Visualize, Create, Monitor, Control and Optimize as per Your Requirements

Human Machine Interface (HMI)

It is referred to as the Operator Interface Terminal (OIT) or Man Machine Interface (MMI) or Graphical User Interface (GUI) or Member Interface (MI), is the Interface between Machine (controller) and Human (operator).

HMI Controllers are used by

Operators

Managers

Supervisors

In Industrial settings, HMIs can be used to

Visual Display data

Track Production time, trends and tags

Oversee KPIs

Monitor machine inputs and outputs

Dignose and Debug

Industries using HMI Include

Fresh water maker

Food and Beverages

Chemical Manufacturing

Oil and Gas

Liquid Processing

Cloud Based HMI Controllers

Device based configurations from Server.
Live monitoring of all units and it's status on the IoT platform's dashboard.
Over-the-air (OTA) screen and funtional updates.
Installations and remote diagnosis via BLE from Mobile devices.

HMI IoT

Web based UI Tool + Display + Processor + 4G LTE Gateway

Web based UI tool or browser based UI utility
7 inch touchscreen display 800 x 480 resolution
Processor Cortex-A53 64-bit for IoT and HMI applications
Embedded Linux OS based event driven IoT model
Multiple options to connect with PLCs and Automation Controllers
Wireless 4G LTE fall back 2G, BLE communication
Tracking via GPS and triangulation
Role based access and authentication
IoT platform for device management, health monitoring
OTA for screen and firmware update & parameters config
OS and Firmware version management
Issue and ticket management for change request (CR)

Embedded UI Tool + Display + Processor + 4G LTE Gateway

Embbeded UI tool or local UI utility, can run on any computer
4.3 inch touchscreen display 480 x 272 resolution
Processor Cortex-A7 32-bit for IoT and HMI applications
Embedded RTOS based event driven IoT model
Multiple options to connect with PLCs and Automation Controllers
Wireless 4G LTE fall back 2G, BLE communication
Tracking via GPS and triangulation
Role based access and authentication
IoT platform for device management, health monitoring
OTA for screen and firmware update & parameters config
OS and Firmware version management
Issue and ticket management for change request (CR)

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Automation Controller

Programmable Automation Controller (PAC) + Expansion IO

Micro-controller ARM M7 600MHz
1MB internal RAM, 4MB flash and external SD card storage
Connection with HMI and Communication boards
USB, isolated CAN, isolated 485 and ethernet
Onboard IOs: 16 digital in, 16 digital out, 16 analog in, 2 analog out and 2 encoder
External IO Board: 16 Digital I/O, 16 Analog Input and 4 Analog Output communicate with IAC with RS 232, RS485 and CAN protocol.
External Communication: Wired - RS-232, CAN, Ethernet, RS485, USB and Wireless - MQTT/ HTTP, GSM, BT.
Isolated power supply
RTC with on board battery, Buzzer and LEDs for indication

IoT enabled Automation Controller (IAC) with Independant HMI

Experience The Unlimited Power of IoT with Inditronics

01.

Unlimited read-write clients

02.

Unlimited Tags

03.

Modern UI/ UX

04.

IO Communication drivers

(wired and wireless)

05.

Cloud and Mobile App Integration

Full Control Panel Manufacturer

HMI Display - inditronics and other manufacturer
IoT enabled Automation Controller (IAC), Programmable Automation Controller (PAC) and Programmable Logic Controller (PLC)
Power Supply (multi in & out and fixed)
Drivers and Control Circuits
- Dual Low Side Driver - Rectifier
- Four channel Power Switch
- Operational Amplifier
I/O Cards
- Analog input and analog output
- Digital input and digital output
Internal Panel
- Switches, Contact breakers, MCB, Relays, Terminal strip
Cabinet
- Enclosure, Glands, Wires

Learn More

AI Powered
IoT enabled Automation Controller

Automated Statistical Process Control (SPC) using Machine Learning

Custom

Custom rule creation, dynamic and continuous data acquisition

Faster

Faster response for corrective measures against limit breaches

Automated

Tracking & Alert when parameters out of control limites

Case Study: HMI IoT Automation Controller for Reverse Osmosis (RO) Water Maker

01. Opportunuity Improvement Areas

TURNAROUND TIME

Extended time for change, resulting in downtime.
Monopoly Interface Software limits system control.
There are no Monopoly Interface Software options for hardware.
Vendor dependency due to proprietary systems.

UNIT COST

PLC design is complex.
Unwanted peripherals in the PLC.
Complex brand change.
Not ideal for IoT.

FLEXIBILITY

Reasons determined by the manufacturer.
Obsolete hardware and parts.
No wireless or SPC upgrades.
Not ideal for IoT.

02. Hardware Architecture

Approach is to design a system which will be easy to develop, maintain and use in the field and also to be feature rich and scalable for further enhancements.

The IoT enabled Controller combine an operator (OT) interface (7” or 10”), logic controller, IoT communication capabilities, and local communication in a single unit.
The simplicity of programming the HMI maintained via HMI designer studio.
The PLC programming replaced by embedded C programming to write the control logic of the system.

IoT and remote (M2M) communication protocols, functions implemented via a separate communications co-processor.
The co-processor independently implement functions like data transfer, cloud communication and OTA etc.
Local communication protocols implemented via the peripherals internal and external to the microcontroller.