Discover our range of advanced wired and wireless sensors engineered for precise temperature, humidity, and atmospheric telemetry.
Precision LoRaWAN device with ultra-low power consumption designed for versatile and long-range environmental tracking applications.
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Wired Ethernet/WiFi dual-mode sensor delivering real-time telemetry with industrial stability for intelligent building monitoring.
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Supports optional remote probes separated from the network transmitter module via 1-3m cables for custom deployment.
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Integrates atmospheric pressure monitoring with standard temperature and humidity features for structural airflow management.
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Fully customizable LoRaWAN wireless sensor with configurable transmitting intervals for smart agricultural operations.
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High-efficiency dual network deployment solution. Delivers optimal data redundancy via WiFi backup routing.
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Multi-gas monitoring solution incorporating high-accuracy electrochemical sensors for demanding industrial safety applications.
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CE-certified high-performance environment device providing extreme accuracy across a broad temperature range.
Learn MoreBeijing Yingchuanglihe Electronic Technology Co., Ltd. is a premier global manufacturer of advanced industrial-grade environmental monitoring sensors. Over nearly two decades, we have engineered high-precision temperature, humidity, atmospheric pressure, and multi-gas sensors designed to provide reliable, drift-free data structures across heavy industries, smart laboratories, and dynamic data centers.
Operating a modernized 1,500+ square meter production base equipped with five automated production lines, our team of over 100 dedicated technical specialists leverages imported Swiss and German sensor core elements to construct rugged hardware conforming to rigorous international compliance standards.
A comprehensive analysis of Beijing Yingchuanglihe's engineering standards, chip calibration logic, and multi-protocol integration capabilities.
How our physical sensor networks are deployed to safeguard mission-critical infrastructures, high-speed rails, and national computing platforms.
Our environmental sensor arrays are deployed in massive facilities like Baidu's Yangquan Data Center. Real-time temperature, humidity, and dew point calculations help optimize server cooling profiles, control humidity-induced static discharge, and drastically reduce Power Usage Effectiveness (PUE) ratios.
High-precision chemical production and biotechnology research require stable positive or negative air pressure and clean environments. Our APEM-5930P monitors subtle changes in ambient atmospheric pressure and temperature to prevent cross-contamination and guarantee compliance with GMP and ISO standards.
We supply rugged, shock-resistant Ethernet sensors to transit environments. Partnering with Switzerland's COMLAB, our protective sensor devices are deployed along high-speed rail lines (e.g., Beijing-Kowloon and Beijing-Shanghai lines) to monitor critical trackside signal cabinets under extreme conditions.
Our vertically integrated Beijing manufacturing facility ensures short lead times, meticulous quality control, and flexible custom designs.
Operating out of a modern 1,500m² facility in Beijing, we maintain direct control over component sourcing, SMT assembly, calibration, and final burn-in testing. This localized control minimizes lead times and provides strong protection against supply chain disruptions.
Our engineering team can customize sensors to your exact specifications. From specialized housing and custom sub-GHz radio configurations (LoRa/NB-IoT) to unique firmware integrations (Modbus registers, SNMP MIBs, or MQTT payloads), we turn custom requirements into market-ready products.
Every sensor must pass calibration, pressure, and signal stability testing. Our multi-stage quality control process ensures that every device shipped operates reliably in harsh conditions and remains stable over years of operation.
A history of technological progress, cross-border partnerships, and continuous innovation in smart sensing.
Founded in Beijing. Released our first intelligent environmental monitoring terminal based on Modbus TCP/IP networks, establishing a foundation for advanced ethernet telemetry.
Partnered with Switzerland's COMLAB to develop ruggedized Ethernet sensors. These protective monitoring devices were deployed along major high-speed rail lines.
Partnered with Founder Technology to launch the APEM-6100 series, among the first environmental monitoring sensors to feature early Power-over-Ethernet (PoE) technology.
Partnered with Baidu to deploy the next-generation APEM-5900 intelligent network terminals at Baidu's high-efficiency Yangquan Data Center, optimizing overall PUE.
Launched our integrated outdoor cabinet monitoring system, deployed in key highway automation projects alongside industry leaders Huawei and China Merchants Huaruan.
Partnered with Beijing Enterprises Water Group and co-founded the Beidou Business Division to advance smart water pipeline monitoring and high-precision deformation sensing.
Every sensor is manufactured under cleanroom conditions, fully tested, and certified to meet regulatory standards for global deployment.
A reference guide answering key engineering, integration, and deployment questions about our environmental sensing systems.
We design our sensors using premium imported Swiss and German sensing elements. Combined with customized multi-point dynamic calibration profiles and isolated thermal pathways, our devices limit annual sensor drift to less than 0.03°C. This guarantees stable, long-term monitoring with minimal maintenance.
By separating the physical sensing element from the ethernet/WiFi transmitter block using an extendable cable (typically 1 to 3 meters), we eliminate internal device heating. This ensures highly accurate, localized temperature and humidity readings in sealed chambers, cleanrooms, and ductwork.
Yes. Our entire sensor portfolio runs open, standardized application layers. They offer out-of-the-box compatibility with Modbus TCP/IP, SNMP, MQTT, and HTTP RESTful JSON interfaces, allowing for seamless integration into SCADA, BMS, and custom enterprise dashboards.
Our Ethernet-enabled devices support standard IEEE 802.3af Power-over-Ethernet networks, accepting 12V to 48V inputs. This allows a single standard CAT5e or CAT6 network line to deliver both stable electrical power and bi-directional communication, reducing overall installation costs.
The APEM-5930W features both wired RJ45 Ethernet and wireless WiFi. If the primary network connection is interrupted, the device automatically switches to the backup route, preventing data loss and maintaining continuous tracking in critical facilities.
The APEM-5930G platform can be customized with electrochemical, PID, or metal oxide sensors to monitor combinations like O₂ & H₂S, TVOC & O₃, CO, and SO₂ & NO₂, while simultaneously measuring ambient temperature, humidity, and dew point.
Standard custom modifications, such as firmware updates, customized Modbus registers, or co-branded labeling, can be completed in 1-2 weeks. For custom hardware designs (e.g., specialized enclosures, custom PCB layouts, or specific radio protocols), our 5 automated production lines in Beijing ensure quick deliveries with flexible MOQs.
As an established manufacturer with nearly 20 years of experience, we maintain strategic safety stock of critical components, microcontrollers, and sensory elements. This allows us to guarantee long-term availability and consistent form-factor configurations across our product families.
Explore our specialized multi-parameter transmitters and wireless telemetry platforms designed for critical industrial monitoring and safety.
Long-range wireless sensor featuring robust sub-GHz signal transmission designed for deep structural and sub-surface tracking.
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Sleek environment sensor with dual-mode WiFi/wired connectivity, optimized for modern office buildings and energy management.
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Modular design featuring remote external sensors on heavy-duty cables, perfect for extreme temperature monitoring inside machinery.
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Integrates ozone (O₃) gas analysis with temperature/humidity logging to ensure workplace safety in chemical facilities.
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Industrial-grade pollutant tracking device. Measures low-ppm concentrations of Sulfur Dioxide and Nitrogen Dioxide.
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All-in-one indoor air quality system combining Carbon Monoxide detection with temperature and relative humidity tracking.
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Standard industrial transmitter featuring automated cellular backup capabilities, designed for remote terminal tracking.
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Combines temperature, humidity, and critical gas (SO₂ & NO₂) tracking in a single, high-reliability Ethernet-connected unit.
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