Explore our flagship range of Power over Ethernet (PoE), wireless LoRa, and multi-parameter air quality telemetry modules built to survive extreme outdoor and demanding industrial conditions.
Designed for smart monitoring solutions with dual-mode Ethernet/WiFi connectivity, offering robust transmission fallback capabilities.
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Features high-precision external Swiss-manufactured probes to isolate heat generated by electronic modules.
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Engineered for absolute accuracy in data centers and high-density computing clusters. Full hardware label customization available.
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Multifunctional atmospheric data logger integrating compound gas detection alongside temperature and relative humidity parameters.
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Industrial-grade outdoor gas & climate transmitter designed for urban environmental analysis and heavy industrial boundary emission logging.
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Long battery life and sub-GHz wireless range. Built specifically for remote agricultural terrains and deep infrastructure cavities.
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Integrates carbon monoxide monitoring with high-precision relative humidity & ambient temperature calculations. Excellent stability.
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Conforms fully to European Union standards, validating electrical compliance, sensor accuracy, and housing flame retardancy.
View SpecificationsIn modern industrial IoT (IIoT), smart agriculture, micro-climate monitoring, and data center thermal boundary mapping, the reliability of temperature and humidity metrics is a critical operational parameter. Ambient measurements dictate automatic cooling triggers, HVAC configurations, and early-warning parameters for sensitive micro-components. Standard consumer sensors quickly decay when exposed to high ultraviolet radiation, acid rain, chemical pollutant vapors, and dust buildup. Yingchuanglihe addresses these degradation vectors by engineering heavy-duty sensor housings paired with advanced Swiss-made active sensing chips that maintain long-term calibration stability.
“Operational integrity in telemetry depends entirely on two factors: the chemical passivation of the sensor membrane and the thermal insulation of the active sensing junctions from internal heat pollution. Our APEM-5930 and 5700 Series resolve both engineering challenges.”
Outdoor micro-climatic sensing stations face continuous condensation cycles. When relative humidity reaches 100%, liquid water can settle directly on capacitive humidity sensor membranes, leading to chemical degradation, drift, and structural reading errors. Yingchuanglihe solves this by using protective sintering filter caps (porous PTFE and stainless steel options) that allow gas molecules to pass freely while repelling liquid water droplets and heavy particulates. Additionally, our specialized external-probe modules, such as the APEM-5930E, isolate the sensor element via a physical cable, keeping it clear of internal micro-heating generated by the system's microcontrollers and Ethernet physical layer (PHY) components.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a high-tech manufacturer specializing in industrial environmental monitoring instrumentation. Since our founding in 2007, we have designed and built precise temperature, humidity, atmospheric pressure, and trace gas sensors to support reliable data intelligence across diverse global markets.
How our advanced production lines and direct-from-factory sourcing models benefit global enterprise projects.
Our Beijing assembly facility leverages high-speed SMT placement systems to run component installation continuously. This automation ensures trace alignment consistency and minimizes defective solder points across multi-layered PCBs.
Every sensor leaves our facility calibrated against high-accuracy reference chambers. We run multi-point temperature and relative humidity cycles, verifying linearity and hysteresis response across extreme ranges before dispatch.
From custom cable lengths and protective housings (IP65/67) to protocol adaptations (Modbus RTU, MQTT, Restful APIs), our engineering team tailors telemetry solutions to match client application specifications.
Exploring how Yingchuanglihe integrates next-generation networking, edge processing, and Beidou satellite accuracy into industrial sensing frameworks.
The IoT paradigm is transitioning from passive data acquisition to localized edge processing. Yingchuanglihe is leading this change by integrating low-power ARM microcontrollers directly into our sensor nodes, enabling on-device anomaly detection and localized data averaging. This filtering minimizes bandwidth consumption and protects network infrastructure from data congestion during storm events.
Our upcoming product generation focuses heavily on hybrid communications. Combining the stability of wired Power over Ethernet (PoE) installations with redundant wireless sub-GHz LoRaWAN links, sensors can seamlessly switch to battery power and wireless routing if the primary cable is damaged. In partnership with Beijing's leading research universities, we are also embedding high-precision Beidou positioning chips directly into our autonomous driving road-test cabinets, correlating environmental telemetry with sub-meter spatial coordinates in real time.
From deep-sea pipeline infrastructure monitoring to automated server room climate regulation, explore the physical implementation of our sensors.
Deployed in critical environments like Baidu's Yangquan Data Center, our PoE-enabled temperature and pressure sensors enable dynamic cooling adjustment. Real-time atmospheric pressure metrics help balance airflow across cooling containment zones to eliminate hot spots.
Yingchuanglihe provides integration units for edge-computing roadside cabinets used in autonomous vehicle testing. Keeping sensitive microcontrollers within correct thermal limits prevents latency spikes during data routing.
In partnership with Beijing Enterprises Water Group, we develop sensors to monitor humidity buildup inside underground utility chambers, triggering dry-air blowers before electrical components suffer insulation breakdown.
Decades of engineering refinement translates directly to reliability on the job site.
Addressing the strict requirements of international EPCs, system integrators, and industrial buyers.
When sourcing environmental monitoring hardware at scale, technical directors look beyond cost parameters. They evaluate protocol openness, electrical compliance, MTBF (Mean Time Between Failures), and sensor lifecycle support. Yingchuanglihe addresses these core operational needs through:
Our sensors integrate smoothly into existing SCADA and building management systems via standard Modbus and SNMP interfaces, avoiding proprietary lock-in.
We offer replacement sensor caps and recalibration services, allowing operators to sustain reading accuracy without discarding entire telemetry assemblies.
We use flame-retardant housings and specialized mounting structures to ensure secure mechanical installations in vibrating industrial machinery environments.
Our journey of technological milestones, from early network protocols to intelligent edge sensing systems.
We actively showcase our latest telemetry developments at major international trade fairs and industrial IoT conferences.
Our quality management systems and hardware designs are fully certified to international standards for safety and performance.
Deploy specialized multi-parameter transmitters to capture ambient temperature and relative humidity alongside trace chemical pollutants.
Designed for high-precision environmental tracking in wastewater operations, utility boxes, and chemical processing facilities.
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Simplifies network installations by routing power and environmental data over a single standard RJ45 cable.
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Monitors ozone concentrations and general indoor air quality metrics alongside relative humidity and dew point.
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Measures atmospheric pressure alongside temperature and relative humidity. Ideal for meteorological monitoring and cleanroom ventilation systems.
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Designed for flexible installations, using a remote probe to ensure accurate readings away from the main transmitter unit.
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A heavy-duty environmental gateway designed to log safety parameters and air quality indicators in real time.
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Simplifies air quality networks by monitoring chemical vapors, ozone levels, temperature, and relative humidity in a single unit.
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High-performance wireless environmental monitor, designed for easy deployment across large commercial facilities and smart buildings.
View SpecificationsTechnical guidance and installation insights from our environmental engineering team.
YCLH Sensor