Handheld Infrared Thermometers - Revision history

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T11:02:17Z

Monitoring suggestions

← Older revision		Revision as of 11:02, 20 July 2022
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	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	Measurement at a distance of around 3m with this sample unit is averaged inside a 20 centimeters diameter circle.		Measurement at a distance of around 3m, with this sample unit, is averaged inside a 20 centimeters diameter circle.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To understand what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To understand what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T11:00:38Z

Monitoring suggestions

← Older revision		Revision as of 11:00, 20 July 2022
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	Measurement at a distance of around 3m with this sample unit is averaged inside a 20 centimeters diameter circle.		Measurement at a distance of around 3m with this sample unit is averaged inside a 20 centimeters diameter circle.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To ~~gauge~~ what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To understand what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

	=Flexibility=		=Flexibility=

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:57:48Z

Monitoring suggestions

← Older revision		Revision as of 10:57, 20 July 2022
Line 81:		Line 81:
	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	Measurement at a distance of around 3m with a sample ~~device~~ is averaged inside a 20 centimeters diameter circle.		Measurement at a distance of around 3m with this sample unit is averaged inside a 20 centimeters diameter circle.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:57:04Z

Monitoring suggestions

← Older revision		Revision as of 10:57, 20 July 2022
Line 81:		Line 81:
	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	Measurement at a distance of around 3m with a sample device is averaged inside a 20 centimeters diameter circle~~. Accuracy is slightly lower as distance increases over 50 centimeters~~.		Measurement at a distance of around 3m with a sample device is averaged inside a 20 centimeters diameter circle.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:56:41Z

Monitoring suggestions

← Older revision		Revision as of 10:56, 20 July 2022
Line 81:		Line 81:
	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	Measurement ~~radius~~ at a distance of around 3m with a sample device is averaged inside a 20 centimeters diameter circle. Accuracy is slightly lower as distance increases over 50 centimeters.		Measurement at a distance of around 3m with a sample device is averaged inside a 20 centimeters diameter circle. Accuracy is slightly lower as distance increases over 50 centimeters.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:56:13Z

Monitoring suggestions

← Older revision		Revision as of 10:56, 20 July 2022
Line 81:		Line 81:
	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	Measurement radius at a distance of around 3m with a sample device is ~~around~~ 20 centimeters diameter~~, meaning that the value is averaged over this area~~. Accuracy is slightly lower as distance increases over 50 centimeters.		Measurement radius at a distance of around 3m with a sample device is averaged inside a 20 centimeters diameter circle. Accuracy is slightly lower as distance increases over 50 centimeters.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:55:40Z

Monitoring suggestions

← Older revision		Revision as of 10:55, 20 July 2022
Line 79:		Line 79:
	Readings can be made at any time. Ensuring that some are done in worst conditions such as high occupancy, intense activity, very cold winter day, very hot summer day, high humidity, intense sun, some doors and windows closed or opened, creates enough scenarios to test various improvements.		Readings can be made at any time. Ensuring that some are done in worst conditions such as high occupancy, intense activity, very cold winter day, very hot summer day, high humidity, intense sun, some doors and windows closed or opened, creates enough scenarios to test various improvements.

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]

	~~[[Image:Infrared Thermometer~~ Measurement ~~Radius~~.~~jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]~~		Measurement radius at a distance of around 3m with a sample device is around 20 centimeters diameter, meaning that the value is averaged over this area. Accuracy is slightly lower as distance increases over 50 centimeters.

	~~Measurement radius~~ at ~~a distance~~ of ~~around 3m with a sample device~~ is ~~around 20 centimeters diameter~~, ~~meaning that~~ the ~~value is averaged over this area. Accuracy~~ is ~~slightly lower as distance increases over 50 centimeters~~.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

	=Flexibility=		=Flexibility=

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:55:12Z

Monitoring suggestions

← Older revision		Revision as of 10:55, 20 July 2022
Line 82:		Line 82:

	[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]		[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]
	\|}

	Measurement radius at a distance of around 3m with a sample device is around 20 centimeters diameter, meaning that the value is averaged over this area. Accuracy is slightly lower as distance increases over 50 centimeters.		Measurement radius at a distance of around 3m with a sample device is around 20 centimeters diameter, meaning that the value is averaged over this area. Accuracy is slightly lower as distance increases over 50 centimeters.

Andrei.boiu: /* Monitoring suggestions */

2022-07-20T10:54:21Z

Monitoring suggestions

← Older revision		Revision as of 10:54, 20 July 2022
Line 80:		Line 80:

	Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.		Keep in mind that the further you are from the surface you point the thermometer at, the wider the measurement area so if accurate evaluations are required, the device should be placed as close as possible to the area of interest. To gauge what is actually measured, the scan radius laser pointer cast from the thermometer is very important.

			[[Image:Infrared Thermometer Measurement Radius.jpg\|Infrared Thermometer Laser Pointer Shows Measurement Radius]]
			\|}

	Measurement radius at a distance of around 3m with a sample device is around 20 centimeters diameter, meaning that the value is averaged over this area. Accuracy is slightly lower as distance increases over 50 centimeters.		Measurement radius at a distance of around 3m with a sample device is around 20 centimeters diameter, meaning that the value is averaged over this area. Accuracy is slightly lower as distance increases over 50 centimeters.

Andrei.boiu: /* Monitoring suugestions */

2022-07-20T10:49:31Z

Monitoring suugestions

← Older revision		Revision as of 10:49, 20 July 2022
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	Food processing and storage can also benefit from sample temperature measurements to ensure conformity or other requirements, adjustments for lower energy consumption or another desired result.		Food processing and storage can also benefit from sample temperature measurements to ensure conformity or other requirements, adjustments for lower energy consumption or another desired result.

	=Monitoring ~~suugestions~~=		=Monitoring suggestions=

	Readings can be made at any time. Ensuring that some are done in worst conditions such as high occupancy, intense activity, very cold winter day, very hot summer day, high humidity, intense sun, some doors and windows closed or opened, creates enough scenarios to test various improvements.		Readings can be made at any time. Ensuring that some are done in worst conditions such as high occupancy, intense activity, very cold winter day, very hot summer day, high humidity, intense sun, some doors and windows closed or opened, creates enough scenarios to test various improvements.