Deploying advanced Swiss and German sensor technology combined with robust Ethernet, Power over Ethernet (PoE), and wireless communication protocols for mission-critical industrial spaces.
Established in 2007, Beijing Yingchuanglihe (YCLISensors) is a globally recognized, high-tech OEM/ODM enterprise integrating advanced environmental monitoring sensors, specialized industrial transmitters, and smart Internet of Things (IoT) cloud architectures.
Over the past 18 years, our engineering department has pioneered high-precision sensors using imported chipsets from Switzerland and Germany, guaranteeing unparalleled stability and low-drift operational life. With a 1,500+ square meter state-of-the-art facility located in Beijing, we design and assemble multi-parameter sensor arrays and telemetry devices used widely in high-speed rail lines, Fortune 500 automation workshops, corporate data centers, and global transportation hubs.
Airports are among the most operationally challenging structures in the world, requiring continuous telemetry for passenger safety, HVAC efficiency, and critical equipment uptime.
Modern airport terminals handle vast influxes of air traffic and continuous commuter crowds. The localized concentration of carbon monoxide (CO), nitrogen dioxide (NO₂), ozone (O₃), and sulfur dioxide (SO₂) from jet engine emissions, baggage handlers, and logistics vehicles poses major risks if unmonitored.
Our APEM-5930G series offers a single-chassis solution integrating electrochemical gas detection, Swiss digital temperature elements, and capacitance-based relative humidity layers. Communicating natively via TCP/IP and standard RS-485 Modbus RTU protocols, these sensors provide a real-time, high-fidelity mapping of air currents and hazardous build-ups.
Running separate power lines and signal lines across expansive terminal building halls is extremely costly and operationally inefficient. Yingchuanglihe solved this by introducing early Power over Ethernet (PoE) technology into our APEM-5930 and APEM-6100 lines.
Using a standard RJ45 cable, engineers can deliver both 48V power and low-latency digital TCP/IP communications directly to the sensor. Built-in dual-mode capabilities (Wired Ethernet primary and Wi-Fi failover backup) guarantee 100% transmission reliability in terminal zones with dense radio frequency backgrounds.
Air traffic control, passenger check-in software, customs infrastructure, and security screenings depend entirely on critical local server rooms. Sudden shifts in moisture levels or elevated atmospheric pressures can accelerate hardware deterioration or trigger thermal lockouts.
Our APEM-5930E (supporting external high-accuracy probes) and APEM-5930P sensors enable microclimate monitoring in high-density server racks. The atmospheric pressure measurement is ideal for differential cleanroom pressure profiling to prevent outside contaminants from entering sensitive areas.
Pioneering the next era of industrial sensing by integrating Edge Artificial Intelligence, high-precision telemetry, and geospatial synchronization.
Edge AI Sensory Fusion & Predictive Analytics
We are actively developing next-generation environmental gateways that pre-process data locally. By running localized artificial neural networks, our controllers can forecast humidity anomalies, trace gas plume origins, and diagnose sensor drift before failure occurs. This turns reactive maintenance into scheduled, cost-effective uptime operations.
Synergy with Beidou High-Precision Positioning
Following our successful partnership with the Beijing University of Civil Engineering and Architecture in 2024, YCLISensors is integrating Beidou high-precision centimeter-level positioning with our environmental monitoring system. This allows airport structural deformation checks (of runways, overpasses, and fuel silos) to sync continuously with weather and atmospheric pressure shifts.
Expanding battery lifespans for remote runway runway telemetry sensors up to 10 years.
Open-source Kubernetes environmental clusters for unified municipal airport-to-transit grids.
Developing sub-parts-per-billion laser absorption gas sensors for extreme hazard security areas.
Combining automated production, rigorous testing protocols, and specialized components to deliver rapid international fulfillment with absolute confidence.
Yingchuanglihe operates out of its streamlined manufacturing facility in Beijing. Operating five automated surface-mount technology (SMT) and assembly lines, we guarantee a stable output of over 50,000 environmental sensors annually. This scale of production secures deep purchasing discounts on key semiconductor arrays, microprocessors, and sensor chips.
Unlike standard regional suppliers, we utilize automated multi-point thermal calibration chambers. Every sensor we supply is tested over its full operating temperature window, ensuring that relative humidity and atmospheric pressure drift are fully mapped and compensated before shipping. Our supply chain relies on multiple backup channels, meaning your municipal contracts will never experience raw material delays or logistical bottlenecks.
Addressing localized regulations, regional certification barriers, and supply chain interoperability for international partners.
Our core transmitters and gas loggers carry complete CE certification, matching EN standards for industrial electromagnetic compatibility (EMC) and low-voltage electrical safety.
All Wi-Fi, Ethernet, and LoRa wireless models are designed to meet FCC Class A guidelines, ensuring zero interference with airport radar and flight management systems.
Standardized JSON/XML data payloads via MQTT or Modbus TCP facilitate integration with Honeywell, Siemens, or Schneider Electric SCADA and BMS platforms.
A timeline of innovation, engineering excellence, and mission-critical deployment partnerships since 2007.
We maintain strict production and quality certifications to assure the reliable operation of our industrial sensors in international airport environments.
Consistently presenting our newest technology breakthroughs at international electronic fairs and high-end industrial exhibitions.
Detailed technical responses addressing integration, accuracy standards, and sensor operation in heavy-duty airport infrastructures.
Explore our customizable options for specialized airport, industrial, and municipal infrastructure monitoring projects.
YCLH Sensor