Industrial-grade IoT environmental measurement instrumentation for TVOC, O₃, Carbon Monoxide, Temperature, and Dew Point applications.
Simultaneous detection of TVOC, O₃, temperature, and humidity. Designed for intensive indoor air quality networks.
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Specialized temperature and humidity data logger with integrated high-accuracy TVOC and formaldehyde detection.
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PoE-enabled Ethernet logger for comprehensive TVOC and HCHO safety monitoring in production lines.
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Dynamic dual-gas Ethernet transmitter engineered for warehouse environmental mapping and hazard warnings.
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Fully integrated multi-parameter unit for TVOC, ozone, temperature, and dew point measurements.
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Configurable environmental monitoring hardware supporting multi-gas arrays and localized Ethernet gateways.
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Targeted CO monitoring coupled with ambient temperature-humidity tracking. Perfect for logistics hubs.
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Monitors temperature, humidity, dew point, and barometric atmospheric pressure inside cleanrooms.
View DetailsEstablishing industrial benchmarks for wireless temperature, humidity, and chemical vapor sensing globally.
For global procurement heads, automation systems integrators, and facility engineers, environmental data reliability is paramount. A single faulty reading in a cold chain warehouse or semiconductor cleanroom can trigger catastrophic product degradation or process failures. That is why Beijing Yingchuanglihe Electronic Technology Co., Ltd. (operating under high-precision R&D architectures since 2007) designs and manufactures state-of-the-art wireless and wired sensing instruments.
Headquartered in Beijing, China, we operate a specialized modern production facility extending over 1,500 square meters, powered by automated calibration arrays and testing chambers. Our 100+ personnel, including senior electronics, communication, and metrology engineers, maintain strict compliance with global standards, delivering CE, FCC, and RoHS certified sensors globally.
Inside our CE Certified WiFi and Ethernet multi-parameter sensing topologies.
We utilize premium, industry-verified capacitive polymer humidity elements and platinum RTD (PT100/PT1000) chips imported directly from Switzerland and Germany. This assures a long-term sensor drift profile of less than 0.1% RH and 0.04°C per year, eliminating frequent field calibration runs.
Our chemical-sensing configurations (such as the APEM-5930G series targeting TVOC, O₃, CO, H₂S, and HCHO) incorporate specialized physical filters and auxiliary heating algorithms to purge volatile organic contaminants from the sensor membrane, prolonging device lifetime in harsh industrial workshops.
To mitigate packet loss on corporate networks, our wireless and PoE devices support automatic failover routing. If the primary Ethernet link fails, the sensor switches to local 2.4GHz WiFi backups or buffers up to 20,000 internal logs until the network handshake is recovered.
Deploying robust environmental instrumentation across critical enterprise infrastructures.
Operating in partnership with Baidu's Yangquan Data Center and intelligent computing projects, our APEM-5930 PoE series implements high-density hot/cold aisle thermal mapping. Supporting SNMP (v1, v2c, v3) and Modbus TCP, these sensors deliver live micro-climate analytics directly to Building Management Systems (BMS).
Our APEM-5930P series monitors temperature, humidity, dew point, and differential atmospheric pressure. The high stability profile ensures strict compliance with GMP, FDA 21 CFR Part 11, and European Medicines Agency (EMA) environmental recording demands.
Cooperating with Beijing Enterprises Water Group, our customized smart pipeline and autonomous road test sensors provide continuous gas leakage, humidity, and displacement metrics using Beidou high-precision coordinates under extreme physical exposures.
Unlocking cost efficiencies and rapid turnarounds without compromising precision calibration.
Our modern production base in Beijing leverages advanced automated calibration equipment. Each WiFi sensor and multi-parameter transmitter undergoes a dynamic multi-point thermal and moisture chamber calibration process before shipment.
Almost two decades of engineering excellence, partnership validation, and system optimization.
How Yingchuanglihe is driving the next wave of smart sensor technology.
To reduce latency and cloud processing bandwidth, our upcoming 2026 product line integrates machine learning algorithms directly onto the device MCU. This allows the sensor to identify and adjust for physical aging or chemical drift dynamically, increasing recalibration intervals from 12 months to 36 months.
We are actively merging WiFi 6 (Target Wake Time protocol) with low-power LoRaWAN networks to create dual-interface hybrid systems. These sensors will run on ultra-low-power energy harvesting modules, utilizing local indoor solar cells or radio frequency energy to bypass batteries entirely.
Leveraging our joint lab, we are integrating geographical data streams directly with environmental telemetry. Future outdoor monitors will report real-time soil, moisture, and hazardous gas statistics referenced to sub-millimeter geospatial displacements.
Global market access secured through internationally accredited test labs.
Compliance is not optional. Every WiFi thermometer and multi-parameter transmitter we ship meets rigorous regulatory thresholds. Our CE, FCC, and RoHS certificates guarantee electromagnetic compatibility, safe radio frequency emissions, and hazardous material restrictions.
Answering high-intent questions from industrial automation developers and procurement teams.
Industrial-grade IoT environmental measurement instrumentation for TVOC, O₃, Carbon Monoxide, Temperature, and Dew Point applications.
Specialized dual-gas safety monitor for oxygen and toxic hydrogen sulfide gas detection in wastewater treatment.
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Wired Ethernet data logger providing precise monitoring of TVOC, formaldehyde, temperature, and humidity.
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High-performance data logging device for ambient ozone and temperature-humidity monitoring.
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High-precision digital temperature and humidity sensor with direct Power over Ethernet (PoE) functionality.
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CE-certified multi-parameter transmitter for TVOC, O₃, temperature, and humidity monitoring.
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Rugged environmental sensor designed to monitor SO₂ and NO₂ concentrations, temperature, and humidity.
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Dynamic dual-gas logger with integrated high-accuracy oxygen and toxic hydrogen sulfide gas detection.
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Ultra-long-range LoRaWAN ambient temperature and humidity transmitter designed for remote industrial sites.
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YCLH Sensor