Da die Antennenkeule im Bereich des Maximums nur leicht gekrümmt ist, ist bei Ausrichtung in diesem Bereich eine gute Bildqualität zu erwarten. Jedoch kann es aber sein, dass die Antenne links oder rechts „gerade noch“ auf diesen guten Empfangsbereich ausgerichtet ist.

Schon bei den ersten Schwankungen des Antennen-Standrohres kann die vermeintlich gute Bildqualität über die steilen Keulenflanken abstürzen. Um dies zu vermeiden, sollte die Empfangsanlage auf Mitte des Pegel- maximums eingestellt werden.

Zur Einstellung mit Hilfe eines Kathrein-Satelliten-Messempfängers, wie z. B. MSK 15 oder MSK 200, gehen Sie wie folgt vor:

1Mitte der Mastschelle markieren

2Antenne nach links drehen, bis ein Pegelabfall von z. B. 8 dB (oder Spikes) auftritt. Mastschellen-Markierung auf den Mast übertragen

3Antenne nach rechts drehen, bis ein Pegelabfall von 8 dB auftritt. Mastschellen-Markierung auf den Mast übertragen

4Dann Mastschellen-Markierung genau in die Mitte der Mastmarkierungen stellen. So wird die bestmögliche Empfangssituation erreicht

Für die Elevations-Optimierung ist ebenso zu verfahren.

As the antenna lobe in the maximum range is only slightly curved, an excellent picture quality can be expected when it is aligned to this range.

However, it may also be that the antenna at the left or right is “only just” aligned to this excellent reception range.

As soon as the antenna stanchion experiences any vibration the supposed excellent picture quality can drop off at the steep edge of the lobe.

To avoid this, the reception position should be set to the middle of the maximum level.

Proceed as follows when conducting the setting-up process using a Kathrein test receiver such as MSK 15 or MSK 200:

1Mark the centre of the mast clamp

2Turn the antenna to the left until the level drops by, e.g. 8 dB (or spikes occur). Transfer the mast clamp marking to the mast

3Turn antenna to the right until the level drops by 8 dB. Transfer the mast clamp marking to the mast.

4Position the mast clamp marking in the exact centre of the mast markings. This will ensure that an ideal reception situation is given

Proceed in a similar manner to optimise the elevation.

Etant donné que le lobe de rayonnement de l’antenne n’est que légèrement incliné au niveau du maximum, la qualité de l’image devrait être satisfaisante. Il se peut pourtant que l’antenne à gauche ou à droite se trouve « tout juste encore » orientée sur cette réception.

Dès les premières oscillations du tube de positionnement de l’antenne, ladite bonne qualité de l’image peut chuter sur les flancs abrupts du lobe de rayonnement.

Pour éviter ceci, l’installation de réception doit être réglée sur le milieu du maximum du niveau.

Pour le réglage à l’aide d’un récepteur de mesure satellite Kathrein, tel que MSK 15 ou MSK 200, procéder comme suit :

1Marquer le milieu de la cheville du mât

2Pivoter l’antenne vers la gauche, jusqu’à ce qu’une chute de niveau par ex. de 8 dB (ou spikes) intervienne. Reporter la marque de la cheville du mât sur le mât

3Pivoter l’antenne vers la droite, jusqu’à ce qu’une chute du niveau de 8 dB intervienne. Reporter la marque de la cheville du mât sur le mât.

4Puis placer la marque de collier du mât exactement au milieu des marques du mât. De cette façon la meilleure position possible de réception est obtenue

Pour optimiser l’élévation, procéder de la même façon.

Abb./Fig.5

936.3189/A/1008/6.8def

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Kathrein UAS 572 specifications Abb
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UAS 572 specifications

The Kathrein UAS 572 is an advanced unmanned aerial system designed for a variety of applications, serving as a vital tool for industries ranging from agriculture to telecommunications. Known for its robust features and cutting-edge technologies, the UAS 572 stands out in a competitive market by delivering exceptional performance, reliability, and versatility.

One of the key features of the Kathrein UAS 572 is its advanced flight capabilities, allowing for stable and precise maneuvering. The system is equipped with high-performance GPS and inertial navigation systems that ensure accurate positioning and tracking. This makes it ideal for applications that require meticulous data collection, such as aerial surveying and mapping.

The UAS 572 also incorporates a modular design, enabling users to adapt the system to specific needs. This modularity supports a broad range of payload options, including high-resolution cameras, LiDAR sensors, and agricultural sprayers. This flexibility makes the UAS 572 suitable for various missions, from environmental monitoring and crop health assessment to site inspections and infrastructure maintenance.

In terms of technology, the Kathrein UAS 572 utilizes state-of-the-art communication systems, ensuring reliable data transmission and control over long distances. Equipped with encrypted communication channels, the system provides enhanced security, making it suitable for sensitive operations. The system can also be integrated with cloud-based platforms for real-time data analysis and management, streamlining workflow and improving decision-making processes.

The UAS 572's endurance is another standout characteristic, boasting a long flight time that allows for extended operational periods without the need for frequent recharges or replacements. This is particularly advantageous in large-scale applications, where time efficiency is critical.

In addition, the Kathrein UAS 572 prioritizes safety and compliance, adhering to international regulations for unmanned aerial systems. With features such as automatic return-to-home functionality and obstacle detection, the system minimizes risks during operation, providing peace of mind to users.

Overall, the Kathrein UAS 572 is a powerful, versatile, and reliable unmanned aerial system that meets the diverse needs of modern industries. Its combination of innovative technology, modularity, and enhanced safety features make it a standout choice for professionals seeking to harness the potential of aerial data collection and analysis. Whether for agriculture, construction, or telecommunications, the UAS 572 proves to be an indispensable asset in today’s fast-paced environment.
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