Laboratory Moisture Analyzers - Revision history

Admin at 03:52, 25 January 2013

2013-01-25T03:52:51Z

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	[[File:Laboratory moisture analyser.jpg\|thumb\|right\|Laboratory Moisture Analyzer]]		[[File:Laboratory moisture analyser.jpg\|thumb\|right\|Laboratory Moisture Analyzer]]

	'''Laboratory Moisture Analyzers''' are designed to measure and control moisture content in virtually any product or material.		'''Laboratory Moisture Analyzers''' are designed to measure and control moisture content in virtually any product or material.
	It is commonly known, that moisture content may affect various physical features of a substance. Hence, there is a need to match humidity content on selected stages of manufacturing process or control of a product. In most cases the process of humidity or dry mass determination is relatively fast and reliable. For above reasons on reliability and repeatability, there should be instruments which provide such operation. Such features are offered by laboratory moisture analyzers, which are dual function instruments for broad application in laboratories and industry.		It is commonly known, that moisture content may affect various physical features of a substance. Hence, there is a need to match humidity content on selected stages of manufacturing process or control of a product. In most cases the process of humidity or dry mass determination is relatively fast and reliable. For above reasons on reliability and repeatability, there should be instruments which provide such operation. Such features are offered by laboratory moisture analyzers, which are dual function instruments for broad application in laboratories and industry.


	==General data on laboratory moisture analyzer design==		==General data on laboratory moisture analyzer design==

	A laboratory moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a laboratory moisture analyzer makes the drying process different from traditional method.		A laboratory moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a laboratory moisture analyzer makes the drying process different from traditional method.

	The functioning of a laboratory moisture analyzer is basically:		The functioning of a laboratory moisture analyzer is basically:

	* Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber		* Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber
	* Automatic finish of a drying process or drying till dry mass or drying till elapse of set time interval		* Automatic finish of a drying process or drying till dry mass or drying till elapse of set time interval
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	Most of laboratory moisture analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy and reliable analysis of sample mass decrement. Moisture analyzers may differ in shapes and dimensions, but they have one common element, which is separation of drying chamber from weighing section.		Most of laboratory moisture analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy and reliable analysis of sample mass decrement. Moisture analyzers may differ in shapes and dimensions, but they have one common element, which is separation of drying chamber from weighing section.


	==Applications==		==Applications==

	Typical applications for laboratory moisture analyzer include regular random sampling and incoming inspection in the food and beverage, chemical, pharmaceutical, and building materials industries as well as in environmental monitoring.		Typical applications for laboratory moisture analyzer include regular random sampling and incoming inspection in the food and beverage, chemical, pharmaceutical, and building materials industries as well as in environmental monitoring.

Kodiyath at 13:22, 16 December 2012

2012-12-16T13:22:56Z

← Older revision		Revision as of 07:22, 16 December 2012
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			[[File:Laboratory moisture analyser.jpg\|thumb\|right\|Laboratory Moisture Analyzer]]

	'''Laboratory Moisture Analyzers''' are designed to measure and control moisture content in virtually any product or material.		'''Laboratory Moisture Analyzers''' are designed to measure and control moisture content in virtually any product or material.
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	==Applications==		==Applications==


	Typical applications for laboratory moisture analyzer include regular random sampling and incoming inspection in the food and beverage, chemical, pharmaceutical, and building materials industries as well as in environmental monitoring.		Typical applications for laboratory moisture analyzer include regular random sampling and incoming inspection in the food and beverage, chemical, pharmaceutical, and building materials industries as well as in environmental monitoring.

Kodiyath at 13:13, 16 December 2012

2012-12-16T13:13:52Z

← Older revision		Revision as of 07:13, 16 December 2012
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	* Please start editing this page after the /noinclude		* Please start editing this page after the /noinclude
	* -------------------------------------------------></noinclude>		* -------------------------------------------------></noinclude>

	It is commonly known, that moisture content may affect various physical features of a substance. Hence, there is a need to match humidity content on selected stages of manufacturing process or control of a product. In most cases the process of humidity or dry mass determination is relatively fast and reliable. For above reasons on reliability and repeatability, there should be instruments which provide such operation. Such features are offered by moisture analyzers, which are dual function instruments for broad application in laboratories and industry. The aim of this publication is to show directions and hints for optimal application of a moisture analyzer.



