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IoT Gateways & 4G RTU

Reliable Edge Connectivity for Industrial IoT

Our IoT gateways and 4G RTUs are purpose-built for industrial automation scenarios that require secure, real-time, and scalable connectivity between on-site equipment and remote platforms. 

Whether you're collecting sensor data, managing PLCs, or enabling predictive maintenance, these devices bridge the gap between field protocols and the cloud.

IoT Gateways

DA600 Series Industrial IoT Edge Controller


The DA600 is a high-performance industrial IoT gateway that integrates edge computing, multi-protocol communication, and remote device management. With support for 4G, Ethernet, and Wi-Fi, it enables seamless data acquisition from PLCs, sensors, and meters, while providing stable, remote connectivity to cloud platforms. Engineered for harsh environments, DA600 is ideal for scenarios such as equipment monitoring, remote maintenance, and SCADA integration.

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Versatile Connectivity

DA600 features versatile interfaces including RS485, Ethernet, and Wi-Fi, allowing it to connect with a wide range of industrial devices.

High Reliability

Built for harsh conditions, DA600 operates from -40 to 85 °C with 5–95% humidity. It features 24–36 V DC input, 2 kV surge protection, and over-voltage/current safeguards for stable, round-the-clock operation.

Remote Management

The device supports cloud-based monitoring, remote configuration, and OTA updates. Engineers can upload/download PLC or HMI programs and receive SMS alarms—enabling fast response without on-site presence.

Protocol Diversity

Compatible with Modbus RTU/TCP, Siemens S7, IEC 104, and OPC DA/UA, DA600 ensures smooth communication between industrial devices and SCADA systems, improving interoperability across different platforms.

Preferred by Customers

Unattended Operation

 Unattended

Operation

Energy Management

 Energy

Management

Device Management

 Device

Management

PLC Maintenance

PLC

Maintenance

Data Analytics

Data

Analytics

Smart Factory

Smart

Factory

DA500 series 4G DTU


High-Performance, Cost-Effective Industrial Wireless Communication Terminal

The DA500 series is a stable and reliable industrial-grade 4G DTU with global band support, designed for remote data acquisition and uplink transmission. It features RS485, DI/DO, and 4–20 mA interfaces, supports Modbus protocol and customizable MQTT data formats, and is compatible with various IoT platforms. With remote configuration and linkage control capabilities, it is ideal for scalable industrial deployments.

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4G RTU

Hardware & Reliability


Cost-Effective Deployment

Exceptional value with low deployment cost.

Global 4G Support

Works with global LTE bands for flexible installation.

Industrial-Grade Build

Built for 24/7 reliability in harsh conditions.

Features & Protocols


Timed & Triggered Upload

Schedule or trigger data uploads as needed.

MQTT with Custom Topics

Custom MQTT topics and formats for cloud integration.

Remote Config & Control

Enables OTA configuration and remote device control.

Preferred by Customers

Compressor IoT

Compressor

IoT

Boiler IoT

 Boiler

IoT

Flowmeter IoT

Flowmeter

IoT

Inverter IoT

Inverter

IoT

 Water Quality IoT

Water Quality

IoT

Energy IoT

Energy

IoT

Everything you need

High Performance, Global Connectivity, Industrial Reliability



Global 4G Connectivity

Supports all global 4G frequency bands for worldwide IoT connectivity.


Multi-Protocol Compatibility

Compatible with multiple industrial protocols (e.g. Modbus, MQTT) for seamless system integration.


Flexible Data Transmission

Offers configurable timed data uploads and customizable MQTT topics for flexible cloud data integration.


Industrial-Grade Reliability

Designed for harsh environments with wide operating temperature range and surge protection, plus a watchdog to ensure 24/7 stable operation.


Remote Configuration 

Enables remote device configuration and troubleshooting via cloud, minimizing on-site maintenance needs.


Cost-Effective Solution

Delivers advanced industrial IoT capabilities at a highly cost-effective price point.