DF61-2628SCF

Medical Solutions

Hirose Electric Medical Solutions include high-performance connectors engineered for precision, durability, and reliability in demanding applications. Products offered include board-to-board, wire-to-board, FPC/FFC, circular, and coaxial connectors with IP67/IP68 sealing to protect against debris, dust, and moisture ingress. Features include EMI shielding, extended mating cycles, and secure locking, ensuring stable interference-free performance. The miniaturized products from Hirose support compact, high-density systems, while hybrid signal/power designs and RoHS/IEC compliance meet the evolving needs of diagnostic imaging, patient monitoring, therapy systems, and wearable medical tech.

Smart Home Solutions

Hirose Electric provides cutting-edge connectors built to meet the unique challenges of Smart Home applications. These connectors provide reliability, precision, and excellent performance, making them suitable for smart home systems, including security cameras, smart doors, and AI speakers. Hirose Electric connectors provide robust locking mechanisms, waterproof options, IoT support, and compact designs.

LED Lighting Solutions

Hirose Electric LED Lighting Solutions are engineered for power efficiency, compact spaces, and environmental durability. Hirose connectors provide reliable performance across advanced LED lighting applications. From ultra-low-profile wire-to-board solutions to FPC/FFC connectors with high retention and snap-lock features, these products streamline assembly and reduce connection errors. Options include IP-rated waterproof modules and heat-resistant designs that ensure long-term operation in both indoor and outdoor systems. Applications suitable for these products include ceiling lights, strip lights, circular modules, and exterior fixtures.

Factory Automation Connector Solutions

Hirose Electric Factory Automation Connector Solutions are comprised of new-concept connectors supporting the evolution of factory automation equipment and robotics. The factory automation market requires connectors designed for miniaturization, higher power, and faster control signal speed. Hirose Electric Factory Automation Connector Solutions are ideal for use in a variety of factory automation applications, including robotics, robotics control, machine interface, machine vision, switchgear, and servo amplifier.

Hirose DF61 Lighting Connectors - EXPANSION

Hirose's DF61 Swing-Lock Lighting Connectors offering has been expanded to include socket crimp contacts for 22-26AWG and 26-28AWG and the associated hand tool options.
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Hirose DF61 Series High Power Swing-Lock Lighting Connectors feature a 350V maximum rating and utilize Hirose's unique Swing-Lock mating style for use in high power applications. Hirose's reinforced Swing-Lock structure prevents the plug from becoming disengaged when handling strains or loads, a header molded in one piece for a tight fit that resists solder wicking, a header lock to improve plug retention, and contacts constructed using a highly conductive material that allows high current flow by reducing the contact resistance. These compact 2.2mm pitch connectors offer a 350V max rating due to a long creepage distance and 4A max. current rating. These features make the low profile Hirose DF61 Series High Power Swing-Lock Lighting Connectors well-suited for digital cameras, digital video cameras, LED lights, laptop computers, tablet computers, portable devices, power supply equipment, etc.
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DF61 / DF61Y Swing-Lock Lighting Connectors

Hirose Electric DF61 / DF61Y Swing-Lock Lighting Connectors feature a 350V maximum rating and utilize Hirose's unique Swing-Lock mating style for use in high power applications. Hirose's reinforced swing-lock structure prevents the plug from becoming disengaged when handling strains or loads. These connectors also feature a header molded in one piece for a tight fit that resists solder wicking, a header lock to improve plug retention, and contacts constructed using a highly conductive material that allows high current flow by reducing the contact resistance.