Eaton C25DND330T / Definite Purpose Contactor 3p 24vac 30-40a

Eaton C25DND330T / Definite Purpose Contactor – Power Distribution Component
The Eaton C25DND330T Definite Purpose Contactor is engineered to deliver reliable switching and control in demanding commercial and industrial power applications. Featuring a three-pole design, this contactor operates efficiently on a 24VAC coil and accommodates electrical loads in the 30-40A range.

• 3-pole (three-phase) configuration for versatile switching
• 24VAC coil voltage for reliable operation
• 30-40 ampere current rating for flexible load management
• Compact, rugged construction for consistent field performance
• Optimized contact design for reduced arc erosion

Compared to industry-standard definite purpose contactors, the Eaton C25DND330T offers a superior balance of current capacity and coil performance, making it a leading choice for both new installations and upgrades. Many previous models in the same category deliver lower amperage ratings or limited coil voltages, but this contactor supports a broader range of applications without sacrificing durability. Its robust housing and improved contact integrity ensure steady, long-term function even in challenging settings.

Key Technical Advantages:
Technology and Performance
The Eaton C25DND330T definite purpose contactor leverages advanced metallurgy in its contacts to minimize arc wear, extending the service life of the component while maintaining optimal electrical conductivity. The 3-pole setup enables seamless three-phase switching, which is critical in HVAC, motor control, and lighting systems. Additionally, the 24VAC coil ensures energy efficiency and compatibility with standard low-voltage control circuits frequently found within industrial environments.

Engineered for fast installation and straightforward maintenance, the compact profile of this contactor allows seamless replacement or integration into existing setups. The Eaton C25DND330T is designed to outperform typical contactor products on the market by providing greater reliability during repetitive operation, making it the preferred choice for professionals seeking a long-lasting solution for diverse power distribution needs.