Discover our primary lineup of CE-certified sensors designed for high-density server cabinets and laboratory environmental tracking.
High-precision chemical gas and climate transmitter with PoE interface for comprehensive environmental assessments.
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Long-range wireless industrial telemetry system leveraging advanced LoRa technology for large-scale warehouse and building monitoring.
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Perfect for labs and server rooms, monitoring organic chemical residues and indoor air toxins via a centralized TCP/IP stack.
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Integrated multi-parameter sensor measuring barometric pressure alongside critical humidity and dew point parameters.
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Industrial custom gas monitor tailored for chemical storage, road test enclosures, and modular data cabinets.
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Continuous data-logging environmental module designed to track volatile compounds in cleanrooms and hyperscale infrastructures.
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Specifically developed for industrial sewer shafts, gas utility vaults, and server room safety systems checking hazardous gases.
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Features Swiss-made sensing chipsets with long-range sub-GHz RF technology to penetrate thick concrete server facility walls.
Explore SpecificationsIn the era of hyper-scale computing, high-density AI clusters (like NVIDIA DGX systems), and high-frequency cloud transactions, modern datacenter environments require incredibly granular monitoring of thermodynamic profiles. Traditional macro-level ambient temperature monitoring is no longer sufficient to prevent localized thermal runaways or micro-hotspots within high-density racks. A modern server rack dissipating 30kW to 100kW of power can reach critical temperatures in under 90 seconds if local cooling loops or airflow vectors collapse.
Globally, corporate guidelines established by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE TC 9.9) dictate strict environmental classes (A1 to A4). Meeting these guidelines requires persistent, rack-level relative humidity, absolute dew point, and air pressure telemetry. Enterprises require localized networks of certified sensors that transmit continuous status updates to Data Center Infrastructure Management (DCIM) softwares via reliable protocols like SNMP, Modbus TCP, and MQTT.
As a result, modern telemetry procurement focuses on dual-mode hardware integrations (wired PoE Ethernet combined with failover wireless like LoRaWAN or WiFi). Our product offerings, such as the APEM-5930 and APEM-5930P, are precisely designed to address this paradigm shift, offering high-uptime performance across complex datacenter networks.
Accurate temperature and absolute dew-point tracking prevents internal rack condensation, protecting critical computing electronics from electrostatic breakdowns.
By utilizing real-time air pressure differentials (tracked by our APEM-5930P), facilities can dynamically optimize hot/cold aisle containment, lowering overall PUE.
Deploying CE-compliant telemetry hardware ensures seamless certification alignment under local safety and electromagnetic compatibility (EMC) mandates.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a high-tech pioneer specializing in environmental monitoring telemetry. Established in 2007, we design, develop, and manufacture precise sensor units configured to safeguard critical computing, industrial, and infrastructural environments.
With imported premium sensing chips from Switzerland (Sensirion) and Germany (Bosch), our instruments demonstrate long-term baseline stability, robust calibration retention, and resistance to environmental drift. Our modern Beijing production facility spans more than 1,500 square meters, where we run advanced automatic assembly and calibration systems.
We provide rich OEM/ODM support, allowing systems integrators to customize interfaces (Modbus TCP, SNMP, WiFi, LoRaWAN) and hardware profiles to meet diverse global procurement needs.
Ensures long-term drift resistance and rapid response to minute climate fluctuations.
Supports SNMP, Modbus TCP, HTTP, MQTT, and wired TCP/IP options natively.
Fully certified under European CE, American FCC, and environmental RoHS standards.
Dedicated field engineers guarantee comprehensive technical responses within 8 hours.
Over 18 years of technological breakthrough, scaling from local environmental telemetry to global partnerships.
Company founded in Beijing; engineered the first TCP/IP-based environmental monitoring terminal and launched the initial proprietary monitoring software framework.
Collaborated with Mocha Software to design and manufacture the TH-5939 environmental sensor series featuring full SNMP protocol support.
Partnered with Switzerland's COMLAB to deliver the TH-5869 ruggedized Ethernet sensor, deployed along major high-speed rail lines including the Beijing-Kowloon and Beijing-Shanghai railways.
Cooperated with Founder Technology to deploy the APEM-6100 series, pioneering integrated Power over Ethernet (PoE) technology in commercial climate monitors.
Partnered with Foxconn to customize ambient telemetry interfaces, standardizing environmental monitoring systems across smart assembly lines.
Collaborated with Baidu to deploy the next-gen APEM-5900 terminal at Baidu's Yangquan Data Center; upgraded the core software for multi-parameter environmental logging.
Introduced the smart solutions system, executing multi-scenario projects and horizontally scaling telemetry solutions beyond traditional datacenters.
Launched the integrated outdoor cabinet monitoring system, deployed in large-scale ETC expressway infrastructure with Huawei and China Merchants Huaruan.
Pioneered intelligent roadside telemetry boxes and edge computing gateways for Beijing's high-level autonomous driving public road tests.
Supplied key multi-parameter environmental telemetry hardware for several key national intelligent computing center infrastructure projects.
Established a joint water monitoring division with Beijing Enterprises Water Group, co-founded the Beidou high-precision deformation tracking division, and obtained official Internet Data Center (IDC) credentials.
Purchasing environmental telemetry directly from our Beijing factory offers significant strategic and technical advantages. By consolidating R&D, structural design, and SMT assembly under one roof, we achieve a streamlined production cycle that dramatically reduces lead times while keeping prices highly competitive.
Our calibration methodologies set the industry standard. Every sensor batch undergoes continuous multi-point calibration in controlled thermal and humidity chambers. We calibrate sensors across a wide range of temperatures (-40°C to +85°C) to ensure linear accuracy, which is essential for deployments in cold storage, arid areas, and high-heat server aisles.
In addition, our factory’s vertical integration enables rapid customization. Whether you require specific Modbus registry maps, custom wire harness lengths for extended probes, or custom corporate branding on the hardware casing, our engineering teams can implement design modifications and start production within days.






