High-performance wireless, Ethernet, and LoRaWAN environmental telemetry devices for mission-critical monitoring.
Long Range Wireless Monitoring Solution. Incorporates low power, stable E-Ink Display modules designed for industrial operations.
High-performance sensor integrated with multi-parameter atmospheric loggers for safety-critical ozone evaluation.
Reliable smart monitoring sensor supporting wired Ethernet and standard TCP/IP networking models.
E-Ink Display integrated Long-Range wireless LoRa technology, engineered for high penetrative telemetry in large sites.
Dual connectivity framework supports seamless switching between wireless WiFi and wired RJ45 ethernet protocols.
Equipped for environment quality mapping, real-time noxious sulfur and nitrogen gas monitoring.
Four-in-one sensor structure designed to measure Temp, Humidity, Dew Point, and Barometric Pressure.
Engineered for cleanroom calibration and remote server room environmental safety checks.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a pioneer in environmental monitoring and custom telemetry sensors. Established in 2007, the company focuses on designing, manufacturing, and distributing robust multi-parameter sensors. Our mission is to supply highly accurate, stable, and integration-ready sensor hardware that acts as the data foundation for industrial IoT (IIoT), smart buildings, water networks, and autonomous transportation platforms globally.
Headquartered in Beijing, our state-of-the-art facility spans over 1,500 square meters. Operating five automated assembly and calibration lines and staffed by a dedicated R&D and technical workforce of more than 100 professionals, we guarantee reliable batch delivery, strict QA testing, and quick turnaround times for custom OEM/ODM sensor configurations.
We source ultra-precise sensor chips from Swiss and German manufacturers, securing drift-free operations over long lifespans.
All environmental telemetry products are certified compliant with CE, FCC, and RoHS standards.
Native protocol support for Modbus RTU, Modbus TCP, SNMP (v1/v2c/v3), MQTT, JSON, and raw HTTP APIs.
A deep dive into global deployment scenarios, technical architectures, and future trends of remote sensor networking.
Globally, industrial automation, logistics, and data infrastructure require continuous micro-environmental tracking to guarantee operational continuity and compliance. From ASHRAE-guided cooling optimizations in high-density computing centers to GAMP 5 compliance in international pharmaceutical shipping, the cost of data gaps is extremely high.
Modern B2B procurers are moving away from simple standalone data loggers toward integrated IoT environmental gateways. Telemetry must be real-time, resilient to power and network outages, and easy to interface with systems like SCADA, Building Management Systems (BMS), and ERP environments. Our designs prioritize dual-protocol support (e.g., Modbus and SNMP) and backup communication configurations to prevent data loss.
Information Gain Metric:
By integrating on-sensor dew point calculation and barometric pressure differential tracking, Yingchuanglihe sensors eliminate the need for secondary gateway processing, lowering software overhead and system latency.
At the core of every Yingchuanglihe sensor is a high-grade CMOSens® semiconductor chip sourced from leading European silicon suppliers (Sensirion and Bosch). This ensures long-term calibration stability and high sensitivity:
Power over Ethernet (PoE) variants utilize isolated power circuitry to isolate heat generated by network components from the sensor chip, ensuring that thermal dissipation does not skew temperature readouts.
To integrate smoothly with existing enterprise platforms, our sensors support a wide range of application-layer protocols:
Wireless versions (Wi-Fi and LoRaWAN) include internal data flash storage. If the wireless connection drops, the sensor continues logging data locally and uploads it once the network is restored, preventing data loss.
Every industrial environment has unique constraints. Yingchuanglihe offers a structured customization framework:
Our in-house R&D team can prototype custom firmware modifications (such as custom register maps or SNMP MIB files) within 10 working days.
Over 18 years of technical evolution in industrial IoT and precision environmental telemetry.
Company founded. Developed our first TCP/IP-based intelligent environmental monitoring terminal, alongside the initial release of our central environmental monitoring software suite.
Partnered with Mocha Software to co-develop the TH-5939 series of environmental sensors, introducing native SNMP support for network management environments.
Partnered with Switzerland's COMLAB to release the TH-5869 protective ethernet terminal, deployed across major high-speed rail links including the Beijing-Kowloon and Wuhan-Guangzhou lines.
Cooperated with Founder Technology to launch the APEM-6100. This unit was among the industry's first to utilize Power-over-Ethernet (PoE IEEE 802.3af) for environmental tracking.
