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Datasheet esp32 iiot clp industrial, Manuais, Projetos, Pesquisas de Desenvolvimento de Aplicações para Internet

Internet das coisas esp32 clp industrial com embarcado voltado pra aplicações iiot

Tipologia: Manuais, Projetos, Pesquisas

2020

Compartilhado em 03/01/2020

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Product data sheet
Characterstics
NORVI IIOT
ESP32 WROOM
8 Digital Inputs
6 Relay outputs
2 Transistor outputs
Built in OLED Display
Main
Range of product NORVI IIOT
Product type Programmable Controller
Rated supply voltage 24V DC
Discrete input number 8 discrete input
Discrete output type Relay and Transistor
Discrete output number 6 Relay outputs , 2 Transistor outputs
Discrete output voltage 24V DC for transistor output
Discrete output current 0.5A with T0.0... T0.1 Transistor
2 A with R0....R5
1
RS-485 communication
8 Digital Inputs
6 Analog Inputs
2 Transistor outputs
Built in OLED Display
RS-485 communication
AE-01 Series AE-02 Series
Optional
Built in OLED Display
micro SD card support
DS3231 RTC with battery backup
Display options
0.96 OLED Display
0.96 TFT Color Display
1.44 TFT Color Display
Expansions supported
LoRa communications
REYAX RYLR896
NB-IOT
BC95 module
Temperature
MAX31856
Communication 1 x RS-485
TFT Display protocol SPI
Analog input range 4 - 20mA (AE02-I) / 0 - 10V (AE02-V)
Analog input resolution 16 bit
OLED Display protocol I2C
pf3
pf4
pf5
pf8
pf9
pfa

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Characterstics

ESP32 WROOM

8 Digital Inputs

6 Relay outputs

2 Transistor outputs

Built in OLED Display

Main

Range of product NORVI IIOT

Product type Programmable Controller

Rated supply voltage 24V DC

Discrete input number 8 discrete input

Discrete output type Relay and Transistor

Discrete output number 6 Relay outputs , 2 Transistor outputs

Discrete output voltage 24V DC for transistor output

Discrete output current 0.5A with T0.0... T0.1 Transistor

2 A with R0....R

RS-485 communication

8 Digital Inputs

6 Analog Inputs

2 Transistor outputs

Built in OLED Display

RS-485 communication

AE-01 Series AE-02 Series

Optional

Built in OLED Display

micro SD card support

DS3231 RTC with battery backup

Display options 0.96 OLED Display

0.96 TFT Color Display

1.44 TFT Color Display

Expansions supported

LoRa communications REYAX RYLR

NB-IOT

BC95 module

Temperature MAX

Communication 1 x RS-

TFT Display protocol SPI

Analog input range 4 - 20mA (AE02-I) / 0 - 10V (AE02-V)

Analog input resolution 16 bit

OLED Display protocol I2C

Local signalling 1 LED green for PWR

Electrical connection Removable screw terminal block for inputs and outputs (pitch 5.08 mm)

Mounting support Top hat type TH35-15 rail conforming to IEC 60715

Top hat type TH35-7.5 rail conforming to IEC 60715 Plate or panel with fixing kit

Height 90.50 mm

Depth 56.60 mm

Width 60.60 mm

Product weight 0.43 Kg

Resistance to electrostatic discharge 4kV on contact

Resistance to electro magnetic fields 10 V/m (80 MHz ...... 1GHz)

Immunity to microbreaks 10 ms

Relative humidity 10....95% without condensation in operation

IP degree of protection IP

Operating altitude 0...2000m

Storage altitude 0...3000m

Shock resistance 15 gn for 11 ms

1 LED green for RUN 8 LED green for I0......I 6 LED green for R0......R 2 LED green for T0....T

Environment

8kV on air

3 V/m (1.4 MHz ...... 2 GHz) 1 V/m (2 MHz ...... 3 GHz)

Complementary

Discrete IO number 16

Number of Expansions -----

Supply voltage limits 20.4....28.8V

Inrush current <=50A

Power consumption in W 32.6......40.4 with all outputs ON

Discrete logic input Sink or source

Discrete input voltage 24V

Discrete input voltage type DC

Voltage state 1 guaranteed >=15 V for input

Voltage state 0 guaranteed <=5 V for input

Discrete input current 5 mA for input

Input impedance 4.7k Ohm for input

Memory capacity Refer datasheet of base micro-controller

Battery type -----

Backup time -----

Connections and Schema

Relay and Transistor outputs wiring diagram

  • L L L L L

Arduino pins ESP32^ D14^ D12^ D13^ D15^ D

+-

L L

D26 D

POWER

COM I.0 I.1 I.2 I.3 I.4 I.5 I.6 I.

