Explore our premium grade Multi-Parameter and LoRa/Ethernet edge sensing hardware designed for immediate integration.
Reliable LoRaWAN smart monitoring device with ultra-long-range transmission and dynamic battery efficiency optimization.
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Highly integrated indoor/outdoor temperature and humidity monitoring designed for multi-tier industrial plant networks.
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Enterprise-level data logger tracking air quality index with integrated precise temperature and humidity sensing.
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High-precision ozone, temperature, and relative humidity sensor certified to meet stringent European commercial parameters.
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Comprehensive multi-gas sensor designed to read CO, ambient temperature, relative humidity, and dew point.
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Industrial-grade PoE-powered climate transmitter featuring swift installation profiles and stable long-term performance.
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Multi-functional ozone and particulate matter monitor optimized for heavy-duty cleanrooms and HVAC system compliance.
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Robust industrial-grade sensor integrating dual-mode redundant connectivity for mission-critical monitoring systems.
View DetailsBeijing Yingchuanglihe Electronic Technology Co., Ltd. is a globally recognized pioneer and high-tech manufacturer specializing in environmental monitoring sensor technologies. Established in 2007, our mission is to design, manufacture, and distribute highly accurate, robust temperature, humidity, and multi-parameter sensor arrays. Our modern, ISO-certified manufacturing base spans over 1,500 square meters in Beijing, operating with a workforce of more than 100 dedicated technical personnel, advanced automated assembly lines, and high-fidelity testing laboratories.
Through our custom OEM/ODM divisions, we provide major multinational enterprises, municipal systems, and research facilities with tailor-made monitoring solutions. Our hardware relies on premium chips sourced from Germany and Switzerland to ensure long-term stability and high reliability in extreme environments.
The environmental monitoring industry is undergoing an unprecedented shift. Historically, facilities relied on isolated transmitters monitoring single variables like temperature or humidity. However, modern commercial smart infrastructures demand complete environmental visibility. This has driven the evolution of **multi-parameter sensors**—single, edge-computing-capable appliances capable of simultaneously evaluating temperature, relative humidity, atmospheric pressure, TVOCs, formaldehyde (HCHO), carbon monoxide (CO), ozone (O₃), sulfur dioxide (SO₂), and nitrogen dioxide (NO₂).
This consolidation of various micro-electro-mechanical systems (MEMS) into a unified chip structure reduces device footprints, cuts wiring overhead, and enables edge intelligence. Modern sensors execute real-time local calibration, drift compensation, and protocol translation, rendering them far more reliable than their legacy analog counterparts.
When international procurement managers and systems integrators seek an OEM multi-parameter sensor manufacturer, their criteria extend far beyond initial pricing. According to Google user intent mining, technical engineers focus heavily on downstream operational factors:
Deploying state-of-the-art sensory architectures tailored for challenging, high-stakes operating conditions globally.
Working with tech giants like Baidu (Yangquan Data Center), we deployed our APEM-5900 and APEM-5930 Power-over-Ethernet smart monitoring devices. These arrays gather real-time ASHRAE-standard environmental telemetry (micro-climate temperature, humidity, dew point) across server racks, enabling optimal PUE management and proactive thermal hazard avoidance.
In partnership with Switzerland's COMLAB, our protective Ethernet environmental devices (TH-5869) are deployed on critical rail links, including the Beijing-Kowloon and Beijing-Shanghai high-speed corridors. They deliver continuous performance under severe vibration, electromagnetic interference, and climate fluctuations.
Yingchuanglihe was deep-seated in the research, design, and hardware development of Beijing’s high-level autonomous driving road-test integrated enclosures and edge-computing boxes. We provided highly-resilient thermal management and atmospheric density compensation sensors for real-time traffic signal optimization.
Together with Beijing Enterprises Water Group, we co-founded advanced pipeline monitoring branches. Our environmental sensors track hazardous gas accumulation (H₂S, CO, VOCs), protecting workers and municipal infrastructure, while ensuring compliance with national pipeline discharge regulations.
