Explore our premium CE-certified hardware engineered for data centers, industrial environments, and complex multi-parameter monitoring systems.
Designed for flexible installations, featuring detachable external probes and high-speed network integration.
Comprehensive IAQ transmitter measuring VOC emissions, active ozone concentrations, and precise thermodynamics.
High-reliability safety logger with dual electrochemical and solid-state sensors for confined spaces.
Direct PoE telemetry solution with low latency, robust EMC immunity, and integrated web interfaces.
Low-power wide-area network (LPWAN) wireless transmitter, featuring up to 5 years battery run-time.
Dual-mode transmission (Wi-Fi + Ethernet RJ45) configured with fail-safe automatic fallback logging.
Split-unit system with custom probe lengths up to 10 meters, optimized for cleanrooms and testing chambers.
Corrosive atmospheric monitor built for heavy chemical plants, metallurgy, and industrial emission stacks.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a leading global developer and ISO9001-certified manufacturer of high-precision environmental monitoring hardware. Established in 2007, we have dedicated over 18 years to crafting telemetry solutions that empower modern smart grids, industrial automation, and mission-critical data infrastructure.
Headquartered in Beijing, our state-of-the-art facility encompasses over 1,500 square meters of highly automated clean production lines. Managed by over 100 technical and administrative specialists, Yingchuanglihe seamlessly integrates research and development, strict quality inspection (conforming to CE, FCC, and RoHS specifications), and global supply capabilities. Our primary mission is to supply reliable data infrastructure that serves as the foundation for the Industrial IoT era.
Understanding the transition from passive environmental logging to real-time industrial telemetry systems.
Industrial processing plants, semiconductor fabs, and advanced hyper-scale data centers run at thermal boundaries previously thought unattainable. Operating close to high-temperature limits maximizes power efficiency (PUE) but demands real-time monitoring to prevent catastrophic failures. Precision telemetry is no longer an optional utility—it is a critical fail-safe metric for liability management, quality assurance, and preventive maintenance.
For international trade and multi-region deployment, equipment certifications represent more than legal checkpoints. CE Certification ensures electromagnetic compatibility (EMC) and low-voltage electrical safety under harsh environments. By designing our hardware to exceed these specifications, we ensure they operate without interference near high-frequency machinery, high-voltage substations, and intensive wireless network grids. RoHS compliance guarantees that our lead-free circuitry stands up to elevated temperatures without discharging hazardous chemical vapors.
Global demand is shifting toward multi-parameter nodes. Integrated temperature, humidity, dew point, and barometric pressure sensors are replacing single-channel units. By incorporating electrochemical gas detection modules into thermal transmitters (such as TVOC, HCHO, CO, O₃, SO₂, and NO₂), operators can manage safety protocols alongside HVAC loops. Simultaneously, wired Ethernet (Power over Ethernet - PoE) and LPWAN technologies (like LoRaWAN) are replacing legacy RS485 loops due to their lower installation overhead and automatic cloud integration.
Why Tier-1 industrial partners choose Yingchuanglihe for environment sensing.
We source high-grade digital sensing components from Sensirion (Switzerland) and Bosch (Germany) to achieve industry-leading accuracy of ±0.2°C and ±2% RH, ensuring long-term performance stability without drift.
We provide full hardware customizability, including multi-sensor probe integrations, custom cable materials, unique branding, and tailored network protocols to meet custom application specifications.
Native firmware support for Modbus TCP, SNMP (v1/v2c/v3), MQTT, and HTTP GET/POST APIs, facilitating direct integration into SCADA, DCS, BMS, and custom cloud setups.
Standard and specialized product portfolios configured for complex environmental deployments.
Ultra-low power multi-channel LoRaWAN environmental transmitter with long-range radio connectivity.
Features DC12~48V plus POE power options and integrated dew point calculation algorithms.
DC12~48V + POE power supply. Precise Temperature, Humidity, and Dew Point analysis.
Separated modular design. Connects the probe to the main network module via high-durability cable.
Includes high-accuracy atmospheric pressure sensors for HVAC calibration and meteorological analysis.
Dual-mode design combining wired Ethernet and wireless Wi-Fi for versatile installations.
Combines temperature, humidity, carbon monoxide (CO), and Indoor Air Quality (IAQ) monitoring.
Engineered for emission monitoring, measuring temperature, humidity, dew point, SO₂, and NO₂.
Designed for simultaneous assessment of volatile organic compounds and ozone levels.
Combines temperature and humidity sensors with reliable O₂ and H₂S detection for hazardous zones.
Integrated multi-sensor transmitter for air quality assessment and ozone concentration tracking.
Monitors TVOC and formaldehyde (HCHO) alongside temperature and humidity on a single network line.
Key technological breakthroughs and milestones since 2007.
Providing reliable environmental data for data centers, agriculture, smart parks, and laboratories.
Providing continuous temperature, dew point, and airflow telemetry in server rows to optimize PUE and prevent thermal overloads.
Ensuring stable environmental conditions for chemical testing, medical research, and pharmaceutical packaging.
Providing remote monitoring for unmanned base stations and outdoor infrastructure enclosures.
Supplying durable, high-accuracy transmitters for electronics manufacturing and industrial assembly floors.
Strict QA testing and regulatory compliance for international industrial markets.
Engaging with the global industrial automation and environmental monitoring community.
Developing advanced environmental intelligence systems for tomorrow's infrastructure.
Modern networks are shifting from centralized telemetry configurations to localized edge-processing architectures. Our R&D efforts focus on integrating dynamic edge logic directly into our APEM series transmitters. By evaluating thermal gradients, relative humidity rates, and chemical pollutant trends directly on-device, our sensors can trigger local safety relays without relying on external servers, decreasing response latency during critical events.
Through partnerships with research universities, we have integrated Beidou positioning systems into structural health telemetry hardware. This enables our sensors to correlate environmental changes with geological shifts, providing comprehensive structural and environmental monitoring for civil engineering, pipeline networks, and geological installations.
We provide comprehensive software and gateway suites designed to integrate our sensing arrays with existing enterprise setups. By supporting standardized industrial communication protocols, our systems ensure easy data sharing across building management systems (BMS), SCADA software, and global cloud dashboards.
Technical answers to common integration, calibration, and compliance questions.
Browse our certified environmental and gas transmitters, optimized for quick integration and high reliability.
Combines volatile organic compound detection and active ozone measurement with industrial-grade thermal analysis.
Designed for high-accuracy barometric pressure, temperature, and relative humidity monitoring.
Comprehensive environmental tracking featuring active dew point calculations for industrial HVAC monitoring.
Split-unit Ethernet transmitter design with custom cable options for high-heat environments.
Robust industrial sensor built for monitoring sulfur dioxide and nitrogen dioxide levels.
Certified Ethernet sensor designed for high reliability in European and international markets.
Combines carbon monoxide sensing and air quality index parameters for HVAC automation.
PoE-powered temperature and humidity sensor designed for quick network installation.
YCLH Sensor