Quick View of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
CDGW-006 Industrial Fieldbus Gateway Converter is the Ultimate Solution for Seamless Connectivity and IoT Excellence, a versatile device built to empower your industrial operations.
With robust RS485/232 interfaces, CDGW-006 RS485/232 Gateway can effortlessly links your industrial sensors and detectors and revolutionize how you connect and control your industrial deices via a myriad of protocols including Modbus (for industrial automation) and BACnet (for building automation), DMX512 (for lighting control), Wi-Fi2.4G, Ethernet, and 4G LTE Cat4, bridging the gap between diverse field bus protocols.
You can use CDGW-006 fieldbus gateway to an array of industrial IoT scenarios, the CDGW-006 is your key to unlocking new levels of efficiency and insight. Whether you’re managing complex machinery, monitoring critical data points, or orchestrating synchronized lighting systems, this gateway converter empowers you to achieve more.
One things worth to mention is that CDGW-006 comes fully equipped with ThingsBoard and AWS IoT integrations, ensuring you stay ahead in the age of IoT with the power of flexibility, compatibility, and efficiency.
Features of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
Multiple Backhaul Connectivities
Capturing data from end devices and sends it to the cloud via 4G(CAT1/CAT4), and Ethernet
Industrial-Grade Design
Coming with Rugged enclosure with IP22 protection for harsh environment. Wall-mount and DIN-rail mounting options.
Pre-Certified
Carrier-certified for immediate deployments and meets a comprehensive range of regulatory and industry standards worldwide. Accelerating your product development and getting to market faster.
High Programmable
Our Gateway includes a comprehensive set of resources and services that enable developers to build custom firmware from the bottom layer of the hardware. It provides a highly secure, common platform for Developers while cutting costs and time-to-market.
Hardware and Dimension of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
Dimension
Parameters of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
| CPU | MT7628AN |
| System | OpenWrt |
| RAM | 128MB DDR2 |
| Storage | 32MB Nor Flash |
| Power Supply | DC 12/24V, 2-Pins Cresnet Interface |
| USB | 1 * USB 2.0 |
| SIM | 1 * Micro SIM slot |
| WAN | 1 * 10/100 Mbps port |
| LAN | 2 * 10/100 Mbps ports |
| COM | 2 * COM ports RS485 |
| Antenna | LTE FPC Antenna//Wi-Fi SMA-Rod Antenna |
| Installation Method | Flat, Ceiling, DIN |
| Dimension | 120MM X 90.5MM X 25MM |
| Operating Temperature | -0℃~55℃ |
| Storage Temperature | -40℃~65℃ |
| Operating Humidity | 10%~90% |
Use Cases of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
Smart water management
IoT remote monitoring
IoT smart metering
IoT building automation
Developer Resources of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
| Development | ||
|---|---|---|
| [QUICK START] | CDGW-006 SDK Quick Start Guide V1.0.pdf | V1.0 |
| [SDK] | CDGW_006_openwrt_sdk_v1.0.4 | V1.0.4 |
| [Firmware packaging] | CDGW-006_openwrt_image_RV1.0.4 | V1.0.4 |
CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter Model List
Category A ( In Stock )
| Model | Hardware | Software | ||||||
|---|---|---|---|---|---|---|---|---|
| Wi-Fi2.4G Ethernet 4G LTE CAT4 |
Protocol | Platform | ||||||
| RS485 | RS232 | Modbus | BACnet | DMX512 | BNP3 | ThingsBoard | AWS IoT | |
| CDGW-006-1 | ● | ● | ● | |||||
Category C (Built by Order )
| Model | Hardware | Software | ||||||
|---|---|---|---|---|---|---|---|---|
| Wi-Fi2.4G Ethernet 4G LTE CAT4 |
Protocol | Platform | ||||||
| RS485 | RS232 | Modbus | BACnet | DMX512 | BNP3 | ThingsBoard | AWS IoT | |
| CDGW-006-2 | ● | ● | ● | ● | ● | |||
| CDGW-006-3 | ● | ● | ● | ● | ||||
| CDGW-006-4 | ● | ● | ● | ● | ||||
Region List
| Type | Region | LTE Module | Category |
|---|---|---|---|
| -G | Global | EG25 | A |
| -EU | Europe | EC25- EUX | C |
| -CN | China | EC200N-CN | C |
| -US | North America | EC25- AFX | C |
FAQs of CDGW-006 Fieldbus RS485/232 MQTT Gateway Converter
What is COM RS485 port?
The COM interface refers to the Component Object Mode interface, which is a standard interface primarily defined by Microsoft and has now served as a common communication interface for a wide variety of industrial equipment.
Data transfer between computers or between computers and terminals may be done in two ways: serially and parallelly. In contrast to a parallel connection, a serial interface transmits data and control information bit by bit. Although the speed will be slower, the transmission distance is longer than the parallel port, so if you want to communicate over a long distance, you should use the serial port. Less lines, lower costs, and the ability to avoid many lines’ inconsistent features during long-distance transmission are among benefits of serial communication. despite the slower speed, the transmission distance is greater than the parallel port. In order to facilitate the connection of various devices for communication, serial communication requires that both communication parties adopt a common interface like RS232 or 485. The RS-485 serial bus standard is extensively utilized when a communication distance of tens to thousands of meters is required.
What is the hardware structure of an industrial fieldbus gateway?
The industrial fieldbus gateway mainly includes the main control system (controller, memory), power supply module, wireless communication module, Ethernet communication module, GPRS communication module, serial RS485 module, and human-machine interface module, etc.
The main control system can be divided into three parts: core board, carrier board and external communication modules. The main controller and memory are on the core board. The core board and external communication module are plugged into the carrier board, which has expanded circuitry for the power supply circuit, debugging interface, RS 485 communication module, man-machine interface, and other circuits.
What are the software part of Modbus BACnet IP gateway?
Gateway software includes: data acquisition, data storage, data display (for testing) and remote data transmission. The data acquisition function is responsible for obtaining the data transmitted from the serial port. When a data packet is received, a signal is generated. The signal processing function then calls the protocol conversion program to evaluate the data in accordance with the Modbus specification and to and analyze the node number, sensor analog value, switch value and other information in the original data.
The entire gateway employs an event notification and distribution system to handle different protocols, and it makes use of multi-threading technology to process the data processing and data storing portions of the program in distinct threads to increase program performance. Real-time data storage may be efficiently implemented by transferring the embedded database system to Linux.
