Dia 36 Stromwandler is a phase shifting transformer with a divided core (geteiltem Kern). It is designed to provide a safe, proportional low current signal from a high current primary, with a robust divided core construction for reliable performance. Key specifications - Type: Phaseshifting transformer with a divided core - Primary current capacity: 600 A - Rated secondary current: 75 mA - Model / name: Dia 36 Stromwandler - Core design: geteiltem Kern indicates a divided core structure Benefits and why you need it - Safe high to low current transformation: Converts high current in a circuit to a small, manageable secondary current for metering, protection, and monitoring equipment. - Phase shifting capability: Enables phase adjustment and synchronization in systems that require phase relationships between signals. - Divided core design: Easy to install, inspect, and service, while maintaining reliable core performance. - Clear specification for compatible equipment: Secondary current rated at 75 mA supports standard metering and protection relays designed for low-current signals. 2-3 practical use scenarios - Industrial power distribution and metering: Use in panels where a high current conductor needs to be monitored by low-current instrumentation, providing a safe and accurate 75 mA signal derived from up to 600 A. - Protection relay circuits: Integrate with protective relays and relaying schemes that require a phase shifted signal and a low current input for reliable fault detection and coordination. - Laboratory testing and equipment synchronization: Employ in test setups where phase shifted current references are needed to simulate real-system conditions or to synchronize multiple sources. Notes - The model name Dia 36 Stromwandler reflects the product identity and its division core design, as indicated by the term geteiltem Kern. - All specifications are to be used as listed: primary current capacity of 600 A and rated secondary current of 75 mA, with the phase shifting function inherent to this transformer.