Webinar on OSHA Violations

Life after an OSHA Citation: Turning a Black Mark into a Better Workplace

OSHA citations happen: the agency conducted 35,000 inspections in 2015 and cited 65,000 violations for a range of common hazards. The facilities that come back strongest from a citation are the ones that go beyond hazard correction to establish a culture of safe work practices.

Temperature Measurement

Temperature Measurement

Covers units in thermal measurement and operation of RTDs (and wheatstone bridges), thermistors, and thermocouples and thermometers. Includes principles of pyrometry and operation of narrowband, broadband, and bandpass pyrometers. Discusses calibration standards, typical calibrating methods, and instrument testing.

TPC Training Systems is authorized by IACET to offer 0.5 CEUs for this program.

Review a full course list for Instrumentation & Control Systems Technician

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  • Online Course & Test $85.00
  • Course Manual $57.00

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Lesson 1 - Temperature Measurement Principles and Indicators


Temperature and temperature scales; Heat; Change of state; Measuring instruments; Color change and melting point indicators

Learning Objectives:
– Define thermal energy and explain the relationships among thermal energy, heat, and temperature in a substance.
– Correlate changes in temperature with changes in a substance's physical state.
– Compare four temperature scales, and convert temperature readings from one scale to another.
– Explain how primary and secondary temperature calibration standards are used.
– Describe various temperature-measuring devices and contrast thermometers and pyrometers.

Lesson 2 - Bimetallic & Fluid-Filled Temp. Instruments


Bimetallic, liquid-in-glass, and filled-system thermometers; Liquid- and gas-filled systems; Vapor-pressure systems; Capillary and bourdon tubes; Temperature transmitters

Learning Objectives:
– Discuss the physical characteristics and operation of bimetallic thermometers.
– Describe how liquid-in-glass thermometers are constructed and how they operate.
– Compare liquid-, gas-, and vapor-filled systems and discuss their advantages and disadvantages.
– Explain how a mercury thermometer operates.

Lesson 3 - Electrical Instruments


Resistance thermometers; Wheatstone bridge circuits; RTD elements; Thermistors; Thermocouples; Compensation

Learning Objectives:
– Discuss the relationship between temperature and electrical resistance.
– Describe the function of RTD bridge circuits and explain how to calculate lead-wire errors.
– Compare the accuracy, response time, stability, and circuit complexity of RTDs and thermistors.
– Describe the operation of a thermocouple and explain how to compensate for changes in the reference junction temperature.

Lesson 4 - Pyrometry


Principles; Effects of emittance and temperature; Wavelength of radiated energy; Pyrometers

Learning Objectives:
– Discuss the principles that govern noncontact thermal measurements.
– Define electromagnetic radiation and emittance.
– Discuss the characteristics of a blackbody.
– Describe the effects of temperature and emittance on radiation intensity.
– Describe the operation of optical and radiation pyrometers.

Lesson 5 - Temp. Instrument Maint. & Calibration


Calibration standards; Instrument inspections; Controlled-temperature environments; Triple-point and ice baths; Calibration and testing

Learning Objectives:
– Compare and define primary, secondary, and working calibration standards.
– Describe typical testing procedures for temperature-measuring instruments.
– Describe routine maintenance and calibration procedures for temperature-measuring instruments.
– Explain how to use controlled-temperature environments-ice baths, triple-point baths, fluid baths, and fluidized baths.
– Explain how to calibrate liquid-in-glass thermometers, thermocouples, resistance thermometers, and pyrometers.

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