$ USD
Description
The Siemens 3VA2040-6KP42-0AA0 is a powerful 4-pole Molded Case Circuit Breaker (MCCB) from the esteemed SENTRON series, designed to deliver exceptional circuit protection. Rated at 40A, this breaker is equipped with an impressive breaking capacity of 85 kA, making it capable of safely interrupting extremely high fault currents. Its fixed mount configuration ensures a secure and stable installation within electrical switchgear and distribution panels. The Siemens 3VA2040-6KP42-0AA0 is engineered for reliability in the most challenging industrial and commercial environments.
This Siemens MCCB leverages advanced technology to provide robust defense against overcurrents and short circuits. The 85 kA breaking capacity signifies its capability to handle significant fault levels, offering an elevated degree of safety for personnel and equipment. The durable construction of the Siemens 3VA2040-6KP42-0AA0 guarantees long-term operational integrity and performance, even under continuous stress. Its 4-pole design is ideal for applications requiring the protection of all three phases plus a neutral conductor.
Ideal for use in heavy-duty industrial settings, large commercial complexes, and power generation facilities, the Siemens 3VA2040-6KP42-0AA0 serves as a critical safety component. It protects critical loads and distribution networks from damaging electrical faults, preventing downtime and potential hazards. The fixed mount design is essential for applications where robust and permanent circuit breaker mounting is required, ensuring the integrity of the electrical system. This Siemens MCCB is a vital part of any high-capacity electrical setup.
For applications demanding the highest levels of safety and performance in circuit protection, the Siemens 3VA2040-6KP42-0AA0 is an outstanding choice. This 40A, 4-pole MCCB with an 85 kA breaking capacity offers unparalleled protection for your valuable electrical infrastructure. Rely on Siemens’ commitment to quality and innovation for your most demanding power distribution needs.
