High-precision environmental gateways integrating Sensirion technology and flexible Power over Ethernet (PoE) functionality
Reliable solution for complex temperature & humidity monitoring plus ozone detection in real-time.
Advanced industrial multi-gas sensing with accurate calibration and high-durability protection.
Ultra-low power wireless sensor with exceptional transmission range and long battery stability.
Comprehensive chemical pollutant analysis and structural IAQ logging via Ethernet network.
Seamless PoE standard interface reducing cabling complexity and ensuring reliable network data delivery.
Tailored OEM designs supporting specific parameters, packaging styles, and industrial mounting brackets.
Highly sensitive sensing components providing early toxic and chemical warnings in modern factories.
Specialized data-logging engine targeting total volatile organic compounds and formaldehyde.
In the modern era of smart manufacturing and automation, industrial data gathering must move faster and work with higher resilience than traditional systems. An Industrial Ethernet PTH Sensor (Pressure, Temperature, Humidity) has evolved from simple analog indicators to active internet-connected nodes on the edge. By utilizing standard network communication layers, these sensors enable zero-latency status reports across large-scale industrial complexes, smart utility arrays, and computing infrastructure.
"With the transition to Industry 4.0, physical limits are reached by standard RS485 systems. Modbus TCP/IP over Ethernet provides the high throughput, security, and scalability needed for next-generation automated production control."
Worldwide demand for precise environmental status logging is growing rapidly. From microchip fabrication lines requiring extremely low-particle humidity control, to cold-chain pharmaceutical facilities storing active bio-compounds, data integrity translates directly to product yield. Regulatory entities such as the US FDA (21 CFR Part 11) and the European Medicines Agency enforce rigid records showing temperature and pressure limits were never violated. As a result, standard instrumentation is getting replaced by PoE integrated setups that support cloud API protocols, dual-mode communication, and high-frequency datalogging.
Traditional sensor installations suffered from signal loss over long distances, high installation labor costs, and independent power source requirements. By shifting to Power over Ethernet (PoE, IEEE 802.3af), a single CAT5e or CAT6 cable transports both millisecond-accurate sensor arrays and system power. Our Custom Ethernet Sensors solve system-level issues by allowing users to request custom physical probe lengths, specific firmware settings (such as JSON, SNMPv3, or MQTT protocols), and localized mounting options.
Professional manufacturer of environmental monitoring sensors since 2007
Over two decades of experience designing high-precision sensors using imported chips from Switzerland and Germany, ensuring long-term system stability.
Tailor-made solutions to design sensors fit for extreme industrial parameters, custom casing, and flexible physical probe variations.
Our entire design catalog conforms directly to international testing protocols, proudly holding CE, FCC, and RoHS certifications.
Nearly two decades of innovation in industrial environmental intelligence
Founded with a focus on intelligent environmental monitoring terminals based on the TCP/IP network protocol. Initial software version established.
Cooperated to launch TH-5939 series of network-managed SNMP environment monitoring products, paving the way for IT infrastructure integration.
In partnership with COMLAB (Switzerland), launched the TH-5869 protective device. Installed along major high-speed rail lines like Beijing-Kowloon and Wuhan-Guangzhou.
Launched APEM-6100 with Founder Technology, one of the earliest environmental units utilizing Power over Ethernet technology.
Formed partnerships with Foxconn, setting corporate standards for environmental monitoring in complex industrial workshops.
Launched next-gen APEM-5900 installed at Baidu's massive Yangquan Data Center. Upgraded software platform to support complex multi-parameter sensor arrays.
Pivoted to smart cities and highway infrastructure. Designed Beijing high-level autonomous driving road-test cabinets and edge computing gateways.
Collaborated with Beijing Enterprises Water and BUCEA for Beidou-driven pipeline mapping and structural deformation sensors. Achieved direct IDC business licensing.
Demonstrating our strict adherence to top quality control standards and global industry presence
When sourcing custom sensors at scale, manufacturing speed and supply chain agility determine market success. China's industrial parks (particularly the High-Tech corridors in Beijing and Shenzhen) have developed a highly responsive manufacturing ecosystem. Unlike regional Western plants that experience bottlenecks due to component supply delays, our production facilities benefit from localized access to state-of-the-art tooling, SMT lines, and testing equipment.
Beijing Yingchuanglihe optimizes production using automated testing jigs and climate-controlled calibration chambers. This system allows us to test hundreds of units simultaneously across various temperature and relative humidity thresholds. The result is a highly competitive turnaround time, with bulk customization projects completed in weeks rather than months.
Industrial Ethernet PTH Sensors are deployed across diverse sectors, each posing unique environmental challenges:
As technology advances, physical variables are rarely monitored in isolation. Multi-gas integration (monitoring CO, HCHO, TVOC alongside temperature and pressure) is becoming standard in commercial environments. Furthermore, dual-network redundancy (e.g., APEM-5930W featuring wired Ethernet as primary and Wi-Fi as auto-failover) ensures data transmission continues even during main network downtime.
Explore our specialized categories engineered to address specific environmental monitoring requirements
High-precision, direct network-attached sensors. Using PoE standards (IEEE 802.3af), this series simplifies architectural layouts inside server halls, warehouses, and archival centers.
Comprehensive units tracking environmental gases (CO, TVOC, HCHO, O₃, SO₂, NO₂, H₂S, O₂) alongside base temperature and humidity. Ideal for workplace safety and chemical storage monitoring.
Advanced modules engineered for high-altitude meteorological data logging, cleanroom pressure differential management, and long-range wireless networks.
Procurement teams faces several hurdles when selecting suppliers for large industrial sensor rollouts. Key challenges include:
By designing and manufacturing in-house, Beijing Yingchuanglihe offers customizable hardware and firmware solutions. We can adapt protocols, enclosure shapes, and connector types to integrate seamlessly with your existing automation systems.
Technical answers to help engineers and procurement managers make informed decisions
Explore our specialized gas and pressure tracking systems designed for critical monitoring environments
Long-range, battery-powered wireless monitoring for warehouse arrays and agricultural sites.
Simultaneous detection of chemical trace gases, temperature, and relative humidity.
High-precision climate monitoring designed for quick integration with standard networking rails.
High-reliability design utilizing Swiss sensing elements and dynamic network control options.
Continuous indoor air quality assessment with precise chemical trace gas logging.
Designed for critical systems requiring precise temperature, humidity, and barometric tracking.
Critical safety monitoring for industrial waste facilities and clean water pipeline systems.
Accurate carbon monoxide monitoring with built-in data logging and relay alarm outputs.
YCLH Sensor