Explore our top-selling Ethernet, LoRaWAN, and multi-gas telemetry units, fabricated to withstand aggressive chemical environments and guarantee long-term calibration stability.
Industrial-grade transmitter housing Swiss high-precision polymers alongside robust electrochemical gas elements for extreme microclimates.
Integrated multi-parameter array utilizing robust TCP/IP communication for streamlined, real-time industrial SCADA interfacing.
Combines polymer humidity sensors with VOC oxide semiconductors to deliver comprehensive indoor climate assessment capabilities.
Native IEEE 802.3af PoE architecture supporting continuous dew point monitoring, reducing field wiring complexity significantly.
Delivers precise measurement of carbon monoxide and temperature/humidity indices for municipal facility management and smart basements.
Optimized sub-GHz transmission ideal for agricultural research centers, offering massive coverage and multi-year battery lifespans.
Built-in dual relay output for direct exhaust fan control based on safe gas and moisture limits in commercial utility tunnels.
Engineered for long-range agricultural and food-storage facility networking, ensuring reliable data delivery across large fields.
In the age of hyperscale AI compute infrastructure and ultra-sterile pharmaceutical manufacturing, microclimate control has transcended traditional temperature monitoring. The modern digital economy relies heavily on hyper-scale data centers, where even minor humidity fluctuations can trigger catastrophic electrostatic discharge (ESD) or cause moisture condensation on high-density silicon wafers. As a result, B2B procurement managers and systems integrators are actively transitioning from legacy analog transmitters to custom smart humidity monitors that feature native Ethernet interfaces, Power over Ethernet (PoE) architecture, and advanced sub-GHz wireless (LoRaWAN) capabilities.
Simultaneously, global cold chains and automated warehousing facilities face strict international regulations, such as FDA 21 CFR Part 11 and EU Annex 11. These protocols require continuous, tamper-proof environmental logging, real-time alert systems, and highly traceable sensor calibration records. To meet these stringent standards, our custom smart humidity monitors are equipped with onboard memory, allowing for local data buffering during unexpected network dropouts. This ensures seamless and complete data integrity across the entire monitoring system.
"The cost of environmental monitoring failure in cleanrooms and data storage networks is measured not in the price of the sensor, but in the millions of dollars of lost computational runtime and ruined pharmaceutical batches. Redundant, high-accuracy multi-parameter instruments are no longer optional—they are an essential operational safeguard."
At Beijing Yingchuanglihe Electronic Technology Co., Ltd. (Yclisensors), we address these complex global challenges directly. Since 2007, we have designed and produced industrial-grade temperature, relative humidity, dew point, and air pressure sensors. By utilizing high-precision capacitive sensing elements imported directly from leading Swiss and German chip manufacturers, our systems deliver long-term drift-free accuracy, even in environments with persistent chemical exposure.
Our smart environmental instrumentation is built on a foundation of robust, industrial-grade electrical engineering, versatile network protocols, and durable hardware design.
Features native support for Power over Ethernet (IEEE 802.3af), enabling users to power the device and transmit real-time data over a single RJ45 cable. This significantly simplifies cleanroom and data center installation.
Uses imported Swiss and German sensing chips that provide outstanding accuracy (±1.5% RH and ±0.1°C) along with superior resistance to volatile organic compound (VOC) sensor poisoning.
Built-in support for Modbus TCP, SNMP, MQTT, and JSON protocols, allowing for seamless integration with third-party SCADA, PLC systems, building management software (BMS), and IoT clouds.
Real-time calculate and transmit dew point parameters and atmospheric pressure metrics (APEM-5930P series) to prevent moisture condensation in vacuum lines and HVAC ducts.
Equipped with 2-channel digital inputs and 1-channel relay outputs, enabling direct control of localized HVAC ventilation, sound alarms, and water leakage detectors upon threshold breach.
Tailor cable lengths, probe enclosures (such as sinter bronze filters), firmware protocols, corporate logos, and sensor ranges to meet specific localized engineering requirements.
