Below are general answers on typical components of a temperature and process calibrator from the list of Gao Tek’s temperature and process calibrators. To facilitate our customers to select our products, we have further classified our temperature and process calibrators by their features auto power-off, benchtop, customizable, data logging, dc voltage, handheld, high precision, multifunctional, rugged, signal, thermocouple and wireless.

We have products in stock and can ship overnight to most places in the U.S. and Canada.  

If you have any questions about our products or want to place an order, our technical experts can help you.

Please fill out this form or email us. 

  

Microcontroller: 

  • Electronic brains of the calibrator that control its functions and interface with the user. 
  • Manages the calibration processes and ensures accurate and stable output. 

Input/ Output Modules: 

  • Interfaces for connecting to various temperature and process sensors, such as thermocouples, RTDs, and pressure transmitters. 
  • Provides electrical connections for both input and output signals during calibration. 

Display Panel: 

  • LCD or LED display for showing measurement values, setpoints, and other relevant information. 
  • User-friendly interface for configuring calibration settings. 

Control Interface: 

  • Buttons, knobs, or a touch screen to allow users to input parameters, set calibration values, and navigate through the calibrator’s menus. 

Power Supply: 

  • Internal power supply or external power input for providing the necessary electrical power to the calibrator. 

Reference Sensors: 

  • High-precision temperature and pressure sensors used as references to ensure the accuracy of the calibrator. 
  • May include internal sensors or external connections for external reference sensors. 

Signal Conditioning Circuitry: 

  • Amplifiers and filters to condition and process the signals from the sensors, ensuring accurate and stable measurements. 

Output Generation Circuitry: 

  • Generates known and stable signals to simulate temperature or pressure conditions during calibration. 
  • May include circuitry for simulating various types of sensors and transmitters. 

Communications Interface: 

  • Ports for communication with external devices or computer systems. 
  • USB, RS-232, or Ethernet ports for data exchange and remote control. 

Memory and Storage: 

  • Internal memory for storing calibration procedures, historical data, and user configurations. 
  • External storage options for saving and transferring calibration records. 

Mechanical Components: 

  • Enclosure: Protective casing for the electronic components. 
  • Connectors: Input and output ports for sensor connections. 
  • Interface ports: Physical connections for power input, communication, and data transfer. 

Battery: 

  • Some portable calibrators may include a rechargeable or replaceable battery for field use. 

Calibration Software: 

  • Software interface for advanced calibration procedures, data logging, and analysis. 
  • Allows for the creation and execution of specific calibration routines.Â