Measurement of cooling time in welding units
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes. The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes. The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.
Application challenge
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.
Measurement method and system
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.
The problem
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.
The method
The documentation of welding parameters such as cooling time is achieved using high performance pyrometers from Micro-Epsilon. These short-wave temperature sensors enable non-contact temperature measurements of metallic surfaces. The pyrometers are equipped with a double laser sighting in order to visualize the exact measurement spot position. The recording of the cooling time is performed between freely adjustable limit values. Depending on the measurement task, pyrometers are available with different measurement distances and spot sizes.