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2012年8月27日 星期一

Why Are Humidity Analysers And Temperature Sensors So Important?


We are so used to pouring a cup of coffee directly from the jug, enjoy some crispy potato chips when we are hungry, start our day with a delicious bowl of cereals, take an aspirin to find relief to a headache or to buying a new set of furniture for our living room that many a time we do not take enough time to think about the industrial process that lays behind each of these products. Industries need to ensure that every product they produce keeps up with strict quality policies and requirements in order to fulfill the expectations of the customers. The whole manufacturing process has to be carefully monitored from beginning to end to make sure that the raw materials are of good quality and that in every single step of the process the environmental conditions are the most adequate ones for the product being manufactured.

Some factors can be easily controlled with the naked eye but many others require factories and industrial facilities to rely on specific equipment. Humidity and temperature are one of those environmental conditions that have to be monitored with specific devices. In many industrial processes, it is of utmost importance to know for certain that either the moisture level or the temperature or both factors are kept within adequate levels as excessive moisture or dryness or a too hot or too cold environment can totally ruin or severely damage the final product.

In order to perform an adequate and up to the minute control of the manufacturing process, factories and factory operators can now rely on highly sensitive devices that provide them with accurate information: moisture analysers and temperature sensors.

As it has already been said, these are highly sensitive instruments that measure the humidity content and temperature of the manufacturing environment as a means to tell if the product is being manufactured under the right conditions. If it is not, the operator can easily make adjustments until all requirements are met.

Humidity sensors are also usually referred to as hygrometers and they can be either analogue or digital. Hygrometers help the food industry, for instance, avoid packing chip potatoes whose water content is higher than advisable or help the wood industry not to cut wood that is too dry to be manipulated.

Factories usually have more than one moisture sensor and temperature sensor installed as, probably, each steps needs to have specific conditions met. These devices, though highly precise and accurate, are easy to use and to interpret, which is highly advantageous as adjustments can be made really fast.




Eduard Jim by Processsensors.com





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2012年7月20日 星期五

How Important Is the Extended Range Feature of the Minirae?


The MiniRAE 3000 is recognised as the most advanced hand held portable volatile organic compound (VOC) detector available today. It includes many innovative features which, combined with its handy small size, set it apart from other VOC detectors on the market. In this article we will be focussing on just one of these features, the extended range of 0 to 15,000 ppm of the Photoionisation Detector.

But first, let's take a quick look at the other fantastic features of the MiniRAE 3000. The MiniRAE 3000 can be used anywhere, and is able to give real-time readings straight to a base controller that can be located up to 500 feet away, using a built in RF Modem. The large display of the MiniRAE 3000 is the perfect size to quickly view comprehensive information including the gas type, concentration and correction factor. The MiniRAE 3000 includes an integrated flash light, enabling the VOC detector to be used in any environment or setting, making it perfect for use in emergencies.

The rugged, durable housing and construction of the MiniRAE 3000 also make it appropriate for use in extreme environments; the waterproof design allows it to be easily cleaned and decontaminated in water and the strong, removable rubber boot protects the inner workings of the detector from rough handling and accidents. Every design and technological aspect of the MiniRAE has optimised it for safe, effective and easy use in any situation.

The MiniRAE is unique for its 350 compounds correction factors list. This is the most comprehensive chemicals list of any PID, making it the most versatile and sensitive VOC detector yet. The extended range, from 0 to 15,000 ppm of the PID complements and amplifies this versatility. Standard PIDs only detect volatile organic compounds in concentrations up to 10,000 ppm. The extended range of the MiniRAE makes it useful in more applications than standard detectors, such as industrial hygiene, leak and hazardous materials detection, environmental contamination detection, arson investigation and taking lower explosive limit measurements.

The design of the Photoionisation Detector used in the MiniRAE 3000 is unique, guaranteeing that the results it gives are as accurate as possible. The extended measuring range is complemented by improved linearity, meaning that the MiniRAE not only detects gases at a wider range of concentrations but also maintains its excellent accuracy at very low and very high concentrations. The accuracy and sensitivity of the MiniRAE 3000 is even assured in differing humidities and temperatures. The detector features inbuilt humidity and temperature sensors to overcome the 'quenching' effect high humidity normally has on VOC detectors.




