Temperature Sensors

Temperature sensors are devices used to measure heat levels within various environments. They ensure accurate temperature readings crucial for maintaining equipment performance and safety.

  1. Omega Part Number NB2-CASS-14U-12

    Temperature Sensors

    Omega Part Number NB2-CASS-14U-12

    Thermocouple
  2. GCA/Precision Sci Part Number 067092 123757

    Temperature Sensors

    GCA/Precision Sci Part Number 067092 123757

    Probe ATM Temp ACS/W.S
  3. Tokyo Electron Ltd Part Number 036-004633-1

    Temperature Sensors

    Tokyo Electron Ltd Part Number 036-004633-1

    Thermocouple
  4. Tokyo Electron Ltd Part Number 036-004631-1

    Temperature Sensors

    Tokyo Electron Ltd Part Number 036-004631-1

    Thermocouple

  5. Axcelis

    Temperature Sensors

    Axcelis

    Thermocouple Thermocouple
  6. Thermocouple Expertice

    Temperature Sensors

    Thermocouple Expertice

    National Basic Sensor National Basic Sensor
  7. ERSA

    Temperature Sensors

    ERSA

    Temperature Sensor Probe
  8. United Electric Controls

    Temperature Sensors

    United Electric Controls

    Heat Sensor

Common Applications

industrial process monitoring

HVAC systems

food and beverage processing

pharmaceutical manufacturing

environmental testing

automotive testing

Buying Guide

Temperature Sensor Buying Considerations

  • Determine the temperature range and environment where the sensor will be used.
  • Choose the sensor type based on required accuracy and response speed.
  • Ensure compatibility with your existing systems and data logging devices.
  • Consider the sensor’s durability in the specific environmental conditions.
  • Evaluate the maintenance needs and ease of recalibration for long-term use.

Frequently Asked Questions

What types of temperature sensors are available?
Common types include thermocouples, RTDs, thermistors, and infrared sensors, each serving different accuracy and application needs.
How do I choose the right temperature sensor for my needs?
Consider factors such as the environment’s temperature range, required accuracy, and sensor compatibility with existing systems.
Can temperature sensors be used in harsh environments?
Yes, many industrial temperature sensors are designed to endure extreme conditions, provided they are selected according to material compatibility and protection standards.
What maintenance is required for temperature sensors?
Regular calibration, cleanliness checks, and replacing worn parts are essential to maintain sensor accuracy and longevity.