NORVI ARITA-STM32-M5 – DATASHEET

Product Features #

• RS-485 Communication
• Built-in Button on the front panel 
• Digital Inputs
• Relay outputs
• Transistor outputs
• DIN-Rail mount

Expansions Supported

• Digital Input
• Transistor Output
• Relay Output

Main #

Range of Product	NORVI  ARITA
Product Type	Programmable Controller
Certifications	EN 61131-2:2007 EN 61010-1:2010+A1:2019 EN IEC 61010-2-201:2018 2014/30/EU- Electromagnetic Compatibility (EMC) Annex III, Part B, Module C
Rated supply voltage	24V DC
Communication	I2CRS-485
Inputs and Outputs	14 x Digital Inputs 10 x Relay Outputs 2 x Transistor Outputs
Displays and Visual Indicators	1 LED green for PWR 1 LED green for RUN  14 LED green for I0……I14  10 LED green for Q0……Q4 and R0…..R4  2 LED green for T0….T1

Complementary #

Product Unified Code	NORVI ARITA-STM32-M6
Product Part Numbers	NORVI ARITA-STM32-M6

Mechanical Properties #

Enclosure	NORVI 207
Mounting / Installation Method	DIN RAIL / MOUNTING TABS
Terminal Type	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
Terminal Arrangement	Top and Bottom
Depth	56.60 mm
Height	86.60 mm
Width	122.10 mm

Environment #

IP degree of protection	IP20
Operating altitude	0 – 2000 meters
Operating Temperature	– –10 … +85° C (14…185 °F)
Storage altitude	0 – 3000 meters
Shock resistance	15 gn for 11ms
Resistance to electrostatic discharge	4kV on contact  8kV on air
Resistance to electromagnetic fields	10 V/m (80 MHz …… 1GHz)  3 V/m (1.4 MHz …… 2 GHz)  1 V/m (2 MHz …… 3 GHz)

Electrical Characteristics  #

Grid Powered Devices #

Rated Supply Voltage (V)	24V DC
Current Consumption (mA)	400mA
Recommended Power Source	1A 24V DC

Processing #

SOC / MCU	STM32F103RBT6
Flash Memory	256 to 512 KB
SRAM	up to 64 KB

Peripherals #

Internal RTC  #

RTC Chip	DS1307ZN+
Backup Battery Type	CR2450N-IB
Interface	I2C
I2C Address	0x68
SCL Pin	PB6
SDA Pin	PB7

Built-in Buttons #

Button 1 Pin	PC1
Button 2 Pin	PC0
Button 3 Pin	PE6
Button 4 Pin	PE5

INPUTS and OUTPUTS #

Digital Inputs #

Number of Digital Inputs	14
Digital Input Polarity	Sink and Source
Digital Input Maximum Voltage	32V DC
Digital Input Minimum Voltage	18V DC
Maximum Switching Frequency	1 kHZ
Terminal Arrangement	Digital Input 1 – PD0                    Digital Input 2 – PA8 Digital Input 3 – PE4                    Digital Input 4 – PE3 Digital Input 5 – PE2                    Digital Input 6 – PE1 Digital Input 7 – PE0                    Digital Input 8 – PB9 Digital Input 9 – PB8                    Digital Input 10 – PB5 Digital Input 11 – PD7                  Digital Input 12 – PD6 Digital Input 13 – PD5                  Digital Input 14 – PD4

Analog Inputs #

Number of Analog Inputs	4
Analog Input Measurement Range	4 – 20mA0 – 10V
Analog Input Maximum Voltage	38V DC
Analog to Digital Converter (ADC)	ADS1115
Analog to Digital Converter (ADC) Communication	I2C
Analog to Digital Converter (ADC) Address	0x48
Terminal Arrangement	A0 : Analog Input 0 – ADS1115 – 0x48 – AIN0 – 0 – 10V A1 : Analog Input 1 – ADS1115 – 0x48 – AIN1 – 0 – 10V A2 : Analog Input 2 – ADS1115 – 0x48 – AIN2 – 4 – 20mA A3 : Analog Input 3 – ADS1115 – 0x48 – AIN3 – 4 – 20mA

