ISTAT 200 & 300 ALSTHOM

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Application In the international market for precision electrical measurement Typical circuit board shown and control, the transducer has become the standard, providing local and remote indication in conjunction with instruments, recorders, data loggers and Supervisory Control and Data Acquisition systems ( SCADA) . Transducers with high accuracy and reliability are becoming increasingly important features in the provision of cost effective system control. Istat 300 has been designed to meet these requirements. Why Istat 300? Istat 300 is the result of extensive market research. The purpose of this was to reconsider the developing needs of the market on an international scale, across applicable industry sectors - electrical utilities, switchgear/ switchboard manufacturers, energy management, SCADA, building management and control, process control and instrumentation. Customers’ comments on our own Istat 200 range and those offered by other transducer manufacturers were prime considerations. Istat 300 is the result of inspired engineering design with the brief to ‘ design-in’ the highest possible quality at the lowest possible cost to the customer. A high specification transducer with genuine, proven reliability, Istat 300 combines quality and value. Inherent Design Quality ALSTOM T& D Protection & Control manufactures for the highly specialised power system protection market and all products are inspected to ensure ultimate quality at each stage of manufacture within quality systems conforming to ISO 9001. Quality control procedures start in the Electronic Components Appraisal Department where all low and medium volume components are individually tested against specified parameters and tolerances. High volume components are sample tested to an AQL of better than 0.25% . Durability and Reliability Careful selection of components and inherent design quality ensure that Istat 300 transducers have the highest combined specification of any transducer in the world. This not only results in outstanding performance but also has the additional benefits of extreme reliability and unparalleled durability. Mean time between failure analysis predicted times of between 50 years and 25 years for transducers with low and high component counts respectively.