4G-IOT Gateway
Empowering seamless and customizable IoT integration, tailored to meet the unique needs of your industry and infrastructure.
Featuring Modbus Ethernet, RTU support, and 4 digital inputs and outputs, this gateway provides seamless data transmission and remote control capabilities over a 4G network.
The IoT 4G Gateway is a versatile and powerful connectivity solution designed to integrate Modbus devices and digital inputs/outputs with cloud services.
Key Feature
The 4G-IOT-GATEWAY series is engineered to meet the demands of modern IoT infrastructures, offering reliable performance, extensive connectivity options, and comprehensive protection features, making it the ideal solution for a wide range of industrial and commercial applications especially for off-grid locations
Flexible Configuration - Easily configure Modbus registers, polling intervals, and data formats using rich web-ui.
MQTT & HTTP Support - Sends real-time data to cloud dashboards, SCADA, and IoT platforms.
4 Digital Inputs and Outputs – Allows for monitoring and control of external devices, sensors, and actuators, providing comprehensive I/O management.
4G LTE Connectivity (Optional) – Ensures connectivity in remote or off-grid locations.
DIN Rail Mountable – Easy installation in control panels and industrial enclosures.
Wide Power Input Range – Supports 9-36V DC power input, suitable for industrial environments.
Rugged & Reliable – Designed for harsh industrial conditions with high durability.
Security – SSL/TLS encryption between the client and server, along with an encrypted partition for application and gateway configurations. Supports Secure Boot and Chain of Trust.
Application
Predictive Maintenance – Helps in equipment monitoring and failure prevention.
Digital Twin Support – Enables real-time digital representation of industrial assets.
Connect PLCs, SCADA systems, and factory equipment to cloud dashboards.
Enables real-time data exchange between machines, cloud platforms, and analytics tools, driving predictive maintenance and process optimization.