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Eaton DILEM-10-EA Power Contactor, 9A, 3-Pole, 230V AC, 1NO
Eaton DILEM-10-EA Power Contactor, 9A, 3-Pole, 230V AC, 1NO
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Eaton DILEM-10-EA Power Contactor, 9A, 3-Pole, 230V AC, 1NO
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Eaton DILEM-10-EA Power Contactor, 9A, 3-Pole, 230V AC, 1NO
Eaton DILEM-10-EA Power Contactor, 9A, 3-Pole, 230V AC, 1NO
The Eaton DILEM-10-EA is a high-performance 3-pole power contactor engineered for the reliable switching of electrical loads in demanding industrial environments. With a rated operational current of 9A and a 230V AC control voltage, this compact device provides consistent power management for various electrical systems. It features one integrated normally open (NO) auxiliary contact, ensuring seamless integration into control circuits while maintaining a space-saving footprint suitable for modern control panels.
This contactor stands out due to its robust construction and compact design, which allows for efficient installation in confined spaces without compromising performance. The device is built to withstand frequent switching operations, offering long-term durability and operational reliability. Its standardized design ensures compatibility with a wide range of industrial automation components, simplifying maintenance and system upgrades.
This contactor is not intended for high-current applications exceeding its 9A rating. It is also not suitable for environments requiring DC control voltages, as this specific model is designed exclusively for 230V AC operation.
The Eaton DILEM-10-EA should be installed by a qualified professional in accordance with local electrical regulations. Mount the device securely onto a standard DIN rail or a flat surface using the provided mounting points. Connect the main power lines to the primary terminals and the control circuit wires to the coil terminals. Ensure that all connections are tightened to the specified torque to prevent overheating. Verify the wiring against the circuit diagram before energizing the system.
Always perform a functional test of the auxiliary contacts and the main switching mechanism before putting the system into full operation. Regularly inspect terminal connections for tightness to ensure long-term reliability.
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