Established commercial partnerships with Foxconn, setting our telemetry product specs as one of the benchmarks for workshop microclimate tracking.
Launched the next-gen APEM-5900 terminal in partnership with Baidu, deploying it at the Yangquan Data Center. Upgraded software to support multi-parameter tracking.
Introduced integrated smart solutions systems, expanding beyond server rooms into smart parks, municipal archives, and distribution centers.
Launched cabinet monitoring systems, deployed in highway ETC initiatives in partnership with Huawei and China Merchants Huaruan.
Designed and deployed temperature and humidity telemetry systems for roadside autonomous driving edge boxes and edge computing gateways in Beijing.
Supported the construction of large-scale intelligent computing centers, supplying thermal management sensors for liquid-cooled server racks.
Formed joint divisions with Beijing Enterprises Water Group and Beijing University of Civil Engineering and Architecture, integrating Beidou high-precision spatial tracking into municipal water networks.
Where precision meets performance: protecting investments in critical environments.
Tailoring environmental sensors to match your specific system requirements.
Custom probe styles, probe lengths, high-temperature cables, IP ratings, and board shapes to fit into your existing enclosures.
Custom SNMP MIB files, custom Modbus register layouts, and adjusted measurement intervals to match your software platform.
Integrate additional sensors like Dew Point, Carbon Monoxide, Oxygen, Ozone, or H₂S directly into a single PoE/Ethernet module.
Custom logo printing, specialized packaging, and tailored product labels to help you build your own brand identity.
We implement strict production and testing processes to ensure our products meet international quality and environmental standards.
We participate in international IoT, electronics, and environmental engineering trade shows to showcase our latest technologies.
Developing the next generation of industrial environmental sensors.
Industrial environmental monitoring is evolving from basic data logging to proactive safety management. We design our sensors to serve as reliable data sources for these advanced control systems. Whether you are building smart city infrastructure, managing server rooms, or automating factory floors, our ongoing technical development is designed to provide you with reliable, stable hardware.
By using imported semiconductor chips, maintaining certifications, and offering dedicated technical support, we help system integrators and engineers deploy stable, long-term environmental monitoring networks.
Answers to common technical questions about our remote temperature and humidity sensors.
We integrate high-precision digital CMOSens® chips imported directly from Switzerland (Sensirion SHT series) and Germany (Bosch). These chips combine sensor elements and signal processing on a single silicon substrate, providing excellent long-term stability, quick response times, and resistance to environmental noise.
No. We resolve potential self-heating issues from Power-over-Ethernet (PoE) modules in two ways: first, by isolating the heat-generating power management circuits from the sensor element; and second, by offering split-probe models (such as the APEM-5930E) where the sensor probe is separated from the main network transmitter by a physical cable. This ensures accurate temperature readings.
Our sensors support Modbus TCP, Modbus RTU (over RS485), SNMP (versions v1, v2c, and v3), MQTT (for cloud integrations), and HTTP/HTTPS JSON APIs. This wide protocol support makes it easy to integrate the sensors with IT monitoring systems (Zabbix, PRTG), SCADA systems, PLCs, and cloud platforms.
Yes. Our Wi-Fi and LoRaWAN wireless sensor units are equipped with internal flash memory. If the connection to the gateway or wireless access point is lost, the sensor continues logging data locally. Once the network is restored, the logged data is automatically uploaded to prevent gaps in your records.
We provide extensive probe customization. You can choose from various probe lengths (up to 10 meters), protective filters (sintered metal, plastic, or PTFE for harsh chemicals), split-probe configurations, and specialized housings for high-temperature or high-pressure environments.
Multi-gas monitoring, extended probe systems, and industrial gateways for specialized applications.
Features external, detachable probes designed to simplify recalibration and prevent self-heating effects.
Certified for the European market. Features an external cabling design, ideal for environmental chambers and cleanrooms.
Combines temperature and humidity tracking with carbon monoxide and general air quality measurements.
Industrial-grade sensor for oxygen and hydrogen sulfide levels, designed for safety monitoring in water treatment and chemical facilities.
Designed for industrial emission zones. Provides real-time tracking of sulfur dioxide and nitrogen dioxide levels.
Monitors ozone (O₃), general IAQ parameters, temperature, and humidity, designed for commercial building air filtration systems.
LoRa-based environmental sensor featuring low power consumption and a customizable firmware parameter set.
Designed for environmental compliance reporting. Integrates temperature, humidity, SO₂, and NO₂ measurements into one unit.
YCLH Sensor