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UPS systems or uninterrupted/uninterruptible power supply systems can be easily found on the market, whether online or offline, these days. Owing to the rising demand for the products as computers continue to dominate many fields of human activities, UPSes are available almost everywhere. Many people prefer to buy their UPS system over the Internet. Online shopping certainly has its advantages but more than that, people who buy in cyberspace calorimeter indonesia do so in order to avail of the generally easy-to-follow instruction guide that comes with the purchase. Because uninterrupted power supplies are a must in many offices, laboratory professionals know how important it is to follow the instructions provided in their chosen manufacturers website. These so-called preparation guides are put there in order to help customers avoid system malfunctions as well as utilize to the full the throughput and productivity of testing systems (which are normally custom-designed), gas chromatograph-mass spectrometers (GC-MS), sequencers, and several other scientific instruments involved. But while laboratory professionals usually take a certain amount of care into the work needed to install a UPS system successfully, there are still many other important issues that must be addressed in order to have smooth implementation the moment their new piece of equipment arrives. Among these issues, one of the most vital ones that require immediate attention is the laboratories AC power. Technicians must ensure that their AC power is free from dirt, grime, dust and other particles that may cause trouble; also, their AC power must be stable enough in order to power the new equipment coming their way. This matter proximate analyzer indonesia must be noted because there is that common assumption everywhere that AC power coming from a wall outlet can be relied on with haste. Most of the time, it is only when a catastrophic power event takes place that people become aware of the fragile, rather precarious, nature of the power grid. Power anomalies are known to cause very serious problems to the performance and reliability of any equipment; they may not be as obvious as the usual blackouts, but surges, harmonics and high voltage transients are things to watch out for. So, what can laboratory professionals do in order to save their equipment from encountering such problematic, not to mention costly, issues? That is where specifying the use of a UPS system becomes imperative on the part of uninterrupted power supply manufacturers. UPS technologies or topologies are generally classified into line-interactive (hybrid), off-line (standby), and on-line (dual conversion). Because laboratory instruments are well-known for their sensitive nature, the best choice among the stated UPS technologies is none other than the on-line or dual conversion system. It can solve a wide spectrum of power problems and provide the kind of conditioning and high-level power protection that laboratory instruments require. Some people make the mistake of going for cost-friendly UPS systems; this may prove hazardous when the setting involved is a lab. What is more, a cheap UPS system may only result to expensive repair later on, which means that investing in a not-so economical on-line UPS is a better option.