OBDII Cable 16Pin OBD2 Diagnostic Wiring Harness
OBDII 16Pin Connection for Everyday Vehicle Diagnostics
When a repair shop needs to connect a scanner to a vehicle's diagnostic port, the cable should match the equipment and provide the right connection layout. This OBDII Cable 16Pin OBD2 Diagnostic Wiring Harness is designed for automotive fault diagnosis, scanner extension, and on-board diagnostic signal transmission. Its 16-pin OBDII interface makes it a practical option for compatible diagnostic setups, whether you're checking a vehicle in a workshop or connecting equipment for maintenance testing.
The OBD2 16Pin Male Female OBDII Cable Harness is a useful search term for buyers looking for a particular connector combination. However, the supplied specifications only identify the product as an OBDII 16Pin automotive diagnostic wiring harness, so the male and female ends should be confirmed against the actual drawing before ordering. When selecting an OBDII cable, check the connector gender and pin assignment first to make sure it matches your scanner and vehicle interface.
Compact 300mm Length with Automotive-Grade Housing
With a specified length of 300±20mm, this harness offers a short connection for setups where a longer cable isn't necessary. The compact length can help keep the connection manageable around a diagnostic port or testing station, without leaving a large amount of extra cable to handle. If you need an **OBDII cable 16pin diagnostic harness** for a particular tool or installation, compare the available space and connector positions before choosing the cable length.
| Item |
Specification |
| Type |
OBDII 16Pin Automotive Diagnostic Wiring Harness |
| Voltage |
DC 500V |
| Pins Material |
Nickel-Plated Brass Terminals |
| Plug Material |
PA66 Black Automotive Grade Connector Housing |
| Working Temperature |
-25℃ ~ +80℃ |
| Length |
300±20mm |
| Minimum Insulation Resistance |
≥10MΩ |
| Maximum Conduction Resistance |
≤3Ω |
| Application Fields |
Automobile fault diagnosis, vehicle scanner extension, automotive maintenance detection, on-board diagnostic signal transmission |
| Specific Shipping Cost |
Please Contact Us |
The connector housing is made from black PA66 automotive-grade plastic, and the terminals use nickel-plated brass. The listed working temperature is -25°C to +80°C. Minimum insulation resistance is ≥10MΩ, while maximum conduction resistance is ≤3Ω; the stated voltage is DC 500V. These specifications give you a starting point for checking whether the cable suits your equipment requirements. Confirm the meaning of the voltage rating with the supplier if your application requires a specific electrical test or operating-voltage definition.
For Scanner Extension and Automotive Maintenance Testing
This harness is intended for vehicle fault diagnosis, scanner extension, automotive maintenance testing, and on-board diagnostic signal transmission. It may be suitable for a compatible OBD2 16pin automotive test harness setup where the connector configuration and wiring match the diagnostic equipment. Before use, verify the pinout and the intended connection path rather than assuming every 16-pin cable supports every scanner or vehicle.
For repair tools and vehicle testing projects, choosing a car OBDII cable, vehicle diagnostic OBDII cable, OBD cable, or automotive OBDII cable should start with the actual interface requirements. FBXSlink can review your technical drawing or connector details to help assess whether the proposed assembly matches the intended application. Please contact us for shipping costs and product inquiries.
Why Choose FBXSlink?
A short OBDII lead needs to fit the space around the diagnostic port without making the scanner connection awkward. For this 300±20mm harness, cable length and connector positioning are worth checking together, especially when the scanner or testing tool is used in a crowded repair area. FBXSlink focuses on automotive diagnostic connection cables, so these practical details are part of selecting a suitable assembly for the job.
The black PA66 automotive-grade housing and nickel-plated brass terminals are also important when comparing cable options. FBXSlink can work with customers to review the required connector arrangement and electrical specifications, helping ensure that the selected harness matches the intended diagnostic equipment. If your setup calls for a particular 16-pin connection, sharing the connector drawing or pinout is a useful way to confirm the details before placing an order.