The DZ range of Moulded Case Circuit Breakers (MCCB) is specifically designed to accommodate the complexities of modern electrical systems in contemporary installations. This range stands out due to its substantially higher fault-breaking capacities, addressing the rigorous demands of evolving power distribution requirements efficiently and effectively.

The dsine range stands out with its state-of-the-art design, user-friendly features, and a broad spectrum of protection mechanisms, marking it as a leader in the new generation of MCCBs (Moulded Case Circuit Breakers). Recognised for its ergonomic design, aesthetic appeal, and compactness, it is specifically engineered to perform reliably under extreme tropical conditions, offering consistent functionality in high ambient and humid environments. This makes the dsine MCCBs ideal for demanding settings, always meeting the evolving needs of our customers, a testament to our in-depth analysis and responsiveness to customer feedback.

The DY Series represents the next generation of MCCBs, distinguished by its state-of-the-art design that combines contemporary, user-friendly features with outstanding ergonomics, aesthetics, and compactness. This series excels in functionality and form, making it an ideal choice for modern electrical infrastructure needs.

The DU Series represents the next generation of MCCBs, distinguished by its state-of-the-art design that combines contemporary, user-friendly features with outstanding ergonomics, aesthetics, and compactness. This series excels in functionality and form, making it an ideal choice for modern electrical infrastructure needs.

In terms of compliance, the DU Series adheres to the latest international standards including IS/IEC 60947-2, IEC 60947-2, and EN 60947-2. Each product in the range carries the CE marking, affirming its quality and safety for use even in humid environments. Furthermore, equipped with a wide array of accessories, the series ensures operational safety, reliability, and versatility, meeting even the most demanding system requirements.