Explore our premium commercial-grade environmental sensor suite designed for immediate Modbus, TCP/IP, and smart IoT platform integration.
In modern industrial and enterprise sectors, digital temperature and humidity sensing has evolved far beyond simple localized measurements. In the era of high-density edge computing, automated biotech labs, cleanroom logistics, and AI data centers, precision and latency of micro-climate telemetry play a critical role in system performance.
Uncontrolled thermal expansion, dynamic relative humidity fluctuations, and corrosive ambient dew point formation can directly cause silent hardware failures, degrade chemical reactions, or result in costly microchip defects. To mitigate these operational risks, global technology sectors require highly integrated, networked sensors that support real-time data streaming over robust network architectures.
Top environmental engineers are transitioning away from localized analog transmitters toward native TCP/IP-enabled smart sensors. Integrating high-accuracy capacitive relative humidity sensors and band-gap temperature measurement elements onto a single silicon chip offers exceptional long-term drift resistance and near-zero propagation delay.
A trusted global leader in environmental telemetry since 2007. We empower smart workspaces, highway infrastructures, and data centers with ultra-precise sensor technology.
From our manufacturing hub in Beijing, Yingchuanglihe (YCLI) designs, validates, and produces some of the most reliable environmental monitoring sensors in the industry. Our product line ranges from single-bus telemetry probes to advanced multi-parameter air quality transmitters.
A proven track record of technological innovation, working alongside industry giants to deliver exceptional telemetry performance.
Developed early environmental monitoring terminals using native TCP/IP protocols alongside the first YCLI monitoring software suite.
Coengineered protective industrial telemetry systems with COMLAB (Switzerland), successfully deploying sensors across national rail lines, including the Wuhan-Guangzhou and Beijing-Shanghai high-speed networks.
Partnered with Founder Technology to launch the APEM-6100 series, pioneering Power over Ethernet (PoE) integration for low-latency B2B workspace monitoring.
Developed and deployed next-generation APEM-5900 intelligent network nodes across Baidu's high-density Yangquan Cloud Data Center, integrating multi-parameter climate sensing.
Designed integrated edge telemetry units for roadside autonomous driving test environments. Established joint divisions focused on Beidou precision deformation and smart urban piping infrastructure.
A closer look at our world-class production facilities, SMT lines, precision calibration systems, and industry-standard compliance certificates.
Our facility in Beijing is seamlessly integrated into China's world-class semiconductor, rapid PCBA prototyping, and precision plastics injection molding network. This allows us to offer unique advantages to international procurement teams:
Our digital climate sensors are trusted worldwide across key industries to protect systems and maintain environmental safety.
Monitors thermal conditions in real-time to avoid hot spots, optimize dynamic cooling adjustments, and improve PUE efficiency.
Maintains stable environments for pharmaceutical manufacturing, utilizing advanced APEM-5930P differential pressure tracking.
Prevents moisture buildup in sensitive materials, raw plastics, and SMT storage, ensuring long-term raw material reliability.
Expert answers to common technical, protocol, and calibration questions from engineering and procurement teams.
We integrate high-performance capacitive relative humidity sensors and band-gap temperature measurement elements from market leaders like Sensirion (Switzerland) and Bosch (Germany). These premium chips feature high repeatability and integrated digital calibration, ensuring long-term drift is kept under <0.03°C/year and <0.25% RH/year, even in challenging industrial environments.
Yes. Our sensors are native industrial IoT devices that support Modbus-TCP and Modbus-RTU over Ethernet or RS485. They also support SNMP (v1, v2c, and secure v3), making them compatible with IT infrastructure managers, PRTG, and various SCADA platforms without requiring intermediate protocol conversion gateways.
By utilizing IEEE 802.3af PoE standards, both stable power and real-time data are delivered over a single standard RJ45 cable. This eliminates the need for localized AC outlets and separate DC transformers, reducing electrical installation and deployment costs by up to 45% in complex installations like data centers or expansive cleanrooms.
Absolutely. As a primary OEM/ODM manufacturer, we offer extensive customizations, including external probe extensions from 1 to 10 meters, high-durability sintered metal filters for dusty environments, and outdoor-rated, weather-resistant IP65 enclosures.
Our APEM-5930G all-in-one series can be customized to monitor additional parameters, including Total Volatile Organic Compounds (TVOC), Formaldehyde (HCHO), Carbon Monoxide (CO), Ozone (O3), Sulfur Dioxide (SO2), Nitrogen Dioxide (NO2), and Hydrogen Sulfide (H2S), alongside temperature and relative humidity.
Every single unit undergoes multi-point temperature and relative humidity calibration in our environmental testing chambers. We use high-precision dew point generators and chilled-mirror hygrometers to ensure all sensors meet our strict accuracy specifications before shipment.
Review additional configurations from our advanced sensor series, designed for specialized integration needs.
YCLH Sensor
