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The Panasonic DZ3S062D0L is a power magnetic latching relay designed for high-capacity switching applications. It features a single Form A (1a) contact configuration capable of handling up to 90A at AC ratings, complying with IEC 62055-31 UC3 standards. The device utilizes a magnetic latching mechanism that maintains its state without continuous coil power, significantly reducing energy consumption during steady-state operation. Constructed with a plastic-sealed housing, it offers robust protection against environmental factors while ensuring reliable electrical isolation and mechanical durability for industrial and infrastructure use cases.
Verify the exact ordering suffix and technical specifications directly with Panasonic Industry before finalizing procurement. Specifications are subject to change without notice; confirm current datasheet details and warranty terms with authorized representatives to ensure compliance with latest manufacturing standards.
Select this component when high-current switching with minimal standby power is required. Ensure the application voltage and current do not exceed the 90A limit defined by IEC 62055-31 UC3. Verify compatibility with the driving circuit's pulse requirements for reliable latching and unlatching operations.
This model belongs to the DZ-S series of power magnetic latching relays from Panasonic Electronic Components. The series is engineered for high-reliability switching in environments where power efficiency and long-term stability are critical, distinguishing it from standard electromagnetic relays through its bistable magnetic design.
No public confirmed substitute part numbers are available. Consult Panasonic Industry for equivalent alternatives if discontinuation occurs.
The DZ3S062D0L supports a maximum contact current of 90A, compliant with IEC 62055-31 UC3 standards.
No, it uses a magnetic latching mechanism that retains its position without continuous coil power, consuming energy only during state transitions.
It features a single Form A (1a) normally open contact configuration.