Abrasion and deposits on moisture sensors are things of the past. The online-measuring system Micro-Moist LB 456 from Berthold Technologies is able to measure moisture in a non-contacting way. Both the measurement on conveyor belts and on pipelines can be realized with this system. Thereby, microwaves of different frequencies penetrate the whole material width, are detected on the opposite side of the conveyor and finally converted to a moisture value.
The Micro-Moist is applied on various bulk materials. Besides fine particles, the system is particularly suitable for coarse-grained materials, such as lignite or wood-chips. The non-contacting measuring method is especially suited for the bulk industry, as there is no influence from dust and temperature on the measuring performance.
Furthermore, the Micro-Moist offers the possibility to compensate varying loading heights and bulk density. An additional reference cable can compensate temperature and cable drifts, leading to a very precise and reliable measurement over a long time.
Berthold`s Micro-Moist
Non-contacting measurement of moisture
Abrasion and deposits on moisture sensors are things of the past. The online-measuring system Micro-Moist LB 456 from Berthold Technologies is able to measure moisture in a non-contacting way. Both the measurement on conveyor belts and on pipelines can be realized with this system. Thereby, microwaves of different frequencies penetrate the whole material width, are detected on the opposite side of the conveyor and finally converted to a moisture value.
The Micro-Moist is applied on various bulk materials. Besides fine particles, the system is particularly suitable for coarse-grained materials, such as lignite or wood-chips. The non-contacting measuring method is especially suited for the bulk industry, as there is no influence from dust and temperature on the measuring performance.
Furthermore, the Micro-Moist offers the possibility to compensate varying loading heights and bulk density. An additional reference cable can compensate temperature and cable drifts, leading to a very precise and reliable measurement over a long time.
For more information, please visit:
https://edir.bulk-online.com/profile...chnologies.htm
http://www.google.com/search?hl=de&c...btnG=Suche&lr=
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