			'''Laboratory Moisture Analyzers''' are designed to measure and control moisture content in virtually any product or material.
			It is commonly known, that moisture content may affect various physical features of a substance. Hence, there is a need to match humidity content on selected stages of manufacturing process or control of a product. In most cases the process of humidity or dry mass determination is relatively fast and reliable. For above reasons on reliability and repeatability, there should be instruments which provide such operation. Such features are offered by laboratory moisture analyzers, which are dual function instruments for broad application in laboratories and industry.

			==General data on laboratory moisture analyzer design==

			A laboratory moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a laboratory moisture analyzer makes the drying process different from traditional method.
			The functioning of a laboratory moisture analyzer is basically:

			* Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber
			* Automatic finish of a drying process or drying till dry mass or drying till elapse of set time interval
			* Calculation of drying process result by a algorythm for selected drying profile
			* Forwarding data from drying process to a pronter or computer if there is a need to prepare drying process documentation.

			Most of laboratory moisture analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy and reliable analysis of sample mass decrement. Moisture analyzers may differ in shapes and dimensions, but they have one common element, which is separation of drying chamber from weighing section.

	~~General data on moisture analyzer design~~		==Applications==

	A laboratory moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a laboratory moisture analyzer makes the drying process different from traditional method.
	~~The functioning of a laboratory moisture analyzer is basically:~~

	~~Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber~~		Typical applications for laboratory moisture analyzer include regular random sampling and incoming inspection in the food and beverage, chemical, pharmaceutical, and building materials industries as well as in environmental monitoring.
	~~Automatic finish of a drying process or drying till dry mass or drying till elapse of set time interval~~
	~~Calculation of drying process result by a algorythm~~ for ~~selected drying profile~~
	~~Forwarding data from drying process to a pronter or computer if there is a need to prepare drying process documentation.~~
	~~Most of~~ laboratory moisture ~~analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy~~ and ~~reliable analysis of sample mass decrement. Moisture analyzers may differ~~ in ~~shapes~~ and ~~dimensions~~, ~~but they have one common element~~, ~~which is separation of drying chamber from weighing section~~.

Kodiyath at 12:30, 16 December 2012

2012-12-16T12:30:47Z

← Older revision		Revision as of 06:30, 16 December 2012
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	General data on moisture analyzer design		General data on moisture analyzer design

	A moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a moisture analyzer makes the drying process different from traditional method. The functioning of a moisture analyzer is basically:  Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber  Automatic finish of a drying process / drying till dry mass or ~~dryign~~ till elapse of set time interval ~~/ ~~ Calculation of drying process result by a algorythm for selected drying profile  Forwarding data from drying process to a pronter or computer if there is a need to prepare drying process documentation.		A laboratory moisture analyzer consists of a precision laboratory balance and a drying chamber that is attached to the laboratory balance. The drying chamber provides stable temperature on measuring process. Such design of a laboratory moisture analyzer makes the drying process different from traditional method.
	Most of moisture analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy and reliable analysis of sample mass decrement. Moisture analyzers may differ in shapes and dimensions, but they have one common element, which is separation of drying chamber from weighing section.		The functioning of a laboratory moisture analyzer is basically:

			Precise determination of mass of a weighed sample before drying process and during this process with no need to take the sample out of a drying chamber
			Automatic finish of a drying process or drying till dry mass or drying till elapse of set time interval
			Calculation of drying process result by a algorythm for selected drying profile
			Forwarding data from drying process to a pronter or computer if there is a need to prepare drying process documentation.
			Most of laboratory moisture analyzers are equipped with a drying chamber installed above weighing section of the instrument. Such design proviodes easy and reliable analysis of sample mass decrement. Moisture analyzers may differ in shapes and dimensions, but they have one common element, which is separation of drying chamber from weighing section.

Kodiyath at 12:22, 16 December 2012

2012-12-16T12:22:13Z

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