Datasheet

Product Characteristics #

IIOT-AE02-V
ESP32-WROOM32 SOC
Built-in OLED Display
8 x Digital Inputs
6 x 0 – 10V Analog Inputs
2 x Transistor Outputs
RS-485 Communication

Product Certifications #

Product is certified to comply with CE Standards
2014/30/EU- Electromagnetic Compatibility (EMC)
Annex III, Part B, Module C

EN 61131-2:2007
EN 61010-1:2010+A1:2019
EN IEC 61010-2-201:2018

Product Specifications #

Range of ProductNORVI IIOT
Product typeProgrammable Controller
Rated supply voltage24V DC
Discrete input number8 discrete input
Analog input number6 x 0 – 10V , 16bit ADC
Discrete output typeTransistor
Discrete output number2 Transistor outputs
Discrete output voltageOpen Collector Outputs Max: 36V DC
Discrete output currentTransistor Outputs : 500mA Max : 310mW
CommunicationWiFi 2.4Ghz
RS-485 2 Wire Communication
OLED Display protocolI2C / Two Wire
Main
Supply voltage limits20.4….28.8V
Inrush current<=50A
Power consumption in W32.6……40.4 with all outputs ON
Discrete logic inputSink or source
Discrete input voltage24V DC
Voltage state 1 guaranteed=15 V for input
Voltage state 0 guaranteed<=5 V for input
Discrete input current5 mA for input
Input impedance4.7k Ohm for input
Local signaling1 LED green for PWR
1 LED green for RUN
8 LED green for I0……I7
2 LED green for T0.1,T0.0
Electrical connectionRemovable screw terminal block for inputs and outputs
(pitch 5.08 mm)
Mounting supportTop 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
Height90.50 mm
Depth56.60 mm
Width60.60 mm
Product weight0.18 Kg
Complementary

Environment #

Resistance to electrostatic discharge4kV on contact
8kV on air
Resistance to electro magnetic fields10 V/m (80 MHz …… 1GHz)
3 V/m (1.4 MHz …… 2 GHz)
1 V/m (2 MHz …… 3 GHz)
Immunity to microbreaks10 ms
Relative humidity10….95% without condensation in operation
IP degree of protectionIP20
Operating altitude0…2000m
Operating Temperature–40°C to +125°C
Storage altitude0…3000m
Shock resistance15 gn for 11 ms
Environment

Dimensions #

Terminal Layout #

IIOT-AE02-V

GPIO Allocation #

GPIODescriptionUsage
0outputs PWM signal at bootExpansion Port – NRST
1debug output at bootExpansion Port, RS485 – TX0
2connected to on-board LEDRelay Output – O5
3HIGH at bootExpansion Port, RS485 – RX0,Top PCB named as CTX1
4RS485 – FC
5outputs PWM signal at bootN/A
6connected to the integrated SPI flashN/A
7connected to the integrated SPI flashN/A
8connected to the integrated SPI flashN/A
9connected to the integrated SPI flashN/A
10connected to the integrated SPI flashN/A
11connected to the integrated SPI flashN/A
12boot fail if pulled highN/A
13N/A
14outputs PWM signal at bootN/A
15outputs PWM signal at bootN/A
16SDA Expansion Port / OLED / ADS1115
17SCL Expansion Port / OLED / ADS1115
18INPUT 1
19INPUT 5
20
21INPUT 6
22INPUT 7
23INPUT 8
24
25Expansion Port – GPIO33
26Transistor Output – T0.1
27Transistor Output – T0.0
28N/A
29N/A
30N/A
31N/A
32Expansion Port, BUTTON IN – GPIO32
33N/A
34input onlyINPUT 3
35input onlyINPUT 4
36input onlyN/A
37input onlyN/A
38N/A
39INPUT 2
GPIO Layout

Expansion Port #

The expansion port of the NORVI IIOT Controllers can be utilized for external sensor connections where raw GPIO connections are required or they can be used to plug NORVI Expansion Modules

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How to Connect NORVI Expansion Modules

PINESP32 Connection
1IO25
2TXD0
3Not Connected
4RXD0
5BOOT IO0
6IO32
7Not Connected
8SCL IO17
9Ground
10SDA IO16
Expansion Port Map

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