The Omron DILM9-10(24VDC) is a robust and reliable contactor designed to facilitate the control of motor operations in a wide range of industrial applications. Engineered to meet the highest standards, this three-pole contactor is capable of handling rated operational currents up to 9A for AC-3 utilisation categories at 380V to 400V, making it suitable for starting, stopping, and switching off during the running of squirrel-cage motors.
Constructed with screw terminals for secure and straightforward connections, the DILM9-10(24VDC) ensures a firm and stable electrical contact, which is essential for consistent performance in demanding environments. The contactor is equipped with one normally open auxiliary contact, providing additional flexibility for circuit control and signalling functions.
This contactor is designed with a rated impulse withstand voltage of 8 kV and an overvoltage category of III/3, ensuring it can cope with transient overvoltages typically found in industrial settings. The rated insulation voltage stands at 690V AC, with safe isolation between coil and contacts, as well as between the contacts themselves, rated at 400V AC, adhering to EN 61140 standards for safety.
The DILM9-10(24VDC) is also characterised by its mechanical durability, boasting a lifespan of 10 million operations, and an operating frequency of 9000 operations per hour when DC operated. This durability is complemented by a climatic proofing design that withstands damp heat, both constant and cyclic, according to IEC standards.
With a compact and efficient design, the contactor has a width of only 45mm, allowing for efficient use of space within control cabinets. The device operates with a control voltage of 24V DC and features a voltage tolerance that accommodates fluctuations in the supply, ensuring reliable operation even under variable conditions.
The Omron DILM9-10(24VDC) contactor is a testament to Omron's commitment to quality, reliability, and performance, making it an excellent choice for industrial control applications where precision and longevity are paramount.