|Working Current:||0.04A||Transmission Rate:||921600Kbps|
|Product Name:||DIN Rail Mounting Modem||Application:||Data Transmission|
|Install:||DIN Rail||Interface Type:||1RS485/232|
|Working Voltage:||12V||Module Type:||4G CAT-1|
|MQTT JSON:||SUPPORT||Modbus TCP/IP:||SUPPORT|
RS485 4G Gateway DIN Rail Modem,
IOT Remote Monitoring DIN Rail Modem,
IOT DIN Rail Mounting Modem
Small Size RS485 4G Gateway DIN Rail Mounting Modem for Agriculture IOT Remote Monitoring
Description of DIN Rail Modem
ZHC401C is a network IO product that supports 1-way RS485 pass-through and is compatible with Modbus RTU/TCP protocol. With "remote control" as the core function, users can easily and quickly integrate into their own systems to achieve remote and local control based on LTE and RS485.
Product model: ZHC401C, the network is 4G full Netcom, providing RS485 interface
Featured functions: DIN-rail installation, scheduled restart, one-to-one/many-to-many networking, active collection and reporting, cloud networking, and cloud transparent transmission.
Protocol: Support MQTT, JSON, Modbusr RTU/TCP adaptive.
Industrial grade quality: dual watchdogs, PC+ABS material, V0 flame retardant, anti-static, imitating surge
Application: Pollution source detection, atmospheric environment detection, noise detection, dust detection, etc.
Application of DIN Rail Modem
Internet of Things Greenhouse
Zongheng Intelligent Control uses the Internet of Things technology and adopts the remote measurement and control terminal RTU product to launch an intelligent environmental monitoring system for agricultural greenhouses to achieve informatization and intelligent remote management of greenhouses, and give full play to the role of Internet of Things technology in agricultural production. Ensure that the environment in the greenhouse is the most suitable for crop growth, realize refined management, create conditions for high-yield, high-quality, high-efficiency, ecological, and safe crops, and help users improve efficiency, reduce costs, and increase profits.
1. Predictability: Through the analysis of climate parameters, the operation of the control equipment can be predicted, the utilization rate of the equipment can be improved, and the energy consumption can be reduced.
2. Scalability: By selecting different peripheral equipment, the greenhouse environment, irrigation, and fertilization can be controlled.
3. Ease of use: the hardware equipment is easy to install and maintain, the software platform has a friendly interface, is easy to operate, and is easy to learn and use.