Our sensors undergo comprehensive testing for electrical safety and electromagnetic compliance, meeting EU CE, ISO, RoHS, and FCC standards.
































Connecting with global systems engineers, datacenter operators, and technology partners at international events.









Explore the detailed engineering profiles of our most requested high-reliability transmitters.
Integrated temperature, relative humidity, and dew point module. Fully supports flexible DC12~48V plus Power over Ethernet (PoE) supply systems.
Engineered to measure atmospheric pressure, temp, and dew point. Helps evaluate relative containment pressures in sensitive operations.
Features an external cable-connected probe (typically 1-3 meters), isolating the measurement node from the Ethernet communication block.
Combines basic climate tracking with precise carbon monoxide (CO) and indoor air quality sensors. Ideal for high-safety containment facilities.
Yingchuanglihe telemetry devices operate reliably across a wide range of challenging, high-value fields. By combining robust hardware shields with flexible communications, we address key requirements across multiple industries:
In hyperscale cloud datacenters (such as the Baidu Yangquan Data Center), hundreds of APEM-5930 units track temperatures directly at cabinet air inlets. This data enables cooling infrastructure to adjust dynamically, preventing waste and reducing energy consumption.
Our project with Switzerland's COMLAB deployed TH-5869 sensors along high-speed rail lines (like the Beijing-Kowloon and Wuhan-Guangzhou lines). These ruggedized transmitters operate reliably under constant structural vibrations and temperature shifts.
Our joint division with Beijing Enterprises Water Group implements multi-parameter telemetry systems within municipal pipelines and pumping stations. This hardware integrates with Beidou high-precision tracking to monitor deformation and humidity.
We provide telemetry modules and edge computing gateways for Beijing's autonomous driving test fields. These rugged IP-rated enclosures protect electronics from harsh outdoor climates.
Pharmaceutical and food storage systems utilize our remote-probe APEM-5930E transmitters. External probes remain inside sub-zero environments, while the main networking module is mounted externally for seamless maintenance.
Our APEM-5930G multi-gas modules continuously monitor TVOC, HCHO, CO, and ozone levels in cleanrooms, protecting personnel and delicate semiconductor manufacturing processes.
Browse our selection of specialized telemetry units, featuring various connectivity options, internal batteries, and multi-gas logging.
Combines high-accuracy carbon monoxide (CO) monitoring with multi-parameter air quality telemetry.
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Dual-mode network connectivity featuring wired RJ45 and wireless 2.4GHz WiFi for maximum installation flexibility.
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Direct-to-cloud PoE transmitter designed to operate efficiently without local external power infrastructure.
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Combines industrial temperature/humidity logging with sensitive sulfur dioxide and nitrogen dioxide detection.
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High-reliability industrial gateway supporting dual-mode data transmission for remote and local setups.
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Fully customizable Ethernet-enabled climate monitor configured to support specialized data-logging routines.
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Standard PoE-powered unit built with Swiss Sensirion chips for stable, high-accuracy datacenter monitoring.
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CE-certified transmitter designed for labs and data centers that require precise ambient pressure tracking.
Explore SpecificationsExpert answers to common questions about selecting, deploying, and maintaining server room environmental monitoring systems.