Explore our leading industrial temperature, humidity, and atmospheric pressure telemetry sensors. Featuring top-grade European core chips designed for critical data center, cold chain, and cleanroom applications.
Parameters: TVOC, HCHO, Temp, Humidity
Interface: RJ45 Ethernet / Modbus TCP
Parameters: Temp, Humidity, Dew Point
Power: PoE (802.3af) / DC 12-48V
Parameters: Ozone (O₃), IAQ, Temp, RH
Interface: POE, Ethernet, Optional RS485
Parameters: Barometric Pressure, Temp, RH
Target: Laboratories, Calibration Facilities
Parameters: Pressure, Temp, Humidity, Dew Point
Supply: DC 12V-48V + PoE
Parameters: Carbon Monoxide, IAQ, Temp, RH
Relay: 1-Ch Control Output Relay Built-In
Parameters: Ambient Temp, RH, Dew Point
Network: Dual Wired Ethernet + WiFi Backup
Accuracy: ±0.2°C Temperature (Imported Chips)
Enclosure: Industrial Dustproof ABS
Beijing Yingchuanglihe Electronic Technology Co., Ltd. represents the absolute standard in professional environmental sensor design and high-volume industrial manufacturing. Established in 2007 in Beijing, our operations have evolved to provide premium telemetry systems, integrated IoT architectures, and specialized LoRaWAN hardware solutions globally.
Harnessing a modern manufacturing footprint exceeding 1,500 square meters and a team of 100+ highly trained technicians, R&D architects, and compliance engineering specialists, we maintain full proprietary control from initial design schematics to rigorous mass assembly. Operating 5 high-speed automated assembly lines, we guarantee stable volume outputs and highly reliable standard production lead times.
Every single environmental telemetry instrument designed and manufactured at our facilities utilizes direct imported micro-sensor cores from leading Swiss and German chip manufacturers. This integration guarantees outstanding long-term signal stability, low drift, and laboratory-grade precision across harsh operating conditions.
A comprehensive analysis of why global enterprises are rapidly migrating from legacy wired monitoring topologies to low-power, wide-area wireless sensor networks.
In classical industrial operations, environmental instrumentation has relied heavily on point-to-point wired configurations (primarily RS-485 interfaces utilizing Modbus RTU, or hardwired Ethernet connections). While highly dependable, the structural cost associated with copper cabling, complex cable management trays, conduit mapping, and manual deployment inside active warehouse environments can run into thousands of dollars per single monitoring node.
LoRaWAN (Long Range Wide Area Network) completely alters this deployment equation. Working on the Sub-GHz unlicensed ISM bands (such as EU868, US915, AS923), LoRaWAN introduces an unparalleled link budget (exceeding 140 dB), allowing wireless environmental data transmission through concrete barriers, steel racks, and heavy metal-clad factory walls. Crucially, a single gateway can aggregate hundreds of multi-parameter sensors scattered across an entire complex with zero localized cabling costs.
By leveraging orthogonal spreading factors (SF7 to SF12), LoRaWAN dynamically scales packet sizes and duty cycles. This adaptive data rate optimizes battery life to span up to 10 years, ensuring that maintenance schedules match the actual physical lifecycle of the facility.
Global logistics executives and factory procurement officers frequently report major hurdles during large-scale sensor deployments:
As a seasoned, Tier-1 manufacturer, Yingchuanglihe delivers end-to-end integration across highly diverse enterprise environments:
| Target Sector | Specific Environmental Risks Addressed | Architectural Deployment Topology |
|---|---|---|
| Cold Chain Storage & Logistics | Sub-zero localized freezing, frost condensation, spatial temperature stratification | Probes with PTFE dust-proof caps, ultra-low temperature external thermistor probes, real-time wireless LoRaWAN gateway uplink to cold-chain dashboard. |
| Intelligent Compute Centers | Micro-climate hotspots, rapid thermal shifts, static electricity discharge | High-density PoE or dual-network Ethernet sensors integrated with Modbus TCP direct to DCIM software, providing immediate cooling loop control. |
| Pharmaceutical / Cleanrooms | Particulate build-up, chemical aerosol degradation, pressure variance leaks | High-accuracy Sensirion SHT4x sensors, integrated atmospheric pressure differential probes, compliance logging matching strict GAMP 5 validation rules. |
| Municipal Smart Water Infrastructure | Deep-well gas leakage, sub-surface high humidity, sensor module flooding | Rugged IP67 multi-parameter LoRaWAN environmental gateways combined with Beidou positioning nodes to monitor smart municipal assets. |
In B2B industrial telemetry, certification is not simply a procedural requirement — it represents the core assurance of occupational safety, radio spectrum integrity, and electrical reliability. Deploying non-certified radio transmission hardware can lead to severe operational issues: high EMI disrupting nearby high-tech production lines, radio spectrum violations causing hefty municipal penalties, or sudden power surges resulting in active electrical hazards.
