100 Examples of sentences containing the common noun "pyrometer"

Definition

A pyrometer is a type of thermometer used for measuring high temperatures, typically in industrial applications. It operates by detecting the thermal radiation emitted by an object, allowing for non-contact temperature measurement.

Synonyms

• Infrared thermometer
• Thermal sensor
• Temperature gauge
• Heat sensor

Antonyms

• Thermocouple (specific type of temperature sensor)
• Bimetallic thermometer (not used for high temperatures)
• Mercury thermometer (used for lower temperature ranges)

Examples

1. The technician used a Pyrometer to measure the temperature of the molten metal.
2. In the factory, they routinely Pyrometer the furnaces to ensure they operate at safe temperatures.
3. The scientist decided to Pyrometer the samples to gather accurate data on their thermal properties.
4. When testing the engine, they needed to Pyrometer the exhaust gases to check for efficiency.
5. The researchers aimed to Pyrometer the heat emitted by the solar panels.
6. To avoid damage, it is crucial to Pyrometer the furnace before adding new materials.
7. They will Pyrometer the reactor to monitor its heat levels during the experiment.
8. The engineer recommended to Pyrometer the surface temperature of the steel during the welding process.
9. During maintenance, we always Pyrometer the heating elements to ensure they are functioning correctly.
10. In extreme conditions, the best way to assess the temperature is to Pyrometer the object from a distance.
11. The company invested in a new Pyrometer to improve their quality control process.
12. It is vital to Pyrometer the kiln to achieve the desired ceramic properties.
13. The Pyrometer readings indicated a higher temperature than expected during the test.
14. For accurate results, one must properly Pyrometer the sample according to the manufacturer's guidelines.
15. The technician learned how to Pyrometer various materials to determine their heat resistance.
16. They need to Pyrometer the temperature of the gas before ignition.
17. The old Pyrometer was replaced with a more advanced model that provided instant readings.
18. Engineers often Pyrometer the components to prevent overheating during production.
19. To ensure safety, workers are trained to Pyrometer the machinery regularly.
20. The Pyrometer displayed an error message due to incorrect calibration.
21. During the field operation, they had to Pyrometer the pipeline's temperature to prevent leaks.
22. The lab technician will Pyrometer each sample to ensure consistency in their findings.
23. As part of the safety protocol, they always Pyrometer the reactors before performing maintenance.
24. The automation system can Pyrometer the temperature and adjust the process accordingly.
25. The Pyrometer revealed that the metal was nearing its melting point.
26. It is essential to Pyrometer the material being processed to avoid catastrophic failures.
27. The research team decided to Pyrometer the test subjects in the high-temperature environment.
28. They must Pyrometer the steam output to maintain optimal pressure levels.
29. The engineers relied on the Pyrometer to monitor the heat flux during the experiment.
30. During the inspection, they forgot to Pyrometer the critical points of the machinery.
31. Using a handheld Pyrometer, the technician quickly checked the temperature of the pipes.
32. The Pyrometer was calibrated to measure temperatures above 1000 degrees Celsius.
33. To avoid burns, the workers must always Pyrometer before handling equipment.
34. The application required them to Pyrometer the incoming materials for quality assurance.
35. The team had to Pyrometer the temperature very carefully due to the volatile nature of the materials.
36. To maintain efficiency, they decided to Pyrometer the hot zones of the production line.
37. The Pyrometer provided real-time data during the testing phase of the project.
38. Engineers learned to Pyrometer the heat output to optimize the energy consumption.
39. They had to Pyrometer the exhaust temperatures to ensure compliance with regulations.
40. I need to Pyrometer the surface temperatures during the cooling phase.
41. The Pyrometer showed that the temperature had stabilized after the initial spike.
42. Safety protocols require workers to Pyrometer any equipment before repairs.
43. The technician forgot to Pyrometer the cooling system, which led to overheating.
44. They will Pyrometer the temperature throughout the process to gather accurate data.
