Premium Ethernet & LoRaWAN Multi-Parameter Sensors for Precision Climatic Management
High-precision industrial-grade sensor integrating Temp, Humidity, CO, and Indoor Air Quality (IAQ) via robust Ethernet.
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Advanced monitoring solution with extended probes, ideal for laboratory and high-capacity sterile data centers.
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High sensitivity dual-gas atmospheric monitoring system with rapid response and Ethernet automation integration.
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Simultaneous assessment of TVOC, Ozone, and core atmospheric telemetry for advanced hazardous workspace safety.
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Full support for POE standard protocol, delivering streamlined wire deployment for smart industrial operations.
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Industrial facility safety network component providing low-latency alerts for SO2 and NO2 leakage containment.
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Integrated barometric pressure sensor for laboratories, cleanrooms, and high-altitude weather stations.
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Flexible software registry integration supporting Modbus TCP protocols for quick BMS client configuration.
Explore SpecificationA technical guide to long-range wireless sensor networks for enterprise procurement directors.
In modern asset monitoring, industrial complexes, smart agriculture systems, and dynamic storage operations demand precision metrics without the excessive cabling overhead of traditional architectures. While standard WiFi and wired Ethernet networks excel in localized server stacks, their deployment across expansive fields, distributed warehouses, and complex subterranean infrastructures becomes cost-prohibitive. This is where LoRaWAN (Long Range Wide Area Network) establishes its dominance.
As a leading OEM LoRaWAN temperature sensor manufacturer, Yingchuanglihe integrates cutting-edge Swiss-engineered and German-manufactured sensing components with ultra-low-power RF transceivers. By shifting from high-power, high-bandwidth networks to a dedicated sub-GHz low-power wide-area network (LPWAN), global enterprises unlock unmatched spatial reach combined with highly resilient signal penetration.
Utilizing proprietary chirped spread spectrum (CSS) modulation, our LoRaWAN nodes consistently maintain robust communications up to 15 kilometers in line-of-sight environments and easily penetrate urban concrete and metallic obstructions.
Our sensor units employ state-of-the-art power-saving profiles (Class A transceiver mode) to achieve operational lifespans of 5 to 10 years on simple lithium-thionyl chloride (Li-SOCl2) chemistry, eliminating frequent manual maintenance loops.
High-tech design, automated assembly, and comprehensive global product validation.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a premier global innovator in environmental sensor architecture. Operating out of our advanced 1,500m² manufacturing facility, our dedicated staff manages specialized assembly processes, dynamic calibration matrices, and rigorous physical testing. Our products integrate imports from premium chip partners in Germany and Switzerland, delivering continuous reliability across challenging environments.
Why Tier-1 global industrial procurers partner with Beijing Yingchuanglihe.
Being embedded in China’s core high-tech supply vector allows our factory to secure critical raw materials, robust ABS housings, and high-frequency components with negligible lead times. This allows us to transition from blueprint designs to fully certified, production-ready prototypes in record time.
We tailor every layer of our sensors to meet your exact project requirements:
• Custom brand printing, labeling, and laser-etched barcodes.
• Specialized enclosure designs matching harsh industrial specifications (IP67, IP68 protection ratings).
• Firmware customization supporting specific payload structures or customized uplink intervals.
Every LoRaWAN temperature sensor manufactured in our Beijing facility undergoes strict environmental tests in high-precision temperature and humidity chambers. Automated calibration rigs benchmark each module against reference sensors certified to international standards. This precise system guarantees high-precision metrics with minimal sensor drift over long-term field deployments.
A technical comparison to help system architects select the ideal communication medium.
| Evaluation Parameter | Wired Ethernet (APEM-5930 Series) | Wireless WiFi (APEM-5930W Series) | LoRaWAN (APEM-5736 / 5616 Series) | |
|---|---|---|---|---|
| Practical Communication Range | Up to 100 meters (Extended via PoE Switches) | Up to 50 meters (Highly dependent on local routers) | Up to 15 kilometers (Line-of-sight conditions) | Excellent signal propagation (Sub-GHz band) |
| Power Infrastructure Needed | Power over Ethernet (PoE) / DC 12-48V | Standard Wall Adapter / AC Power Unit | Battery powered (Li-SOCl2), up to 10-year lifespan | True wireless versatility |
| Deployment Cost Profile | High (Requires structural cabling) | Moderate (Requires local router and access points) | Low (Rapid deployment with single gateway coverage) | Highly cost-efficient |
| Data Bandwidth Capacity | High (Real-time sub-second polling) | High (Ideal for complex air-quality tracking) | Low (Uplinks optimized for target interval data packets) | Optimized payload structures |
| Ideal Industrial Scenarios | Enterprise data centers & Server environments | Laboratory complexes with active power grids | Smart agriculture, warehousing, and distant sites | Wide spatial coverage |
Global compatibility for hassle-free integration into international IoT frameworks.
