DC620 DUAL Wi-Fi IoT Gateway
DC620 DUAL Wi-Fi IoT Gateway

DC620 DUAL Wi-Fi IoT Gateway

DC620 DUAL Wi-Fi IoT Gateway is a compact and powerful IoT gateway designed for industrial IoT and automation applications, combining Ethernet, Wi-Fi, and RS485 communication interfaces in a single device. With its built-in web-based management interface, it enables fast and easy installation and can be quickly integrated into field applications.

The device ensures reliable and uninterrupted communication through automatic reconnection and watchdog mechanisms that activate during network interruptions. With support for Modbus TCP/IP and Modbus RTU, DC620 DUAL provides flexible and secure data communication between PLCs, sensors, meters, and other industrial equipment. Its integrated digital input and output unit reduces the need for additional control hardware, making it a practical solution for remote I/O and automation applications.

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Description

With automatic data collection and a built-in rule engine, DC620 DUAL can process field data locally, execute condition-based actions, and transmit data to central systems. Collected data can be securely delivered to SCADA systems, software platforms, and IoT platforms via MQTT, HTTP, and Modbus TCP protocols. With IEC 62056-21 support, the device can directly collect data from electricity meters, providing an efficient and user-friendly solution for energy monitoring and data collection projects.

Equipped with WireGuard VPN, a built-in firewall, certificate-based authentication, and encryption features, DC620 DUAL delivers a high level of security for industrial systems requiring secure remote access and data protection. With its industrial-grade metal enclosure, wide operating temperature range, and robust design, it offers a reliable, stable, and long-lasting IoT solution for harsh field environments.

Fast and Easy Installation

Designed for quick commissioning, the DC620 DUAL Wi-Fi IoT Gateway enables fast and effortless installation in the field. In case of temporary network interruptions, the device automatically reconnects, ensuring continuous and reliable system operation.

Easy Mounting and Setup

With DIN rail mounting support, the DC620 DUAL Wi-Fi IoT Gateway can be installed quickly and securely in control panels. Thanks to its web-based user interface and built-in Wi-Fi Access Point capability, the device can be easily configured without the need for additional equipment.

Automatic Data Collection

The DC620 DUAL Wi-Fi IoT Gateway automatically reads data from connected devices and ensures that up-to-date information is delivered to the system. Periodic data polling and configurable condition-based actions help reduce unnecessary data transmission and improve overall system efficiency.

DC620 DUAL Wi-Fi IoT Gateway

DC620 DUAL Wi-Fi IoT Gateway

Product Details
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DC620 DUAL Wi-Fi IoT Gateway

Data Collection

DC620 DUAL automatically collects data from PLCs, Modbus-based field devices, and other DC620 DUAL units at user-defined intervals via Ethernet, Wi-Fi, or RS485. The collected data is prepared for transmission to central systems and software platforms.

Simplified Rule Engine Support

DC620 DUAL features a built-in rule engine capable of performing basic mathematical and logical operations on field data. This enables condition-based actions, remote control of field devices, and secure data transfer to other systems.

Multi-Protocol IoT Gateway

With support for Modbus TCP/IP, Modbus RTU, MQTT, and HTTP, DC620 DUAL acts as a flexible and secure bridge between PLCs, meters, sensors, and IoT platforms. By combining multiple communication protocols in a single device, it simplifies integration between field-level equipment and IT systems.

Built-in I/O and Connectivity Interfaces

DC620 DUAL Wi-Fi IoT Gateway provides the digital inputs/outputs and communication interfaces required for field applications as built-in features. With its compact, DIN rail–mountable design, it enables easy installation in control panels and quickly adapts to a wide range of field conditions.

  • 6 × Digital Inputs (optically isolated, 4 channels support counter function up to 1 kHz)
  • 2 × Relay Outputs (NO / NC contacts)
  • 1 × 10–30 VDC Power Input
  • 2 × RS485 (isolated)
  • 1 × Ethernet (10/100 Mbps)
  • 1 × Wi-Fi (Access Point / Station mode)

Modbus Remote I/O Support

With its Modbus-enabled built-in I/O architecture, DC620 DUAL can operate not only as a wireless communication gateway between industrial equipment but also as a remote I/O unit. It provides flexible and reliable integration with PLCs, sensors, and field devices.

Automatic Data Collection

DC620 DUAL can automatically collect data from PLCs, Modbus-based field devices, and other DC620 DUAL units at user-defined intervals via Wi-Fi, Ethernet, or RS485. The collected data can optionally be transmitted to third-party software platforms using MQTT, HTTP, and SMTP protocols.

Modbus Master & Slave Support

With its Modbus Master capability, DC620 DUAL can collect data from various field devices. Thanks to Modbus Slave support, it can also operate as a gateway or a remote I/O unit. This bidirectional structure enables flexible usage across different automation scenarios.

Simplified Rule Engine Support

DC620 DUAL automatically collects data from user-defined devices and performs basic mathematical and logical operations on this data. The results can be stored on the device or written to another DC620 DUAL unit. This allows actions such as triggering a remote digital output based on a digital input signal or transferring data from a PLC to a remote HMI panel.

IEC 62056-21 Mode C Support

With IEC 62056-21 Mode C support over RS485, DC620 DUAL can be used in smart metering applications. Data read from electricity meters can be stored in the device’s own Modbus registers and transmitted to third-party software systems using MQTT, HTTP, or SMTP protocols.

High-Speed Counter-Enabled Digital Inputs

The digital inputs of DC620 DUAL support the acquisition of pulse and counter-based signals. This enables production monitoring, unit counting, machine cycle tracking, and similar field applications without the need for external counters or additional hardware. Collected counter data can be processed using the built-in rule engine and transmitted to central systems or used to trigger on-site actions.

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