45. The lab was equipped with multiple Pyrometer units for different experimental setups.
46. After the upgrade, the ability to Pyrometer became much more efficient.
47. It is a standard practice to Pyrometer the critical components before operation.
48. The Pyrometer indicated that the chamber temperature was rising unexpectedly.
49. To improve performance, they needed to Pyrometer the heat distribution.
50. The data collected from the Pyrometer was crucial for the final analysis.
51. They had to Pyrometer the furnace continuously to prevent accidents.
52. The latest technology allows us to Pyrometer from a safe distance.
53. During the demonstration, the engineers will Pyrometer the different materials.
54. Before starting the experiment, they need to Pyrometer the system to ensure it's ready.
55. The Pyrometer is essential for monitoring temperatures in high-risk environments.
56. To ensure accuracy, please Pyrometer at various points on the surface.
57. The technician was trained to Pyrometer the materials in the lab effectively.
58. They will Pyrometer the samples several times to verify the results.
59. The Pyrometer helped them identify areas that were overheating during production.
60. In order to maintain quality, it’s important to Pyrometer the finished products.
61. The old Pyrometer was no longer viable, so they had to purchase a new one.
62. To optimize the process, always Pyrometer the materials at the start of production.
63. The readings from the Pyrometer during the test were significantly higher than expected.
64. Before we begin, let's Pyrometer the equipment to ensure everything is functioning.
65. The automation system can Pyrometer without human intervention.
66. They frequently Pyrometer the conditions to maintain a stable environment.
67. The Pyrometer allowed them to monitor the temperature fluctuations in real-time.
68. The team will Pyrometer the reactor's output to enhance safety measures.
69. It’s critical to Pyrometer the temperature if the process parameters change.
70. During the audit, they had to Pyrometer the machinery to ensure compliance.
71. The Pyrometer was essential for the success of the thermal processing.
72. They planned to Pyrometer the entire system to gather baseline data.
73. The operators must always Pyrometer before making adjustments.
74. The Pyrometer readings were crucial in determining the next steps of the project.
75. They will need to Pyrometer the entire production line to ensure quality.
76. The temperature fluctuated, and they quickly decided to Pyrometer the equipment.
77. They had to Pyrometer the samples multiple times to obtain consistent results.
78. The Pyrometer proved invaluable during the troubleshooting process.
79. The staff was reminded to Pyrometer before any hands-on maintenance.
80. The engineer had to Pyrometer the cooling system's performance.
81. The Pyrometer displayed a sudden drop in temperature, indicating a malfunction.
82. They needed to Pyrometer the environment to assess the impact on the experiment.
83. Before starting the project, they will Pyrometer all necessary components.
84. The technicians were trained to Pyrometer effectively and efficiently.
85. The Pyrometer indicated an anomaly that required immediate attention.
86. They would Pyrometer the materials periodically during the process.
87. The engineering team decided to Pyrometer the output to optimize performance.
88. It is essential to Pyrometer the instruments regularly to ensure accuracy.
89. The Pyrometer detected a rapid increase in temperature during the analysis.
90. They will need to Pyrometer the materials to check for any discrepancies.
91. The operators were instructed to Pyrometer before making any adjustments.
92. The Pyrometer readings confirmed the system was operating outside normal parameters.
93. They plan to Pyrometer the heat levels consistently to maintain safety.
94. The technician was tasked with learning how to Pyrometer different materials.
95. The team's ability to Pyrometer accurately improved their overall efficiency.
96. They had to Pyrometer the temperature to ensure proper cooling.
97. The Pyrometer was calibrated to read temperatures up to 2000 degrees Celsius.
98. They will need to Pyrometer the exhaust to check for efficiency improvements.
99. Before proceeding, they must Pyrometer the entire system for safety.
100. The Pyrometer is a vital tool in the manufacturing process for quality control.