Partlow 76DA-1200-103-20-00 Temperature Controller Solid State 0-400F° Type J

The Partlow 76DA-1200-103-20-00 Temperature Controller is a solid-state temperature controller designed to provide precise temperature regulation in industrial processes. It uses Type J thermocouple input to measure temperature and control systems within a 0-400°F range. Here’s an overview of the key features and specifications:

Key Features:

1. Model: Partlow 76DA-1200-103-20-00

   • This model belongs to the Partlow 76DA series, known for its high-quality, solid-state temperature control systems used in a variety of applications.

2. Temperature Range: 0-400°F (Fahrenheit)

   • The controller can regulate and monitor temperatures in the 0°F to 400°F range, which is commonly used in many industrial heating or cooling systems.

3. Input Type: Type J Thermocouple

   • The temperature sensor input is a Type J thermocouple, which is a widely used temperature sensor made from iron and constantan. It is typically used for moderate-temperature ranges like the 0-400°F range and is cost-effective for general temperature measurement.

4. Solid-State Design:

   • The solid-state design means that the controller uses electronic components like transistors and thyristors to control the output, making it more durable and less prone to wear compared to electromechanical relays.
   • This design provides faster, more accurate control, and longer service life.

5. Control Type: On/Off or Proportional Control

   • The Partlow 76DA is often configured for on/off control, but depending on the model, it can also support proportional control or PID (Proportional-Integral-Derivative) control for more advanced temperature regulation.

6. Output:

   • Typically, solid-state controllers like this one provide an output signal to control the heating element (for heating applications) or cooling device (for refrigeration applications), ensuring the system stays within the desired temperature range.

7. Display:

   • The Partlow 76DA-1200-103-20-00 features a digital or analog display to show the current temperature, making it easy to monitor the process in real-time.

8. Applications:

   • Industrial Heating Systems: Used to maintain consistent temperatures in furnaces, ovens, and other heating equipment.
   • Laboratory and Testing Equipment: Common in laboratory environments where precise temperature control is necessary for experiments.
   • Process Control: Ideal for controlling processes in industries like chemical manufacturing, food processing, and more.

Applications:

• Ovens and Furnaces: Used in heat treatment processes where temperature control is critical.
• Test Equipment: Often used in test chambers where stable temperature conditions are necessary for testing materials.
• HVAC Systems: In some HVAC systems for controlling the temperature of air or water within specific ranges.
• Food Processing: Used to maintain precise temperatures in cooking, baking, and sterilization processes.

Advantages:

• Accurate Control: Offers precise temperature regulation with fast response times, ensuring system stability.
• Durable and Reliable: The solid-state design means fewer moving parts, which results in greater longevity and reliability over time.
• User-Friendly: Easy to configure and operate, with simple temperature setting adjustments.
• Cost-Effective: Type J thermocouples are affordable and work well in moderate temperature ranges, making the system cost-effective.

Conclusion:

The Partlow 76DA-1200-103-20-00 Temperature Controller is a reliable, solid-state device designed for accurate temperature control in industrial, laboratory, and processing applications. With its Type J thermocouple input and 0-400°F range, it is ideal for use in heating systems, ovens, and various process control applications. The controller’s solid-state design ensures longevity and precise performance, making it an excellent choice for industries requiring reliable temperature regulation.