OBD Diagnostic Cable Adapter Harness
DB15P to OBDII 16Pin Connection with DC Power Connector
The OBD diagnostic cable adapter harness connects a DB15P male plug to an OBDII 16Pin male plug, with an additional DC power connector in the assembly. This layout is designed for compatible automotive diagnostic equipment that uses these interfaces. The red PA66+PVC plastic housing also makes the connector assembly easy to identify when setting up a diagnostic tool or organizing cables at a repair workstation.
The DB15P to OBD16P diagnostic cable can be useful when a scanner, interface unit, or testing device requires a specific connection between these two plug types. Before ordering, check the pin assignment, power connection, and equipment requirements to make sure the cable matches your setup. If you are looking for an OBD diagnostic adapter for a particular scanner, confirming these details helps avoid choosing a cable based on connector shape alone.
1030mm Cable Length for Diagnostic Equipment Setups
With a length of 1030±30mm, this cable gives technicians some room to position their diagnostic equipment without keeping the device right beside the vehicle connector. It can be considered for repair-bay testing, diagnostic workstations, and other setups where the scanner or interface needs to sit a short distance away from the connection point. The length also gives equipment designers a clear measurement to work with when planning cable routing.
| Item |
Specification |
| Type |
DB15P Male to OBDII 16Pin Male Wiring Harness with DC Power Connector |
| Voltage |
DC 300V |
| Pins Material |
Nickel-Plated Brass Terminals |
| Plug Material |
Red PA66+PVC Plastic Housing |
| Working Temperature |
-25℃ ~ +80℃ |
| Length |
1030±30mm |
| Minimum Insulation Resistance |
≥10MΩ |
| Maximum Conduction Resistance |
≤2Ω |
| Application Fields |
Automotive diagnostic scanner, vehicle fault code reader, auto repair testing equipment, on-board diagnostic signal connection |
| Specific Shipping Cost |
Please Contact Us |
The harness uses nickel-plated brass terminals, with a minimum insulation resistance of ≥10MΩ and a maximum conduction resistance of ≤2Ω. Its specified voltage is DC 300V, and the working temperature range is -25°C to +80°C. These figures provide a useful starting point when reviewing an OBD diagnostic cable for a particular application. The electrical suitability of the complete assembly should still be checked against the equipment's requirements.
Designed for Vehicle Fault Reading and Scanner Connections
This cable is intended for automotive diagnostic scanners, vehicle fault code readers, auto repair testing equipment, and on-board diagnostic signal connections. The Auto OBD scanner wiring harness configuration can suit compatible testing systems that require DB15P and OBDII 16Pin interfaces. The Vehicle fault reader OBD cable harness is another way to describe its intended use in diagnostic setups, where the correct wiring arrangement matters as much as the connector format.
For projects involving a vehicle diagnostic cable adapter, car data adapter, or automotive diagnostic adapter, the required pinout and power arrangement should be confirmed before production. FBXSlink can review customer drawings or wiring details when a standard configuration does not meet the equipment requirements. This helps keep the final cable aligned with the intended diagnostic application rather than relying on assumptions about universal compatibility.
Why Choose FBXSlink?
When a diagnostic setup uses both a DB15P interface and an OBDII connector, the cable needs to match the equipment's connection layout, not just its plug shape. FBXSlink supplies automotive diagnostic wiring products for different testing applications, making connector arrangement, power lead configuration, and pin assignment important parts of the product review. This is particularly relevant for equipment makers developing their own scanner or vehicle testing interface.
For projects that need a different cable layout, FBXSlink can work with the customer's technical specifications to assess the proposed assembly. Our manufacturing experience, built since 2013, supports custom wiring projects for automotive and industrial applications. Whether the requirement involves changing the cable length, adjusting the connector combination, or confirming the wiring layout, the aim is to produce an assembly that matches the intended equipment rather than relying on a generic adapter.