New circular push pull connector combines standard D38999 inserts with the DBAS 7 connector shell
HARRISBURG, Pa. – Jan. 11, 2021 – TE Connectivity (TE), a world leader in connectivity and sensors, is adding the DBAS 9 connector to its family of connectors. The DBAS 9 connector is specifically designed to offer increased configuration options providing additional design flexibility in the harsh environments of military and space applications. This push pull connector is built on time-tested technologies by combining the extreme reliability of the DBAS 7 connector with the flexibility of standard D38999 inserts. DBAS 9 connector also provides cost-effective solutions using AS39029 signal and power contacts.
“The DBAS 9 connector offers a solution for engineers looking for a connector that is easy to install and uninstall, while providing high performance that can withstand extreme shock, vibration and high temperatures up to 200°C,” says Aurélie Cordier, product manager for TE’s Aerospace, Defense and Marine division. “The DBAS 9 connector is ideally employed in harsh applications, such as umbilical connectors for missiles and rockets where lanyard quick release or rack and panel mating is used.”
TE’s DBAS 9 connector is engineered for extremely harsh environments featuring:
• Visual and sensitive push-pull locking system for blind mating applications
• Leading clip help prevent accidental unmating on demand
• Easy locking/unlocking (in heavy duty lanyard configuration)
• Scoop-proof
• Wide range of arrangements configurations of D38999 inserts: high density, hybrid signal and power layout and high-speed
• Rack and panel feature
• Large range of backshells and accessories
The wide range of inserts and large range of shell types and accessories with multiple surface-finishing options makes integrated solutions for custom designs possible, such as integrated backshells, fiber optic and high-speed solutions. Finally, if requested DBAS-9 connectors can also be manufactured according to European Space Agency (ESA) procedures to improve traceability and quality insurance requested for critical space applications. For more information, visit http://te.com/Deutsch-dbas9
