Molex EXTreme Ten60Power Series Right Angle Through Hole Mount Heavy Duty Power Connector, 28-Contact, 3-Row, 5.5mm

This heavy-duty power connector is designed for demanding applications in the electrical and mechanical industries. It features a compact right-angle configuration, allowing for efficient use of space in board-to-board connections. With 28 contacts and a dependable pitch of 5.5mm, this connector is suited for both power and signal circuits.

• Current rating supports applications up to 60A
• Voltage rating provides reliability at 600V AC / 250V DC
• Through-hole termination ensures secure attachment to PCBs
• Designed with guide pins for easy alignment during mating

• Utilised in automation systems requiring high current supply
• Ideal for electrical distribution boards
• Effective in signal transmission for telecommunications equipment
• Suitable for connectors in mechanical assemblies

The heavy-duty power connector is tested for up to 200 mating cycles, ensuring long-term reliability in high-use environments.

This connector is made from copper with gold plating for the contacts, providing excellent conductivity, while the body is constructed from high-temperature thermoplastic for resilience.

The recommended PCB thickness for this connector is 1.58mm, ensuring a secure and robust connection.

Yes, it operates efficiently within a temperature range of -40°C to +105°C, making it suitable for various industrial environments.

Molex EXTreme Ten60Power Hybrid Power and Signal Connectors

EXTreme Ten60Power hybrid power and signal connectors designed for use in board to board, wire to board and panel to board applications. These hybrid power connectors feature high current contact blades with a robust design and a 7.5 mm power pitch. These contacts provide 50 A of current per blade (260 A per linear pitch) with fast response times. Resistance to arcing in hot pluggable applications prevents electrical interruptions. These EXTreme Ten60Power hybrid power and signal connectors have an easy to configure modular design offering design flexibility for a wide range of power and signal requirements