High-reliability temperature, humidity, and atmospheric sensors designed for industrial automation pipelines, complex HVAC systems, and IoT cold-chain deployments.
Ultra-low power, long-range wireless sensor ideal for remote telemetry inside Moscow sub-zero distribution hubs and complex HVAC installations.
Integrated 3-in-1 Ethernet sensor designed for data center environmental control, preventing condensation and checking airflow differentials.
High-reliability toxic gas and HVAC sensor to monitor emissions and protect workforce safety in industrial zones and paint booths.
Designed for premium office spaces, combining sleek aesthetics with precise temperature, humidity, and dew point measurements over Modbus TCP.
Moscow represents the primary financial, administrative, and industrial engine of the region, housing complex operations that rely heavily on robust environment instrumentation. The city's climatic reality—characterized by long, freezing winters reaching down to -30°C and highly humid summers—places severe stress on environmental controls. Standard industrial setups must operate within tight parameters to prevent moisture crystallization, structural mold, and system failure.
Particularly in high-tech sectors like the **Moscow-City Financial District**, the expansion of hyperscale cloud infrastructures and corporate computing nodes has triggered massive demand for real-time telemetry. In these critical ecosystems, relative humidity fluctuations can lead to electrostatic discharge or condensation on sensitive server mainboards. Additionally, food logistics and pharmaceutical warehouses across the Moscow Ring Road (MKAD) require continuous cold chain verification compliant with international GMP standards and local sanitary regulations.
To address these challenges, Beijing Yingchuanglihe Electronic Technology Co., Ltd. offers customized sensors with imported German/Swiss MEMS chips, delivering unprecedented sensor stability and durability for harsh, variable microclimates.
Engineered to integrate seamlessly with Scada, PLC, and domestic Russian software (such as 1C:Enterprise systems) for deep telemetry.
High-density computing setups require precise monitoring of temperature, relative humidity, and dew points. Power over Ethernet (PoE) technologies facilitate clutter-free cabling directly within server racks, enabling micro-climate isolation and automated cooling adjustments.
From deep-freeze units to automated sorting bays, maintaining precise environment envelopes is crucial. Our LoRaWAN and long-probe Ethernet sensors ensure continuous logging, real-time alert broadcasts, and secure data backups to prevent compliance failures.
In heavy factories and paint facilities, monitoring TVOCs, Ozone (O₃), CO, H₂S, and Sulfur Dioxide is vital. Our multi-gas sensors incorporate electrochemical and NDIR technologies to ensure workers are protected under regional health guidelines.
Over 18 years of pioneering industrial telemetry, edge gateway integrations, and smart environmental sensor production.
Company founded. Developed early-stage intelligent environment monitoring terminal based on TCP/IP protocol along with proprietary central logging software.
Collaborated with Mocha Software to launch the TH-5939 series of network-friendly sensors supporting standard SNMP protocols.
Partnered with Switzerland's COMLAB to produce the TH-5869 protective environment module, utilized along high-speed rail lines.
Cooperated with Founder Technology to launch the APEM-6100 series, pioneering Power-over-Ethernet (PoE) integration in sensor designs.
Collaborated with Baidu to deploy next-gen APEM-5900 smart terminals in Baidu’s Yangquan Data Center, optimizing massive multi-parameter configurations.
Deeply involved in Beijing’s autonomous driving road-test setups, engineering outdoor edge computing nodes and climate-hardened sensor boxes.
Established specialized divisions with Beijing Enterprises Water Group and co-founded Beidou Business Division to advance smart pipeline systems and deformation monitoring.
At Beijing Yingchuanglihe, we understand that data accuracy impacts product quality, regulatory compliance, and personnel safety. Our production base houses testing bays where all sensors undergo multi-point calibration against traceable standards.
Fully qualified factory QA/QC processes with ISO standards compliance.
Customized telemetry platforms designed for local industrial regulations, operating conditions, and engineering guidelines.
With computing heat density increasing across Moscow data parks, our APEM-5930P measures temperature, humidity, and barometric pressure. This prevents condensation during rapid cool-downs and verifies correct airflow pressure differentials.
Moscow's heating network is one of the largest globally. Our RS485 and Ethernet sensors monitor condensation risks and ambient humidity in automated utility hubs, feeding telemetry directly into centralized SCADA platforms.
Cleanroom operations require strict humidity and pressure tracking to satisfy sanitization audits. The APEM series registers environmental data locally and securely transmits it over LAN to protect batch integrity.
Browse our complete line of industrial Ethernet, Wi-Fi, and multi-gas data loggers built for heavy operational demands.
Combines O₂ and H₂S detection with relative humidity monitoring. Ideal for underground utilities, chemical facilities, and industrial safety zones.
High-precision sensor for volatile organic compounds and ambient ozone, designed to improve office indoor air quality.
Integrates formaldehyde and organic chemical tracking with temperature/humidity logs to meet local laboratory and workplace safety standards.
High-performance carbon monoxide and general air quality sensor. Provides reliable, real-time data for transit hubs and heavy public spaces.
Meets strict EU and regional building environment certifications, tracking ozone levels and HVAC efficiency.
Standard industrial PoE unit integrating high-accuracy humidity and temp registers. Simplifies cabling in tight, high-density server configurations.
Equipped with external probes to isolate the processing unit from freezing airflows inside air handling ducts.
Heavy-duty industrial transmitter. Consolidates multi-gas monitoring and environment logs into a single IP connectivity terminal.
Designed for heavy logistics parks and transport corridors, detecting environmental emissions alongside humidity and temperature metrics.
Tracks carbon monoxide alongside indoor air quality metrics, ensuring high ventilation efficiency and safety compliance.
Fully customizable environmental sensor, tailored for precision pharmaceutical and high-tech cleanrooms.
Designed to measure indoor ozone and air quality, supporting municipal HVAC optimization projects.
As industrial processes transition toward automated smart networks, our R&D is focused on advancing edge computation capabilities and integration protocols.
Detailed answers to common engineering questions regarding the deployment of APEM environmental sensors.
Our industrial environmental sensors feature operating temperature profiles from -40°C to +80°C. For deep sub-zero settings, we recommend the APEM-5930E with an extended probe. This configuration separates the primary electronic unit (typically mounted in a climate-controlled enclosure) from the sensor tip exposed to the extreme environment.
Our network devices support Modbus-TCP (readily mapped via standard register addresses), SNMP (v1/v2c/v3 for direct IT infrastructure monitoring), and MQTT protocols for IoT platforms. We also provide direct JSON outputs via HTTP POST/GET requests for custom backend applications.
Yes, every unit undergoes multi-point temperature and relative humidity calibration in our automated testing chambers prior to shipment. The Swiss and German MEMS chips feature a typical drift of less than <0.03°C/year and <0.25% RH/year, minimizing the need for frequent field calibrations.
Our PoE-enabled configurations (like the APEM-5930) comply with the standard IEEE 802.3af/at specifications. They draw power directly from standard network switches over RJ45 Ethernet cables, simplifying field wiring. Additionally, standard DC 12-48V input terminals are included as a redundant power supply option.
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