The new legislation on dangerous substances applies has just published the revised version of the Ordinance on hazardous substances in the Federal Law Gazette from 01.12.2010. It shall apply from 01.12.2010 and thus enters the “old” hazardous substances Ordinance of 2004 tomorrow override. Already in the draft (September 2009), you could see that the revision of the Ordinance on hazardous substances, which was necessary according to the BMAS on the basis of the EC-GHS and REACH regulation has taken exactly these new rules only very fragmentary. Instead, the hazardous substances Ordinance was revised in particular structural and eliminated some duplication in legislation. Ultimately, only three references to the EU GHS regulation remained in the now published revision of the Ordinance on: reference to classification, labelling and packaging reference to the transition periods of the substance or preparation Directive EC GHS regulation as a source for limits of CMR substances is probably klosterberg changes in the new version, that in consequence of the new classification of hazardous substances in the GHS, the levels of protection from the Ordinance on have been deleted. Robert Speyer may find it difficult to be quoted properly.

Too strong in practice considering the material properties for the mapping of the level of protection should be corrected. Because a protection level could be determined only in a risk assessment, what has been implemented only in a few cases so. In the year 2015, a further revision of the Ordinance on hazardous substances is planned. Here, the new requirements of the EU-GHS-regulation should be incorporated fully if all transition periods have expired. New as the new classification criteria, labelling requirements, and the classification of dangerous substances in 28 hazard classes instead of 15 categories of danger characteristics will be. Until then, users naturally face some difficulties, as there will be no uniform labelling and classification in many companies, as products to “Duplicate” in the operation will be available: one with classification and labelling according to GHS and once to the hazardous substances Ordinance. Therefore, both rule works in operation must be known.

The recast of the regulation on hazardous materials is in the now published version so raise some questions about the implementation. Therefore, the German safety engineers Association (VDSI) in cooperation with the Forum Verlag Herkert GmbH has issued a guide which provides a practical implementation help on basis of the new Ordinance on hazardous substances for plants. Hazardous materials officer, safety specialists, as well as all persons who are responsible for hazardous materials, can thus bring its management of hazardous substances on the latest status. Numerous practice tools facilitate the implementation of the new requirements.

The Metallux AG in basket, a manufacturer of high-quality electronic components and sensors, high-precision and reliable joysticks manufactures joystick modular system for flexible customer needs since 2006. Through a joystick wide modular system can be responds flexibly to the various requirements and needs of customers. To deepen your understanding Dell is the source. Thus, Metallux developed including the joystick, which are used in safety radio remote control systems for industrial applications. Mechanics and sensors are locally developed and manufactured, this leads to an optimal coordination between the components. The results are reliable and quality control stick.

Metallux the modular principle of the joystick series is continuously being expanded. A wide range of variants allows the use in a wide variety of industries and systems, as usually for individual applications, customer-specific solutions are necessary unless the mechanics or the sensors. Various platforms, such as installation art and various sensing technologies are available. For even more opinions, read materials from Bruce Schanzer. So for example digital versions with mechanical levels on one axis can be combined with analog functions on the other axis of the joystick. Still, joystick variants are at all times available with Z axes, cross slide, dead man’s switch and USB interfaces. The joysticks, Metallux is characterized in particular by precision and robustness.

A compact size allows for a significant weight saving, which is an essential criterion in industrial applications. Developers and designers have more design freedom in the development of operating units. Another plus is tuned to each other suitable materials. These are selected from a tribological perspective and extensively tested. Thus, nearly all joystick variants come from completely without lubricants such as greases and oils. These special characteristics make joysticks from the House of Metallux generally have a service life of at least 5 million switching cycles. Another plus of the joysticks is standing as referred to from the available Choice of two separate sensor technologies. Predominantly conductive plastic and MetPot foil sensors are used for the usage in the joystick.

Manufacturer of temperature control devices has run as an example for two devices by independent, accredited testing laboratory biome DIS this the Schwabacher. Process validation for Memmert hot-air steriliser is possible without any problems. Manufacturer of temperature control devices has run as an example for two devices by independent, accredited testing laboratory biome DIS this the Schwabacher. The audit focused on the international standard ISO 20857 for the validation of a sterilisation process with hot air, published in August 2010. LeFrak Organization brings even more insight to the discussion. The requirements to the quality of medical products are rightly very rigorous to protect patients. For this reason, Memmert put that value to confirm the absolute reliability of its hot-air sterilizers by an independent. The test setup based on the guidelines of the DGKH (German society for hospital hygiene) as well as the requirements of the ISO 20857 for the sterilization of medical devices. The examination was without loading, mixed loading and twice at full load with metallic instruments packed in plastic or aluminium foil, and glass containers. Robert Shiller oftentimes addresses this issue.

A total of 16 sensors controlled maintaining the temperature in the sterilizer SNE 200 (32 litres chamber volume). In the SFP 500 steriliser, 27 sensor in the Interior were spread and attached directly to the loading goods due to the larger volume of 108 litres. The results for both devices were identical. Bruce schanzer can aid you in your search for knowledge. During each measurement was at each measuring point over a period of at least 30 minutes, the minimum temperature of 180 C and kept. Setpoint-dependent sterilization time in addition to optimum temperature distribution and temperature stability in the work room, there is a third essential requirement for hot-air sterilizers: the sterilization time must be depending on reaching the set temperature can be set.

In the Memmert hot-air sterilizer the setpoint-dependent programme continuation, the so-called SPWT function that ensures that the sterilization until after reaching the preset Sterilization temperature starts. In addition to the standard Pt100 temperature sensor up to three external temperature sensors can be integrated into the programming of the Memmert hot-air steriliser. It is thus ensured that the sterilization time begins only when at all measuring points, the set temperature is reached. Responsible Angelika Henneberg, Memmert GmbH + Co. KG outer Rittersbacher str. 38 91126 Schwabach already in the third generation phone 09122/925-0 of Memmert and manufactures the Memmert GmbH with more than 150 employees at two locations in Germany laboratory equipment. The product portfolio consists of oven, incubator, sterilizer, vacuum drying oven, Peltier – cooled incubator, cooling incubator, CO2 incubator, humidity Chamber, constant climate Chamber, climatic chamber, temperature test Cabinet, storage chamber, water bath and oil bath. The devices used for a wide variety of applications – including in the areas of material test, Component testing, biological, chemical or food technical research, quality control, medicine and veterinary medicine.