ENERGICA SOLUTIUONS PRIVATE LIMITED
0
0
ENERGICA SOLUTIUONS PRIVATE LIMITED
0
0

Islanding Box Three Phase 160 A Contactor T & ACDB

Enhance your control panel efficiency with our Islanding Box Three Phase 160 A Contactor T & ACDB, designed for durability and optimal performance in diverse applications.
Out of stock
Non-returnable
₹28,200.00
Product Information
Product Details
The Islanding Box Three Phase 160 A Contactor T & ACDB is a vital component for control panels in complex electrical systems. This advanced product is engineered to handle high voltage applications, ensuring seamless operation in various industrial environments. With a robust design that supports three-phase circuits, the contactor manages significant loads up to 160 amperes, guaranteeing reliability and safety. Designed for easy installation and maintenance, the Islanding Box features superior thermal management, which prolongs its service life and enhances overall system performance. The built-in Automatic Changeover Distribution Board (ACDB) allows for intuitive control and distribution of electrical power, making it ideal for critical infrastructure, renewable energy systems, and commercial applications. Safety is paramount; therefore, the contactor is equipped with multiple protective features, including overload and short-circuit protection. Its compliance with international standards ensures that it meets rigorous quality criteria, providing peace of mind for engineers and technicians alike. Whether you're upgrading existing control panels or designing a new system, the Islanding Box Three Phase 160 A Contactor T & ACDB is your go-to solution for efficient and reliable electrical management. Enhance your operational capabilities today with this essential control panel component.
Ratings And Reviews
Items have been added to cart.
One or more items could not be added to cart due to certain restrictions.
Added to cart
Quantity updated
- An error occurred. Please try again later.
Deleted from cart
- An error occurred. Please try again later.