Yingchuanglihe's complete environmental product catalog carries official CE, FCC, and RoHS certifications. Our internal engineering department rigorously validates every hardware iteration against harmonized standards: EN 300 220 (radio spectrum integrity), EN 301 489 (EMC/EMI protection), and EN 62368-1 (strict electrical equipment safety guidelines). When purchasing from our Beijing factory, you secure fully compliant, reliable IoT hardware engineered for immediate international regulatory acceptance.
Tracing nearly two decades of proprietary hardware breakthroughs, from pioneering local TCP/IP networking to developing global Beidou and high-density industrial telemetry frameworks.
A transparent look at our specialized manufacturing resources, global exhibitions, and authoritative certifications confirming Yingchuanglihe's engineering and quality standards.
Providing direct engineering access, proprietary PCB board layouts, physical enclosure manufacturing, and modular integration protocols.
Deploy our extensive technical expertise inside your proprietary products. We configure long-term drift-free, calibration-compliant multi-parameter hardware matching severe environment requirements.
Gain absolute product differentiation. Our team supports customized circuit layouts, precise housing molds, custom firmware architectures, and specialized RF signal configurations to match regional spectrum rules.
Designed specifically to secure long-term system integrator and distributor channels. Enjoy high margin structures, protected territorial distribution agreements, and rapid-response 8-hour technical support.
A transparent breakdown of Yingchuanglihe's structured product lines, built on modular custom firmware platforms and universal telemetry components.
Standard industrial monitor. Integrates physical temperature, relative humidity, and dew point.
Product Details
Adds accurate barometric pressure tracking. Crucial for semiconductor cleanrooms.
Product Details
Separates the sensitive measurement probe from the main RJ45 Ethernet body via cable (1-3m).
Product Details
Combines high-precision carbon monoxide, TVOC, O3, oxygen, and temperature/humidity logging.
Product DetailsProviding direct, unedited technical answers straight from our design laboratory to global IoT implementation partners.
Every single environmental transmitter manufactured by Yingchuanglihe utilizes imported microchips. We strictly select capacitive relative humidity polymer chips and high-accuracy temperature sensors from industry-leading suppliers in Switzerland (such as Sensirion SHT4x series) and Germany. This provides premium sensor accuracy (±0.2°C temperature, ±1.8% RH) and excellent long-term drift-free performance.
Yes. Our dedicated engineering and RF R&D team designs and optimizes PCB microstrip layouts to support distinct regional LoRaWAN standards. We supply fully compliant models for EU868 (Europe), US915 (North America), AS923 (Asia-Pacific), AU915 (Australia), and custom local sub-GHz bands upon technical contract request.
We provide standard calibration coefficients programmed inside the non-volatile memory of the device. Additionally, we provide multi-point physical chamber calibration checks at our facility, supplying detailed calibration certificate sheets for high-compliance installations like pharmaceutical storage warehouses, clinical laboratories, and semiconductor cleanrooms.
Absolutely. Our telemetry hardware supports multiple communications protocols. Our wired units provide standard Modbus RTU (over RS-485) and Modbus TCP (over Ethernet) out-of-the-box. Our wireless LoRaWAN nodes send standard payload packets that can be converted directly into MQTT, HTTP JSON, or OPC UA blocks via ChirpStack, Node-RED, or proprietary SCADA network servers.
The APEM-5930 is our core PoE Ethernet Temperature and Humidity sensor. The P variant (APEM-5930P) adds an integrated atmospheric pressure module. The E variant (APEM-5930E) utilizes an external probe cable (1 to 3 meters) to isolate the sensitive measuring element from electromagnetic noise inside the wall unit. The G series (APEM-5930G) represents our high-performance gas telemetry station, supporting carbon monoxide, total volatile organic compounds (TVOC), ozone, and hydrogen sulfide detection.
Explore our high-performance Ethernet and wireless gateways. Ideal for municipal civil pipelines, environmental safety monitoring, and precision agricultural applications.
Parameters: O₂ (Oxygen), H₂S, Temp, RH
Enclosure: Heavy Industrial Grade IP65
Parameters: Temp, Humidity, Dew Point
Cabling: Up to 3 Meters Shielded Cable
Parameters: Oxygen, H₂S, Temp, RH
Protocol: Modbus TCP/IP Embedded Gateway
Interface: Dual-Mode RJ45 Ethernet + WiFi
Features: Automated network switch backup
Parameters: Temperature, RH, Dew Point
Reliability: 20-Year Legacy Calibration Platform
Parameters: SO₂, NO₂, Temperature, RH
Output: Dual Relays, Analog, and Modbus TCP
Parameters: Ozone (O₃), Temperature, RH, Dew Point
Housing: Industrial V0 Fire-Retardant ABS
Parameters: TVOC, HCHO, Temperature, Humidity
Networking: PoE, RJ45 Interface, SNMP Support
YCLH Sensor