High-precision Ethernet, Wi-Fi, and LoRaWAN environmental instruments engineered with integrated premium German and Swiss chipsets for agricultural climate monitoring.
Industrial Ethernet sensor detecting O₂ and H₂S concentrations with integrated high-precision ambient temperature and relative humidity tracking.
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CE-Certified monitoring solution for TVOC, Ozone (O₃), Temperature, and Humidity. Fully compatible with automated greenhouse ventilation systems.
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Professional Power over Ethernet sensor tracking temperature, humidity, and dew point. Supports direct Modbus TCP integration.
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Custom Ethernet monitoring gateway measuring indoor air quality indices, carbon monoxide concentrations, and agricultural micro-climatic metrics.
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Precision environmental sensor for industrial agricultural labs and commercial propagation facilities. High-accuracy atmospheric pressure module.
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Custom-configured Ethernet transmitter for calculating real-time dew point, local atmospheric pressure, relative humidity, and temperature.
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B2B environmental transmitter with optional external probes. Ideal for soil-adjacent or multi-zone canopy climate tracking.
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Specially calibrated telemetry gateway with critical security thresholds for commercial anaerobic digestion and modern greenhouse applications.
Technical DetailsAs commercial Controlled Environment Agriculture (CEA) scales globally, the demand for high-reliability telemetry hardware is paramount. Beijing Yingchuanglihe Electronic Technology Co., Ltd. (YCLIsensors) stands at the forefront of this industrial transition. Since our establishment in 2007, we have pioneered the integration of robust industrial communication protocols—such as Modbus, Power over Ethernet (PoE), SNMP, and LoRaWAN—directly into multi-parameter climate sensors.
Our instruments empower growers, greenhouse engineers, and global smart agriculture platform developers to calculate dynamic environmental variables with extreme precision. Utilizing imported core chipsets from Switzerland and Germany, YCLIsensors manufactures hardware designed for high-humidity, high-corrosion agricultural environments, ensuring minimal drift, rapid response times, and an industry-leading lifespan.
Reliable agricultural telemetry must adapt to diverse agronomic micro-climates. Our designs bridge the gap between biological requirements and real-time physical telemetry.
By monitoring the absolute relationship between leaf/air temperatures and humidity, our sensors provide the exact data required to optimize stomatal opening, driving superior crop transpiration and nutrient intake.
Continuous real-time calculation of Dew Point allows HVAC and greenhouse automation systems to act preemptively before condensation forms, effectively mitigating risks associated with Botrytis and other fungal pathogena.
From enrichment of CO₂ to critical containment safety zones monitoring H₂S, O₂, and VOCs, our high-density multi-gas integration ensures balanced plant metabolism alongside regulatory safe-working conditions.
Procuring greenhouse environmental sensors at scale demands more than standard specifications; it requires cost efficiency, reliable manufacturing, and strict quality control. Operating from our highly specialized 1,500m² manufacturing facility in Beijing, YCLIsensors harnesses China's advanced electronic supply chain to deliver high-quality, high-reliability products.
By maintaining direct relationships with premium semiconductor packaging plants and rapid-prototyping centers, we significantly shorten development times for bespoke, custom-branded sensory hardware. Our five automated production lines are calibrated to strict ISO-9001 quality guidelines, ensuring consistency from pre-production testing to final product delivery.
Since 2007, Beijing Yingchuanglihe has driven environmental monitoring technology forward, from early network management sensors to today's multi-parameter AIoT platforms.
Company founded. Developed the industry's first intelligent environmental monitoring terminal based on TCP/IP network protocol along with v1.0 monitoring software.
Partnered with Mocha Software to launch the SNMP-enabled TH-5939 series. Collaborated with Founder Technology to pioneer Power over Ethernet (PoE) in the APEM-6100 environmental monitor.
Partnered with Foxconn to establish corporate production climate standards. Collaborated with Baidu to deploy next-generation APEM-5900 terminals across the Yangquan Data Center.
Released our comprehensive Smart IoT Solutions framework. Custom-engineered high-reliability edge computing gateways for Beijing's autonomous driving road tests.
Expanded into intelligent computing center infrastructures. Established co-business divisions with Beijing Enterprises Water Group and BUCEA to pioneer Beidou high-precision deformation tracking and smart pipeline telemetry.
Global commercial deployment of greenhouse sensors requires strict adherence to localized cellular, wireless, and electrical regulatory frameworks. Our telemetry systems are built to meet these global standards:
How our multi-parameter transmitters deliver key environmental insights to maintain optimal crop growth and safeguard production yields.
Young plants and seedlings are highly sensitive to sudden spikes in relative humidity and ambient temperature. APEM sensors with external, extendable probes allow growers to measure temperature directly within the root zone and canopy level simultaneously.
High-density indoor agriculture systems require constant airflow management to prevent stagnant microclimates. Our APEM-5930P series measures localized barometric pressure to confirm that HVAC ventilation is maintaining correct air pressure differentials.
Organic pest management relies on precise relative humidity control to prevent mildew growth. Our dual-mode WiFi/Ethernet transmitters provide the reliable connectivity needed for real-time alerts when humidity climbs outside target zones.
Technical answers to key questions about sensor integration, calibration, and smart agriculture system design.
Designed for stable, long-term monitoring in high-humidity agricultural, laboratory, and cleanroom environments.
B2B premium environmental monitor tracking Carbon Monoxide and IAQ index values. Designed for commercial growing areas and warehouse safety zones.
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Heavy-duty industrial transmitter monitoring temperature, humidity, and critical oxygen depletion / toxic hydrogen sulfide levels.
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Engineered for cleanrooms and sensitive cultivation facilities, providing real-time volatile organic compound levels.
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High-reliability wired and wireless temperature and humidity transmitter designed for complex greenhouse building integration.
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Dual-pathway telemetry hardware utilizing wired Ethernet with automatic wireless WiFi failover protection for uninterrupted climate data.
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Specialized multi-parameter sensor measuring cumulative TVOC, organic vapors, and HCHO alongside ambient relative humidity.
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Custom-configured air quality instrument designed for laboratories, commercial tissue culture, and seedling propagation environments.
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Ultra-long-range wireless sensor. Outstanding signal penetration through heavy foliage and metal greenhouse framework structures.
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YCLH Sensor