Enhancing Productivity with Eurotherm P108 Temperature Controller

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Introduction

The Eurotherm P108 PID Temperature Controller is a reliable and high-performance temperature controller designed for industrial applications. It has a compact size of 48 x 96mm and is equipped with two output logic options, relay, and 85 → 264 V ac supply voltage. In this article, we will discuss the various specifications of this product.

Specifications

  1. PID Control Algorithm: The Eurotherm P108 PID Temperature Controller is equipped with a PID control algorithm that ensures precise and stable temperature control. The PID algorithm is a closed-loop feedback system that continuously adjusts the output based on the difference between the setpoint and the measured temperature.
  2. Temperature Measurement Range: The Eurotherm P108 PID Temperature Controller can measure temperatures within a range of -270°C to 1800°C. This makes it suitable for a wide range of industrial applications, including furnaces, ovens, and kilns.
  3. Input Types: The Eurotherm P108 PID Temperature Controller can accept various types of input signals, including thermocouples, RTDs, and process inputs. The process input can be used to measure other process variables such as pressure and flow.
  4. Output Types: The Eurotherm P108 PID Temperature Controller has two output logic options: relay and logic. The relay output can be used to control heating or cooling devices, while the logic output can be used to provide on/off control for other devices.
  5. Supply Voltage: The Eurotherm P108 PID Temperature Controller operates on a supply voltage of 85 → 264 V ac. This makes it suitable for use in a wide range of industrial environments.
  6. Display: The Eurotherm P108 PID Temperature Controller has a large and easy-to-read display that shows the measured temperature and other process variables. The display also shows the output status, alarm status, and other important information.
  7. Alarm Functions: The Eurotherm P108 PID Temperature Controller has various alarm functions, including high/low temperature alarms, deviation alarms, and sensor break alarms. These alarms can be set to trigger an output or provide a visual indication on the display.
  8. Communications: The Eurotherm P108 PID Temperature Controller has various communication options, including RS485 and Modbus. This allows it to be easily integrated into a wider control system.
  9. Configuration Options: The Eurotherm P108 PID Temperature Controller can be configured using a PC-based software tool or via the front panel. The software tool allows for more advanced configuration options, while the front panel is suitable for basic configuration and adjustments.

Conclusion

The Eurotherm P108 PID Temperature Controller is a highly versatile and reliable temperature controller that is suitable for a wide range of industrial applications. It has various advanced features, including PID control, temperature measurement range, input and output types, supply voltage, display, alarm functions, communications, and configuration options. With these specifications, the Eurotherm P108 PID Temperature Controller can help improve temperature control and overall process efficiency.