Power contactor DILM, 3kW/400V, 230VAC 50/60Hz control, 1NO DILM7-10(230V50/60HZ)-PI 199642

Power contactor for demanding applications

This three-pole power contactor DILM7-10, with a power of 3kW at 400V AC, is a reliable solution for controlling electric motors. Designed to operate with a control voltage of 230VAC (50/60Hz), it provides efficient and safe circuit switching. It will work in both industrial installations and more demanding commercial applications.

Quick installation and high reliability

The contactor is distinguished by the use of spring terminals, which significantly speed up the wiring process – by up to 50% compared to traditional screw terminals. This saves time and costs during installation and servicing. In addition, the spring connections provide high resistance to vibration and shock, guaranteeing stable operation in harsh environmental conditions. Compatibility with accessories used with screw terminals allows for easy integration with existing systems.

Key features and parameters

• Rated operating power: 3 kW at 400V AC (AC-3) – ideal for controlling medium-power motors.
• Rated operating current: 7A (AC-3, 400V) – ensures safe circuit operation.
• Control voltage: 230VAC (50/60Hz) – standard control voltage, commonly used in electrical installations.
• Number of main normally open contacts: 3 – allows switching of three-phase motor circuits.
• One auxiliary normally open contact (1NO) – expands the possibilities of using the contactor, e.g. for status signaling.
• Wide operating voltage range: 24…690V AC (50/60Hz) – increases flexibility in various installations.
• Dimensions: 68 mm (height) x 45 mm (width) x 75 mm (depth) – compact dimensions make it easy to mount in limited spaces.
• Spring terminals: allow quick and secure connection of wires with a maximum cross-section of 2.5 mm².

The DILM7-10 contactor is a solid and efficient device that will meet the expectations of even the most demanding users. It provides reliable operation and long life, minimizing the risk of downtime and installation failures.