High-reliability industrial-grade telemetry solutions engineered with imported sensing technology for exceptional stability.
Equipped with combined DC12~48V and standard PoE power options, providing seamless data transmission alongside calculated dew point monitoring.
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Optimized for cleanrooms and high-level industrial isolation chambers, adding precise atmospheric pressure telemetry to the Core APEM platform.
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Designed with robust detached probes and 1-3 meter external cable variants to reliably read environments separate from the physical processor module.
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Features dual networking topology: robust wired Ethernet connection backed up by automated wireless WiFi fallback for uninterrupted telemetry.
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An industrial-grade solution integrating CO, T&H, and Indoor Air Quality (IAQ) parameters over Modbus and TCP/IP systems.
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Designed for high-accuracy commercial chemical analysis, tracking ambient trace VOCs, humidity, and critical heating spikes.
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Evaluates oxidative damage risks and severe localized chemical pollutant indices in cleanrooms and chemical facilities.
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High-performance ozone detection combined with core temperature/humidity parameters for occupational health monitoring.
View DetailsThe global shift toward automated manufacturing (Industry 4.0) has highlighted the critical role of precision climate telemetry. In pharmaceutical production, semiconductor fabrication, and hyperscale data centers, even small fluctuations in temperature or humidity can lead to costly downtime or compromise product quality. Our CE-certified Modbus sensors are designed to provide the stable, repeatable measurements needed to mitigate these operational risks.
As a key partner in advanced telemetry, Beijing Yingchuanglihe integrates core sensing elements sourced from leading German and Swiss micro-component manufacturers. Every device is calibrated in our 1,500m² testing facility, ensuring long-term thermal stability, reliable communication interface defenses, and compliance with CE, FCC, and RoHS standards. This guarantees dependable performance across diverse industrial setups.
With native support for both Modbus RTU (via RS485) and Modbus TCP/IP (via RJ45 Ethernet), our sensors integrate seamlessly with modern PLC, SCADA, and IoT edge gateways. Standardized register mapping facilitates fast deployment, while integrated Power over Ethernet (PoE) options simplify cabling. This design provides real-time, high-resolution environmental data directly to your central management systems.
Modern automation relies on clean, high-fidelity data. Our Modbus-enabled sensors utilize integrated algorithms that perform dynamic digital filtering at the edge. This reduces raw signal noise, allowing upstream analytical platforms to process environmental trends with minimal latency and high confidence.
Verified manufacturing capabilities and decades of engineering experience in environmental monitoring solutions.
Company founded. Released our first environmental monitoring terminal based on TCP/IP network protocols alongside our core software platform.
Partnered with Switzerland's COMLAB to develop protective Ethernet environmental monitoring devices, successfully deployed in high-speed rail networks.
Collaborated with Foxconn to establish our sensors as a benchmark standard for environmental monitoring in precise electronics assembly workshops.
In partnership with Baidu, launched the next-generation APEM-5900 Ethernet intelligent monitoring terminal for deployment in large-scale data centers.
Participated in autonomous driving infrastructure projects, developing edge computing gateways and integrated road-test enclosure systems.
Established joint business divisions with major municipal utilities, advancing Smart Grid pipeline tracking and Beidou high-precision deformation telemetry.
How our Modbus sensors provide high-reliability data support across key global industries.
Hyperscale server rooms require strict humidity and temperature controls to prevent static discharge and equipment overheating. Our PoE Modbus sensors provide continuous, high-speed telemetry with calculated dew point outputs, integrating directly into DCIM suites for automated cooling control and improved energy efficiency.
Our APEM-5930P monitors positive and negative differential air pressures, preventing cross-contamination in sterile environments. The high-sensitivity Swiss and German MEMS chips provide the precision and long-term stability needed to meet global regulatory standards.
Food storage and precision agriculture require reliable monitoring under harsh conditions. Our sensors feature dustproof, splash-resistant external probes (with cabling up to 3 meters) and IP65-rated enclosures, maintaining reliable Modbus connectivity in challenging environments.
Customizable designs and comprehensive testing protocols to meet your exact specifications.
We offer customized external sensor probes in various lengths and physical styles (stainless steel, sintered plastic, or high-temperature metal) to match the requirements of your specific application.
Our hardware supports concurrent outputs—allowing you to run Modbus RTU alongside Modbus TCP/IP, or integrate specialized telemetry options like LoRaWAN, Wi-Fi, and standard SNMP.
Each unit undergoes multi-point temperature and humidity calibration in our environmental testing chambers, ensuring out-of-the-box accuracy and minimal drift over time.
We understand that system integration can be complex. Yingchuanglihe provides dedicated engineering support, direct register-map documentation, and rapid troubleshooting to ensure smooth integration with your existing PLC and SCADA networks.
Our commitment to research and development drives the future of industrial environmental sensing.
We are integrating edge-based machine learning models directly onto our microprocessor chips. This will enable real-time anomaly detection, local drift self-calibration, and predictive maintenance alerts.
Developing low-power multi-hop mesh wireless topologies, including 5G RedCap and Wi-Fi 6, to simplify deployment in remote or RF-dense environments.
We continue to partner with leading research institutes to integrate new MEMS sensing materials, extending the operational temperature limits and increasing chemical resistance.
Optimizing our manufacturing processes and materials to reduce environmental impact, in full alignment with the latest global RoHS directives.
Technical answers to key questions about industrial Modbus temperature and humidity sensors.
Select from our specialized environmental tracking and gas analysis models for your network infrastructure.
Designed for high-reliability applications, featuring native dual-mode Ethernet/WiFi network failover for continuous data security.
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A widely deployed, cost-effective industrial monitoring solution using standard Power over Ethernet for single-cable installation.
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Configurable environmental gateway with options for auxiliary power inputs, custom casing, and private-label firmware.
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Features high-precision extendable probes designed for monitoring hard-to-reach ducts, incubators, and isolated cleanrooms.
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Designed for indoor air quality and chemical tracking, providing integrated temperature and humidity data alongside VOC monitoring.
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A versatile telemetry node monitoring TVOC, ambient Ozone (O₃) concentrations, and climate parameters over standard network lines.
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CE-certified external-probe configuration, ideal for environmental chambers and specialized laboratory applications.
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Designed for industrial safety and indoor air quality tracking, integrating climate sensors and electrochemical gas monitoring.
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YCLH Sensor