Our OEM factory configures transceivers to match regional radiofrequency frameworks:
• US915: Formulated for North American operations.
• EU868: Tuned for compliance across the European economic zone.
• AS923 / AU915: Optimized for Asia-Pacific and Australian frameworks.
Yingchuanglihe hardware connects effortlessly with leading industrial IoT platforms. Our modules support OTAA (Over-the-Air Activation) and ABP (Activation by Personalization) for secure registration on major networks, including:
• The Things Network (TTN) & Helium Decentralized Network.
• ChirpStack Open-Source Server & Actility LNS platforms.
A retrospective look at Beijing Yingchuanglihe’s engineering milestones since 2007.
Company founded. Developed early environmental monitoring terminal frameworks based on the TCP/IP standard protocol suite.
Partnered with Mocha Software to launch the TH-5939 SNMP monitoring device. Later collaborated with Switzerland’s COMLAB to develop railway-compliant environmental monitoring systems, deployed on several high-speed rail lines.
Collaborated with Founder Technology to launch early Power over Ethernet (PoE) monitoring terminals. Established a production-floor monitoring partnership with Foxconn, setting a standard for industrial workshop climate tracking.
Collaborated with Baidu to launch the next-generation APEM-5900 terminal, deployed at Baidu's Yangquan Data Center. Upgraded software to support multi-parameter monitoring systems.
Launched a multi-scenario smart solutions system, expanding horizontally into diverse environmental markets. Developed and deployed outdoor cabinet monitoring systems with partners like Huawei and China Merchants Huaruan.
Designed integrated road-test enclosures and edge computing gateways for Beijing's high-level autonomous driving initiatives. Supported intelligent computing infrastructure projects with critical technical solutions.
Co-founded dedicated business divisions with Beijing Enterprises Water Group and Beijing University of Civil Engineering and Architecture. Achieved significant milestones in smart pipeline monitoring and Beidou-driven high-precision deformation tracking.
Premium LoRaWAN, WiFi, and Ethernet Sensors Built for Enterprise Demands
A reliable environmental data logger with real-time carbon monoxide tracking, designed to support building ventilation systems.
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A reliable long-range sensor for both indoor and outdoor applications, featuring low power consumption and high calibration stability.
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Designed for real-time monitoring of air pollutants and microclimatic factors, with support for automated safety shutdown systems.
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Features specialized air sampling chambers to detect formaldehyde and volatile chemicals in industrial manufacturing zones.
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A long-range wireless sensor with an ultra-low-power local display, perfect for dynamic laboratory and pharmaceutical monitoring.
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A versatile PoE sensor with options for custom branding, tailored firmware configurations, and distinct enclosure profiles.
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Complies with core European directives, delivering precise climate metrics for high-end industrial environments.
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A dual-mode sensor with seamless failover, automatically switching to local WiFi if the primary Ethernet network goes offline.
Explore SpecificationOur products are certified to international standards and validated through world-class industry exhibitions.
Technical guidance and answers to common integration questions for system developers.
Our APEM-5736 series delivers line-of-sight communication up to 15 kilometers under optimal open-field conditions. In densely structured industrial facilities or deep urban environments with significant concrete and metal interference, the typical communication range spans between 1.5 to 3 kilometers. Signals can also be boosted using dynamic multi-gateway configurations to expand coverage.
We source our core capacitive sensing chips from Swiss and German manufacturers, known for high chemical resistance and minimal drift. Every batch of sensors undergoes automated thermal cycles and multi-point humidity calibration in our precision climate chambers. This rigorous process guarantees a drift profile of less than 0.1°C and 0.5% RH per year under standard operating conditions.
Yes. Our wired and wireless Ethernet series (such as the APEM-5930 series) natively support standard Modbus TCP, SNMP, and HTTP API protocols. For our LoRaWAN devices, payloads are easily decoded using simple Javascript decoders, allowing integration with platforms like ChirpStack, AWS IoT, and Actility LNS.
Our comprehensive OEM and ODM services include custom housing designs, tailored PCB layouts, specialized external probes for extreme temperature ranges, custom branding, and specialized firmware adjustments (such as changing transmission intervals or data-saving modes).
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