MH Connectors MHDTZK 15 Way D-sub Connector

MH Connectors MHDTZK Series D-Sub Connector Kits. The MHDTZK series of D-Sub connector kits come with 9, 15 or 25 pin connectors, in either male plug or female socket options. The MHDTZK kits also come with either machined contacts or stamped and formed contacts. Please refer to the list below for more information. These D-Sub connector kits feature a tough, durable connector hood. It is made from a durable nickel-plated zinc which has been die cast. The D-Sub connector contacts are gold plated which also ensures a high quality connection. MHDTZK kits work with cables with a diameter of 4 to 13 mm. The compression inserts that come with the kit are suitable for cables with a diameter of 4, 5, 7 or 9mm. Top cable entry (90°) Compatible cable diameter: 4 to 13mm Nickel-plated zinc connector housing Gold-plated contacts. D-Sub Connector Info: Voltage rating: 250V Current rating: 3A Contact resistance: 25mA (max) Insulation resistance: 1000 MΩ Operating temperature: -55 to +105 °C Each Kit Contains: 2 x backshell halves 2 x 4-40 thumb screws 2 x housing screws 1 x set of compression inserts 1 x compression spring 1 x D-Sub connector. Versions Available: ; 765-9438 765-9438 - 9-pin Plug (stamped) ; 765-9432 765-9432 - 9-pin Socket (stamped) ; 765-9441 765-9441 - 9-pin Plug (machined) ; 765-9444 765-9444 - 9-pin Socket (machined) ; 765-9448 765-9448 - 15-pin Plug (stamped) ; 765-9457 765-9457 - 15-pin Socket (stamped) ; 765-9450 765-9450 - 15-pin Plug (machined) ; 765-9454 765-9454 - 15-pin Socket (machined) ; 765-9463 765-9463 - 25-pin Plug (stamped) ; 765-9466 765-9466 - 25-pin Socket (stamped) ; 765-9460 765-9460 - 25-pin Plug (machined) ; 765-9479 765-9479 - 25-pin Socket (machined). Stamped vs. Machined Contacts Stamped contacts are, as they sound, stamped from sheet metal. Stamped contacts offer reliable connections, often at a slightly lower cost. Machined contacts are formed from a bar of metal which is turned and cut by a machine. They are suitable for more high-power and high-precision applications as they offer tight tolerances.