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5 Pin DIN Female Solder Panel Mount Connector - 240° Style
5 Pin DIN Female Solder Panel Mount Connector - 240° Style Thumbnail 1 5 Pin DIN Female Solder Panel Mount Connector - 240° Style Thumbnail 2 5 Pin DIN Female Solder Panel Mount Connector - 240° Style Thumbnail 3

5 Pin DIN Female Solder Panel Mount Connector - 240° Style

5 Pin DIN Panel Mount to Create a Custom Cable Pinout.

Item # 1757
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The 5 Pin DIN Female Solder Panel Mount Connector pins are arranged in a 270° configuration. This connector is an economic and lightweight panel mount style connector. The 5 Pin DIN Female Connector accepts up to 20 AWG wire. The solder cups are easy to work with and the eyes are easy to thread.

Features:

  • 5 Pin DIN Female
  • Metal
  • Lead Type: Solder Cups
  • Flush Mounting Style
  • Mounting Hole Size: 19/32"
  • Accepts 20 AWG Wire
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Q: What is the difference between a 5 pin din 180°, 240° and 360°?

A: There is a slight difference between the configuration of the pins. The 180° has a more circular layout. A 240° connector has more of a horseshoe layout. A 270° connector has a pin in the middle. See the image below.


Q: How are the holes labeled on a female DIN connector?

A: The holes are numbered 1-4-2-5-3 from left to right (facing the holes).

Q: What are 5 Pin DIN 180° Connectors commonly used for?

A: The 5 Pin DIN 180° Connectors are commonly used for SYNC and MIDI interfaces for electronic musical instruments and other audio applications. They are also used for computer keyboards such as the original IBM PC and the PC AT Style.

Q: What cables are used with DIN Connectors?

A: Din connectors are commonly used with multi-conductor cables with at least one conductor per pin on the connector.

Q: How do I attach a DIN connector to my cable?

A: In order to attach a DIN connector to a cable you must solder each pin to its respective conductor.

Q: How do I prevent melting the plastic in the connector during soldering?

A: When soldering a DIN connector avoid heating the untinned wire and connector point and applying the solder all at once. This will cause melting and frustration. Tinning the wire ends and allowing them to cool before you tin the connector will prevent melting and allow you to attatch the wire correctly.

Pin Configuration Diagram


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