RCD adapter DPX3 160 TH35 421073

Residual Current Device (RCD) adapter – protection and reliability in your installation

This adapter, based on the DPX3 160 TH35 circuit breaker from Legrand, is a key element ensuring safety and continuity of operation in demanding electrical installations. Designed for both professional installers and end-users, it combines high-quality workmanship, a solid construction, and advanced protective functions.

Construction features and application

This adapter is designed for mounting on a TH35 rail, making it easy to integrate with existing distribution boards. Its main task is to protect electrical circuits from overloads and short circuits. The rated continuous current of 160A and high short-circuit breaking capacity (25kA at 400V) guarantee effective protection even in the event of high loads and sudden current surges. Adjustable overload release settings (128-160A) allow for precise adaptation to the specifics of the protected circuit.

Advantages and benefits

• High short-circuit breaking capacity: 25kA at 400V ensures a quick response and minimizes the risk of damage in the event of a short circuit.
• Adjustable release settings: Allows you to adjust the sensitivity to specific installation needs.
• TH35 rail mounting: Enables easy and quick installation in standard distribution boards.
• Solid construction: Guarantees long-lasting and reliable operation even in harsh conditions.
• Versatile application: Ideal for protecting circuits powering devices with high power consumption, such as motors, electric heaters, or furnaces.
• Safety: Provides effective protection against electric shock and fire caused by failures in the installation.
• Front connection side for main circuits: Facilitates the connection of power supply cables.

This adapter is not only a protective element but also an investment in peace of mind and the certainty of operation of your electrical installation. Its solid construction and advanced features make it the ideal choice for both professionals and demanding end-users.