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Comprehensive all-round protection of electrical installations Despite partially lower power consumption, modern electrical devices and an increase in communications and multimedia equipment are giving rise to an increasing power load in electrical installations in buildings, infrastructures, and industrial plants. Aging and insufficient protection devices are frequently unable to meet these requirements. In addition to the threat of electric shock, function failure, or the destruction of electrical systems, deficiencies and excessive power loads primarily lead to a risk of electrical fires. Rely on an intelligent electrical installation – and play it safe with protection devices from the SENTRON portfolio. AFDDs from Siemens can protect functional and public buildings as well as private homes.

The is the first of its kind that is already established since 2012 and fulfills all relevant rules and standards worldwide, including IEC 60364-4-42. It reliably detects serial arcing faults at an early stage and closes the safety gap to protect human lives and buildings. Moreover, it is part of a complete protection concept by Siemens – that’s one stop safety. Brand new in the Siemens‘ portfolio is the 5SV6 – the Arc Fault Detection Device (AFDD) with an integrated line protection in one modular width.

Due to its narrow design, the 5SV6 AFDD allows for a particularly space-saving installation. For new electrical installations, this saves fifty percent space compared with the installation of two separate devices. In existing buildings, the innovative AFDD can be easily retrofitted and without requiring additional space.

Different types of arcing faults – serial or parallel – can occur. Parallel arcing faults can be caused by such things as aging insulation material or conductive contamination between the phase conductors. Causes of serial arcing faults include damaged cable insulation, crushed cabling, bent connectors, or loose contact points and connections in the electrical installation. The result is intense heating that can lead to a cable fire and even to a fire in the building. Common protection devices, such as fuse systems, miniature circuit breakers, and residual current circuit breakers are unable to detect serial arcing faults. This problem is remedied by the AFDD. Using patented SIARC detection methodology, it detects serial arcing faults and closes the previous safety gap.

According to the international standard IEC 60364-4-42, arc fault detection devices are strongly recommended for example in woodworking industries!

VFR helper tool This utility is now part of the splitter package. As there are no tools to process/reencode VFR Matroska files, I've written a small utility to ease such processing.

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Mkv2vfr extracts all video frames from Matroska to a CFR AVI file and a timecode file. You can extract video to avi, process it with any apps and mux back to matroska using a timecode file if you didn't add/remove frames. If you changed the frames you'd need to edit the timecode file by hand. This is the same tool that I've made long ago under the name of mp_rel.exe. If you use that you can upgrade to this new version as the underlying core matroska parser received quite a few bug fixes and improvements in the meantime. Features Supported containers: • • MP4 • AVI • OGG/OGM • MPEG TS Support for almost all Matroska elements is implemented in the core parser library. The DS splitter supports multitrack and multisegment linked and/or concatenated files.