Select from our globally certified Ethernet, Wi-Fi, and LoRa multi-parameter environmental loggers tailored for extreme reliability and seamless integration.
Integrated TVOC, formaldehyde (HCHO), temperature, and humidity Ethernet sensor for deep indoor air quality evaluation.
View Specifications
Combines temperature, humidity, oxygen, and hydrogen sulfide detection with relay controls and POE connectivity.
View Specifications
Multi-parameter monitor measuring TVOC, Ozone, temperature, and humidity, complying with CE certifications.
View Specifications
Ultra-low power custom LoRa architecture optimized for long-range environmental telemetry in smart structures.
View Specifications
Comprehensive ethernet unit tracing indoor chemicals, volatile organic gases, dew points, and humidity levels.
View Specifications
Bridges wired Ethernet and wireless Wi-Fi configurations to prevent packet loss during industrial networking drops.
View Specifications
Features a decoupled sensor module connected via physical cable to prevent self-heating errors in confined ducts.
View Specifications
Factory-calibrated TVOC and Formaldehyde monitoring node designed for cleanrooms, laboratories, and green buildings.
View SpecificationsHow high-precision wireless and Ethernet controllers safeguard mission-critical processes and infrastructure.
In the era of automated industry and cloud-driven operational intelligence, monitoring climate variables is no longer limited to simple thermometer readings. Modern industrial complexes, pharmaceutical stores, cleanrooms, and data storage structures require real-time, high-granularity data telemetry. The globally deployed WiFi temperature and humidity controller serves as the neural sensor node for these advanced setups.
By implementing wireless protocols alongside standard Ethernet configurations (such as PoE), manufacturing facilities minimize structural wiring costs while scaling up sensor densities. These devices act as controllers, employing dry contact relays to directly trigger HVAC modules, humidifiers, or localized exhaust hardware the instant climate markers bypass safety parameters. This self-contained control loop limits reliance on central server triggers, ensuring offline reliability.
By monitoring rack-level temperature gradients alongside dew points, facilities implement precise variable cooling, trimming global PUE levels and preventing localized condensation failures.
Assures strict GAMP 5 compliance within chemical processes and food manufacturing lines through continuous, unalterable parameter logging over Modbus TCP or MQTT APIs.
Optimizes indoor crop development via automated ventilation adjustments, balancing ambient VPD (Vapor Pressure Deficit) levels in advanced hydroponic structures.
Unveiling the operational mechanisms behind Beijing Yingchuanglihe's global performance standards.
When sourcing B2B environmental controllers, global enterprises seek a balance between design customization, chip precision, and throughput efficiency. As a certified manufacturer located in Beijing, China, Yingchuanglihe integrates localized electronic component supply chains with rigorous testing systems.
Our core advantage lies in combining domestic structural fabrication efficiency with premium core sensor components imported directly from Switzerland (Sensirion) and Germany (Bosch). This dual approach ensures high-performance sensing characteristics—such as long-term stability and rapid humidity recovery—paired with scalable Chinese electronic assembly.
By utilizing automated SMT lines and high-density thermal calibration chambers, we deliver custom OEM/ODM solutions quickly. Firmware variations, housing adjustments, and communication stack modifications (from Modbus to BACnet or SNMP) are typically completed within optimized product development cycles.
Decide the best-suited framework for your factory or facility layout.
| Protocol / Parameter | Physical Interface | Optimal Deployment Range | Power Management | Data Latency | Failover Capacity |
|---|---|---|---|---|---|
| Wired PoE (Ethernet) | RJ45 Interface | Up to 100 meters per node | Power over Ethernet (PoE 802.3af) | < 50ms (Real-time monitoring) | High (Redundant network lines) |
| Industrial Wi-Fi | 2.4GHz / 5GHz Wireless | 30-50m (Depends on walls/obstacles) | External 12-48V DC supply | < 200ms (Configurable polling) | Medium (Requires local power access) |
| LoRaWAN IoT Nodes | Sub-GHz Frequency RF | Up to 15 kilometers (LOS) | Battery powered (3-5 years lifespan) | 1s - 60s (Slightly higher latency) | Excellent (Multi-gateway routing) |
| RS485 Modbus RTU | Shielded Twisted Pair | Up to 1200 meters (Daisy chained) | Centralized bus power | < 100ms (Depends on baud rate) | High (Highly resistant to noise) |
Aligning environmental telemetry capabilities with regional regulations and site conditions.
European projects demand integration with building management networks using BACnet and Modbus TCP. Products like the APEM-5930P monitor temperature, relative humidity, and barometric pressure to improve overall HVAC efficiency and meet BREEAM green standards.
