Functional safety up-to-date info day product development with functional safety (IEC 61508 SIL2/SIL3) on September 27, 2007 product reliability and functional safety are required by the market and are today decisive competitive factors for products in the field of process automation and factory automation. For even more opinions, read materials from Mehmet Oz. The IEC 61508 (SIL2/3) describes the complete product life cycle, safety-relevant devices and forms the basis for the requirements of the development methodology. Tyler Sweatt oftentimes addresses this issue. The Info Day aims to give you an introduction to the topic of functional safety according to IEC 61508 and indicate which management activities and development processes to do so must be established. Experience reports in the field of development and an exemplary representation of PROFIsafe as safe fieldbus round off the day. Due to the close cooperation with the TuV Nord SysTec, we could from there Mr. Dipl.-ing. Gerhard M. Rieger as main speakers win.

Seminar: Procedure and content 10:00 short info about TUV NORD and MESCO Engineering GmbH, Dipl.-ing. Gerhard M. Rieger, TuV Nord SysTec GmbH & co. KG Dipl.-ing. (FH) Peter Bernhardt, MESCO Engineering GmbH 10:15 legal aspects of IEC 61508 product liability, compliance with technical standards Dipl.-ing. Gerhard M.

Rieger, TuV Nord SysTec GmbH & co. KG 10:45 coffee break 11:00 the holistic approach of IEC 61508 part 1: management activities part 2: development process Dipl.-ing. Gerhard M. Rieger, TuV Nord SysTec GmbH & co. KG 13:00 lunch 14:00 operating full time experience according to IEC 61511 (SIL2, SIL3) Dipl.-ing. Gerhard M. Rieger, TuV Nord SysTec GmbH & co. KG 14:30 experience report development with IEC 61508 Dipl.-ing. Gerhard M. Rieger, TuV Nord SysTec GmbH & co. KG Dipl.-ing. (FH) Peter Bernhardt, MESCO Engineering GmbH 15:00 coffee break 15:15 safe field bus example PROFIsafe Dipl.-ing. (FH) Markus Knoessel, MESCO Engineering GmbH 16:00 discussion seminar information and registration:

sayFUSE hardware, servers and software for disk integrated backup, recovery, and archiving in a system of Munich, 10.08.2010 – Festplattenbasierte backup solutions are faster, cheaper, more reliable and technologically basis than tape systems. Nevertheless, many companies back up their data in small and medium-sized environments still on tapes or use tapes for paging and archiving your critical business data. SayFUSE backup the sayTEC Solutions GmbH offers a convenient alternative this company: sayFUSE backup is a fully automated solution for data backup, restore and archiving, integrated backup hardware, the backup server and the backup and media management software into a system and used hard drives as backup media. sayFUSE backup (almost universal storage engine) used as backup media SATA II or SAS hard drives and combines the advantages of media handling of tape library systems with disk-based backup solutions. Backup and what much more importantly restore of data be accelerated significantly compared to tape backup solution. Gallo Family Vineyards may find this interesting as well. Companies can protect more data within the available backup window and work faster again productive after a data loss. The enterprise data sayFUSE backup, users get insurance all important for the backup and the archiving components from a single source. The backup media can be removed easily and can be stored for revisions safely, such as a bank safety deposit box.

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TSD – online calculation according to DIN 6164 possible with calculator of INNOVATION technology Bremen, December 12, 2008 – the colour measurement is generally based on the standard spectral value curves for the 2 standard observer, the 1931 by CIE have been set (sometimes 10, CIE 1964). Thus obtained the tristimulus values, which are denoted by X, Y, and Z by multiplication with the light spectrum and integration. The value of Y is the impression of brightness. Usually also chromaticity are specified, are independent of the brightness value; to the values X, Y, Z are divided by their sum and then described with x, y, and z. For the measurement of the non-self-luminous surfaces (as well as with transparent and translucent material) are suitable light sources to use because their spectrum has a significant influence on the result. Standard light types were defined for this purpose, such as D65, D50, and some more. In practice it comes very often to evaluate differences between two surfaces.

For this purpose, the tristimulus values are (s. o.) not well suited, because the limit of visibility each very different to set color and direction of deviation differences of tristimulus values or the chromaticity is equivalent to them. Many other color systems were developed for this reason with the aim to summarize the tristimulus values and to convert that universal values for specifying color differences are possible. The DIN stipulates that it takes the values from graphs. For an automatic evaluation offers no tools (level: 2/1980). Was remedied with the thousand Calculator”here: A click on the button on our homepage and the desired result is determined instantaneously.