By co-founding a Beidou satellite research division with the Beijing University of Civil Engineering and Architecture, we combined environmental variables with sub-millimeter geo-spatial deformation monitoring. This integrates micro-displacement sensing with localized weather stress analyses.
A history of pioneering innovation, collaborative growth, and reliable environmental engineering.
Yingchuanglihe was founded. Developed the initial TCP/IP intelligent monitoring terminal and launched our proprietary environmental monitoring software suite.
Collaborated with Mocha Software to introduce the TH-5939 SNMP protocol-supported sensor array, targeting early domestic IT server infrastructures.
Partnered with COMLAB (Switzerland). Launched the TH-5869 rugged Ethernet monitor, successfully integrated into China's major high-speed rail corridors.
Cooperated with Founder Technology to deploy APEM-6100, one of the first environmental sensing systems utilizing Power-over-Ethernet (PoE) technology.
Collaborated with Foxconn to standardize environmental parameters across multi-tier precision assembly workshops and automated cleanrooms.
Partnered with Baidu to launch APEM-5900, deployed at Baidu Yangquan Data Center. Upgraded software suites to support comprehensive multi-parameter environments.
Expanded smart infrastructure profiles to transport networks; integrated outdoor cabinets with Huawei and China Merchants Huaruan ETC expressways.
Involved in the research, design, and testing of Beijing’s high-level autonomous driving road units and edge computing systems.
Co-founded Beidou Business Division with BUCEA. Established municipal engineering joint divisions with Beijing Enterprises Water. Obtained official Internet Data Center (IDC) business qualifications.
As a leading manufacturer of multi-parameter sensors, our R&D pipeline focuses on several key technological pillars designed to future-proof global environmental sensing networks:
Typical electrochemical and gas-sensitive oxide structures suffer from micro-drifts over prolonged exposure. Our research labs are training localized machine learning models that sit directly on our high-performance microcontrollers (the APEM edge processing unit). These neural network models monitor physical drift signals and self-correct sensor coefficients over time, reducing the need for onsite manual calibration.
Because modern sensors are often deployed in critical public facilities, municipal smart wells, and high-security military environments, safeguarding data integrity is paramount. Our future telemetry firmware supports end-to-end encrypted Modbus over TLS, SNMPv3 secure configurations, and 802.1X network access control standards to prevent unauthorized data spoofing.
To address total cost of ownership (TCO) concerns, our upcoming hardware revisions will support hot-swappable gas and meteorological cartridge modules. When an active sensor element reaches its physical end-of-life, the client simply unplugs the cartridge and snaps in a pre-calibrated replacement, avoiding rewiring or overall device decommission.
All Yingchuanglihe multi-parameter hardware is developed and evaluated to pass strict certifications:
Explore our advanced PoE and multi-gas atmospheric logging devices optimized for commercial enterprise operations.
All-in-one indoor ozone and climate monitoring system built on highly responsive electrochemical sensors.
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Industrial LoRaWAN-powered temperature transmitter optimized for complex warehouse and smart agriculture telemetry.
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Fully customizable LoRa transmitter configured with high-efficiency battery packs for remote operations.
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Power over Ethernet (PoE) temperature and humidity device featuring stable Modbus and SNMP outputs.
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Dual-gas environmental sensor targeting industrial factories, processing plants, and HVAC air intake safety.
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Integrated municipal gas monitor tracking oxygen concentrations and toxic hydrogen sulfide gas presence.
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Precision atmospheric monitor built to assess pressure drops in cleanrooms and dynamic HVAC systems.
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Industrial-grade air quality data logger ideal for indoor building management, green architecture compliance, and cleanrooms.
View DetailsShowcasing our precision technologies, automated assembly systems, and technical capabilities to international buyers.
Automated Calibration SMT Line
Sensor Isolation Chambers
High-Precision Quality Control
Crucial technical questions answered by our environmental sensor engineering specialists.
YCLH Sensor