Transistor Outputs #

Number of Transistor Outputs	2
Transistor Output Type	OPEN COLLECTOR
Maximum Sink/Source Current (mA)	100mA
Maximum Applicable Voltage	40V  DC
Maximum Switching Frequency	1 kHz
Terminal Arrangement	T0 – PA4 T1 – PC4

Relay Outputs #

Number of Relay Outputs	10
Relay Output Type	Normally Open / SPST / Electro-mechanical
Contact Current Rating (Resistive)	5 A 30V DC/250V AC
Maximum Contact Voltage	270V AC, 125V DC
Maximum Switching Frequency	60 Hz
Terminal Arrangement	Relay Output 0 – PC5 Relay Output 1 – PB0 Relay Output 2 – PB1 Relay Output 3 – PE7 Relay Output 4 – PE8 Relay Output 5 – PE9 Relay Output 6 – PE10 Relay Output 7 – PE11 Relay Output 8 – PA0 Relay Output 9 – PA1

Communication Channels #

RS-485 Communication #

Communication Mode	HALF-DUPLEX
Transceiver	MAX485CSA
Unit Load	1/4
Flow Control / Direction Control Pin	PC9
TX Pin	PA9
RX Pin	PA10
Terminal Arrangement

Wifi Communication #

Protocol	Integrated TCP/IP
Model Name	ESP8266MOD
Operating Voltage	3.6V
Flash	4M
Power Consumption	< 1.0mW

Bluetooth Communication #

Model Name	WT51822-S4AT
Operating Voltage	3.3V
Flash	256KB
RAM	16KB

GPIO Map #

Pin	GPIO	Usage
1	PE2	Digital Input 5
2	PE3	Digital Input 4
3	PE4	Digital Input 3
4	PE5	Button 4
5	PE6	Button 3
15	PC0	Button 2
16	PC1	Button 1
23	PA0	Relay Output 8
24	PA1	Relay Output 9
25	PA2	Expansion RX3
26	PA3	Expansion TX3
29	PA4	Transistor Output 0
30	PA5	Expansion SCK
31	PA6	Expansion MISO
32	PA7	Expansion MOSI
33	PC4	Transistor Output 1
34	PC5	Relay Output 0
35	PB0	Relay Output 1
36	PB1	Relay Output 2
38	PE7	Relay Output 3
39	PE8	Relay Output 4
40	PE9	Relay Output 5
41	PE10	Relay Output 6
42	PE11	Relay Output 7
47	PB10	Expansion SCL
48	PB11	Expansion SDA
52	PB13	SCK
53	PB14	MISO
54	PB15	MOSI
64	PC7	Bluetooth – Enable
65	PC8	Bluetooth – Reset
66	PC9	RS 485 – FC
67	PA8	Digital Input 2
68	PA9	RS 485 – TX
69	PA10	RS 485 – RX
78	PC10	Wifi – TX
79	PC11	Wifi – RX
80	PC12	Bluetooth – TX
81	PD0	Digital Input 1
83	PD2	Bluetooth – RX
85	PD4	Digital Input 14
86	PD5	Digital Input 13
87	PD6	Digital Input 12
88	PD7	Digital Input 11
91	PB5	Digital Input 10
92	PB6	SCL
93	PB7	SDA
95	PB8	Digital Input 9
96	PB9	Digital Input 8
97	PE0	Digital Input 7
98	PE1	Digital Input 6

Expansion Port #

PIN	ESP32 Connection
1	RX3
2	SCK
3	TX3
4	MISO
5	EXP_2 – PC3
6	MOSI
7	EXP_1 – PC2
8	SCL
9	GND
10	SDA