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The M80-5T11442B1 is a Datamate J-Tek male header assembly manufactured by Harwin. It features a vertical, shielded design with a 2mm pitch and 14 positions. The connector utilizes gold-plated contacts with tin solder tails for surface mount termination. Rated at 2.2A and 120V, it employs beryllium copper contacts within a black polyphenylene sulfide insulator. The unit includes a metal backscrew for secure locking and achieves a mated stacking height of 33.55mm.
Verify the specific suffix configuration against the official Harwin datasheet to ensure compatibility with mating female connectors and jack screws. Confirm that the metal backscrew requirement aligns with the mechanical constraints of the target enclosure. Check RoHS compliance status for regulatory adherence in restricted regions. Ensure the vertical orientation fits within the designated board space and stacking height limitations.
Select this component when a vertical, shielded male connection is required for high-density applications. The 2mm pitch allows for compact circuit board layouts while maintaining robust electrical performance. The integrated metal backscrew provides superior mechanical stability compared to standard plastic latches. Consider the 33.55mm stacking height to ensure adequate clearance for adjacent components or housing structures.
This part belongs to the Datamate J-Tek series, known for its high reliability and durability in demanding environments. The M80 series typically offers extensive configurability through various suffix codes. This specific model represents a pre-assembled unit with fixed pin count and shielding, simplifying the procurement process for engineers requiring standardized, high-performance interconnect solutions.
Direct substitutes may include other Harwin Datamate J-Tek male headers with identical 14-position counts, 2mm pitch, and vertical orientation. Verify that any alternative part number maintains the same metal backscrew configuration and shielding characteristics. Cross-reference mating female connectors to ensure interface compatibility before substitution.