PRODINo ESP32 v1

If you want to have control over other devices through Internet, mobile phone or you want to measure temperature, humidity or collect data from an environment the PRODINo ESP32 is the device which you find. The device microprocessor include 2 cores with 32 bits architecture.

ProDinoESP32 Top

Communication


  • WiFi
  • Bluetooth low energy
  • RS485
ProDino ESP32 inside 3D

Relay outputs


The PRODINo ESP32 has 4 relays. The 4 Relays are a solution for driving high power loads that cannot be controlled by digital IOs of microcontroller, due to the current and voltage limits of the controller. Each relay provides 2 pole changeover contacts (NO and NC). Relays are useful in switching on/off AC appliances like fan, light, motor or high current DC actuators like solenoid valve etc. Every relay includes a LED which indicate the on/off state.

ProDinoESP32 Relays outputs
ProDinoESP32 Outputs

Optical isolated inputs


The 4 digital inputs are optical isolated. This is helpful for connecting your PRODINo ESP32 to a system with a different ground, different voltage or some noisy channel. This separate electrically (isolates) input channel from the controller input. Four LEDs indicate the On/Off state of each input. How do we use them?

ProDinoESP32 OptoInputs
ProDinoESP32 OptoInputs

LED indicators


ProDino ESP32 LED indicators
  • 1 x RGB multi-functional led. You can use it for some statuses information
  • 1 x Power
  • 4 x Input On/Off for every optical isolated input
  • 4 X Relay On/Off for every relay output

RS485


Thanks that the PRODINo ESP32 board owns a RS485, now you will be able to have a communication port for your RS485 devices! It will allow up to 32 devices to communicate through the same data line over a cable length of up to 1200m/4000ft. It is and the ultimate expansion that allows your board to connect to almost every legacy industrial system using serial connectivity such as industrial PLCs, controllers, drives and HMIs. 

The RS485 can be use to turn old industrial systems like industrial machinery, heating systems and conveyors into new IoT devices. It supports high speed 500 Kbps in a short distance.

ProDinoESP32 RS485 description
ProDinoESP32 RS485 connector

Buttons


ProDinoESP32 Buttons
  • Reset button
  • Programming (Boot) button

GROVE connector


The PRODINo ESP32 board contains one GROVE Digital connector. The Grove System simplifies traditional electronics it consists of a base platform and various modules with standardised connectors. Each Grove module addresses a range of functions such as simple LEDs, buttons, switches to complex servo control, etc. With the combination with Grove modules, the project possibilities are endless!

Grove Digital J10 (External)

ProDinoESP32 Grove description
ProDinoESP32 Grove connector
  • 1  GROVE_D0 - Primary digital Input/Output D22_I2C_SCL
  • 2  GROVE_D1 - Primary digital Input/Output D21_I2C_SDA
  • 3  Vcc  - Grove module powers 3,3 V
  • 4  GND  - Ground

Additional connectors


We use these additional connectors for extensions boards like as GSM, LoRa modules. They are very comfortable for your own  extensions.

J11 (Internal)

ProDinoESP32 J11 port

J14 (Internal)

ProDinoESP32 J14 port

Our modules pin mapping to J14 you can see below:

Pin

1

2

3

4

5

6

7

8

9

10

11

12

GSM

GND

5V

GND

3V3

CTS

RTS

RX

TX

DTR

RESET

-

-

LoRa

GND

5V

GND

3V3

RX

LOW

-

TX

-

-

BOOT

RESET

Arduino Compatible


PRODINo ESP32 is fully compatible with Adruino "ESP32 Dev Module".

ProDino ESP32

Specifications


  • ESP32-WROOM-32 module  
  • Xtensa® dual-core 32-bit LX6 microprocessors
  • Clock speed 240 MHz
  • SRAM 520 KB
  • 4 Mb Flash memory
  • Pluggable connectors
  • Relay outputs: 4 (maximum voltage/current 250V/5A)
  • RS485 speed 500 Kbps (short distance)
  • Optical isolated digital Inputs: 4 (working voltage 3-30 V, On arrives form 3 V)
  • Input Voltage: (Power) 8 - 30 V
  • Dimension: 70 mm X 92 mm X 35 mm
  • Weight: 150 g
ProDino ESP32

Getting started


You can find in the Tutorial section all the information you need to configure your board, use the Arduino Software (IDE), and start tinker with coding and electronics. What you can do with this board see in our Examples.

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