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TDC5 Temperature Controller

Temperature controller
Cited in the literature See research citations →

Interfaces with a Gamry potentiostat to control both heating and cooling through an experiment.

What it does
  • Controls heating and cooling for critical pitting temperature experiments
  • Works with CPT110 software, which runs the ASTM G150 standard
  • Temperature limits, step sizes and delay periods all under user control
  • Accuracy ±0.5 °C; resolution 1°/0.1°; three readings per second
  • Based on an Omega temperature controller. Windows 10 only
For applications including
// Research citations

Cited in the literature

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Citation data provided by Bioz.
// Overview

The *TDC5 Temperature Controller (Part #992-00143) interfaces with your Gamry Potentiostat to control both heating and cooling processes required for Critical Pitting Temperature experiments.

Key features include:

  • Reading Rate - 3 samples per second
  • Accuracy  -  +/-0.5°C, 0.03% reading process
  • Resolution -  1°/0.1°, 10µV process
  • Temperature Stability -  w/ RTD = 0.04°C/°C, w/ TC = 0.05°C/°C

*TDC5 works only with Windows™ 10

Product Details

The TDC5 Temperature Controller can control heating and cooling during your experiments. It is designed to work best with the CPT110 Critical Pitting Temperature software that runs the ASTM G150 Standard. Temperature limits, step sizes, delay periods, etc. are all under user control.

The TDC5 is based on an Omega Temperature Controller which offers an impressive array of features. The TDC5 itself is controlled by your computer and the CPT110 Critical Pitting Temperature Software via a standard 9 or 25-pin RS-232 serial port. Heating and cooling sources connected to your cell are turned on and off by the TDC5 to maintain the desired temperature. The TDC5 is a closed loop system, it measures the temperature of the cell using a platinum RTD, and uses feedback to control the heater and/or cooler. The TDC5 can be used in an on/off mode or a PID (Proportional, Integral, Derivative) mode. The on/off mode uses hysteresis parameters to control its switching, while the PID mode uses tuning parameters.

// Specifications

Specifications

Accuracy +/-0.5°C, 0.03% reading process
Resolution 1°/0.1°, 10µV process
Temperature Stability  w/ RTD = 0.04°C/°C, w/ TC = 0.05°C/°C
Reading Rate 3 samples per second
Input Types  Thermocouple, RTD, Analog Voltage,
Analog Current
Thermocouple Types  J, K, T, E, R, S, B, C, N, L
Interface RS-232 connection
// Resources

Documentation