China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  1. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  2. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  3. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  4. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  5. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  6. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale
  7. China Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN for sale

Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

Price Negotiable
MOQ 1000PCS
Delivery Time 5-7 Days
Brand Tian Rui
Place of Origin China
Certification ROHS
Model Number D301101 OBD Connector
Packaging Details 100PCS/Bag
Payment Terms D/P, T/T,Paypal, Western Union
Supply Ability 1000000PCS/Month

Product Details

Product Specification

Usage Car Fault Diagnosis Tool Place of Origin China
Packaging Details 100PCS/Bag Product Name OBD Connector 16PIN
Color Black Material PA66
Gender Male OBD Connector Model Number D301101 OBD Connector
Supply Ability 1000000PCS/Month Terminal Nickel Plated
Certification ROHS Applicable Models All Car Series Wiring Harness
Brand Name Tian Rui Payment Terms D/P, T/T,Paypal, Western Union
PIN 16PIN Packing PE Bag
Price Negotiable Delivery Time 5-7 Days
Minimum Order Quantity 1000PCS Voltage 12V

Product Description

Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

 

Description of Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

OBD is an on-board diagnostic system, which is mainly used for real-time monitoring of engine running status and the working status of exhaust gas treatment system. If there is abnormal data in the system, it means that the system is not working properly. OBD stores the fault code, and the fault light turns on. And repair personnel can read the fault code through the diagnostic instrument, in order to analyze the cause of the fault.

Not only are diagnostic computers able to read vehicle working data through the OBD interface, but many obD products have been developed by the private sector. From the earliest OBD detection line used to connect with the computer to read data, to the present OBD locator, OBD tire pressure detection, OBD head display, OBD Bluetooth diagnostic instrument, etc., these modules also plug in the car OBD interface that can expand a variety of functions, very simple, plug it in, also need not change the line.

 

 

Specification of Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

Type

Male OBD Connector 16PIN

Voltage

12V 24V Or Customized

Pins Material

Nickel Plating/Gold-Plating

Plug Material

PA66+GF (ABS+PC)

Working Temperature

-20°C~105°C

Color

Black Or Customized

Samples Price

Please Contact Us

Specific Shipping Cost

Please Contact Us

 

 

Features of Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

1. Avant-garde design, injection molding process, antifreeze and durable.
2. Standard interface, applicable to all the same interfaces.

 

 

Pictures of Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

 

 

 

 

More About Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

- Materials of connector and cable comply with UL and ROSH standards;

 

- We have a variety of OBDII connector for different vehicles. If you need customization and sample service, please contact us.

 

 

Application of Automotive 16 PIN OBD Wire Hardness PCB OBD Male Connector 16PIN

 

 

 

 

Contact Details:

Andy Wu

Email: andy@tianrui-fuse.com.cn

MP/Whatsapp: +86 13532772961

Wechat: HFeng0805

Skype: andywutechrich

QQ: 969828363

 

 

 

Dongguan Tianrui Electronics Co., Ltd

Manufacturer
  • Annual Revenue: 9000000-9500000
  • Employees: 150~150
  • Year Established: 2010