Auxiliary contacts 2NO 2NC 1NO 1NC DILA-XHIV22 276429

Auxiliary contacts – a reliable element of automation

Auxiliary contacts DILA-XHIV22 are a key component in motor control and protection systems. Designed to work with contactors, they enable the implementation of intermediate functions, ensuring reliable control of power circuits. Front-mounted, they offer convenient installation and configuration.

Construction and application

The DILA-XHIV22 auxiliary contact block is characterized by a solid construction and high quality workmanship. Equipped with screw connections, it provides secure and durable electrical connections. It finds application in a wide range of industrial applications where reliable signaling of device status or implementation of complex control algorithms is required. Thanks to its versatility, these contacts can be used in both new and modernized installations.

Key features and benefits

• Versatility: 2Z 2R configuration (two normally closed and two normally open contacts) allows for the implementation of various logical functions in the control circuit.
• Rated current: Rated current of 4A for AC-15 at 230V ensures compatibility with most standard loads.
• Mounting: Front mounting method facilitates integration with existing systems and minimizes installation time.
• Safety: Compliance with VDE 0106 part 100 standard guarantees a high level of safety and protection against electric shock.
• Durability: The DILA series is known for its high mechanical durability (up to 20 million cycles), which translates to a long service life and minimal operating costs.
• Protection: Built-in overvoltage protection for DC coils (in some versions) increases resistance to interference and damage.
• Compatibility: DILA auxiliary contacts are dedicated to DIL series contactors, ensuring optimal cooperation and system performance.

DILA-XHIV22 auxiliary contacts are a proven choice for professionals looking for reliable and durable solutions in industrial automation. Their versatility, ease of installation and high quality workmanship make them an ideal element of any control system.