IoT is a Terminology familiar to everyone.

However, its application in Manufacturing practice is an issue that needs to be properly considered, in order to participate effectively in the PRODUCT CREATION processes….

To solve the problem of PRACTICAL APPLICATION IN PRODUCTION. HVDNA has built a Smart_IoT system based on an open source Platform that allows embedding HVDNA’s devices into production practice through commercially available sensors of famous brands such as SMC, OMRON, KEYENC …helps reduce production costs, Bring high practical efficiency.

IoT APPLICATIONS IN ENVIRONMENTAL CONTROL AND ESG PLANNING

IoT SYSTEM WITH MEASURED DEVICES

INSPECTION – CALIBRATION

CONNECTING HUMAN – MACHINE

Measurement, Monitoring, Real-time operation
ISO-9001 Compliant

ESG – Environmental, Social and Governance.

is not just a trend but a smart business strategy.

Sustainable growth: ESG helps businesses attract socially responsible customers and investors, expand markets and build brands. Creating sustainable products and services not only meets the needs of modern consumers but also helps businesses reduce risks and costs related to climate change and social issues.

Operational efficiency: Implementing energy-saving measures, effective waste management, and supply chain optimization can help businesses reduce operating costs, increase labor productivity, and improve resource efficiency. At the same time, investing in green technologies and sustainable projects can create new revenue streams and increase competitiveness.

Risk Management: ESG helps businesses mitigate legal, financial and reputational risks by ensuring compliance with environmental, labor and safety regulations. Building a corporate culture that is transparent, accountable and respectful of core values will help businesses avoid the negative consequences caused by scandals or crises.

Increased competitiveness: ESG-compliant businesses are often more attractive to talent, especially the younger generation who are socially conscious. A healthy, equitable and growth-enabling work environment will help businesses attract and retain talent, thereby improving competitiveness and innovation.

ENVIRONMENTAL MONITORING EQUIPMENT

1- AIR ENVIRONMENT MEASUREMENT MONITORING

SUITABLE FOR CLOSED SPACES SUCH AS STORAGE CABINETS, REFRIGERATORS, etc.

SIMPLE – INSTALLATION, VISUAL MONITORING

Contact for consultation, Order

Temperature – Humidity Measuring Device SHT30

Humidity and Temperature Sensor
Fully calibrated, linearized, and temperature compensated digital output
Temperature range: -40 ~ 120 ℃, Accuracy: 0 ~ 60 ℃/±0.2℃
Humidity range: 10 ~ 90 %RH, Accuracy: ±2%
Battery power saving 1 year.
Plug and play , Safer operation .
HVDNA IoT Ecosystem.

SUITABLE FOR OPEN SPACES SUCH AS FACTORIES INSIDE, OUTSIDE, WAREHOUSES….

SIMPLE – INSTALLATION, VISUAL MONITORING

MEASUREMENT OF AIR ENVIRONMENT

Monitoring, Monitoring gas concentrations in the environment

Fully calibrated, linearized, and temperature compensated digital output
Monitoring and measuring toxic and flammable gases
Automatic get data alam and save.
Plug and play , Safer operation .
HV IoT Ecosystem.

LIST OF AIR SENSOR TYPES.

2- MEASUREMENT MONITORING OF WATER ENVIRONMENTS

LIQUID SENSORS

Sample measurement, Cycle testing, Realtime Monitoring.

Analysis of water components…

Automatic get data and save.
Plug and play , Safer operation .
HVDNA IoT Ecosystem.

CONTACT US FOR CONSULTATION AND ORDER.

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LIST OF WATER ENVIRONMENT SENSORS.

1- pH Sensor

2- Electrical Conductivity Sensor

3- Dissolved Oxygen / DO Sensor

4- Industrial ORP Sensor (Oxidation-Reduction Potential) oxy hóa và khử

5- TDS Sensor (Total Dissolved Solids) Chất rắn hòa tan trong nước

6- Submersible Pressure Level Sensor

7- Tipping Bucket Rainfall Sensor

8- Water Flow Sensor

9- Intelligent Rain Detection Sensor

10- Steam Sensor

IoT APPLICATION IN EQUIPMENT OPERATION CONTROL - FACTORY

MANAGEMENT, OPERATION, MEASUREMENT OF REAL-TIME EQUIPMENT PARAMETERS

IMPROVING SAFE OPERATION AND PRODUCT QUALITY ASSURANCE

APPLICATION TO AUTOMATIC ELECTRONIC CLEAN ROOM MANAGEMENT

ISO-9001 COMPLIANCE AND TRACEABILITY

EQUIPMENT PERFORMANCE MONITORING (HUMAN – MACHINE)

1- IoT SYSTEM 4-20mA STANDARD SENSOR

Use and connect with any 4 ~ 20 mA standard Sensor
LoRA – MQTT communication

CHIP TYPE STM32G030F6® 32-bit Cortex®-M0+ CPU

For All type 4-20mA Sensor

Supports 2 or 4-wire sensors, by jumper cap switching.
Built-in galvanic isolation chip.
Support Arduino and other programming platforms.
Plug and play , Safer operation .
HVDNA IoT Ecosystem.

