M5STACK St.amPLC IoT Programmerbar Logic Controller

Specifikationer

Specifikation	Parameter
Kontrolmodul	StampS3A contro1 module,based on ESP32-S3FN8,includes 8MB Flash,2.4GHz Wi-Fi,Bluetooth Low Energy (BLE)
BLITZ	8 MB
Digitale indgange	8 channels of opto-isolated digital inputs, input voltage range: DC 5~36V
Digital 0utputs	4-channel relay outputs
Relæer	AC 5A@250V,DC 5A@28V
DC strømforsyning	supports DC 6~36V@1A wide voltage supply,DC power cornnector:DC5521 female,5.5x 2.1mm(center-positive)Expansion
n Interfaces	GPIO.EXT interface,2 Grove interfaces
Kommunikationsgrænseflader	Onboard PWR-CAN and PWR-485 interfaces
PWR-CAN Interface	XT30(2+2)PW-M
PWR-485 Interface	HT3.96-4P
Vise	1.14-inch color display(135×240 resolution),driven by the ST7789v2 chip
Contro1 &Interaction	1 RESET/B00T button,3 user buttons, buzzer
Datalagring	Indbygget Micro SD-kortslot
Sensorer	LM75 temperature sensor,INA226 voltage/current sensor,RTC(RX8130CE)
I/0 Port Load Capacity	2×8 expansion interface:maximum 1oad capacity DC 4.76V @700mA,Grove port 1oad capacity:DC 4.81V e 700mA
Strømforbrug	Standby current:(5V supp1y)DC 5V@21.60mA,(12V supply)DC 12Ve15.22mA;Operating current:(5V supply)DC 5Ve93.89mA, (12V supply)DC 12V@47.84mA
Installationsmetode	DIN-skinnemontering
Driftstemperatur	-10~50°C
Produktdimensioner	72.0×80.0×31.7 mm
Produktets vægt	139.4 g
Pakkedimensioner	102.0 x 94.0 x 37 mm
Bruttovægt	163.7 g
Fabrikant	M5Stack Technology Co., Ltd Block A10, Expo Bay South Coast, Fuhai Street, Bao’an District, Shenzhen, China
Frequency Range for CE	2.4G Wi-Fi: 2412-2472MHz/2422-2462MHz BLE: 2402-2480MHz
Maksimal EIRP for CE	BLE: 6.84dBm 2.4G Wi-Fi: 17.90dBm

Produktbrugsvejledning

Hurtig start
To get started with your Stam PLC, follow these steps:

SCAN Wi-Fi

1. Power on the Stam PLC using the provided DC power supply.
2. Press the RESET/BOOT button to start the device.
3. Access the Wi-Fi settings on your device and scan for available networks.
4. Select the appropriate Wi-Fi network and enter the password if required.
5. Once connected, you can start utilizing the wireless communication capabilities of the Stam PLC.

SCAN BLE

1. Ensure the Stam PLC is powered on and operational.
2. Activate the Bluetooth settings on your device.
3. Scan for available Bluetooth devices in the vicinity.
4. Select the Stam PLC from the list of discovered devices to establish a BLE connection.
5. You can now leverage the BLE functionality for data transfer and control.

OVERSIGT

Stam PLC is an IoT programmable logic controller designed for industrial automation and remote monitoring. The product is based on the StampS3A control module, which not only delivers powerful processing capabilities but also provides efficient wireless connectivity. In terms of control, Stam PLC offers 8 opto-isolated digital inputs and 4 relay outputs (supporting both AC and DC loads), along with a
GPIO.EXT port and 2 Grove interfaces, making the integration of various sensors and actuators both simple and reliable. Meanwhile, through the onboard PWR-CAN and PWR-485 interfaces, the device can be seamlessly integrated into industrial fieldbus networks, enabling remote data transmission and centralized control.

For human-machine interaction, the product features a 1.14-inch color display, a RESET/BOOT button, 3 user buttons, and a buzzer, which facilitate real-time parameter configuration and status monitoring, and can alert users in the event of anomalies. To withstand harsh industrial environments, Stam PLC supports a wide voltage input (DC 6–36V) and is designed for DIN rail mounting to ensure secure installation; the built-in Micro SD card slot further facilitates data storage and firmware updates.

Additionally, its environmental monitoring system integrates an LM75 temperature sensor and an INA226 voltage/current sensor for real-time feedback on device operation, while the RTC (RX8130CE) module ensures accurate time synchronization and log recording. The factory firmware automatically uploads data to M5’s EZDATA cloud platform, generating monitoring pages and offering users convenient remote cloud access and control. This product is suitable for industrial automation, remote monitoring, smart manufacturing, and other applications.

Stam PLC

Kommunikationsevner

• Main Controller: ESP32-S3FN8 (StampS3A control module)
• Wireless Communication: Wi‑Fi (2.4 GHz) and Bluetooth Low Energy (BLE)
• CAN Bus: Onboard PWR‑CAN interface for reliable industrial data communication, RS-485:
• Onboard PWR‑485 interface supporting remote control via the Modbus RTU protocol

Processor og ydeevne

• Processor Model: Xtensa LX7 dual-core (ESP32-S3FN8)
• Lagerkapacitet: 8MB Flash
• Operating Frequency: Up to 240 MHz on a dual‑core 32-bit LX7 microprocessor

Display og input

• Display: 1.14‑inch color TFT display for real‑time parameter monitoring
• Buttons: 1 RESET/BOOT button plus 3 user buttons for control and configuration. Buzzer:
• Built‑in buzzer for audio alerts and notifications
• RGB LED: Integrated RGB LED for dynamic visual feedback

