AllPoints K16WT-72 features facilitate accurate temperature sensing and easy installation, supporting reliable operation in commercial food processing and baking workflows.
- Operation Type — suitable for high-temperature industrial oven environments
- Kitchen Setting — ideal for bakery, commercial kitchens, and food processing plants
- Foodservice Category — optimized for oven temperature regulation and automation
- Workload Qualifier — supports moderate throughput in continuous operation
- Use Case — maintains consistent oven temperature and process control
Why Choose AllPoints K16WT-72 Thermocouple
Distinct from standard thermocouples, the AllPoints K16WT-72 features a rugged coaxial design, thick capillary tube, and long length for versatile installation in commercial ovens. Its high-quality stainless steel build offers exceptional durability, and the optimized threading simplifies mounting in precise positions. With a reliable voltage output and resistance to high-heat conditions, it ensures long-term stability, reducing calibration needs and operational downtime, making it a reliable choice for demanding foodservice environments.
- Robust coaxial construction: withstands demanding commercial oven conditions
- Extended 72-inch length: flexible installation in various kitchen layouts
- High durability material: stainless steel resists corrosion and wear
- Standardized coaxial threads: ensures secure, consistent fitting
- Designed for precision control: improves temperature accuracy and workflow efficiency
