ESP32 ETHERNET & WIFI & BLUETOOTH PLC 19R I/O

• This is the first equipment based on the ESP32 technology designed for a professional use.
• This PLC has 54I/Os. It also contains several communication ports which provide more flexibility and control.
• The ESP32 PLC family offers the possibility to expand up to 127 modules through I2C, which means that you can have until 7100 Inputs / Outputs in Master-Slave connections, additionally to sensors, etc…
• Can be programmed using the Arduino IDE platform
• Can also be programed through Ethernet port remotely.
• Can be programmed through the USB ports
• RTC, µSD, Ethernet, USB, Full/Half Duplex RS485, RS232, I2C, Modbus, WiFi & Bluetooth LE

Inputs ▼

• Total Inputs: 6
• Total Digital Optoisolated Inputs (5-24Vdc):2
• Digital Optoisolated Inputs (5-24Vdc): 0
• Digital Optoisolated Inputs (5-24Vdc) | can work like interrupt Inputs INT (5-24Vdc): 2
• 10 bit Analog Inputs (0-10V) | Digital (5-24Vdc) Inputs configurable by software: 4

Inputs notes -  From the (Xx) Digital, (Yx) can be configured as Analog (Xx = Total Digital In, Yx = Number of Analog In) * From the (Xx) Digital, (Zx) can be configured as Interrupt (Xx = Total Digital In, Zx = Number of Interrupt pins)

Outputs ▼

• Total Outputs: 11
• Digital Optoisolated Outputs (5-24Vdc): 0
• Digital Optoisolated and PWM (5-24Vdc) | 10 bit Analog (0-10V) Outputs configurable by switch: 3
• Relay Outputs (220Vac - 5A): 8

Communications ▼

• Ethernet communication - 1
• Wi-Fi & BLE (Bluetooth Low Energy) - YES
• GPRS/GSM - NO
• USB port (type B) communication (for uploading or debugging only) - 1
• Micro USB port (type B) communication (for uploading or debugging only) - 0
• I2C communication (3.3Vdc) (interface with other Industrial Shields, sensors, I/Os modules) - 1
• Serial TTL (UART) communication - NO
• RS-232 communication - 1
• Half/Full Duplex RS-485 communication - 1
• SPI external port communication (3.3Vdc) (using MOSI, MISO, SS pins of Arduino) - 1
• RTC (Real Time Clock. NOTE: I2C port used. See pinout modification) - YES
• µSD Socket (using SPI port, chip select D53 pin) - YES

• Communications notes - * When using I2C, 2 inputs are lost

The Open Source Board CPU ▼

• Single Board Computer (SBC) Microcontroller: ESP32 WROOM 32UE
• Flash Memory (MB):4
• SRAM  IN RTC(KB):16
• SRAM (KB):520
• Clock Speed (MHz):40

Other information ▼

• PLC measures: 101x119.5x119.3

• DIN Rail mounting

• Max. consum.: 1.2A

• Power Supply Voltage (Vdc) Range: 12-24

• Power Consumption (VAC max.): 30

• Operating Temperture C: 0C-60C

• Operating Temperature F: 32F-140F

• Operating Relative Humidity % (no condensation): 10%-90%

• Package Size: 13cm x 14cm x 8cm

• Packaging: Box

• ECCN Number: EAR99H

• HTS Code: 8537.10.10.90

• 740.17 Language - 740.17 (b)(1) for self-classification or (b)(3) CCATS issued: §740.17 (b)(1)

• Country of Origin: Spain

• STATIC Sensitive: NO

• Moisture Sensitivity Level (MSL): MSL 1 - Unlimited

• Lead Free

• RoHS Compliant by Exemption? NO

• Does Part Contain Lithium? YES

• Product Weight: 464 gram

Other Technical Specifications: *Rx,Tx pins are not available using RS485. For SPI you need to choose another pin for Select Function (You can choose, SDA, SCL, Rx, Tx, Pins of Arduino)

Certification & Safety ▼

• Conformity with Health, Safety, and Environmental Protection (CE)
• EN61010-1 | EN61010-2-201 | EN61131-2:2007(Clause 8: Zone A/B EMC and clause 11:LVD) | EN61000-6-4:2007 + A1 2011 (Emissions) | EN 61000-6-2:2005 (Immunity)
• Medical Devices Directive (CE): 93/42/EEC
• FCC Federal Code of Regulation (CFR) for Electronic Equipment: EMC: FCC Part 15
• RoHS: Directive 2002/95/EC | Restriction of Hazardous Substances (EEE)
• UL: STD 61010-2-201 and UL STD 61010-1 |  Certified to CSA Std. C22.2 No. 61010-1 | Certified to CSA Std. C22.2 No.61010-2-201 | 5016476
• NCAGE (Commercial and Government Entity Code - Department of Defense): NCAGE 99SGB |Commercial and Government Entity Code