Products
Our master devices like Master Control Unit and Retro-To-IIoT are developed to perform control logic similar to that of a PLC. However, unlike a PLC, our controllers are designed to be programmed using a web browser from any networked computer and does not require any additional licensed software. The master devices can also be programmed to perform operations like HMI and SCADA. You can simply couple up to any three I/O Modules in any desired combination so you can get just the required amount of I/O count. Currently there are three available I/O Modules to choose from as mentioned below. Analog IO modules are in the validation stage.Our Expandable Modular I/O devices enable you to instantly add I/O capabilities to the system and are the best solution for monitoring and controlling both small and large systems, and other systems which require a special I/O combination like Digital, Analog etc…
Master Control Unit
The MCU is capable of receiving data from many data acquisition and edge control devices simultaneously and it can also receive data from sensors, user inputs, and pre-programmed procedures.
Retro to IIoT
Retro to IIoT is developed for industrial automation applications to reduce the problem of laying cables for remote monitoring and control. This device can be programmed on the field using Arduino IDE via the USB-C port available and is located on the front face of the device.
Modular 4 DIO
It will add 4 digital inputs and 4 digital outputs to the master device. Modular 4 DIO is designed specially for use with our Master devices for expanding 8 additional programmable I/O points.
Modular 8-Input
It will add 8 digital inputs to the master device. Modular 8-Input is designed specially for use with our Master devices for expanding 8 additional programmable input points.
Modular 8-Output
It will add 8 digital outputs to the master device. Modular 8-output is designed specially to use with our Master devices for expanding 8 additional programmable Output points.
The MCU is capable of receiving data from many data acquisition and edge control devices simultaneously and it can also receive data from sensors, user inputs, and pre-programmed procedures. It will compute the data received and store that in its local database. Users can access that data at any point in time and use it for analysis. The device is also capable of sending commands to data acquisition and edge control devices for the purpose of monitoring and controlling the end devices.
Specifications of the device
● 4 × USB 2.0 ports
● 2 × HDMI 2.0 ports
● 1 × M.2 port for SSD (Optional)
● Quad core Cortex-A72 64-bit SoC @ 1.5GHz
● 1 x Galvanically isolated RS485 port
● 2.4 GHz, 5.0 GHz IEEE 802.11 b/g/n/ac wireless
● Gigabit IEEE standard Ethernet
● On board 4GB LPDDR4-3200 SDRAM
● On board RTC.
● Onboard 32GB eMMC flash memory on board
● 1 x USB type C port for programming
● 1 x Dip switch to select OTG mode.
● 4 x Digital 24V compatible open collector NPN output
● 4 x Digital 24V compatible input.
● Master for modular IO devices
● In-device Uninterruptible Power Supply to save on going process data.
Node-RED is an IoT tool and MCU can be used as a controller and processor. We can deploy Node-RED in MCU to collect data from sensors. Based on the sensor data and from graphical user interface (GUI) from the Node-RED dashboard, we can monitor and control the end equipment. We have used our RS485-IIoT device to collect energy data and MCU itself for sensor inputs.
Retro to IIoT is developed for industrial automation applications to reduce the problem of laying cables for remote monitoring and control. This device can be programmed on the field using Arduino IDE via the USB-C port available and is located on the front face of the device.
Specifications of the device
- 1 x USB type C port for programming
- 2 x Digital 24V compatible open collector NPN open collector output
- 4 x Digital 24V compatible input.
- 1 x Galvanically isolated RS485 port
- On board RTC.
- Master for modular add-on IO devices
- WiFi 802.11 b/g/n or ethernet.
It will add 4 digital inputs and 4 digital outputs to the master device. Modular 4 DIO is designed specially for use with our Master devices for expanding 8 additional programmable I/O points. Each channel can be independently controlled as input, counter, output, or pulsed output in any mix of inputs and outputs. The Slave ID can be programmed using the DIP switch.
Specifications of the device
- MCU and Retro-to-IIoT
- 24V DC operated
- 4 – Inputs, 24 V DC Tolerable.
- 4 – Outputs, 24 V DC/300mA capable, NPN Open Collector
- Din Rail. C-Type
It will add 8 digital outputs to the master device. Modular 8-output is designed specially to use with our Master devices for expanding 8 additional programmable Output points. Each channel can be independently controlled as output. The Slave ID can be programmed using the DIP switch.
Specifications of the device
- MCU and Retro-to-IIoT
- 24V DC operated
- 8 – Outputs, 24 V DC/300mA capable, NPN Open Collector
- Din Rail. C-Type
It will add 8 digital inputs to the master device. Modular 8-Input is designed specially for use with our Master devices for expanding 8 additional programmable input points. Each channel can be independently controlled as input, counter in any mix of inputs and outputs. The Slave ID can be programmed using the DIP switch.
Specifications of the device
- MCU and Retro-to-IIoT
- 24V DC operated
- 8 – Inputs, 24 V DC Tolerable.
- Din Rail. C-Type
All product images shown above are for illustration purposes only. Actual product may vary due to product enhancements.
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