Sonoff RE5V1C Guida utente

RE5V1C Application Guide

Version 1.0

About This Manual

This manual introduces the application guide and product parameters

of the RE5V1C, containing the following chapters.

Chapter

Title

Content

Chapter 1

Product brief

introduction

Overview of the features and

applications of RE5V1C

Chapter 2

Electrical

characteristics

Introduce the basic parameters,

PIN definitions, and wiring

methods.

Chapter 3

Radio

frequency index

Introduce the radio frequency

index of the module

Chapter 4

Function

description

Describe module functions and

specific instructions

Chapter 5

Dimensions

Provide module size diagram

1. Product Introduction

RE5V1C is a single-channel switch based on ESP8285 Wi-Fi SOC. It does

not require other peripheral circuits, and the module can work normally

after power supply. It can be connected to a Wi-Fi wireless network for

Internet or LAN communication to achieve remote control. It is designed

for mobile devices and Internet of Things applications.

Product Features:

5V DC power supply, maximum working current 250mA

Support wireless 802.11 b/g/n standard

Wi-Fi @2.4 GHz, support WPA/WPA2 security mode

+20.5dBm maximum output power in 802.11b mode

Support device button control

Support timer schedule

Support Wi-Fi remote control

APP supports Android & iOS

Main application areas: occasions where remote control switches are

required

2. Electrical Characteristics

2.1 Rated parameters

Conditions: VDD=3.3V±10% , GND=0V; test at room temperature 25°C.

Parameters

Minimum

Typical

value

Max

Unit

Voltage

4.75

Working current

250

Load

2.2 Wi-Fi parameters

Type

Parameters

Wireless standard

IEEE 802.11b/g/n

Main chip

ESP8285

Frequency range

2.412GHz-2.484GHz

Transmit power

802.11b: 20±2dBm (@11Mbps)

802.11g: 17±2dBm (@54Mbps)

802.11n: 14±2dBm (@HT20, MCS7)

Receiving sensitivity

802.11b: -91 dBm (@11 Mbps, CCK)

802.11g: -75 dBm (@54Mbps, OFDM)

802.11n: -72 dBm (MCS7)

Antenna type

2.4GHz ceramic antenna

2.3 Interface definition

Name

Features

5V DC

DC power supply positive

GND

DC power supply negative

OUT

Output load

AC L end interface

Interface definition diagram:

2.4 Wiring

DC (DC5V/500mA) power supply:

Load:

3. Radio Frequency Index

Conditions: VDD=3.3V±10% , GND=0V ; test at room temperature 25°C.

Description

Minimum

Typical

value

Max

Unit

Input frequency

2412

2484

MHz

Output impedance

Solid wave loss

-10

PA output peak value

power when at 72.2Mbps

15.5

16.5

17.5

dBm

PA output peak value power in

802.11b mode

19.5

20.5

21.5

dBm

Sensitivity:

Description

Minimum

Typical

value

Max

Unit mA

CCK 1Mbps

-98

dBm

CCK 11Mbps

-91

dBm

6Mbps(1/2BPSK)

-93

dBm

54Mbps (3/4 64-QAM)

-75

dBm

HT20, MCS7 (65Mbps,

72.2Mbps)

-72

dBm

Adjacent frequency suppression

Description

Minimum

Typical

value

Max

Unit mA

OFDM, 6Mbps

OFDM, 54Mbps

HT20, MCS0

HT20, MCS7

Note:

1. 72.2Mbps is measured in the 802.11n mode, the MCS =7, the GI = 200uS.

2. Up to + 21.5dBm output power in 802.11b mode.

4. Function Description

4.1. Module function

RE5V1C module can be used as a single-channel switch, which can

control the switch locally or remotely through APP.

The following is the function description:

1. Pairing method: quick pairing mode / compatible pairing mode.

Press and hold the button for more than 5s to enter the quick

pairing mode. When it is in the quick pairing mode, press

the button for more than 5s again to enter the compatible pairing

mode. APP can be configured in both modes.

2. Switch:

a) In the normal state: click the button to control the relay on and

off. The red light is on, the relay is on, otherwise the relay is off.

b) In the pairing mode: click the button to exit the pairing mode.

3. Timer: including single, count down, repeat, and loop timer.

4. Power-on status configuration: The power-on switch status can

be configured on or off through the APP, and the default power-on

status is off.

4.2. Wi-Fi status indicator light description

The flashing mode of the Wi-Fi status light (yellow & green) on

the device represents the its current network working status. The specific

status includes the following seven types:

The flashing of the Wi-Fi status light is in a cycle of 2 seconds, as shown

in the figure, the low-level light is on and the high-level light is

off. Detailed explanation of each status:

A. Normal: The device is working normally and the connection to the

cloud server is normal. The device can be only controlled through

the APP in this mode.

B. NO Wi-Fi: The device cannot connect to the router.

C. No Server: The device has been connected to the router, but it cannot

connect to the server (also known as "cannot access the Internet").

D. Unregistered: The device has not been bound to account. The device

needs to be bound to the eWeLink account to connect to the cloud

server. You can bind the device by tap “Add Device” in the eWeLink

APP.

E. Upgrade: Indicates that the device is upgrading the firmware.

F. Setting G1: Indicates that the device is in compatible pairing

mode. The device obtains the necessary information provided by the

APP to join the service network, including router SSID, password, server

IP, port number, etc in the setting mode.

G. Setting G2: Indicates that the device is in quick pairing mode. The

device obtains the necessary information provided by the APP to join

the service network, including router SSID, password, server IP, port

number, etc in the setting mode.

The device obtains information in different ways in the two modes,

read below section for details.

4.3 The Wi-Fi module basic workflow

1. Configuration

a) Compatible pairing mode: The mobile terminal joins the device

AP as a station to form a local area network to realize data

interaction. When the device is in the quick pairing mode (G state,

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