（21）：GCAN-213
There are many challenges in traditional CAN networking, such as cumbersome wiring for mobile devices and cross area scenarios in workshops, frequent cable pulling and breakage; The wired scheme has a long construction period, high renovation costs, and long-distance cables are susceptible to electromagnetic interference from motors, resulting in frequent packet loss. Debugging personnel must connect cables at close range, resulting in extremely low inspection efficiency. GCAN-213 paired 2.4G wireless bridge, 3000V isolation protection, unobstructed communication up to 220 meters, automatic reconnection upon disconnection, wide temperature range of -40 ℃~+85 ℃, suitable for harsh industrial environments, can complete two sets of bus interconnection without laying CAN cables.
Real implementation case: In the vehicle testing workshop of a new energy vehicle company, multiple vehicles to be tested frequently move, and each debugging requires dragging a long line to connect to the computer, resulting in fast cable wear and time-consuming workstation switching. Multiple sets of GCAN-213 are equipped on site, with the host connected to the debugging upper computer and the slave fixed to each test vehicle. The CAN messages of the entire vehicle are wirelessly read in real-time, without the need to repeatedly plug and unplug wires. The efficiency of workstation switching is improved by 60%, greatly reducing cable consumables and labor costs. The data transmission of through wall working conditions is still stable.
The equipment is suitable for scenarios such as vehicle debugging, engineering machinery, and cross line networking in the factory area. It supports online free pairing and comes with free configuration software. If you have wireless CAN networking requirements, please call 13019325660 for supporting solutions.
Real implementation case: In the vehicle testing workshop of a new energy vehicle company, multiple vehicles to be tested frequently move, and each debugging requires dragging a long line to connect to the computer, resulting in fast cable wear and time-consuming workstation switching. Multiple sets of GCAN-213 are equipped on site, with the host connected to the debugging upper computer and the slave fixed to each test vehicle. The CAN messages of the entire vehicle are wirelessly read in real-time, without the need to repeatedly plug and unplug wires. The efficiency of workstation switching is improved by 60%, greatly reducing cable consumables and labor costs. The data transmission of through wall working conditions is still stable.
The equipment is suitable for scenarios such as vehicle debugging, engineering machinery, and cross line networking in the factory area. It supports online free pairing and comes with free configuration software. If you have wireless CAN networking requirements, please call 13019325660 for supporting solutions.
Last：（20）：GCAN-212W
Next：（22）：GCAN-216