GPIO-stifter og programmerbare grænseflader

• GPIO Pins: Provides multiple configurable GPIO pins (detailed mapping available in documentation)
• Udvidelsesgrænseflader:
  • 2 Grove interfaces for easy sensor and actuator connection
  • GPIO.EXT interface for additional connectivity
  • Micro SD card slot for data storage and firmware updates

Andre

• Onboard Interfaces: Type‑C connector for programming, power supply, and serial communication
• Physical Dimensions: 72.0 × 80.0 × 31.7 mm with DIN rail mount design, suitable for harsh industrial environments
• Power Input: Wide voltage input ranging from DC 6–36V
• Integrated Sensors: Includes LM75 temperature sensor, INA226 voltage/current sensor, and RTC (RX8130CE) for accurate time synchronization and log recording
• Relay Outputs: 4‑channel relay outputs supporting AC 5A @ 250V / DC 5A @ 28V Opto-Isolated Digital Inputs: 8 channels designed to support DC 5–36V inputs for safe signal acq

Modulstørrelse

HURTIG START

Before you do this step, look at the text in the final appendix: Installing Arduino.

Udskriv WiFi-oplysninger

1. Åbn Arduino IDE (se https://docs.m5stack.com/en/arduino/arduino_ide for installationsvejledningen til udviklingskortet og softwaren)
2. Select the ESP32S3 DEV Module board and the corresponding port, then upload the code.e
3. Åbn den serielle skærm for at få vist de scannede WiFi- og signalstyrkeoplysninger.

HURTIG START
Before you do this step, look at the text in the final appendix: Installing Arduin.

Udskriv BLE-oplysninger

1. Åbn Arduino IDE (se https://docs.m5stack.com/en/arduino/arduino_ide for installationsvejledningen til udviklingskortet og softwaren)
2. Vælg ESP32S3 DEV-modulkortet og den tilsvarende port, og upload derefter koden.
3. Åbn den serielle monitor for at få vist den scannede BLE og information om signalstyrke.

FCC advarsel

FCC advarsel:
Ændringer eller modifikationer, der ikke udtrykkeligt er godkendt af den part, der er ansvarlig for overholdelse, kan annullere brugerens ret til at betjene udstyret.
Denne enhed overholder del 15 af FCC-reglerne.

Driften er underlagt følgende to betingelser:

1. Denne enhed må ikke forårsage skadelig interferens, og
2. Denne enhed skal acceptere enhver modtaget interferens, inklusive interferens, der kan forårsage uønsket drift.

VIGTIG BEMÆRKNING:

Note: Dette udstyr er blevet testet og fundet i overensstemmelse med grænserne for en Klasse B digital enhed i henhold til del 15 af FCC-reglerne. Disse grænser er designet til at give rimelig beskyttelse mod skadelig interferens i en boliginstallation. Dette udstyr genererer, bruger og kan udstråle radiofrekvensenergi og kan, hvis det ikke installeres og bruges i overensstemmelse med instruktionerne, forårsage skadelig interferens i radiokommunikation. Der er dog ingen garanti for, at der ikke vil forekomme interferens i en bestemt installation.

Hvis dette udstyr forårsager skadelig interferens på radio- eller tv-modtagelse, hvilket kan fastslås ved at slukke og tænde for udstyret, opfordres brugeren til at forsøge at korrigere interferensen ved hjælp af en eller flere af følgende foranstaltninger:

• Drej eller flyt modtagerantennen.
• Øg afstanden mellem udstyret og modtageren.
• Tilslut udstyret til en stikkontakt på et andet kredsløb end det, som modtageren er tilsluttet.
• Kontakt forhandleren eller en erfaren radio/tv-tekniker for at få hjælp.

FCC-erklæring om strålingseksponering

Dette udstyr overholder FCC's grænseværdier for strålingseksponering, der er fastsat for et ukontrolleret miljø. Dette udstyr skal installeres og betjenes med en minimumsafstand på 20 cm mellem radiatoren og din krop.

Installation af Arduino

Installation af Arduino IDE(https://www.arduino.cc/en/Main/Software)

Klik for at besøge Arduino-embedsmanden webwebsted, og vælg installationspakken til dit operativsystem, der skal downloades.

Installation af Arduino Board Management

1. Bestyrelseslederen URL bruges til at indeksere udviklingstavlens oplysninger for en bestemt platform. I Arduino IDE-menuen skal du vælge File -> Præferencer
2. Kopier ESP bestyrelsens ledelse URL nedenfor til den ekstra bestyrelseschef URLs field, and save. https://espressif.github.io/arduino-esp32/package_esp32_dev_index.json
3. I sidebjælken skal du vælge Board Manager, søge efter ESP og klikke på Installer.
4. I sidebjælken skal du vælge Board Manager, søge efter M5Stack og klikke på Installer.
   Afhængigt af det anvendte produkt skal du vælge det tilsvarende udviklingskort under Værktøjer -> Board -> M5Stack -> {ESP32S3 DEV Module board}.
5. Tilslut enheden til din computer med et datakabel for at uploade programmet.

Ofte stillede spørgsmål

Hvad er den anbefalede driftsvoltage for the Stam PLC?

Den anbefalede driftsvoltage is between DC 6V to 36V with a current supply of 1A. Ensure to use a compatible DC power supply for optimal performance.

How can I expand the functionality of the Stam PLC?

You can expand the functionality by utilizing the GPIO pins and additional interfaces provided. Connect sensors and actuators to the Grove interfaces for enhanced capabilities.

Dokumenter/ressourcer

M5STACK St.amPLC IoT Programmerbar Logic Controller [pdfBrugervejledning StamPLC IoT Programmable Logic Controller, IoT Programmable Logic Controller, Programmable Logic Controller, Logic Controller

Referencer

• Brugermanual