Explore our flagship range of Power over Ethernet (PoE) and high-accuracy environmental monitoring devices optimized for data centers, pipelines, and smart infrastructure.
Robust industrial sensor offering real-time temperature, humidity, and dew point measurements over standard PoE networks. Features direct integration with DC12~48V auxiliary inputs.
Tailored OEM sensor designed to match custom networking requirements, providing precision humidity, temperature, and dew point data with flexible mounting options.
High-precision environmental monitoring device optimized for wholesale distribution and large-scale IT deployment. Highly stable Swiss-imported sensing chips.
Custom industrial gas and atmospheric monitoring logger integrating H₂S, Oxygen, Temperature, and Humidity sensors with Ethernet PoE interfaces.
Long-range wireless monitoring solution featuring low-power telemetry transmission, perfect for smart warehouses and agricultural setups.
High-performance indoor air quality monitoring hub integrating carbon monoxide, ambient temperature, relative humidity, and dew point.
Customizable PoE transmitter providing clean, reliable environmental metrics to building management systems via industrial protocols.
Multi-parameter transmitter designed for heavy industrial emissions tracking, featuring robust sensors for SO₂ and NO₂ gas detection.
Modern commercial and industrial architectures demand absolute precision when capturing physical variables such as pressure, temperature, and relative humidity. The rise of hyper-scale data centers, automated pharmaceutical cleanrooms, and intelligent building control loops has positioned the Ethernet-based multi-parameter transmitter at the heart of IoT infrastructure.
At Beijing Yingchuanglihe, we address this requirement by engineering transmitters that merge multiple sensor arrays into integrated, networked nodes. Utilizing state-of-the-art MEMS (Micro-Electro-Mechanical Systems) technology sourced from Swiss and German manufacturers, our devices eliminate the signal degradation risks associated with analog wiring. Instead, they stream calibrated digital data over standardized Ethernet networks using robust communication protocols such as Modbus TCP, SNMP, and MQTT.
By leveraging Power over Ethernet (PoE - IEEE 802.3af/at), system integrators can deploy these sensors with a single Category-5e or Category-6 cable, transmitting both power and operational data simultaneously. This dramatically cuts deployment costs and simplifies post-installation maintenance cycles.
A global pioneer in environmental monitoring solutions and custom sensor engineering since 2007.
Our transmitters utilize high-performance internal sensing components imported directly from industry-leading silicon foundries in Germany and Switzerland, ensuring nominal long-term stability and trace drift rates.
Every device rolling off our production lines is fully compliant with regional regulatory framework requirements, boasting CE, FCC, and RoHS marks for straightforward global importation and installation.
We feature fully modular circuit architectures allowing custom physical probe designs, multi-gas modifications (SO₂, NO₂, CO, O₃, H₂S), specific enclosure branding, and firmware configuration services.
| Functional Parameter | Technical Specification Details | Target Core Benefit |
|---|---|---|
| Temperature Range | -40°C to +85°C (Standard probe configuration) | Thermal detection in sub-zero and high-heat systems |
| Humidity Accuracy | ±1.5% to ±3% Relative Humidity (RH) scale | Prevention of moisture aggregation & ESD hazards |
| Barometric Pressure | 300 to 1100 hPa (High-resolution MEMS sensor) | Positive/Negative room pressure control verification |
| Data Protocols | Modbus TCP, SNMP v1/v2c/v3, HTTP API, MQTT | Native integration to existing SCADA, DCIM, or Cloud |
| Power Ingress | Standard Power over Ethernet (IEEE 802.3af) / DC 12-48V | Redundant backup power routing preventing telemetry loss |
Over a decade and a half of engineering breakthroughs, strategic scaling, and enterprise deployments.
Company founded. Developed early-stage intelligent environmental monitoring terminal architectures based entirely on TCP/IP protocol bases. Launched Version 1.0 of our environmental telemetry dashboard suite.
Partnered with Mocha Software to market the highly successful TH-5939 series of network-grade SNMP-integrated temperature and humidity transmitters.
Cooperated with Swiss COMLAB to develop and supply the heavy-duty TH-5869 protective environmental monitoring systems for key national rail corridors (Beijing-Shanghai Line, Wuhan-Guangzhou Line).
Introduced the APEM-6100 in cooperation with Founder Technology, representing one of the earliest domestic platforms to implement Power over Ethernet (PoE) functionality in environmental telemetry.
Secured large-scale supply framework contracts with Foxconn. Successfully pushed our sensor modules as factory environmental monitoring hardware guidelines for precision manufacturing cleanrooms.
Cooperated with Baidu to launch the next-generation APEM-5900 intelligent node, deploying them heavily within the Baidu Yangquan Cloud Data Center. Scaled the software platform for multi-parameter visualization.
