Product features of J1939 male to J1939 female cable

Product features of J1939 male to J1939 female cable

The J1939 male to J1939 female cable, as a key component for communication in heavy-duty vehicles and industrial equipment, can be summarized into the following product features:

1、 Standardization and compatibility

Adhere to J1939 protocol: This cable strictly follows the SAE J1939 protocol standard to ensure reliable communication in heavy vehicles, engineering machinery, agricultural machinery, and other equipment. The J1939 protocol is a high-level protocol based on CAN 2.0B, widely used in fields such as vehicle diagnosis, engine control, and body control.

Compatible with multiple devices: Due to the universality of the J1939 protocol, this cable is compatible with heavy-duty vehicles and industrial equipment, such as trucks, buses, excavators, loaders, etc., making it convenient for users to connect and transmit data between devices.

2、 Physical characteristics and durability

High quality connector material: The connector housing is made of high toughness, high-temperature resistant PA66 material or high-quality materials such as nylon, ensuring good mechanical and electrical performance even in harsh environments.

Flame retardant design: The connector housing is made of flame-retardant materials, effectively preventing fire risks and improving equipment safety.

Durable structure: The cable design is compact and durable, capable of withstanding vibrations and impacts during vehicle operation, extending its service life. Some products also adopt encapsulation molding structure to further improve durability and reliability.

3、 Electrical performance and stability

Stable data transmission: The cable supports CAN 2.0B extended frame format and has a 29 bit identifier, which can efficiently and stably transmit data. Its transmission rate and reliability meet the needs of vehicle diagnosis and communication.

Low contact resistance: The connector uses pure copper tin plated tips, which have strong oxidation resistance and excellent soldering performance, effectively improving the conductivity of the connector contacts and ensuring the stability and reliability of electrical components.

Electromagnetic compatibility: Cable design considers electromagnetic compatibility, which can reduce the impact of electromagnetic interference on data transmission and ensure the stability and accuracy of communication.