195196 St. Petersburg,
4, Gromova Str.
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195196 St. Petersburg, 4, Gromova Str.
This email address is being protected from spambots. You need JavaScript enabled to view it.
355 $ (+VAT 20%)
Depending on the application, there are three main roles for the IRIS PLC could be used for. A high performance PLC with more than 25000 instructions per ms processing speed. A data indication and supervisory unit, capable of carrying Embedded Web SCADA and Internet telemetry server. Finally the IRIS could be an excellent OEM solution as a proven, highly efficient industrial automation platform.
The OEM customers found IRIS as a great improvement of a nonindustrial hand held developing tools and kits. The Java VM is installed on the file system image to help with easy device migration.
Up to 1920x1080 resolution displays are supported by the HDMI port. The internal 2D and 3D hardware accelerator helps to speed up SCADA/HMI graphics animation for better user's experience.
The on board USB ports support the majority of touchscreen and input pointing devices.
The system is Linux based and capable to support many standard IO USB devices such as mouse, keypad, trackballs, printers and data storage.
Regardless of the task executed the on board firmware is capable to support multiple remote CEREBRUM PLCs connections to an embedded IoT-OPCUA gateway, to develop a modern Industry 4.0 infrastructure.
The IRIS PLC can also be configured as a LAN router/firewall unit to let local equipment to access the Internet for safe data communication.
| Parameter | Value | |
|---|---|---|
| Supply voltage | 12 to 28 VDC, galvanically isolated power source | |
| CPU type | ARM-Cortex-A9 @ 1000МГц, NEON SIMD | |
| Terminal block connector type | Screw connection, 16-30 AWG | |
| OS | Linux 4.1, Buildroot | |
| Programming | FBD, C-YART, IDE YART Studio or MasterSCADA 4D InSAT | |
Memory | Programs | 1024 KB non-volatile memory (more than 500 block types, 5000 block calls) |
| RAM | 40 KB memory for user variables | |
| Flash | 4 GB eMMC | |
| FRAM | 16 KB non-volatile memory for user variables | |
| RAM Linux | 1024MB DDR3-800, 32 bit | |
| Bit RAM | 2 Kb memory for user variables | |
| Bit FRAM | 2 Kb non-volatile memory for user variables | |
| uSD memory card | Up to 32 GB for data archive | |
| Program execution cycle time | 0,03 ms min | |
| Display port | HDMI | A standard HDMI 1.4 port monitor |
| LVDS | LVDS panel connection, 1366x786 max, I2C for touch screen | |
| Audio | Input | Stereo line input + microphone input |
| Output | Line-in stereo output, headphone connection output, 16 Ohm max. | |
Communication ports | ETHERNET | RJ-45, 100 / 10Base-T auto-negotiation. YART-LINK, MODBUS TCP, IOT, YART-BUS, WEB SERVER status |
| USB Host | 2 on board, 2 USB-A external ports | |
| USB Device | Serial Port, Modbus RTU | |
| RS485 | MODBUS RTU, dedicated library protocols, custom protocols | |
| RS485I | MODBUS RTU, dedicated library protocols, galvanically isolated | |
| CAN | CANOpen using CAN Festival | |
| YART-PORT | Expansion modules bus, fast interface for expansion modules | |
| Real-Time Clock (RTC). Battery powered (accuracy at normal conditions - ± 2s/day max) | ||
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