■ 제품필수정보

제조사	TE Connectivity
제조사품명	176116-6
간략설명	TE Connectivity, MULTILOCK 070 II Female Connector Housing, 12 Way, 2 Row

■ 제품사양

연결 수 = 12
행 수 = 2
성별 = Female
시리즈 = MULTILOCK 070 II
신체 방향 = Straight Length = 31.8mm Housing Material = PBT TE Connectivity 3.5 mm MULTILOCK 070
시리즈 Automotive Connectors. MULTILOCK 070 series automotive connectors with a miniaturized design for use in automotive wire to wire and wire to board applications. These MULTILOCK 070 series have a compact design with high density 3.5 mm contact centres and are also durable and easy to handle. The housings of these MULTILOCK 070 automotive connectors protect the contacts against damage caused by rocking action (KOJIRI Action) that occurs at the mating and unmating stages. The MULTILOCK 070 plug and receptacle housings have a housing lance design enabling lanceless contacts to be used. The use of lanceless contacts avoids tangling and lance deformation is eliminated. The key feature of these MULTILOCK 070 connectors is the locking mechanism. The standard MULTILOCK 070 plug and receptacle housings feature an integral double lock mechanism on the wire side to ensure a secure contact retention. The MULTILOCK 070 Mk II plug housing has a locking mechanism consisting of a 2 piece double lock plate for secure contact retention and prevention of partial insertion. The MULTILOCK 070 range of automotive connectors consists of plug and receptacle housings and PCB headers for use in wire to wire and wire to board applications. The plug housings require female crimp contacts, the receptacle housings require male tab contacts. Crimp contacts must be ordered separately. Features and Benefits. Compact, durable design High density 3.5 mm pitch Housing lance design Contacts protected against damage caused by 'KOJIRI' Action Integral double locking system. Applications. The MULTILOCK 070 series of automotive connectors are designed for use in a range of automotive applications. These applications include powertrain systems, safety and security systems, convenience, driver information and body and chassis systems.