Explore our high-performance Ethernet and wireless sensors, specifically integrated for indoor air quality and precision environmental parameters.
Designed for critical environments, featuring integrated high-precision O₂ & H₂S sensing capability with Ethernet connectivity.
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Combines three variables into a unified module to monitor thermal conditions and atmospheric shifts simultaneously.
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An advanced solution configured for toxic gas and basic climatic tracking inside heavy-duty plants and processing facilities.
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Fully compliant CE Certified multi-parameter transmitter ensuring consistent deployment in high-regulatory European sectors.
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Engineered for cleanroom assessment and sterilization verifications, integrating ozone trace monitoring modules.
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Offers versatile telemetry integration over standard communications protocol interfaces for multi-compound profiling.
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Complies with safety standards while rendering real-time evaluations of complex indoor elements and parameters.
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Ensuring workspace ambient parameters remain within safe occupational standards. Supports direct building system feeds.
View DetailsDeploying capacitive, optical, and chemical semiconductor sensors to maintain microclimatic resilience across modern operations.
In the framework of Industry 4.0, remote temperature and humidity sensors are no longer mere localized logging accessories. They represent the primary data inputs that drive operational efficiency, predictive HVAC maintenance, and product safety compliance. With micro-precision electronics (such as the MEMS silicon chips imported from Switzerland and Germany), our sensor platforms minimize calibration intervals and sensor drift, securing long-term reliability in environments ranging from cleanrooms to autonomous vehicle roadways.
Leveraging high-precision, low-drift semiconductor architectures from leading fabricators to ensure drift remains under 0.1°C per year.
Fully compliant with Power over Ethernet (PoE 802.3af), Modbus TCP/RTU, SNMP v1/v2/v3, and MQTT to support effortless system integrations.
Simultaneously monitors Temperature, Relative Humidity, Dew Point, Atmospheric Pressure, TVOCs, Ozone (O₃), SO₂, NO₂, and CO.
Industrial facility managers, warehouse operations executives, and safety engineers face tightening international standards regarding human exposure limits, product shelf-life compliance (FDA 21 CFR Part 11), and energy use optimization. Deploying sensors dynamically linked back to centralized controllers via Ethernet, Wi-Fi, or long-range LoRaWAN telemetry provides real-time alerts. This ensures that minor temperature excursions can be rectified before causing batch failures or building system shutdowns.
The primary vulnerability of remote sensors is baseline drift. Airborne pollutants, volatile organic solvents, and temperature cycles degrade sensor materials over time. Our remote temperature and humidity sensors address this through specialized protective filter caps and capacitive polymer elements. These features maintain sensor stability and support manual calibration adjustment parameters via integrated web control panels or Modbus register modifications.
Yingchuanglihe leverages long-standing manufacturing experience to supply reliable environmental monitoring equipment worldwide.
Leveraging Beijing's technology and industrial base, we provide efficient global shipping and quality assurance.
Based in Beijing, China, Beijing Yingchuanglihe Electronic Technology Co., Ltd. runs a modernized 1,500 square meter plant engineered to support high-throughput, precision-calibrated sensor production. Being situated in China's technology cluster gives us access to components, rapid raw material sourcing, and logistics channels. We maintain continuous availability of high-grade materials and micro-components, ensuring stable production times even during supply fluctuations.
Unlike standard trading operations, our engineers manage the design cycle from software embedded protocol design (Modbus/SNMP) to circuit board layout and sensor chamber calibration. Each sensor undergoes multitemperature and humidity point verification in environmental testing chambers. Our automated production lines ensure consistent assembly quality, while our software support team provides integration assistance within 8 business hours.
Providing custom environmental monitoring arrays across critical global application architectures.
Highly deployed in computing facilities (e.g., Baidu Yangquan Data Center) to monitor server inlets, exhaust chambers, and sub-floor areas, preventing hot spots and condensation.
Precision calibration ensures cleanroom monitoring is compliant with stringent quality control guidelines. Integrates atmospheric pressure differential sensors to prevent cross-contamination.
Protects dry-goods storage and assembly lines from humidity fluctuations. Multi-parameter gas sensors monitor TVOC and toxic elements, ensuring workplace health and safety compliance.
Since 2007, Beijing Yingchuanglihe has pioneered environmental telemetry integrations and high-precision sensor systems.
Ensuring compliance with CE, FCC, RoHS, and industry calibration requirements.
Highlighting our active participation in global technology exhibitions and hardware summits.
How Yingchuanglihe integrates next-generation protocols and optical sensing into our environmental monitoring platforms.
As the Internet of Things scales from 5G to 6G infrastructure, environmental monitoring systems must adapt to be more autonomous, self-calibrating, and energy-efficient. Our R&D engineers are working on three main technology paths:
Find answers to common questions about our calibration processes, communication protocols, and custom options.
Our industrial sensors use imported Swiss/German MEMS chips, limiting temperature drift to < 0.1°C per year and humidity drift to < 0.5% RH per year. This makes them suitable for long-term deployments without frequent recalibration.
Yes, products like the APEM-5930 series fully support standard PoE (802.3af), allowing you to run power and network data over a single RJ45 cable. This simplifies installation in data center racks and server rooms.
Yes, our APEM-5930E model supports optional external probes with cables ranging from 1 to 3 meters. This allows you to mount the processing unit in a safe area while placing the sensor probe inside high-temperature or high-humidity zones.
Our Ethernet sensors support Modbus TCP, SNMP (v1, v2c, and v3), MQTT, and HTTP JSON. This makes it easy to integrate the sensors with third-party SCADA, DCIM, and BMS systems.
Yes, we specialize in OEM/ODM customization. We can integrate ozone (O₃), sulfur dioxide (SO₂), nitrogen dioxide (NO₂), carbon monoxide (CO), hydrogen sulfide (H₂S), and oxygen (O₂) sensors into a single device to meet your application needs.
Each unit undergoes multi-point temperature and humidity calibration in our environmental testing chambers. The sensors are certified with CE, FCC, and RoHS standards to ensure reliable operation in industrial environments.
Explore our long-range LoRaWAN transceivers, multi-gas gateways, and flexible Wi-Fi/Wired dual-mode sensors.
Long-range wireless monitoring featuring low-power design, ideal for agricultural greenhouses and large warehouse structures.
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Features a high-visibility E-Ink screen, offering clear readings and long battery life in decentralized monitoring systems.
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Simultaneously measures TVOC, Ozone (O₃), temperature, and humidity, providing real-time data to optimize ventilation systems.
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Equipped with decoupled optional probes, allowing the sensor unit to be placed in confined areas or high-heat chambers.
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Designed for manufacturing facilities, helping operators track chemical outgassing and industrial ozone concentration levels.
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A PoE-powered model offering simplified network integration and low maintenance, ideal for large-scale enterprise deployments.
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Supports both wired Ethernet and Wi-Fi connections, offering a reliable backup network option for critical facilities.
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Designed for smart buildings and commercial spaces, tracking formaldehyde emissions and environmental conditions.
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YCLH Sensor