RS232 RS485 USB Raspberry Pi Gateway With Open Source Software Node RED

Name: RS232 RS485 USB Raspberry Pi Gateway With Open Source Software Node RED
Brand: Chengdu Zongheng Intelligence Control Technology Co., Ltd.

RS232 RS485 USB Raspberry Pi Gateway with Open Source Software Node-RED for User Defined Parameters of Raspberry Pi Gateway Hardware RS485 2*RS485 RS232 1*RS232 CPU ARM Cortex-A7 LED Support DO/DI status indication (customizable) Software parameters Ops Support remote configuration/upgrade/management VPN Support intranet penetration support PLC remote upload and download (network port) Edge Computing Support drag and drop programming Support zero-code development Support

Operating Temperature -20~80℃

Environment Humidity 10-90%RH (non-condensing)

Place of Origin Sichuan, CHINA

Packaging Details 270*180*6mm CARTON PACKAGE

Cooling Method Heat sink / dissipation silicone

Product Name USB Raspberry Pi Gateway

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Product Description

RS232 RS485 USB Raspberry Pi Gateway with Open Source Software Node-RED for User Defined

Parameters of Raspberry Pi Gateway

Hardware	RS485	2*RS485
	RS232	1*RS232
	CPU	ARM Cortex-A7
	LED	Support DO/DI status indication (customizable)
Software parameters	Ops	Support remote configuration/upgrade/management
	VPN	Support intranet penetration support PLC remote upload and download (network port)
	Edge Computing	Support drag and drop programming Support zero-code development Support JavaScript development
	Data Storage	Support TSDB(Time Series Databases)
	Industrial Agreement	Support multiple industrial protocols (Developing)
	Network Protocol	MQTT/HTTP/TCP/UDP/WEBSOCKET

Introduction of Raspberry Pi Gateway

Raspberry Pi is a small computer that uses very little power (2-3 watts). It has all the horsepower necessary to serve as a cloud-enabled all-in-one Controller.

EG8000mini series products are edge computing gateways launched by IOTRouter Chengdu. With its rich hardware interfaces, drag-and-drop programming method, Zero Code design concept, convenient remote management and other characteristics, It can quickly, flexibly, accurately and efficiently respond to various IoT industry needs. Edge8000 abstracts complex hardware interfaces, different industrial network protocols, etc. into Nodesone by one. Users can use these Nodes flexibly to replace the traditional complex and inefficient coding process by dragging and connecting. Really let customers focus on business logic and quickly create their own gateway equipment. The mission of Edge8000 is to continuously develop new Nodes to serve industry customers to adapt to the fragmentation of IoT industry needs.

EG8000mini abstracts complex hardware interfaces, different industrial network protocols, etc. into Nodesone by one. Users can use these Nodes flflexibly to replace the traditional complex and ineffificient coding process by dragging and connecting. Really let customers focus on business logic and quickly create their own gateway equipment. The mission of EG8000 is to continuously develop new Nodes to serve industry customers to adapt to the frag mentation of IoT industry needs.

There are various ways to implement an IoT gateway. For example, it is easy to build an IoT gateway yourself using the open source software Node-RED and a Raspberry Pi. The Raspberry Pi provides the necessary computer and Node-RED software interface to address or read the protocols of field sensors and actuators and establish communication. The EG8000 requires no programming knowledge for data acquisition, local processing and cloud integration. With Node-RED, the connection between old and new industrial technologies in IoT (Internet of Things) can be easily established. It provides a browser-based stream editor to easily connect streams using the various network nodes available in the palette. A node always has at least one input or output. Messages are then sent between nodes, which can be processed or manipulated in a number of ways. For example, the measurement data of a simple temperature sensor can be formatted into the desired data format and then transmitted to the cloud architecture via MQTT.