73080230059

Heavy Duty Connectors and Accessories are designed to connect wiring and cables safely in the most demanding industrial and military environments. The 73080230059 is one of the most reliable and durable heavy-duty connectors on the market. It is designed to provide a low insertion and removal force while maintaining effective shielding against electromagnetic interference in a long-range, low-profile design.

Application Field

The 73080230059 is designed with a wide range of applications in mind. It is ideal for use in the power and automotive industries, as well as industrial applications, since it provides high-performance EMI/RFI shielding and up to 35 Amp current capacity. This connector is also commonly used in telecom and military applications, not to mention applications in aerospace, rail, marine, medical, and energy markets.

Working Principle

The 73080230059 utilizes four contact receptacles that are mounted in a robust plastic housing with broad bayonet locking. It is designed to provide positive latching with automatic forcing into the mated housing, even in the most difficult and vibration-prone applications. The easy-to-attach locking system ensures high-reliability performance and a stable connection in even the most extreme environments. Additionally, the contact sockets are designed to provide a low insertion and removal force with minimal contact force.

The 73080230059 is also designed to provide strong EMI/RFI protection, with protection performance of up to 200V per MIL-STD-461E, 8500V peak voltage, and 50 dB at 10 to 100 MHz. Additionally, the contact socket is designed to maintain minimum contact resistance, percent of IerrR percent of 50, and life expectancy of 2000 cycles minimum.

Overall, the 73080230059 is one of the most reliable and efficient heavy-duty connectors on the market, providing excellent connectivity and reliable EMI/RFI shielding. It is designed to hold up in the most demanding industrial and military environments, providing rugged performance for a wide range of applications.