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>> MF420-O-M
The oxygen measuring system for compost formation pits
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>> MF420-5T-100
The temperature measuring system for compost formation pits
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>> GWZ-S6
Programmable limit monitor for max. 6 measuring systems
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Optimal process control for compost formationIn industrial compost formation applications, the oxygen measuring system MF420-O-M and temperature measuring system MF420-5T-100 make possible optimal regulation of the decomposition processes. The limit monitor GWZ-S6 evaluates the data supplied by the oxygen and temperature measuring systems. | |  | | | MF420-O-M oxygen measuring systemThe MF420-O-M oxygen measuring system (insertion probe) reliably measures the oxygen concentration in the compost and regulates the ventilation of the rotting material during the intensive composting phase with the aid of a control and ventilation system arranged downstream by the user. Consequently:
- sufficient oxygen is available for quick and complete aerobic decompostion,
- the energy consumption of the ventilators is as low as possible and
- the loss of water in the rotting material is minimal.
- Therefore, the expensive and time-consuming conversion of the rotting material is not necessary,
- and markedly less unpleasant odors develop.
| | | | | MF420-5T-100 temperature measuring systemThe temperature measuring system MF420-5T-100 (insertion probe) determines the temperature profile of the compost by means of five measuring points. Thus, it is possible to check whether
- the optimal ambient temperature for the micro-organisms has been reached and
- hygienization of the compost is probable.
| | | | | GWZ-S6 limit monitorThe freely programmable, self-monitoring limit monitor GWZ-S6 has 6 inputs for measured data (4-20 mA interfaces), to which, for example, a temperature measuring system MF420-5T-100 and an oxygen measuring system MF420-O-M can supply their measuring signals. Alternatively, up to 6 MF420-O-M oxygen measuring systems can be connected to limit monitor GWZ-S6. |
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