COM Q.0 Q0.1 Q.2 Q.3 Q.4 Q.5 T.0 T.

I.

I.

I.

I.

I.

I.

I.

I.

Q.

Q.

Q.

Q.

Q.

Q.

P.

P

L

D

485A 485B

ESP32 WROOM

IIOT

n

GND 24+

T.0 / T. ...

GROUND

L = Load

Transistor output

Q.0 / Q. ...

COM

Relay output

Connections and Schema

RS-485 communication wiring diagram

POWER

COM I.0 I.1 I.2 I.3 I.4 I.5 I.6 I.

COM Q.0 Q0.1 Q.2 Q.3 Q.4 Q.5 (^) T.0 T.

I.

I.

I.

I.

I.

I.

I.

I.

Q.

Q.

Q.

Q.

Q.

Q.

P.

P

485A 485B

HALF-DUPLEX Flow control Arduino pin D

ESP32 WROOM

Driver MAX

UART Connection IO5 - RXD IO25 - TXD

Flow Control IO

IIOT

n

GND 24+

Connections and Schema

Analog input wiring diagram (4-20mA)

POWER

COM I.0 I.1 I.2 I.3 I.4 I.5 I.6 I.

COM A.0 A0.1 A.2 A.3 A.4 A.5 (^) T.0 T.

I.

I.

I.

I.

I.

I.

I.

I.

Q.

Q.

Q.

Q.

Q.

Q.

P.

P

485A 485B

*AE-02 / AE-03 Models Only

4-20mA

  • (^) + + + + (^) + +

4-20mA 4-20mA 4-20mA 4-20mA 4-20mA

ESP32 WROOM

IIOT

n

GND 24+

ADS1115 connections

IC Type ADS 1115

Communication I2C IO16 - IO

Module Address 0x48 / 0x

Resolution 16 bit

Programming

ESP32 WROOM

TFT Display parameters

Display driver ST

Communication SPI IO18/IO19/IO23 SCK/MISO/MOSI

Module Address NA

Resolution 80 x 160

Built in buttons

Read mode ADC (Analog to Digital Conversion)

Analog IO SENSOR_VP

Voltage levels 3

TFT_RST IO

TFT_DC IO

TFT_SCK IO

TFT_MOSI IO

TFT_CS IO

Connection

microSD card access

SCK IO MISO IO MOSI IO

Connection CS^ IO

SD Detect IO

I.

I.

I.

I.

I.

I.

I.

I.

Q.

Q.

Q.

Q.

Q.

Q.

P.

P

S

S

S

0.96 OLED Display parameters

Display driver SSD

Communication I2C IO16(SDA) - IO17(SCL)

Module Address 0x3C

Resolution 128 x 64

RTC parameters

Display driver DS

Communication I2C IO16(SDA) - IO17(SCL)

Module Address 0x

Battery Backup YES

Programming

Programming procedure

ESP32 WROOM

Board ESP32 Dev Module

Flash Mode QIO

Flash Size 4MB

Flash Frequency 10MHz

PSRAM Disabled

Upload Speed 115200

After successful uploading of program following message appears.After successful uploading of program following message appears.

esp32 Boards must be installed under board manager, it is recommended to use the latest version of esp32 board driver for Arduino.

Due to installation of different drivers and older versions of libraries, Arduino fails to upload the program to the controller. In most cases it is due to failure to enter boot mode of the device. The device can be forced to boot mode by connecting the BOOT IO0 of the expansion port to the GND pin with a jumper wire. Arduino is able to upload the program to controller while the controller is in boot mode. After uploading the program , the connection between the BOOT IO0 and GND must be removed to run the uploaded program.

Dimensions Drawings

Dimensions

ESP32 WROOM