（35）：GCAN-4056
Industrial energy storage and automation production lines often face four major pain points in data collection: on-site emergency stop, fire protection, scattered fan points, traditional point-to-point wiring and wire stacking, and long construction periods; Inverters and motors generate strong electromagnetic interference, and switch signals frequently jump; Mixing dry/wet contact sensors, poor compatibility with regular IO; The temperature difference between winter and summer is large, and ordinary modules are prone to downtime due to high and low temperatures.
Shenyang Guangcheng GCAN-4056 perfectly solves problems, with 8DI+8DO channels, supporting CAN/CANopen dual working modes, CAN port with 1500V electrical isolation, wide temperature operation from -40 ℃ to+85 ℃, one key setting of node and baud rate by dialing code, DIN rail compact and easy to install, compatible with both dry and wet input signals.
Sharing the landing case of energy storage compartments: Six energy storage containers were renovated in the park, and one GCAN-4056 was deployed in each compartment control cabinet to collect feedback signals from nearby fire dry contacts and fans, and remotely control the cooling valves. A single CAN bus is integrated into the BMS main control, reducing wiring by 65%. The isolation design eliminates electromagnetic interference, achieving high temperature warning, fault interlocking shutdown, and long-term unmanned stable operation.
The module is suitable for scenarios such as energy storage, machine tools, buildings, coal mines, etc. It has requirements for distributed switch quantity acquisition and dual protocol networking. Welcome to add WeChat 13019325660 for consultation.
Shenyang Guangcheng GCAN-4056 perfectly solves problems, with 8DI+8DO channels, supporting CAN/CANopen dual working modes, CAN port with 1500V electrical isolation, wide temperature operation from -40 ℃ to+85 ℃, one key setting of node and baud rate by dialing code, DIN rail compact and easy to install, compatible with both dry and wet input signals.
Sharing the landing case of energy storage compartments: Six energy storage containers were renovated in the park, and one GCAN-4056 was deployed in each compartment control cabinet to collect feedback signals from nearby fire dry contacts and fans, and remotely control the cooling valves. A single CAN bus is integrated into the BMS main control, reducing wiring by 65%. The isolation design eliminates electromagnetic interference, achieving high temperature warning, fault interlocking shutdown, and long-term unmanned stable operation.
The module is suitable for scenarios such as energy storage, machine tools, buildings, coal mines, etc. It has requirements for distributed switch quantity acquisition and dual protocol networking. Welcome to add WeChat 13019325660 for consultation.
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