OBD 16P Male Angle Reverse24V Type 14.6MM (Terminal Width 1.5mm,Bend Length13.35mm)

The OBD 16P Male Angle Reverse 24V Type connector is a precision-engineered interface component specifically designed for 24V vehicle diagnostic systems, heavy-duty trucks, commercial fleets, agricultural machinery, construction equipment, and electric commercial vehicles, offering exceptional reliability in demanding environments where vibration, space constraints, and high-cycle mating are common challenges. This connector features 16 pins in a male gender configuration with a right-angle (90‑degree) orientation combined with a reverse pin layout, which together significantly reduce the required installation depth, allowing the connector to fit into tight engine compartments, shallow dashboard lower panels, and compact diagnostic tool enclosures where standard straight connectors would simply not work. The overall connector height is only 14.6 mm, a low‑profile design that enables seamless integration into thin housings and space‑limited printed circuit board assemblies without compromising mechanical strength or signal integrity. Terminal specifications are critical to performance: the terminal width is exactly 1.5 mm, a dimension chosen to provide stable contact pressure, consistent signal transmission, and reliable current carrying capacity for low‑power signals such as CAN bus, K‑Line, J1850, and auxiliary power delivery within 24V electrical systems. The bend length of the terminals is precisely 13.35 mm, a calculated value that ensures optimal mechanical retention and vibration resistance, reducing the risk of fretting corrosion or intermittent contact failure under constant shock and movement typical of heavy‑duty vehicle operation. The connector housing is molded from high‑temperature resistant UL94 V‑0 rated plastic, providing excellent flame retardancy, dimensional stability, and mechanical impact resistance across a wide operating temperature range. Terminals are manufactured from phosphor bronze and are available with tin or optional gold plating to guarantee low contact resistance, excellent corrosion protection, and a mating cycle life of at least 5,000 insertions and extractions. As a 24V Type connector, it is engineered to handle the higher voltage range of commercial vehicles, buses, and industrial machinery, setting it apart from standard 12V OBD connectors that would fail under such conditions. The right‑angle reverse design also provides superior cable strain relief: the natural 90‑degree cable exit eliminates sharp bending stresses that would otherwise damage wires or insulation over time, extending the service life of the entire diagnostic assembly. Typical applications include diagnostic extension cables, 24V vehicle breakout boxes, fleet management telematics devices, aftermarket scan tools, onboard diagnostic loggers, and adapters for electric commercial vehicles. Compared to standard straight OBD connectors, this right‑angle reverse version can reduce required installation depth by up to 40%, optimize printed circuit board layout through reverse pin mapping, and simplify cable routing in confined spaces. Samples are available for testing, and customization options include alternative bend lengths, terminal plating finishes, and pre‑crimped wire assemblies. In summary, the OBD 16P Male Angle Reverse 24V Type connector with 14.6 mm height, 1.5 mm terminal width, and 13.35 mm bend length represents the optimal choice for engineers and manufacturers developing space‑constrained, high‑reliability diagnostic interfaces for 24V commercial vehicle applications where reverse orientation, low profile, and precise terminal geometry are not optional but essential.