Industrial-grade environmental sensors featuring high-precision calibration, Swiss sensor architecture, and multi-protocol flexibility.
Industrial environmental data logger for ozone, indoor air quality, temperature, and relative humidity with integrated storage.
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Advanced Ethernet-enabled monitoring transmitter powered via PoE, tracking relative humidity, dew point, and ambient thermal states.
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Sub-GHz wireless telemetry system optimized for deep-building penetration, extremely long battery life, and high resistance to interference.
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Multi-parameter engineering tool integrating atmospheric pressure, dew point, relative humidity, and temperature on an active RJ45 interface.
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Dual-mode architecture combining wired network redundancy with 2.4GHz WiFi wireless operation for fluid retrofits.
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Specialized gas electrochemical sensor designed for harsh industrial air flows, providing continuous safety telemetry.
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Advanced commercial building ventilation monitoring node with onboard storage, detecting dangerous CO accumulations.
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High-precision chemical organic pollutant monitor, engineered to comply with WELL Building standards for clean air monitoring.
View Technical DetailsThe modernization of building automation and industrial process management demands highly sophisticated environmental telemetry. Modern HVAC (Heating, Ventilation, and Air Conditioning) systems are no longer merely local air temp controllers; they function as complex, integrated micro-climate management ecosystems. In this shift, high-reliability OEM HVAC system monitoring sensors serve as the essential input arrays that feed building management engines with real-time, actionable environmental data.
Globally, commercial and industrial building operators face dual challenges: optimizing energy consumption in response to rigorous ESG (Environmental, Social, and Governance) mandates, and ensuring healthy, highly compliant indoor air environments. According to ASHRAE Standards 55 and 62.1, keeping the balance between outdoor air exchange rates and structural energy retention requires continuous, real-time sensing of volatile compounds, relative humidity, pressure differentials, and dew point variables. Standard analog sensors fail to address this complexity because they lack internal calibration and suffer from signal decay over long cable runs.
As a leading supplier and specialized manufacturer of micro-climate telemetry, Yingchuanglihe engineers industrial-grade monitoring platforms designed to integrate directly with modern BMS (Building Management Systems) via IP networks. Our sensors use advanced, digital-output Swiss and German thermal sensing nodes that perform raw mathematical translations of physical variables directly on the chip, preventing line loss and delivering clear, interference-free signals across extensive facility footprints.
A technical dive into the sensing engines, physical layers, and multi-network protocols powering our OEM sensor systems.
We source high-end physical measurement chipsets from Switzerland (Sensirion) and Germany. Every node is factory calibrated to offer minimal relative drift and maximum long-term stability.
By using standard IEEE 802.3af PoE technology, our APEM-5930 series consolidates data transmission and electrical power into a single RJ45 drop, lowering infrastructure costs.
Our gateways support Modbus RTU (over RS485), Modbus TCP/IP, SNMP (v1/v2c), MQTT, LoRaWAN, and standard API JSON pulls. Integrate seamlessly into legacy and cloud management environments.
Deploying OEM telemetry setups to secure critical infrastructure, maximize uptime, and optimize air quality.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. — Your Trusted Partner in Sensor Design, Calibration, and R&D Since 2007.
Established in 2007, Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a high-tech manufacturing enterprise located in Beijing, China. Operating from a modern 1,500 square meter production facility and employing a team of over 100 dedicated technical professionals, we specialize in high-precision, multi-parameter environmental telemetry.
Over the past 18 years, Yingchuanglihe has developed robust environmental monitoring systems, including our flagship Ethernet, Wi-Fi, and LoRa multi-parameter sensor arrays. Our solutions serve critical infrastructure globally, including intelligent data centers, smart agricultural operations, high-speed rail lines, and modern automated cleanrooms.
A history of continuous innovation, technical breakthroughs, and collaborative engineering partnerships.
Our strategic vision for the next generation of environmental telemetry and building automation sensors.
Moving beyond simple data collection, our upcoming sensor lines will perform on-device, localized predictive diagnostics. This helps optimize cooling cycles and predict compressor and air handler performance directly on the localized sensor edge.
Integrating Beidou's micro-deformation positioning with micro-climate telemetry helps identify structural shifts and physical wear in critical infrastructure pipelines caused by sudden thermal changes.
Our next-generation designs integrate ultra-low-power LoRaWAN and secure Wi-Fi 6 meshes. This allows legacy building retrofits to deploy with minimal wiring while maintaining continuous, high-frequency updates.
Answers to common questions regarding our OEM integration, calibration protocols, and system deployments.
Explore our full line of environmental sensors and find the right fit for your facility monitoring needs.
Industrial environmental data logger for ozone, indoor air quality, temperature, and relative humidity with integrated storage.
View Technical Details
Advanced Ethernet-enabled monitoring transmitter powered via PoE, tracking relative humidity, dew point, and ambient thermal states.
View Technical Details
Sub-GHz wireless telemetry system optimized for deep-building penetration, extremely long battery life, and high resistance to interference.
View Technical Details
Multi-parameter engineering tool integrating atmospheric pressure, dew point, relative humidity, and temperature on an active RJ45 interface.
View Technical Details
Dual-mode architecture combining wired network redundancy with 2.4GHz WiFi wireless operation for fluid retrofits.
View Technical Details
Specialized gas electrochemical sensor designed for harsh industrial air flows, providing continuous safety telemetry.
View Technical Details
Advanced commercial building ventilation monitoring node with onboard storage, detecting dangerous CO accumulations.
View Technical Details
High-precision chemical organic pollutant monitor, engineered to comply with WELL Building standards for clean air monitoring.
View Technical Details