Application of J1939 1 male to J1939 2 female splitter Y cable in agricultural machinery

Application of J1939 1 male to J1939 2 female splitter Y cable in agricultural machinery

In the process of modern agricultural machinery transitioning towards precision and informatization, real-time data collection and transmission are crucial. The J1939 1 male to J1939 2 female splitter Y cable, with its strong adaptability and stable transmission, has become a key component of agricultural machinery data acquisition systems. Taking the combine harvester as an example, real-time data collection is required during its operation, including engine speed, grain bin level, and cutting platform height. The Y-shaped cable of this splitter can integrate and split the signals collected by various sensors, and transmit them to the vehicle control system and the farmland management cloud platform.

This cable strictly follows the J1939 protocol specification and can seamlessly interface with the commonly used CAN bus system in agricultural machinery. The 9-pin interface can simultaneously transmit power, data, and control signals, reducing the number of cables and lowering the complexity of agricultural machinery wiring. In the operation scenario of the seeder, the speed signal of the seeder can be synchronously transmitted to the operation monitoring screen in the cockpit and the Beidou navigation terminal through this cable. The driver adjusts the driving speed based on the data to ensure even sowing spacing. At the same time, the navigation terminal records the sowing trajectory, providing data support for subsequent field management.

Moreover, the weather resistance design of the cable fully considers the seasonal characteristics of agricultural operations, and its outer material can resist UV exposure and pesticide corrosion. The application of J1939 1-revolution 2-mother 9-pin splitter Y-shaped cable has improved the data acquisition efficiency of agricultural machinery and laid a solid hardware foundation for the development of precision agriculture.