TE Connectivity 926897-3 Universal MATE-N-LOK Crimp Pin 600V 18-24 AWG
TE Connectivity Crimp Contacts for Universal Mate-N-Lok - TE Connectivity 926897-3, Slotted Universal Mate-N-Lok crimp contacts from TE Connectivity, AWG 24-18, suitable for recording and plug-in housing. TE Connectivity 926897-3 Universal MATE-N-LOK...
TE Connectivity 926901-1 MATE-N-LOK Crimp Contact CuZn30 600V 16-1...
TE Connectivity Universal MATE-N-LOK Crimp Contacts 600V - TE Connectivity 926901-1, The TE Connectivity Universal MATE-N-LOK Crimp Contact 600V 16-13 AWG. CuZn Contact is a socket contact for plug/socket connector housing; supplied loose, for crimping....
TE Connectivity 927853-6 Blade receptacle vibration-proof Connector width: 6.35 mm Connector thickness: 0.81 mm 180 ° Not insulated Silver 1 pc(s)
Silver; 6.35 mm x 0.81 mm; 0.50 mm² - 1 mm²
TE Connectivity 927855-6 Blade receptacle vibration-proof Connector width: 6.35 mm Connector thickness: 0.81 mm 180 ° Not insulated Silver 1 pc(s)
Silver; 6.35 mm x 0.81 mm; 1 mm² - 2.50 mm²
TE Connectivity 928901-3 Blade receptacle vibration-proof Connector width: 6.35 mm Connector thickness: 0.81 mm 180 ° Not insulated Silver 1 pc(s)
Silver; 6.35 mm x 0.81 mm; 1 mm² - 2.50 mm²
TE Connectivity 928901-4 Blade receptacle vibration-proof Connector width: 6.35 mm Connector thickness: 0.81 mm 180 ° Not insulated Silver 1 pc(s)
Silver; 6.35 mm x 0.81 mm; 1 mm² - 2.50 mm²
TE Connectivity 962972-1 Circular DIN Connector 725,858, 2.5 MM Round Contacts For 2 - To 4-pin Housing Nominal current (details): 30 A Pins: 1
These connectors are characterized by efficient processing, high stress and excellent electrical properties Easy processing plug devices are provided for one-hole assembly.Typical applications: sensors, solenoid valves or power supplies.
TE Connectivity 962972-1 DIN Connector 2.5mm for 2 to 4-Pin Pin Co...
TE Connectivity DIN Connectors 2.5mm for 2 to 4-Pin Housing - TE Connectivity 962972-1, The TE Connectivity Circular DIN Connector 2.5mm Round Contacts for 2 to 4-Pin Housing (Pin Contact) 1-2.5mm² are characterized by efficient processing, high stress...