Overall Features:

• Suitable for distributed control application
• Control, HMI integrated into one system
• Combination of SBC and PIC as well as individual PIC available
• Up to 8 PIC can be stacked on SBC
• Manual override in case of emergency can be done through HMI directly
• Real Time Clock (RTC) functionality
• DIN rail mounting for all the SBC as well as PIC
• Optional explosive environments compatibility
• Retains configuration during power loss
• Modbus serial or Modbus TCP functionality
• Over 200 other protocols available as an option
• The software code can be customized later if hardware change required

SBC Features:

• Low Cost, Small Size
• Operating voltage 5V/3A
• Low Power Consumption
• Operating voltage 0°C to 70°C
• GPIO Pins: it has a set of GPIO (General Purpose Input/Output) pins that allow it to interact with other devices and sensors.
• High Performance: 4 ARM Cortex-A53 @ 1.512GHz
• Up to 2GB DDR3 SDRAM
• 4 USB 2.0 Type A
• 100 Mb Fast Ethernet
• 5mm TRRS AV Jack
• HDMI 2.0
• MicroUSB Power In
• MicroSD Card Slot
• eMMC Interface
• IR Receiver
• U-Boot Button
• 40 Pin Low Speed Header (PWM, I2C, SPI, GPIO)
• Audio Headers (I2S, ADC, SPDIF)
• UART Header
• Camera and Display Support
• Very High Extensibility

Software Features: Node-RED is the editor used  for visual programming tool designed for IoT (Internet of Things) and automation tasks. It provides a web-based flow editor that allows you to create workflows by wiring together various nodes. Each node represents a specific function or task, such as reading sensor data, processing data, sending emails, or interacting with other devices or services. The salient features of the Node-RED are:

• Flow-Based Programming
• Several Built-in Nodes
• Built-in Dashboard
• Debugging availability
• Easy Deployment
• Scalability, Extensibility
• Custom scripting and user nodes development

PIC cards features:

• Pluggable Connectors 26-16 AWG wires
• Eight Level Stackable
• Reverse power supply protection
• Operating voltage 5V

Available PIC card

• Digital Input (DI) card
  1. Sixteen LV Digital Inputs
  2. All inputs opto-isolated reading 3V-24V AC/DC
  3. Reverse polarity protection
  4. RS485
• Digital Output (DO) card
  1. Sixteen Relays 2A/24V
  2. All Relays with Status LEDs and NO contacts
  3. Software self-test
  4. Pluggable Connectors
  5. RS-485 port
• Mix Card (combination of DI, DO, AI, AO)
  1. Four Optically Isolated Digital Inputs with status LEDs
  2. Four 0-10V or ±10V Analog Inputs, 1KHz sample rate
  3. Four Optically Isolated 4-20mA Inputs, 1KHz sample rate
  4. Four Optically Isolated Open Drain Outputs, 24V/4A peak
  5. Four 0-10V Analog Outputs; Four 4-20mA Analog Outputs with load interruption detection.
• Thermocouple card
  1. Supports 8 T/C channels each type J, K, T, N, E, B, R and S
  2. 24 bit delta-sigma A/D converters
  3. Factory accuracy: 1%
  4. Maximum accuracy (through calibration): 0.1%
  5. Maximum acquisition speed 40 cps
  6. RS485/MODBUS transceiver with two connector ports
  7. Programmable threshold LEDs on all inputs
  8. Pluggable Connectors 26-16 AWG wires
  9. On-board hardware watchdog
  10. Reverse polarity power supply protection
  11. General Purpose Pushbutton
  12. On-board resettable fuse
• RTD card

1. Supports 8 RTD Channels

1. Factory accuracy: 0.1%
2. Maximum accuracy (through calibration): 0.01%
3. Maximum acquisition speed 40 cps
4. Eight layer stackable to 64 RTD channels
5. RS485/MODBUS transceiver
6. Programmable threshold LEDs on all inputs
7. Pluggable Connectors 26-16 AWG wires
8. On-board hardware watchdog
9. Reverse polarity power supply protection
10. General Purpose Pushbutton
11. On-board resettable fuse