Several common types of J1939 male to female cables

Several common types of J1939 male to female cables

The common types of J1939 male to female cables include the following:

J1939 9-pin male to 9-pin female cable:

Features: This type of cable is commonly used for device connections in J1939 networks, with both male and female heads designed for 9 pins and complying with the J1939 protocol standard. It is suitable for scenarios that require direct connection between two J1939 devices, such as vehicle diagnostic interfaces, communication between ECUs (electronic control units), etc.

Application: Commonly used in the diagnosis, debugging, and maintenance process of commercial vehicles, engineering machinery, agricultural machinery, and other equipment.

J1939 male to female adapter cable with specific interface:

Characteristics: In addition to the basic male to female conversion function, this type of cable may also integrate specific interface adapters. These adapters enable cables to adapt to the interface requirements of different devices, improving their versatility and flexibility.

Application: Suitable for scenarios where J1939 devices need to be connected to devices with different interface standards.

J1939 male to female waterproof and dustproof cable:

Characteristics: This type of cable pays special attention to waterproof and dustproof performance in the design and manufacturing process, usually using special sealing structures and materials to ensure stable electrical performance even in harsh environments.

Application: Suitable for equipment connection in outdoor or humid environments, such as ships, mining machinery, agricultural irrigation equipment, etc.

J1939 male to female high flexible cable:

Features: The high flexibility cable adopts a special conductor structure and soft insulation material, which has extremely high flexibility and bending resistance. This allows the cable to maintain stable performance even in scenarios where frequent movement or bending is required.

Application: Commonly used in scenarios such as robot arms, mobile devices, automated production lines, etc. that require frequent adjustment of equipment positions.