Industrial Equipment · Custom IoT HMI

Run HVAC operations from a single 7-inch screen

Connects directly to the equipment controller (MICOM) over RS-232 to show temperature, humidity, and compressor status in real time, with one-touch operation control.

  • RS-232
  • MICOM integration
  • Temperature & humidity
  • MQTT
  • 7″ touch
HVAC Control HMI representative screen
// 01 — OVERVIEW
Overview

How this HMI works

Current temperature and humidity are shown in large figures, while compressor high/low pressure, current, and operating mode (ventilation/cooling/heating/humidification/dehumidification) are organized into a dashboard. Start/stop, setpoint changes, and alarm resets are performed directly on the screen.

// 02 — KEY FEATURES
Key Features

Key Features

Intuitive dashboard

Displays current/setpoint temperature and humidity in large figures along with the operating mode in real time.

Compressor monitoring

Shows high/low pressure for compressors 1 and 2, plus main and compressor current.

Touch control

Supports start/stop, temperature/humidity setpoints, differential adjustment, and alarm reset.

Trend graphs

Tracks changes in temperature, humidity, and pressure with trend graphs.

Alarm history

Automatically logs alarm activation and clearance, such as compressor high pressure.

Direct integration

Communicates directly with the MICOM controller over RS-232.

// 03 — SCREENS
Real screens

Browse the screens

Actual screens designed and built in-house by EdgenomiX.

HVAC Control HMI — HVAC main screen
HVAC main
HVAC Control HMI — operating status screen
Operating status
HVAC Control HMI — trend graph screen
Trend graphs
HVAC Control HMI — alarm screen
Alarm
HVAC Control HMI — settings screen
Settings
HVAC Control HMI — system screen
System

* These are actual built screens; the configuration may vary depending on the deployment environment.

// 04 — MONITORING & CONTROL
Monitoring & Control

Items monitored and controlled on screen

Current/setpoint temperature and humidity
Operating mode (ventilation · cooling · heating · humidification · dehumidification)
Compressor 1 & 2 high/low pressure
Main and compressor current
Alarm status
// 05 — CONNECTIVITY
Integration & Communication

How it connects to equipment

  • RS-232 (direct integration with MICOM controller)
  • Modbus (expansion)
  • MQTT
  • Wi-Fi · Ethernet

All EGNOX Custom IoT HMIs support Wi-Fi/Ethernet networking, OTA over-the-air firmware updates (signature verification and rollback), remote screen viewing via web browser, and multilingual (Korean/English) operation as standard. The communication register map is mapped during the screen design phase to match the equipment model.

// 06 — APPLICATIONS
Applications

Where it applies

  • HVAC units · precision air conditioning
  • Data center & server room cooling
  • Environmental test equipment
  • Industrial air-conditioning equipment
// 07 — PLATFORM
Common Platform

Common HMI hardware platform

Display7″ IPS 1024×600 · capacitive multi-touch
ProcessorESP32-P4 dual-core RISC-V + ESP32-C6 wireless
Memory32MB PSRAM · 16MB Flash
SerialRS-485 · RS-232
NetworkWi-Fi (2.4GHz) · Ethernet (100M)
RemoteOTA firmware updates (signature verification and rollback) · web-based remote screen viewing
OperationMultilingual (Korean/English) · NTP clock · persistent settings storage
UILVGL-based graphics · IEC 60073 color standard

* The specifications above are based on the common EGNOX Custom IoT HMI platform; screen size, communication, and form factor are selected and agreed upon according to project requirements.

Next step

Industrial equipment HMI, built to fit your equipment

Tell us your equipment type, communication method, and the screens and features you want, and we will first review feasibility along with approximate cost and schedule.

Request a consultation