Successfully integrated our smart sensor suites with Huawei's edge cabinets and expressway ETC monitoring modules, hardening the hardware for outdoor cabinets and harsh weather conditions.
Supplied high-reliability edge gateway designs and road-test sensor units for autonomous driving test beds and AI compute facilities across Beijing's high-tech industrial parks.
Formed dedicated joint business divisions with Beijing Enterprises Water Group and co-founded a Beidou high-precision business unit. Obtained comprehensive IDC business licensing to leverage high-performance cloud telemetry.
Tailored telemetry setups built to address the unique challenges of specific industrial environments.
Integrating Ethernet transmitters at rack level to track thermal dispersion, humidity profiles, and static pressures. Our sensors help prevent dry-out electrostatic discharge (ESD) and condensation events on computing hardware.
Supporting clean environments with precise atmospheric pressure monitors. By measuring slight positive pressure differentials relative to adjacent spaces, we ensure dust and pathogens are blocked from entering sterile zones.
Deploying hardened steel probes and multi-gas sensor blocks in processing environments. These systems monitor toxic gas build-ups (H₂S, CO) alongside relative humidity, protecting machinery from chemical degradation.
Providing remote cabinet monitoring setups designed to work in high-RF fields. PoE integration allows single-drop telemetry for humidity control, water ingress warnings, and temperature regulation.
Leveraging high-protection enclosures (IP65+) to monitor municipal water infrastructure and underground cable ducts. Detects water leakage, localized flooding, and abnormal temperature jumps early.
Providing specialized environmental logs for high-security storage areas, ammunition facilities, and command installations, ensuring compliance with strict environmental parameters.
Engineered for maximum reliability and verified through rigorous QA cycles and third-party certifications.
Our production base features temperature and humidity calibration chambers from internationally certified brands. Every single transmitter undergoes a multi-point calibration run across its entire operational envelope. This protocol ensures that parameters such as temperature resolution and pressure linearity conform to theoretical limits prior to package seal.
We work in close cooperation with international testing labs to guarantee our products hold native CE, RoHS, and FCC certifications. This compliance allows global system builders to specify our transmitters without experiencing delays from regulatory review boards.
A look at the sensing technologies we are developing for tomorrow's complex industrial needs.
Integrating micro-environmental sensor telemetry with Beidou high-precision satellite positioning. This configuration lets structural engineers trace physical movement alongside localized micro-climate changes in large civil projects like dams, tunnels, and high-voltage transmission lines.
Deploying AI algorithms directly to our edge processor designs. Future transmitters will automatically calculate drift curves based on operational context, utilizing background reference parameters to adjust calibration points without physical technician intervention.
Adopting Single Pair Ethernet (SPE - 10Base-T1L) physical layers to extend Ethernet sensor loops up to 1000 meters. This development will let project managers build unified IP networks over long distances without using local media converters.
How we work with design houses, machinery builders, and integration teams to deliver customized hardware.
Standard enclosures do not always match the physical space constraints of specialized industrial systems. We offer customization of the sensor's physical layout, from remote cable probes to duct-mounted flanged assemblies. Enclosures can be configured in cast aluminum, high-impact polycarbonate, or 316L stainless steel depending on chemical and physical environments.
We can compile custom firmware files to load specialized communication protocols or data formats. Whether you require specific SNMP MIB structures, custom JSON payload formats for REST API requests, or localized Modbus register maps, our software team can write and test the custom code within days.
Our typical OEM design evaluation starts with a complete circuit and mechanical review. We supply prototype evaluation units within 2 to 3 weeks, significantly reducing your development cycle.
Deep engineering insight into the deployment, calibration, and capabilities of our Ethernet transmitters.
Browse our complete list of Ethernet, LoRa, and multi-gas environmental transmitters. Contact us for bulk pricing and customization.
Custom industrial transmitter designed to trace sulfur dioxide and nitrogen dioxide levels, with Ethernet outputs and flexible relay triggers.
Features a separate probe cable to measure relative humidity, temperature, and dew point in hard-to-reach locations.
Fully CE-certified multi-parameter environmental sensor tracking ozone, indoor air quality, ambient temperature, and humidity levels.
Designed for safety in industrial spaces, monitoring oxygen levels and hydrogen sulfide gas alongside temperature and humidity.
Features both wired Ethernet and backup Wi-Fi connectivity, offering reliable telemetry routing for smart facilities.
Factory-direct industrial gas data logger featuring dual RS-485 interfaces, built-in relays, and PoE support.
A CE-certified multi-parameter environmental sensor tracking ozone, volatile organic compounds, and temperature and humidity.
A cleanroom sensor that tracks formaldehyde, volatile compounds, relative humidity, and temperature via a PoE connection.
YCLH Sensor