The Duke TA-21 Thermostat, a component designed for precise temperature control in commercial foodservice environments, features a Type - Kp thermocouple sensor with a temperature range of 125-325°F. Equipped with a 1/4" x 12" bulb and a 36" cap, it is engineered for integration with Franklin thermotainers, Duifield, and Seco models. Its black printed dial (#22-1222) facilitates accurate adjustments, making it a reliable choice for warming applications across institutional kitchens, catering, and food processing settings. The TA-21's robust construction and precise sensing make it suitable for controlling all warmers with serial numbers starting with A or W, ensuring high-performance regulation in demanding environments.
Top AllPoints TA-21 Features
The Duke TA-21 Thermostat offers precise temperature regulation for commercial warming units, with durable construction from high-quality materials, facilitating reliable operation and long service life. Its easy-to-adjust black printed dial allows quick calibration, while the sensitive thermocouple ensures consistent temperature maintenance. Designed for seamless integration with Franklin Chef warmers and all warmers using serials beginning with A or W, it supports efficient workflow management in busy foodservice operations. Its modular mounting simplifies installation and maintenance, reducing downtime and ensuring steady performance during high-volume service.
- High-precision Type - Kp sensor for accurate temperature control
- Constructed with durable materials to withstand demanding kitchen environments
- Intuitive black printed dial for quick calibration and adjustments
- Compatible with Franklin Thermotainers and all warmers with serials starting with A or W
- 36-inch cap and 1/4-inch x 12-inch bulb support versatile installation options
Designed for commercial kitchen applications requiring reliable temperature regulation of warming units.
TA-21 Technical Specs
The Duke TA-21 Thermostat is a self-contained temperature control device manufactured in Mexico, tailored for medium-temperature applications in commercial foodservice. It features a resistance range of 125-325°F, with its thermocouple sensor encapsulated within a 1/4" x 12" bulb and a 36" cap, enabling precise sensor placement. Its construction utilizes durable materials suitable for frequent cleaning and maintenance, with a compact form factor measuring 1" in height, width, and depth. The device's design supports seamless integration with Franklin Chef and Seco warmers, operating reliably within its specified temperature range. Weighing virtually zero, it is easy to handle and install, ensuring consistent temperature regulation in busy kitchens. Power requirements are compatible with standard control circuits, and its simple adjustment dial permits quick calibration. The TA-21 ensures efficient workflow and temperature accuracy essential for food safety and quality assurance in professional catering and institutional kitchens.
- Electrical Requirements: Compatible with standard control circuits
- Temperature Range: 125-325°F
- Sensor Type: Type - Kp thermocouple
- Construction Material: Rugged, food-safe, easy-to-clean
- Mounting Options: Universal for Franklin, Delfield, and Seco warmers
- Dimensions: 1\" W x 1\" D x 1\" H
- Weight: 0 lbs (unit weight primarily for reference)
- Max Safe Temperature: 325°F
- Operating Range: 125-325°F
- Electrical Compatibility: Suitable for connection with commercial control panels
- Installation Clearance: Requires minimal space, supports inline mounting
- Drainage & Ventilation: Non-relevant—install in controlled environment
- Cleaning Routine: Easily accessible for periodic calibration and calibration adjustments
- Maintenance Access: Modular mounting supports quick replacement
What is a commercial thermostat ?
A commercial thermostat is a device used for precise temperature regulation in professional foodservice and catering operations. It controls warming and refrigeration units, ensuring consistent temperatures to maintain food safety and quality. The Duke TA-21 Thermostat, with its Type - Kp thermocouple and temperature range of 125-325°F, is typically installed in warming equipment like Franklin Chef warmers and Seco models, making it ideal for mid-volume hospitality kitchens, institutional cafeterias, and catering services seeking reliable, easy-to-maintain temperature control solutions.
Top commercial thermostats for institutional foodservice environments
Reliable and durable, the Duke TA-21 Thermostat delivers precise temperature control for medium workload applications in institutional kitchens and foodservice venues. Built with high-quality components, it supports efficient workflow and temperature stability in cafeteria, catering, and buffet settings, ensuring food safety compliance and equipment longevity. AllPoints TA-21 is designed for operation in demanding commercial kitchen workflows, providing consistent performance in temperature regulation.
- Operation Type — suited for medium-volume kitchen applications
- Kitchen Setting — ideal for institutional, catering, and cafeteria environments
- Foodservice Category — optimized for warming and holding units
- Workload Qualifier — designed for moderate throughput needs
- Use Case — ideal for maintaining precise warm holding temperatures
Why Choose AllPoints TA-21?
Designed for dependable performance in demanding foodservice settings, the AllPoints TA-21 Thermostat combines durable materials with precise temperature sensing. Its compatibility with popular warmers and straightforward calibration process make it a reliable choice for commercial kitchens. Its streamlined design facilitates quick installation and maintenance, helping to ensure consistent food quality and operational efficiency compared to standard thermostats with less precise control features.
- Self-contained design supports straightforward installation
- High-quality materials enhance durability and lifespan
- Compatible with various commercial warmer models for versatile use
- Accurate control within a 125-325°F range for food safety
- Compact form factor simplifies integration in tight spaces
