FZTYP5E5EYAF117

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The FZTYP5E5EYAF117 is an automatic electrical protection device with a wide range of applications and versatile operating principles. It is used for protecting various electronic equipment from over-current, over-voltage, under-voltage, short-circuit and overload.The FZTYP5E5EYAF117 is used mainly in the protection of motors, power supplies, high-voltage transformers and other electronic devices. It utilizes algorithms that measure the current and voltage flowing through the electrical system and triggers the protective circuit when the set limit is exceeded. This helps in preventing damage to the device due to excessive power.The FZTYP5E5EYAF117 features the most common versions including open transition, electronic trip, static trip, and solid state trip. Open transitions are used for single-phase and three-phase manual-reset operations. For single phase operation, the current output is limited to 11A and the voltage output is limited to 60V. For three-phase operation, the current output is limited to 30A and the voltage output is limited to 240V.Electronic trip is used for single-phase and three-phase operations. The current output is limited to 30A and the voltage output is limited to 240V. Static trip is used for single-phase and three-phase operations. The current output is limited to 11A and the voltage output is limited to 60V.The FZTYP5E5EYAF117 also features an adjustable time delay and short circuit protection. The adjustable time delay allows the user to set the time that the trip will occur after over-current, over-voltage, under-voltage, and short-circuit conditions. The short-circuit protection circuit will trip if the current exceeds a preset value for a pre-defined time.The FZTYP5E5EYAF117 is an ideal solution for protecting all electronic equipment from over-current, over-voltage, under-voltage, short-circuit, and overload conditions. With its wide range of applications and versatile operating principles, it has proven to be a reliable and effective protection device in many of today’s applications.

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