Industry Application—>>

Sensors serve as the primary sensing interface for intelligent manufacturing, automated production lines, equipment operation and maintenance, and safety management. They capture physical parameters such as pressure, temperature, liquid level, wind speed and direction, displacement, flow rate, water quality, and gas composition and convert them into electrical signals. These signals are then transmitted to PLCs, DCSs, industrial gateways, or SCADA systems to facilitate monitoring, closed-loop control, fault early warning, and safety interlocking. Key sensor types include: pressure/differential pressure sensors and transmitters; temperature sensors; liquid level sensors; wind speed and direction sensors; displacement sensors; flow sensors; water quality sensors; and gas sensors.

Data Center

Sensors serve as the foundational sensing layer for infrastructure monitoring, thermal management, power distribution safety, and security/fire protection in data centers. By feeding collected data into DCIM (Data Center Infrastructure Management) or BMS (Building Management System) platforms, these sensors help eliminate hotspots, mitigate risks such as water leaks or fires, and lower PUE (Power Usage Effectiveness) all of which are essential for ensuring the continuous, stable operation of servers. This need is particularly pronounced in air-cooled facilities as well as high-density AI data centers utilizing liquid cooling. Key sensor types include pressure sensors, temperature sensors, liquid level sensors, flow sensors/meters, water conductivity sensors, turbidity sensors, and pH sensors.

Industrial Intelligent Manufacturing Automation

Sensors serve as the sensory terminals for industrial automation acting, in effect, as the "sense organs" of an automated system. They capture physical parameters from the field, convert them into electrical signals, and transmit this data to controllers such as PLCs, industrial computers, or DCS. This enables functions like monitoring, closed-loop control, safety interlocking, and data transmission, forming the essential foundation for smart manufacturing, production line automation, and process industries. Key sensor types include: pressure/differential pressure sensors and transmitters; temperature sensors; liquid level sensors/transmitters; wind speed and direction sensors; displacement sensors; flow sensors/meters; water quality sensors; gas sensors; and force/load sensors.

HVAC

Sensors serve as the sensing front-end for HVAC automation and Building Management Systems (BMS). Their core function is to collect data on environmental conditions, fluid properties, and equipment parameters, which is then relayed to controllers for closed-loop regulation, air quality management, equipment protection, and energy optimization. These systems collectively address four key objectives: occupant comfort, energy efficiency, safety, and operational maintenance. Common sensor types include pressure/differential pressure sensors (covering differential pressure, static pressure, and refrigerant pressure), temperature and humidity sensors, air quality sensors, airflow/air velocity sensors, as well as water flow and liquid level sensors.

Construction Machinery

Operating conditions for construction machinery are characterized by intense vibration, high levels of dust, significant temperature fluctuations, exposure to moisture and rain, and impact loads. Consequently, sensors used in these environments generally require high ingress protection (IP67/IP68), impact resistance, and immunity to electromagnetic interference. Common signal interfaces include 4-20mA, CAN bus, and RS485, ensuring compatibility with onboard electronic control units (ECUs), PLCs, and remote monitoring platforms. These applications are categorized into six primary domains: power systems, hydraulic systems, orientation and operational control, safety protection, environmental sensing, and condition monitoring with predictive maintenance. Key sensor types employed include pressure, temperature, liquid level, wind speed and direction, displacement, flow, and force sensors.

Explosion-proof Working Condition

Energy & Electric Power

Petrochemical Industry

The petrochemical industry involves operating conditions characterized by high temperatures, high pressures, flammable and explosive substances, and toxic media. Sensors serve as the fundamental core for process control, safety early warning, custody transfer (trade metering), equipment operation and maintenance, and environmental emissions monitoring. Most of these applications require equipment that is explosion-proof, corrosion-resistant, capable of withstanding extreme temperatures, and resistant to vibration. These requirements span the entire industry chain from upstream oil and gas extraction and gathering/transportation pipelines to refining, chemical processing, storage (tanks and warehouses), and the treatment of waste gases and wastewater. Key sensor types used in this sector include explosion-proof pressure sensors, explosion-proof temperature sensors, oil level sensors, and explosion-proof flow sensors/flowmeters.

loT Application—>>

Sensors are the core of the perception layer in the Internet of Things (IoT) acting, in effect, as the "senses" of the IoT. They are responsible for capturing physical or environmental signals such as pressure, temperature, liquid levels, ambient conditions, water quality, or gas concentrations and converting them into electrical signals. These signals are then transmitted via gateways and networks to a platform for analysis, decision-making, and control. Key application scenarios include smart industry, smart cities, and smart agriculture.

Smart Environment

The core of smart environmental monitoring relies on various sensors to collect physical, chemical, and biological environmental parameters in real time. By integrating data transmission, edge computing, and cloud platforms, the system enables automated sensing, data uploading, threshold-exceedance alerts, and source-tracing analysis. It covers a wide range of applications, including the monitoring of air, water quality, soil, noise, meteorological conditions, and the overall environment within industrial parks or cities. Key sensor types employed include those for wind speed and direction, temperature and humidity, atmospheric pressure, noise levels, light intensity, and rainfall.

Smart Water

Sensors serve as the core of the perception layer in smart water management. They cover the entire water infrastructure—including water sources, treatment plants, water supply networks, secondary water supply systems, drainage networks, wastewater treatment facilities, rivers, lakes, reservoirs, and pumping station equipment by collecting data such as water level, flow rate, pressure, water quality, acoustic signals, and vibration. This data is transmitted to a central platform via NB-IoT, 4G, or LoRa, enabling online monitoring, early warning, automated control, leakage management, flood prevention and mitigation, and process optimization. Key sensor types include: liquid/water level sensors (radar, ultrasonic, and submersible hydrostatic pressure transmitters); flow meters (electromagnetic, Doppler ultrasonic, and radar-based); and water quality sensors (measuring pH, dissolved oxygen, turbidity, conductivity, ammonia nitrogen, COD, total phosphorus, and total nitrogen).

Smart Agriculture and Animal Husbandry

Smart Water Supply and Drainage

Smart Manhole Cover

Smart Community

Smart Utility Tunnel