Explore our key multi-parameter environmental sensors and data loggers featuring Ethernet, PoE, and custom configurations designed for global agricultural and industrial deployments.
High-performance custom telemetry device integrating TVOC, O₃, temperature, and humidity sensors.
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Industrial Ethernet temperature and humidity transmitter equipped with optional high-durability external probes.
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Reliable Ethernet data logging solution for strict Oxygen & Hydrogen Sulfide atmospheric parameters.
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Real-time gas and microclimate monitoring system optimizing environmental compliance on industrial fields.
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Precision atmospheric pressure, temperature, and humidity sensor tailored for industrial greenhouse controls.
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Robust Ethernet monitoring terminal featuring optional probe configurations for remote telemetry.
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Integrated multi-parameter node targeting SO₂, NO₂, temperature, and humidity for large-scale operations.
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Direct factory solutions for comprehensive Ethernet-based atmospheric and environmental monitoring.
View DetailsModern smart agriculture demands robust, low-power, and long-range communication architectures to bridge the gap between physical soil-crop-climate variables and digital dashboard systems. Traditional technologies like Wi-Fi and Bluetooth suffer from limited ranges, while cellular options incur high operational costs. This is where LoRa (Long Range) and LoRaWAN technology emerge as the premier protocols for agricultural deployment.
Operating on sub-GHz license-free bands (including EU868, US915, and AS923), LoRa signals penetrate dense crop canopies and traverse miles of rugged terrain with minimal path loss. For global enterprise clients, deployment of OEM agricultural sensors ensures years of continuous data acquisition on a single battery, driving real-time intelligence for soil moisture monitoring, micro-irrigation management, greenhouse atmospheric control, and open-field livestock telemetry.
Yingchuanglihe leverages advanced manufacturing principles, robust supply networks, and strict quality control measures to deliver OEM/ODM sensors at scale.
To eliminate sensor drift and maintain long-term calibration, we integrate high-performance IC chips sourced directly from Switzerland and Germany.
Our state-of-the-art production base in Beijing features automated SMT and calibration systems, ensuring rapid prototyping and high-volume delivery cycles.
Every batch undergoes thermal shock profiling, aging simulation, IP67 waterproofing tests, and transmission stability calibrations before leaving our factory.
We understand the diverse architectural mandates of global agricultural systems. Different geographical areas require specific frequency plans, casing adaptations, and protocol configurations. Yingchuanglihe offers a modular customization flow designed for hardware engineers, agricultural project developers, and system integrators alike:
Configuring RF transceivers to comply with standard bands: EU868, US915, AS923, AU915, and IN865. Custom firmware optimization options are available to fit specific adaptive data rate (ADR) profiles.
Select from direct on-board layouts or external sensor probes connected via custom cabling (1 to 3 meters). Optional probe enclosures include sintered stainless steel, high-durability polymer tips, or soil-insertion forks.
Our LoRa agricultural platforms and Ethernet devices easily connect with popular supervisory systems and enterprise networks, supporting standard communication protocols:
All hardware housings are constructed with high-impact, UV-stabilized enclosures suitable for tough agricultural outdoor setups.
Yingchuanglihe focuses on developing next-generation telemetry technology, introducing smart upgrades to our agricultural and environmental monitoring sensors.
Integrating advanced algorithms directly into the transmitter unit to process raw values, filter anomalies, and transmit data only when predefined thresholds are met. This reduces radio usage and extends battery life.
Developing solar and thermal energy harvesting modules that work with LoRaWAN nodes to enable maintenance-free, battery-less sensor operation in agricultural fields.
Building on our research division with the Beijing University of Civil Engineering and Architecture, we integrate Beidou telemetry to deliver precise localization data alongside environmental parameters.
Established in 2007, Beijing Yingchuanglihe has grown into a trusted environmental telemetry designer, partnering with major global firms and research institutions.
Company founded. Developed early TCP/IP-based environmental monitoring terminals and launched our first monitoring software.
Partnered with Mocha Software to launch the TH-5939 SNMP series. Collaborated with COMLAB (Switzerland) to implement protection systems in major high-speed rail lines.
Launched the APEM-6100 with early PoE technology in partnership with Founder Technology. Established sensor standards for Foxconn assembly workshops.
Developed the next-gen APEM-5900 terminal deployed at Baidu's Yangquan Data Center. Expanded solutions to include smart cabinet monitoring with Huawei and China Merchants.
Designed edge computing gateways for autonomous driving test beds. Provided infrastructure monitoring systems for key intelligent computing centers.
Partnered with Beijing Enterprises Water Group and co-founded the Beidou High-Precision division with the Beijing University of Civil Engineering and Architecture.
Deploying agricultural sensor systems globally requires compliance with regional electromagnetic, safety, and environmental standards.
Our sensors undergo testing to comply with EN standards for electromagnetic compatibility and low-voltage electrical safety in the EEA.
Ensures that our LoRa transceivers comply with FCC Part 15 regulations for intentional radiators in North America.
Manufactured without hazardous substances, meeting international environmental and ecological standards.
Find answers to common technical, manufacturing, and configuration questions about our agricultural sensor systems.
Typical battery life ranges between 5 to 8 years. This is achieved through firmware-level power management, low sleep currents (< 15μA), and optimized data transmission intervals (e.g., transmitting environmental data once every 30 to 60 minutes).
Imported high-precision sensor chips feature integrated temperature-compensated calibration curves, low long-term drift characteristics, and resistance to chemical contamination (e.g., from fertilizers and pesticides), ensuring reliable readings over years of operation.
Yes, our OEM services support regional frequency plans including EU868 (Europe), US915 (North America), AS923 (Asia/Pacific), AU915 (Australia), and IN865 (India) through hardware and firmware configurations.
Our multi-parameter telemetry systems support interfaces like Modbus RTU/TCP, RS-485, SNMP, MQTT, and direct analog interfaces (4-20mA or 0-10V) to connect with your PLC and industrial controls.
Standard OEM production lead times range from 2 to 4 weeks depending on the order volume. MOQ terms are flexible and structured to support pilot trials and early deployments.
Our manufacturing facility utilizes specialized testing chambers to conduct vacuum leak tests and high-pressure water spray tests, verifying that all agricultural enclosures meet IP65, IP67, or IP68 ratings for dust and water resistance.
Browse our additional sensor offerings, featuring high-accuracy transmitters and integrated monitoring units designed for commercial networks.
Factory-direct pricing on Ethernet temperature and humidity sensors with optional probe configurations.
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All-in-one Ethernet transmitter designed to monitor temperature, humidity, SO₂, and NO₂ levels.
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Industrial-grade Ethernet logger for monitoring oxygen and hydrogen sulfide concentrations.
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High-performance indoor air quality and ozone telemetry logger, fully certified for European markets.
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Ethernet-connected TVOC and ozone monitoring sensor for comprehensive indoor air quality tracking.
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Integrated carbon monoxide (CO), temperature, and humidity monitoring terminal with Ethernet interface.
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Ultra-low-power LoRa temperature and humidity sensor designed for remote agricultural deployments.
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High-precision indoor environmental sensor, fully optimized for standard LoRaWAN smart networks.
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YCLH Sensor