Tmax AUX T1-T6 1Q1SY Auxiliary contacts 1SDA051368R1

Additional contact for Tmax T circuit breakers

This additional contact expands the functionality of Tmax T circuit breakers, providing additional signaling and control capabilities. Designed to work with the T1, T2, T3, T4, T5 and T6 series, it is a reliable solution for both professional installers and end users. Installation is simple and intuitive, and compatibility with a wide range of Tmax T circuit breakers guarantees application flexibility.

The additional contact 1SDA051368R1 allows the connection of one auxiliary circuit, which is particularly useful in automation systems and remote control. It uses spring-loaded terminals, which ensure quick and secure cable connection. The rated operating current for AC-15 at 230 V is 5 A – a typical value for control circuits.

Versatility and reliability in every circuit

Auxiliary contacts from the AUX T1...T6 series are designed for durability and reliability. They enable the implementation of various auxiliary functions in electrical installations. This makes it possible, for example, to remotely monitor the status of the circuit breaker or connect an alarm signal in the event of a failure. The construction based on proven ABB solutions guarantees long-term and trouble-free operation in various environmental conditions. In addition, the configuration options allow the contact function to be adapted to the specific needs of a given application.

• Compatibility: works with ABB SACE Tmax T circuit breakers of the T1-T6 series, ensuring universal application.
• Easy installation: spring-loaded terminals facilitate and speed up cable installation, minimizing system downtime.
• Status signaling: allows connection of an auxiliary circuit to signal the status of the circuit breaker (on/off).
• Application in automation: ideal for integration with building and industrial automation systems.
• Rated current: 5 A at AC-15 230 V – suitable for typical control circuits.
• Solid construction: ensures long-term and trouble-free operation in various environmental conditions.