Molex KK connector: Difference between revisions

Jump to navigation Jump to search
Content added Content deleted
No edit summary
m (Text replace - "|thumb|" to "|frame|")
Line 2: Line 2:


==Description==
==Description==
[[File:Ratchet_action_crimp_tool_Ht225d.jpg|thumb|right|150px|Ratchet action crimp tool Ht225d]]
[[File:Ratchet_action_crimp_tool_Ht225d.jpg|frame|right|150px|Ratchet action crimp tool Ht225d]]
[[File:Engineer_PA-09_crimping_pliers.jpg|thumb|right|150px|Engineer PA-09 crimping pliers]]
[[File:Engineer_PA-09_crimping_pliers.jpg|frame|right|150px|Engineer PA-09 crimping pliers]]
The ''header'' with pins is usually on the [[PCB]]. Inside the ''housing'' which mates with it, a metal sleeve is secured each conductor in two places, on the wire and on its insulator. Creating a ''gas-tight'' connection between the wire and terminal pin, prohibiting corrosion and the latter forming a ''strain relief'', providing additional resistance to mechanical stress.<ref>Molex Connectors Explained, as used in Pinball. [http://www.pinrepair.com/connect/ Termination–Crimping] by cfh@provide.net 3 Apr 2005</ref>
The ''header'' with pins is usually on the [[PCB]]. Inside the ''housing'' which mates with it, a metal sleeve is secured each conductor in two places, on the wire and on its insulator. Creating a ''gas-tight'' connection between the wire and terminal pin, prohibiting corrosion and the latter forming a ''strain relief'', providing additional resistance to mechanical stress.<ref>Molex Connectors Explained, as used in Pinball. [http://www.pinrepair.com/connect/ Termination–Crimping] by cfh@provide.net 3 Apr 2005</ref>


Line 15: Line 15:
Strip about 2 or 3 mm of insulation from the wire. Then with a racheting crimp tool such as the HT-225D. Place the pin into the apropriate crimp tool aperture. Squeeze the crimpers only enough to hold the pin in place. Insert about 3mm of the exposed strands into the pin. Squeeze the crimpers all the way. Release the crimpers, and pull the wire and pin out. The insulation is squeezed by the back of the pin, and the wire is squeezed in the center of the pin. This is to insure good electrical contact and a good hold on the wire. Push the wire and pin into the plastic housing, ensuring that the tab end of the pin goes the correct way into the housing, to lock into the square hole.<ref>[http://www.societyofrobots.com/electronics_wire_connector.shtml Wire Connector Tutorial], Society of Robots</ref> Using a simpler crimper such as the PA-09 will entail crimping in two steps. First to crimp the conductor then to crimp the insulation.<ref>[http://www.engineer.jp/en/products/pa09e.html How To Crimp Micro Connector Pin Finely], Universal Crimping Connector Pliers, Engineer Inc.</ref>
Strip about 2 or 3 mm of insulation from the wire. Then with a racheting crimp tool such as the HT-225D. Place the pin into the apropriate crimp tool aperture. Squeeze the crimpers only enough to hold the pin in place. Insert about 3mm of the exposed strands into the pin. Squeeze the crimpers all the way. Release the crimpers, and pull the wire and pin out. The insulation is squeezed by the back of the pin, and the wire is squeezed in the center of the pin. This is to insure good electrical contact and a good hold on the wire. Push the wire and pin into the plastic housing, ensuring that the tab end of the pin goes the correct way into the housing, to lock into the square hole.<ref>[http://www.societyofrobots.com/electronics_wire_connector.shtml Wire Connector Tutorial], Society of Robots</ref> Using a simpler crimper such as the PA-09 will entail crimping in two steps. First to crimp the conductor then to crimp the insulation.<ref>[http://www.engineer.jp/en/products/pa09e.html How To Crimp Micro Connector Pin Finely], Universal Crimping Connector Pliers, Engineer Inc.</ref>
{|style="margin: 0 auto;"
{|style="margin: 0 auto;"
|[[File:Adjust_both_wings_to_be_parallel_before_crimping.jpg|thumb|150px|Adjust both wings to be parallel before crimping.]]
|[[File:Adjust_both_wings_to_be_parallel_before_crimping.jpg|frame|150px|Adjust both wings to be parallel before crimping.]]
|[[File:First_crimp_the_conductor.jpg|thumb|150px|First crimp the conductor, each wing should grip an equal portion of wires. ]]
|[[File:First_crimp_the_conductor.jpg|frame|150px|First crimp the conductor, each wing should grip an equal portion of wires. ]]
|[[File:Then_crimp_the_insulation.jpg|thumb|150px|After doing a pull out test, crimp the insulation.]]
|[[File:Then_crimp_the_insulation.jpg|frame|150px|After doing a pull out test, crimp the insulation.]]
|[[File:Crimped_connector.jpg|thumb|150px|The connector after crimping.]]
|[[File:Crimped_connector.jpg|frame|150px|The connector after crimping.]]
|}
|}