2- IoT SYSTEM RS-485 STANDARD SENSOR

Use and connect with any RS-485 standard Sensor
LoRA – MQTT communication

CHIP TYPE CA-IS3082W isolation chip

For All type RS-485 Sensor

Isolated DC-DC
Signal transmission rate: up to 500 Kbps
Fail safe receiver (bus open, short circuit)
Supports up to 256 bus nodes
Up to 1000 VRMs isolation and withstand voltage
Development platform: Arduino, (Blockly, Python)
Plug and play , Safer operation .
HVDNA IoT Ecosystem.

3- IoT SYSTEM ANALOG / DIGITAL STANDARD SENSOR

Use and connect with any ANALOG/DIGITAL standard Sensor
LoRA – MQTT communication

Specifications:

+ Input signal:

– RDT : PT100, PT500, PT1000, Cu50, Cu100, Ni100, Ni500, Ni1000

– TC : J, K , N, S, R, T, B, E.

– Ω: 10 to 400 Ω , 10 to 2000 Ω.

– mV : -10 to 75mV, -100 to 500mV…

+ Probe operating temperature range: depends on the type of thermocouple.

+ Response time: 1 second

NET ZERO GREEN CONTROL JOURNEY IN PRODUCTION AND BUSINESS ACTIVITIES.

In the context of increasingly serious climate change, greenhouse gas inventory (GHG Inventory) plays an important role in monitoring, evaluating and controlling greenhouse gas emissions from socio-economic activities. The greenhouse gas inventory process provides basic and essential information to help countries, organizations and businesses develop strategies to reduce greenhouse gases to appropriate levels, contributing to mitigating the impacts of climate change.

Greenhouse gas inventory (GHG Inventory) is the process of collecting, calculating and reporting the amount of greenhouse gases (GHG) emitted during production and business activities and converting them to a common quantity, the CO2 greenhouse gas emission coefficient.

GHG monitoring plays an important role in:

Understanding GHG emissions: Providing accurate information on the amount of GHG emitted from the activities of the inventory subject.

Identifying GHG emission hotspots: Identifying major emission sources and areas where GHG reduction should be focused.

Assessing the effectiveness of mitigation measures: Monitoring changes in GHG emissions and the effectiveness of applied solutions.

Supporting the planning and implementation of mitigation strategies: Providing a scientific basis for the development of emission reduction targets and appropriate solutions.

And most importantly for businesses:

Complying with environmental regulations: Many countries and international organizations have issued regulations on reporting GHG emissions.

Strengthening social responsibility: Demonstrating the commitment of businesses to minimizing environmental impacts and promoting sustainable development.

Improve image and reputation: Streamline and make environmental protection activities transparent, Contribute to enhancing reputation and attracting investment from partners and customers.

Improve adaptability and resilience: Prepare for the impacts of climate change and improve response capacity to natural disasters.

MEASUREMENT OF ELECTRICITY, WATER, GAS CONSUMPTION

Specification.

Upstream Methods: 4G LTE (Support Global Frequency Bands)
Upstream Protocol: MODBUS-TCP, MQTT
Downstream Methods: RS485 Interface
Downstream Protocol: MODBUS-RTU
Support: Up to 20~25 Acrel Devices with RS485 (MODBUS-RTU)
Power Supply: 24Vdc (default); 85~265Vac/Vdc (via AWT100-POW Module)
Standard&Certificate: CE-RED; IEC; LVD; EMC
Plug and play , Safer operation .
HVDNA IoT Ecosystem.

Click me! for Contact.

IoT System communication data conversion includes 2G, 4G, NB, LoRa, LoRaWAN, GPS, WiFi, CE, DP and other communication methods. The downlink interface provides a standard RS485 data interface. It can be easily connected to power meters, RTUs, PLCs, industrial computers and other equipment, and only needs to complete the initial configuration at a time to complete the data collection of the MODBUS equipment; at the same time, the AWT100 series of wireless communication terminals use powerful micro-processing chips to cooperate Built-in watchdog technology, reliable and stable performance.