Industrial-grade IoT transmitters optimized for high-performance networks, supporting PoE, Ethernet, and customized long-range LoRa configurations.
Ultra-low power multi-sensor transmitting high-precision temperature, humidity, and atmospheric data over private or public Israeli LoRaWAN networks.
Specifically calibrated for smart agricultural setups in the Negev and Arava regions. Features high-penetration RF output and robust build quality.
High-precision environmental monitor with PoE connectivity, ideal for continuous operation in R&D labs where wireless signals face structural blockages.
Highly customizable dual temperature and humidity sensor designed for reliable operations in telecom stations and server racks across Haifa and northern zones.
Israel, recognized globally as the "Start-Up Nation," presents a unique industrial landscape where cutting-edge technology directly interfaces with harsh natural environments. From the intensive high-tech manufacturing parks of Tel Aviv and Haifa to the demanding agricultural innovations in the arid Negev Desert, the need for reliable, real-time data collection has never been more critical.
Furthermore, local microelectronics fabrication plants (fabs) and pharmaceutical logistics companies require ultra-stable cleanroom monitoring systems that strictly conform to international ISO standards. In these high-stakes operational environments, traditional wired networks often incur prohibitive installation costs and lack scalability, while standard Wi-Fi setups struggle with signal attenuation and battery drain.
LoRa (Long Range) technology has emerged as the definitive standard for industrial monitoring in Israel. Utilizing sub-gigahertz radio frequencies, our LORA series environmental sensors bypass concrete and metal obstructions, offering kilometers of range while operating on battery power for years. This makes them ideal for both subterranean city utility channels in Jerusalem and expansive open-field crop monitoring systems.
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Delivering enterprise-scale sensor technology backed by advanced calibration, robust protocols, and proven manufacturing excellence.
Our sensors incorporate imported, premium measurement chips from industry-leading manufacturers in Switzerland and Germany. This selection guarantees exceptional long-term stability, minimal drift rates, and rapid response profiles under extreme thermal fluctuations.
Designed with open system architectures in mind, our hardware supports key industrial standards, including Modbus RTU, TCP/IP, SNMP, MQTT, and customized LoRaWAN payloads. This ensures instant compatibility with existing SCADA or cloud-based BMS platforms.
Our manufacturing and engineering facilities conform strictly to ISO 9001 quality systems. Every LORA series device is thoroughly certified under CE, FCC, and RoHS guidelines, with localized frequency options configured to match regional specifications.
Deploying wireless sensing equipment in Israel requires strict compliance with local regulations managed by the Ministry of Communications (MoC). Unlike standard European or North American operations, the RF spectrum allocation in Israel has unique constraints to prevent interference with local defense and governmental systems.
Our LORA series transmitter family is designed with software-defined radio (SDR) front-ends capable of being localized for specific frequency sub-bands:
| Parameter | Global Standard (EU/US) | Israeli MoC Compliant Configuration |
|---|---|---|
| Primary Frequency Band | EU868 / US915 | 915–917 MHz (or authorized EU868 bands depending on local permit) |
| Max Output Power | Up to +30 dBm | +14 dBm (25mW) to +20 dBm depending on license type |
| Channel Access | LBT / Duty Cycle | Listen-Before-Talk (LBT) configured strictly for local interference mitigation |
| Integration Services | Standard Cloud Payloads | Localized payload decoders matching Israeli gateway standards (e.g., Actility, Multitech) |
Note: Yingchuanglihe works closely with Israeli importers and system integrators to secure all necessary Type Approvals and import clearances from the Ministry of Communications, ensuring rapid custom clearance and zero deployment delays.
How our LoRa and Ethernet sensors solve real-world environment-tracking challenges across Israeli cities and industries.
Integrating our low-profile environmental sensors within high-density high-tech offices. Monitors TVOC, temperature, and CO2, communicating via central LoRa gateways to reduce cooling costs and maintain optimal indoor air quality (IAQ) for workforce health.
Providing reliable microclimate metrics for greenhouse arrays. Equipped with rugged external soil probes and IP67 weather enclosures to monitor temperature differentials, protecting delicate yields from localized heat waves and frost.
Implementing multi-channel wireless logging systems inside ancient vault infrastructures. The sub-GHz technology delivers continuous status data through meter-thick stone walls without the need to drill conduits, preventing historic document degradation.
From developing standard TCP/IP terminals in 2007 to high-precision Beidou deformation monitoring, Beijing Yingchuanglihe has stood at the forefront of sensor technology.
Since our inception in 2007, Beijing Yingchuanglihe Electronic Technology Co., Ltd. has developed specialized environmental monitoring hardware. Operating a modern SMT-equipped production base of over 1,500 square meters in Beijing, our expert staff of 100+ engineers, assembly specialists, and support coordinators delivers industrial-grade components globally.
We take pride in providing a complete product portfolio, including Ethernet temperature + humidity + dew point sensors, multi-gas systems, IoT locking systems, and smart water leak detection. Our products have been deployed in collaboration with high-profile organizations such as Founder Technology, Foxconn, and Baidu.
Industrial multi-parameter sensors featuring robust protocols, designed for direct integration into smart building, municipal utility, and manufacturing management systems.
Real-time TVOC and Ozone monitoring integrated with temperature and humidity detection, supporting clean building standards and indoor air quality compliance.
Combines O₂ and H₂S sensors with 2-channel digital inputs and relay outputs to support active ventilation control in demanding industrial environments.
Dual-mode network connectivity with wired Ethernet primary and wireless WiFi backup, ensuring continuous monitoring of historical archives.
High-precision TVOC and formaldehyde monitor built with customized logging configurations, ideal for strict laboratory audits and certification processes.
Long-range wireless transmitter calibrated for regional microclimate tracking, supporting smart agriculture networks under varying field conditions.
Integrated Ethernet air quality monitor providing real-time TVOC and Formaldehyde metrics, suitable for institutional research laboratories and workspaces.
Designed for heavy industrial environments, this unit delivers precise measurements of sulfur dioxide and nitrogen dioxide to support localized safety warning systems.
Rugged, industrial-grade multi-gas transmitter monitoring oxygen depletion and toxic H₂S levels under highly corrosive atmospheric conditions.
Advancing sensor precision and edge integration for the next generation of industrial IoT systems.
We are actively developing and integrating lightweight edge-computing algorithms directly into our upcoming LORA series sensor platforms. By performing initial data filtration and trend prediction at the sensor level, we significantly reduce uplink bandwidth consumption and extend remote battery life.
With the introduction of next-generation RF transceivers, our engineering roadmap aims to cut current sleep state power requirements in half. This advancement will enable extended battery operations of up to 10 years on standard cell cells, minimizing maintenance cycles in large-scale smart utility layouts.
Expanding beyond electrochemical gas monitoring, our upcoming models will feature multi-spectral optical components. This integration allows for non-dispersive infrared (NDIR) tracking of refrigerant leaks and greenhouse gases, delivering stable and reliable performance in demanding environments.
We are designing hybrid communication modules that support both LoRaWAN and low-power cellular networks (NB-IoT/LTE-M). This versatility allows the hardware to dynamically switch connection modes based on regional signal quality and application requirements.
Detailed technical guidance on deploying, integrating, and operating our environmental sensor family in Israel and globally.
YCLH Sensor