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Eaton DILA-40 Auxiliary Contactor, 4 NO Contacts, 110V AC Coil
Eaton DILA-40 Auxiliary Contactor, 4 NO Contacts, 110V AC Coil
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Eaton DILA-40 Auxiliary Contactor, 4 NO Contacts, 110V AC Coil
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton DILA-40 Auxiliary Contactor, 4 NO Contacts, 110V AC Coil
Eaton DILA-40 Auxiliary Contactor, 4 NO Contacts, 110V AC Coil
The Eaton DILA-40 auxiliary contactor is a high-performance switching component engineered for integration into industrial control circuits. This device is specifically designed to handle signal processing and interlocking tasks within complex electrical automation systems. With its robust construction and reliable 110V AC coil operation, it provides consistent performance and long-term durability, even when subjected to the rigorous demands of industrial environments.
This auxiliary contactor stands out due to its compact design, which allows for efficient use of space within control panels and electrical cabinets. The inclusion of four normally open contacts offers significant flexibility for various control logic configurations. Furthermore, the Eaton DILA-40 is built to meet high safety standards, ensuring reliable switching operations and reduced maintenance requirements over its extended service life.
This device is not intended for switching high-power loads directly, as it is designed specifically for auxiliary control signals. It is also not compatible with DC control circuits, as it requires a 110V AC power supply for the coil.
The contactor should be mounted on a standard DIN rail or directly onto a flat surface within a control enclosure. Ensure that the control circuit voltage matches the 110V AC specification of the coil before making electrical connections. Wiring should be performed by qualified personnel according to the provided terminal diagrams, ensuring all connections are tightened to the specified torque to prevent overheating or signal loss.
Regularly inspect the terminal connections for tightness and ensure the environment remains free of excessive dust or moisture to maintain optimal performance of the contactor.
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