RASPBERRY PLC 57AAR (8GB)
RASPBERRY PLC 57AAR (8GB)
PLC Raspberry Pi - Highlights
The PLC Raspberry Pi most important features. From improve speed process, use a wide range of connections and secure your data and your operating system.
UPS - UNINTERRUPTED POWER SUPPLY
Secure your operating system, your current processes and your data with the uninterrupted power supply that guarantees a clean shutdown in case of a power failure.
HIGH PROCESSING SPEED
The Raspberry Pi allow to process at high speed compared to most common PLCs.
MULTI-PROCESS
Work with applications in real time and allowing multi-process.
LINUX or Raspberry Pi OS (previously called Raspbian)
All the power, flexibility and features of the Linux Operating System. Use Linux or Raspberry Pi OS (previously called Raspbian), the Debian based solution from Raspberry Pi.
MULTIPLE CONNECTIVITY, MULTIPLE OPTIONS
Thanks to the dual Ethernet ports, the dual RS-485, WiFI, Bluetooth, CAN bus and other options, you can connect to a large number of devices and to use multiple protocols and communication ports.
RTC - REAL TIME CLOCK
A great number of applications require working with RTC. The PLC Raspberry Pi allows you the use of this feature with the internal clock that guarantees the current time and date to keep track of the right time.
Raspberry Pi PLC details
Industrial Automation with the high speed and power of the Raspberry Pi.
Modular PLC
This equipment based on the Raspberry Pi technology is designed for a professional use. This PLC has up to 36 Digital Inputs, 16 Analog Inputs, 22 Digital Outputs, 8 Analog Outputs, up to 23 Relay and 6 Interrupt.
Communication
It also contains several communication ports which provide great flexibility and control. The Raspberry PLC family offers the CAN bus, double ethernet port, double RS-485, WiFi, Bluetooth.
Operating System
This PLC runs a Linux or a Raspberry Pi OS (previously called Raspbian), a Debian based operating system with all the flexibility and power that the Linux operating system offers.
Inputs ▼
| Total Inputs | 32 |
| Total Digital Optoisolated Inputs (5-24Vdc) | 16 |
| Digital Optoisolated Inputs (5-24Vdc) | 10 |
| Digital Optoisolated Inputs (5-24Vdc) | can work like interrupt Inputs INT (5-24Vdc) | 6 |
| 10 bit Analog Inputs (0-10V) | Digital (5-24Vdc) Inputs configurable by software | 16 |
Outputs ▼
| Total Outputs | 25 |
| Digital Optoisolated Outputs (5-24Vdc) | 10 |
| Digital Optoisolated and PWM (5-24Vdc) | 8 bit Analog (0-10V) Outputs configurable by switch | 8 |
| Relay Outputs (220Vac - 5A) | 7 |
Communications ▼
| Ethernet communication | 2 |
| Wi-Fi & BLE (Bluetooth Low Energy) | YES |
| GPRS/GSM | OPTIONAL |
| USB port (type B) communication (for uploading or debugging only) | 4 (x2: 2.0 and x2: 3.0) |
| Micro USB port (type C) (only to power the Raspberry) | 1 |
| I2C communication (interface with other Industrial Shields, sensors, I/Os modules) | 1 (3.3V) |
| Serial TTL (UART) communication | 1 (3.3V) |
| RS-232 communication | 0 |
| Half/Full Duplex RS-485 communication | 2 (with the possibility to simulate 1 Full-Duplex port) |
| SPI external port communication (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 |
| miniHDMI | 2 |
| AUX | 1 |
The Open Source Board CPU ▼
| Based on | Raspberry Pi 4 |
| CPU | Broadcom BCM2711, Quad core Cortex-A72 (ARM v8) 64-bit SoC @ 1.5GHz |
| SDRAM (GB) | 2GB, 4GB or 8GB LPDDR4-3200 SDRAM (depending on model) |
| Audio-Video | H.265 (4kp60 decode), H264 (1080p60 decode, 1080p30 encode) |
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 | Directives 2011/65/EU and 2015/863/EU | Restriction of Hazardous Substances (EEE) |
Other information ▼
| PLC measures | from 101x119.5x84.60(mm) to 101x119.5x158.40(mm) |
| Weight | from 373g. to 710,50g. |
| DIN Rail mounting | |
| Max. consum. | 30W (max.) |
| Power Supply Voltage (Vdc) Range | 12-24 |
| Power Consumption (VAC max.) | 30 |
| Operating Temperture ºC | 0°C-50°C (with Raspberry OS Lite) and 0°C-40°C (with Raspberry OS Desktop) |
| Operating Temperature ºF | 32°F-122°F (with Raspberry OS Lite) and 32°F-104°F (with Raspberry OS Desktop) |
| Operating Relative Humidity % (no condensation) | 10%-90% |
| Package Size | from 13cmx14cmx10cm to 13cmx14cmx17cm |
| 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 | |
| Does Part Contain Lithium? | YES |
Other Technical Specifications: There is a Raspberry direct GPIO: GPIO25.
How to start ▼
The device can be accessed by 2 ways:
1. Through SSH by Ethernet or Wi-Fi
2. Using a PanelPC/Screen connected to one of the miniHDMI ports and a Keyboard/Mouse
Basics about digital inputs of a Raspberry PLC
How to access the Raspberry Pi industrial PLC through SSH
Read more
Basics about Raspberry Pi PLC analog outputs
How to access to Raspberry Pi PLC by HDMI port
For more details, you can consult the Datasheet or the UserGuide.