These are few features we read above and there is much more about MiniRAE 3000 to know what makes it useful for manufacturing industries. Active Environmental Solutions make available a quality range of products for manufacturing industry like gas detectors, environmental monitoring products, Noise Dosimeters from leading international manufacturers of Australia.





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2012年5月30日 星期三

Why Are Humidity Analysers And Temperature Sensors So Important?


We are so used to pouring a cup of coffee directly from the jug, enjoy some crispy potato chips when we are hungry, start our day with a delicious bowl of cereals, take an aspirin to find relief to a headache or to buying a new set of furniture for our living room that many a time we do not take enough time to think about the industrial process that lays behind each of these products. Industries need to ensure that every product they produce keeps up with strict quality policies and requirements in order to fulfill the expectations of the customers. The whole manufacturing process has to be carefully monitored from beginning to end to make sure that the raw materials are of good quality and that in every single step of the process the environmental conditions are the most adequate ones for the product being manufactured.

Some factors can be easily controlled with the naked eye but many others require factories and industrial facilities to rely on specific equipment. Humidity and temperature are one of those environmental conditions that have to be monitored with specific devices. In many industrial processes, it is of utmost importance to know for certain that either the moisture level or the temperature or both factors are kept within adequate levels as excessive moisture or dryness or a too hot or too cold environment can totally ruin or severely damage the final product.

In order to perform an adequate and up to the minute control of the manufacturing process, factories and factory operators can now rely on highly sensitive devices that provide them with accurate information: moisture analysers and temperature sensors.

As it has already been said, these are highly sensitive instruments that measure the humidity content and temperature of the manufacturing environment as a means to tell if the product is being manufactured under the right conditions. If it is not, the operator can easily make adjustments until all requirements are met.

Humidity sensors are also usually referred to as hygrometers and they can be either analogue or digital. Hygrometers help the food industry, for instance, avoid packing chip potatoes whose water content is higher than advisable or help the wood industry not to cut wood that is too dry to be manipulated.

Factories usually have more than one moisture sensor and temperature sensor installed as, probably, each steps needs to have specific conditions met. These devices, though highly precise and accurate, are easy to use and to interpret, which is highly advantageous as adjustments can be made really fast.




Eduard Jim by Processsensors.com





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.

2011年12月1日 星期四

Why Are Humidity Analysers And Temperature Sensors So Important?


We are so used to pouring a cup of coffee directly from the jug, enjoy some crispy potato chips when we are hungry, start our day with a delicious bowl of cereals, take an aspirin to find relief to a headache or to buying a new set of furniture for our living room that many a time we do not take enough time to think about the industrial process that lays behind each of these products. Industries need to ensure that every product they produce keeps up with strict quality policies and requirements in order to fulfill the expectations of the customers. The whole manufacturing process has to be carefully monitored from beginning to end to make sure that the raw materials are of good quality and that in every single step of the process the environmental conditions are the most adequate ones for the product being manufactured.

Some factors can be easily controlled with the naked eye but many others require factories and industrial facilities to rely on specific equipment. Humidity and temperature are one of those environmental conditions that have to be monitored with specific devices. In many industrial processes, it is of utmost importance to know for certain that either the moisture level or the temperature or both factors are kept within adequate levels as excessive moisture or dryness or a too hot or too cold environment can totally ruin or severely damage the final product.

In order to perform an adequate and up to the minute control of the manufacturing process, factories and factory operators can now rely on highly sensitive devices that provide them with accurate information: moisture analysers and temperature sensors.

As it has already been said, these are highly sensitive instruments that measure the humidity content and temperature of the manufacturing environment as a means to tell if the product is being manufactured under the right conditions. If it is not, the operator can easily make adjustments until all requirements are met.

Humidity sensors are also usually referred to as hygrometers and they can be either analogue or digital. Hygrometers help the food industry, for instance, avoid packing chip potatoes whose water content is higher than advisable or help the wood industry not to cut wood that is too dry to be manipulated.

Factories usually have more than one moisture sensor and temperature sensor installed as, probably, each steps needs to have specific conditions met. These devices, though highly precise and accurate, are easy to use and to interpret, which is highly advantageous as adjustments can be made really fast.




Eduard Jim by Processsensors.com





This post was made using the Auto Blogging Software from WebMagnates.org This line will not appear when posts are made after activating the software to full version.