The core of relative humidity (RH) measurement in our custom smart humidity monitors relies on advanced capacitive micro-electromechanical systems (MEMS) polymer technology. These sensors consist of a specialized dielectric polymer layer sandwiched between two conductive electrodes. As ambient moisture changes, the polymer absorbs water vapor, which alters its dielectric constant and shifts the sensor's overall capacitance. This capacitance shift is processed by an onboard microprocessor, which calculates relative humidity using a high-order polynomial equation calibrated directly against internationally recognized humidity standards.
However, industrial environments often introduce airborne contaminants, such as volatile organic compounds (VOCs) and corrosive gases like SO₂ and NO₂. These contaminants can gradually accumulate on the sensor's polymer matrix, leading to drift. To protect against sensor drift, our devices utilize custom sinter bronze filters or high-porosity PTFE membranes. These specialized filters block dust particles, chemical droplets, and liquid water while allowing water molecules to pass through freely. As a result, the sensor maintains an exceptionally fast response time while benefiting from robust protection against harsh environmental conditions.
For high-precision applications, we also calculate the dew point temperature ($T_d$) using the Magnus-Tetens formula. By measuring atmospheric pressure ($P$) alongside temperature and relative humidity, our multi-parameter models (such as the APEM-5930P) provide real-time dew point monitoring. This capability is critical for cleanroom environments and server racks, helping operators proactively manage condensation risks before moisture can form on sensitive electronic components.
For applications where data continuity is critical, our APEM-5930W series features a robust dual-mode network architecture. The device uses wired Ethernet as its primary connection, but can seamlessly failover to wireless WiFi in the event of a physical network disruption.
All recorded environmental data is securely stored in local non-volatile flash memory during outages. Once network connection is restored, the buffered data is automatically synchronized back to the central SCADA system, preventing any gaps in regulatory compliance records.
From high-speed rail networks to hyperscale data centers, our history is defined by robust, high-precision engineering projects alongside global tech giants.
Established in Beijing. Successfully pioneered the first-generation environmental terminal utilizing TCP/IP communications and custom monitoring software.
Partnered with Swiss COMLAB to deliver the TH-5869 protective transmitter, deployed extensively across major Chinese high-speed rail lines.
Collaborated with Foxconn to standardize microclimate monitoring across high-end automated electronics assembly cleanrooms.
Deployed the next-generation APEM-5900 smart system across Baidu's Yangquan Data Center, ensuring reliable continuous temperature and humidity tracking.
Launched rugged integrated cabinet monitoring units, successfully protecting roadside electronics for Huawei and China Merchants Expressway initiatives.
Partnered with Beijing Enterprises Water Group and co-founded the Beidou Deformation Monitoring division, achieving high-precision pipeline tracking.
A standard sensor rarely meets the complex demands of high-spec industrial systems. As a specialized custom smart humidity monitor factory, Yingchuanglihe offers deep customization across every tier of hardware, firmware, and mechanical design. We help engineers tailor our sensors to integrate perfectly with specialized machinery, outdoor telecom enclosures, or vacuum systems.
Our customization process supports several key features:
Each custom-built unit undergoes multi-point relative humidity and temperature chamber calibration. These tests are tracked back to national physical standards and come complete with CE, FCC, and RoHS certificates of conformity, providing complete peace of mind for international compliance audits.
Explore our specialized sensor models with advanced multi-gas integration, flexible dual-network failover, and high-performance atmospheric pressure tracking.
Sleek commercial housing with high-precision digital output, ideal for green building designs and automated climate control systems.
Designed for laboratories requiring proactive monitoring of volatile chemical pollutants and ozone concentrations.
Cost-efficient, high-reliability Ethernet sensor module with direct PoE power delivery and stable long-term microclimate monitoring.
Features dual Ethernet and WiFi network interfaces for continuous, fail-safe environmental monitoring across industrial plants.
Monitors atmospheric pressure alongside temperature and humidity, making it ideal for cleanrooms requiring precise pressure control.
Fully certified multi-parameter sensor compliant with European standards, ready for immediate deployment in critical cleanroom zones.
An all-in-one indoor environmental gateway that simultaneously monitors chemical pollutants and comfort indexes.
An essential industrial-grade data logger designed for early warning systems, keeping close track of CO gas and ambient moisture.
Find authoritative answers to common engineering questions regarding the deployment, calibration, and networking of smart environmental monitoring arrays.
YCLH Sensor