Press release

FCI Launches The HCI� Power Distribution Connector System With A Dedicated Microsite

ETTERS, PA. (June 16, 2008) � FCI, a leading developer of connectors and interconnect systems, announces the launch of the HCI� Power Distribution Connector System.

HCI technology anticipates increasing system power demands that are driving the need for greater power density. A single HCI power contact accommodates over 82 amps based on a 30�C temperature rise with zero airflow. The high current-carrying capacity coupled with a robust, molded-in guidance system are ideal for high-wattage, blind-mate power supplies.

Part Number	View Inventory
8DC+20S Right Angle HCI® Header
7DC+24S+4DC Right Angle HCI® Header
7DC+24S+4DC Right Angle HCI® Receptacle
10DC+24S Vertical HCI® Receptacle
10DC+24S Right Angle HCI® Header
2DC+16S+4DC Right Angle HCI® Header
2DC+16S+4DC Vertical HCI® Receptacle
8DC+20S Vertical HCI® Receptacle
11DC+24S Right Angle HCI® Header
11DC+24S Vertical HCI® Receptacle
14DC+24S+14DC Right Angle HCI® Header
14DC+24S+14DC Vertical HCI® Receptacle

The stamped and formed HCI power contacts, initially pioneered by FCI on its PwrBlade � system, are an innovative and cost-effective alternative to expensive screw-machined contacts for high-current applications.

The HCI connector system is designed to address requirements that extend beyond the capability of FCI�s proven PwrBlade connector system, the industry standard for DC power supply interfaces and power distribution.

Tooled HCI configurations support standard co-planar and backplane interfaces. The fully integrated HCI design enables DC power, AC power and signal contacts in a single molded housing. Similar to PwrBlade, HCI is modularly tooled, allowing incredible flexibility to address custom configuration requirements.

HCI features cost-effective stamped contacts, a vented but touch-proof housing to optimize airflow above, below and through the connector. This allows heat to convect away from contact surfaces producing the lowest product height among comparable high-current connectors.

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