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Ebyte E870-E1

Ebyte E870-E1
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E870-E1
Edge Collection Cloud IO
Gateway
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Ebyte E870-E1 Specifications

General IconGeneral
BrandEbyte
ModelE870-E1
CategoryModem
LanguageEnglish

Summary

Chapter 1 Product Description

1.1 Product introduction

E870-E1 is an Ethernet cloud IO gateway based on the Ebyte Cloud Device Communication Protocol.

1.2 Functional features

Lists the key features and capabilities of the E870-E1 gateway, including protocols and I/O.

Chapter 2 Quick Use

2.1 Devices Preparation

Outlines the necessary hardware components and network environment for initial device setup.

2.2 Devices Connection

Details the steps to connect the E870-E1 gateway to the Ebyte cloud platform.

2.2.1 Connect Platform

Step-by-step guide to connecting the device to the Ebyte cloud platform via the web interface.

2.2.2 Connect to the self-built serve

Instructions for connecting the device to a user-created server using host computer configuration.

2.2.3 AI Analog input connection

Schematic diagram illustrating how to connect analog input signals to the device.

2.2.4 DI Switch input connection

Schematic diagram showing the connection of digital input (switch) signals to the device.

2.2.5 Relay output connection

Schematic diagram for connecting external loads to the device's relay output channels.

2.3 Use of transparent transmission

Chapter 3 Technical Indicators

3.1 Specifications

Comprehensive technical specifications of the E870-E1 gateway, covering electrical, physical, and communication parameters.

3.2 Mechanical dimension drawing

Visual representation of the device's physical dimensions, mounting holes, and port layout.

3.3 Port Description

Detailed explanation and pinout for all physical ports available on the E870-E1 gateway.

3.4 LED Indicator Description

Explains the status indicated by the PWR, STATE, and DATA LEDs on the device.

3.5 Serial port description

Details the configurable parameters for the device's serial port communication, such as baud rate and data bits.

Chapter 4 Product function introduction

4.1 DO Output

Describes the functionality and configuration of the Digital Output (DO) relay channels for controlling external devices.

4.2 DI input

Explains the functionality and active reporting capabilities of the Digital Input (DI) channels for monitoring signals.

4.3 AI input mode

Details the configuration and operation of the Analog Input (AI) channels for current signal acquisition.

4.4 Network transparent transmission mode

Enables seamless data transfer between serial devices and network servers without data conversion.

4.5 MOQTT Mode

Provides instructions for configuring the device to connect and communicate using the MQTT protocol.

4.5.1 Alibaba Cloud

Steps to connect the E870-E1 to Alibaba Cloud using its specific platform parameters.

4.5.2 Baidu Cloud

Steps to connect the E870-E1 to Baidu Cloud using its specific platform parameters.

4.5.3 OneNET

Steps to connect the E870-E1 to the OneNET platform using its specific cloud parameters.

4.5.4 Standard MQTT3.1.1

Guide for connecting to a standard MQTT server, exemplified by Tencent's service.

Chapter 5 Special Function

5.1 Ebyte Cloud Modbus to JSON

Converts serial Modbus RTU data into Ebyte Cloud's JSON message format for transmission.

5.2 Alibaba Cloud Modbus to JSON

Converts serial Modbus RTU data into Alibaba Cloud's JSON message format for data exchange.

5.3 Edge acquisition

Collects external data points and reports them in JSON format, supporting real-time updates.

5.4 Registration packet

Allows the device to send registration packets to the server for identification and authorization.

5.5 Heartbeat packet

Enables the device to send heartbeat packets to maintain an active connection with the server.

5.6 Firmware upgrade

Overview of methods for upgrading the device's firmware, including network and serial port options.

5.6.1 Network Upgrade

Step-by-step instructions for performing firmware upgrades over the network connection.

5.6.2 Serial port upgrade

Step-by-step instructions for performing firmware upgrades using the serial port connection.

5.7 Hardware is restored to factory default

Procedure to reset the device to its original factory default parameters and settings.

5.8 RTU slave

Describes how to use the device as an RTU slave, responding to Modbus RTU commands from a master device.

Chapter 6 Configuration methods

Chapter 7 About customization

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