Liquidation Sale Hager Jn216b 250a Incoming 125a Outgoing 16 Way Outgoers Plain Door Ce Unlock 85% Savings [iRdXtgw1]

Hager JN216B 250A Panelboard: Ultimate Power Distribution Solution

The Liquidation Sale Hager Jn216b 250a Incoming 125a Outgoing 16 Way Outgoers Plain Door Ce Unlock 85% Savings [iRdXtgw1] panelboard is a top-tier power distribution unit designed for demanding electrical systems. This panelboard combines robust construction with cutting-edge technology to deliver reliable and efficient power distribution. With its 16 triple pole ways and 250A incoming capacity, it is an ideal choice for a variety of industrial and commercial applications. The JN216B stands out for its compliance with BS EN 61439-2 standards, ensuring safety and performance.

Key Product Properties and Technical Specifications

The JN216B panelboard is equipped with an IP3XD rated enclosure, providing maximum protection against dust and water. Its pan assembly, twin neutral, and earth bars are designed for enhanced safety and durability. The panelboard operates with an InA of 250A, Inc of 125A, and Icc of 25kA, making it suitable for high-load applications. It is supplied without an incoming kit, but the JN 250A incomer kit is required for full functionality. The Form 3B type 2 configuration with an outgoing terminal shield ensures secure connections, while the removable side gland plates simplify installation.

Practical Applications and Target Audience

The Liquidation Sale Hager Jn216b 250a Incoming 125a Outgoing 16 Way Outgoers Plain Door Ce Unlock 85% Savings [iRdXtgw1] panelboard is perfect for a wide range of applications, including manufacturing facilities, data centers, and commercial buildings. Its versatility makes it a popular choice among electrical contractors and engineers who value safety, efficiency, and ease of installation. With options such as key lock, meter pack, DIN rail, extension box, and spreader box, this panelboard offers the flexibility to meet various project requirements. The adjustable thermal options on triple poles further enhance its adaptability to different load conditions.