Strict FDA Title 21 CFR Part 11 rules require secure, tamper-proof temperature records. Our Wi-Fi loggers with on-board memory prevent data gaps during network outages, ensuring reliable compliance audits.
Smart agriculture and electronics manufacturing in tropical zones need advanced condensation protection. Our APEM-5930E features customized external probes to keep active processing units safe from high moisture levels.
Explore our specialized, high-performance monitoring gateways designed for air quality and gas telemetry.
Measures pressure differentials, temperature, and humidity to control airflow and prevent cross-contamination.
View Specifications
Combines IAQ and CO sensing with temperature and humidity tracking for clean, safe workplace air.
View Specifications
Heavy-duty LoRa sensor node with a weather-resistant enclosure for agricultural and outdoor projects.
View Specifications
Monitors TVOC and O₃ levels to assess chemical concentrations and prevent oxidative damage.
View Specifications
Compact environmental hub offering high-accuracy carbon monoxide (CO) and air quality data.
View Specifications
Premium B2B controller tracking temperature, humidity, and CO, built for building ventilation systems.
View Specifications
Combines Ozone (O₃) gas detection with temperature and relative humidity tracking over PoE interfaces.
View Specifications
High-precision Ethernet sensor with on-board memory and relay interfaces for comprehensive indoor environmental tracking.
View SpecificationsA professional environmental monitoring sensor manufacturer based in Beijing since 2007.
Beijing Yingchuanglihe Electronic Technology Co., Ltd. is a dedicated manufacturer of environmental monitoring sensors. Since our founding in 2007, we have focused on providing a comprehensive selection of temperature, humidity, and multi-parameter transmitters to deliver accurate data for smart environmental systems across all industries.
Based in Beijing, we operate a modern production facility spanning over 1,500 square meters and employ more than 100 specialists. Our business integrates R&D, manufacturing, and sales to deliver high-quality, high-reliability products.
Nearly 20 years of design experience allows us to offer custom layouts, tailored firmware, and complete OEM/ODM services for specialized industrial requirements.
We use high-accuracy chips from leading suppliers in Switzerland and Germany to ensure reliable long-term stability and fast response times.
Our products are fully certified with CE, FCC, and RoHS standards and support popular industrial protocols (Modbus, MQTT, SNMP, BACnet) for simple system integration.
Over a decade and a half of innovation, collaboration, and high-performance sensor engineering.
Explore our certified product quality and trace our presence at industry exhibitions worldwide.
Critical criteria for B2B procurement managers selecting environmental controllers.
B2B procurement professionals must look beyond basic unit pricing when evaluating WiFi temperature and humidity controllers. For industrial deployments, the total cost of ownership (TCO) is heavily influenced by calibration longevity, communication reliability, and integration simplicity. The following features are essential for modern industrial systems:
Technical and procurement answers for global system integrators and distributors.
Imported Swiss Sensirion capacitive polymer chips offer excellent accuracy, fast response times, and strong resistance to chemical contaminants. They provide reliable long-term stability with minimal drift under continuous operation, reducing the need for frequent manual recalibrations.
Devices like the APEM-5930W use wired Ethernet as the primary data connection and switch to wireless Wi-Fi as an automatic backup. In addition, internal memory loggers store local data during outages and automatically upload it once the connection is restored, avoiding data gaps.
Decoupled probe models (such as the APEM-5930E) isolate the active sensing element from the main processing unit. This layout prevents self-heating from the processor from skewing temperature readings and protects the core transmitter electronics from condensation and water damage.
Our controllers support standard industrial protocols, including Modbus TCP, Modbus RTU (via RS485), SNMP (for IT server rooms), BACnet IP (for building automation), and MQTT (for direct cloud integration), ensuring compatibility with major BMS and SCADA systems.
Yes. The APEM-5930G platform can be customized to monitor combinations of temperature, relative humidity, atmospheric pressure, and specific gases like TVOC, HCHO, CO, O₃, O₂, and H₂S. This provides a single-device solution for cleanrooms, laboratories, and hazardous workspaces.
All our products comply with CE, FCC, and RoHS standards. Our manufacturing facility in Beijing operates under ISO 9001 quality management procedures, and each unit undergoes automated thermal calibration and QC testing before leaving the factory.
Standard product orders are processed quickly using our automated assembly lines. Custom ODM requests—including firmware modifications, specialized communication protocols, or custom enclosures—typically take 4 to 8 weeks depending on project scope.
We provide full API documentation, register mapping sheets, and SDK files for all protocols. Our dedicated technical support team responds to integration inquiries within 8 hours to ensure a smooth deployment process.
YCLH Sensor