Designed for mission-critical deployments including smart warehousing, data centers, cleanrooms, and automated logistics networks.
High-precision long-range wireless sensor ideal for remote infrastructure and large industrial warehouses.
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Dual-mode network integration allowing seamless switching between stable wired Ethernet and flexible WiFi coverage.
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Allows separate deployment of the electronic transmitter and the measuring probe (1-3m cable) for extreme environments.
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Optimized for wide-area networking with outstanding building penetration capabilities and localized sub-GHz connectivity.
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Combines standard RJ45 connectivity and WiFi. Easily tracks dew point, relative humidity, and temperature.
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Simultaneously measures atmospheric pressure, temperature, humidity, and calculated dew point in a single housing.
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Designed for heavy industrial sites, combining ambient climate stats with active sulfur dioxide and nitrogen dioxide sensing.
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Optimized power consumption profile. Perfect for rugged environmental monitoring locations lacking direct grid power.
View SpecificationsUnderstanding the balance between data accuracy, industrial scale, and global network standards.
In modern industrial and commercial operations, temperature and humidity variations are not merely statistics; they are critical vectors of operational stability, product safety, and regulatory compliance. As a leading WiFi temperature and humidity sensor manufacturer and factory, Beijing Yingchuanglihe Electronic Technology Co., Ltd. builds advanced IoT measurement devices configured with world-class Swiss and German sensor cores. Our instrumentation bridges the gap between precision hardware engineering and dynamic enterprise software, ensuring seamless transmission of ambient metrics through standard protocols like Modbus TCP, MQTT, and SNMP.
By specializing in semantic sensor networks, we deliver robust solutions designed for localized application scenarios, complex industrial integration, and large-scale wholesale procurement. Our systems are trusted worldwide, from the high-tech autonomous driving control cabinets in Beijing to enterprise data centers monitored by global scale engines like Baidu and Huawei.
Established in 2007, our trajectory has defined standard protocols in automated environmental sensing.
Every sensor utilizes imported Swiss Sensirion and German Bosch silicon chips to provide high precision, trace calibration, and rock-solid long-term stability.
Our complete device inventory is certified with CE, FCC, and RoHS standards, allowing immediate compliance deployment in European and North American markets.
From firmware adaptations, unique hardware enclosures, custom wire probes, to brand white-labeling, our structural team ensures high flexibility.
How localized temperature and humidity control drives efficiency in modern, high-precision industrial sectors.
Industrial landscapes are digitizing at an exponential rate. Today's commercial buildings, pharmaceutical storage units, and AI data centers require 24/7 localized reporting. Environmental shifts of even 1.5°C or 5% RH (Relative Humidity) can trigger catastrophic storage spoilages or chip performance throttles. WiFi temperature and humidity sensors represent the fastest, most cost-effective path to digital retrofitting—bypassing the need for intrusive wired telemetry and saving millions in deployment expenditures.
By placing WiFi sensors near servers and inside exhaust aisles, operators track hot spots dynamically. Dual-interface units (APEM-5930W) leverage local wireless networks to stream telemetry back to cooling sub-systems via MQTT.
Under strict GMP and GAMP5 standards, environmental variables require constant verification. Our sensors support optional high-sensitivity probes to track dew point and ambient pressure differentials, preventing room contamination.
Large-scale greenhouses utilize WiFi and LoRaWAN (APEM-5736) sensors to adjust moisture levels and shade systems, maximizing crop health and automating resource usage.
How our centralized Beijing production cluster yields cost-effective, high-reliability logistics cycles.
Operating a centralized modern production base spanning 1,500 square meters allows us to optimize raw material aggregation, assembly line flow, and calibration precision. Because the manufacturing ecology of China features unmatched vertical integration, we source premium components with absolute efficiency. We maintain long-term partnerships with leading micro-electronic suppliers, ensuring that our core sensors—powered by Swiss and German technology—maintain consistent yields, even during global component crunches.
Our five automated production lines are calibrated to process high-volume wholesale requirements while maintaining the structural flexibility necessary for complex OEM/ODM modifications. From initial PCB printing to final device testing in environmental chambers, our strict QC protocols minimize RMA rates to under 0.1%, ensuring that wholesale buyers receive reliable hardware they can deploy with trust.
Driving the boundaries of environmental metrology through advanced telemetry and integration.
Future releases of the APEM-5930 architecture will host machine learning modules natively. By processing trend patterns locally, sensors predict potential dew condensation or dry-out events, flagging warnings before critical limits are breached.
Building on our successful collaboration with BUCEA, we are integrating Beidou high-precision geolocation chips directly within mobile sensing hardware. This allows absolute geographical tagging alongside physical climate telemetry.
To reduce battery reliance across large-scale industrial IoT nodes, we are developing micro-solar and thermal-gradient energy harvesting circuits to extend device life cycles almost indefinitely.
Committed to strict global environmental standards and fast customer support SLAs.
Navigating varying regional regulations is a key consideration for global system integrators. At Yingchuanglihe, we address these challenges at the design phase. Our devices undergo extensive stress-testing to meet CE (European Conformity), FCC (Federal Communications Commission), and RoHS compliance requirements. Whether deployed in European logistics hubs or American clinical laboratories, our sensors integrate seamlessly with local communication infrastructures.
We believe high-quality hardware requires equally responsive support. Our technical team works under a strict 8-hour response SLA to resolve customer inquiries, providing wiring diagrams, API documentation, and configuration scripts to speed up your deployment timelines.
Engaging directly with industry partners and showcasing our technical developments worldwide.
Addressing core technical questions from instrumentation engineers and procurement directors.
Industrial facilities are full of electromagnetic interference and heavy steel structural obstacles. Our APEM-5930W dual-mode sensors feature strong 2.4GHz RF transceivers alongside built-in physical buffering. If the WiFi link drops, the sensor logs the reading locally and auto-synchronizes the stored data back to the central MQTT/SNMP server once connection is re-established. We also suggest utilizing our wired PoE models (APEM-5930) for highly critical areas.
Equipped with Swiss Sensirion chips, our standard temperature drift is less than <0.03°C per year, and relative humidity drift is less than <0.25% RH per year under normal working conditions. For extreme environments featuring acid-base or sulfur fumes, we recommend using our protected external probe models (APEM-5930E) to extend the sensor's operating life.
Our sensor line supports a wide variety of network protocols, including Modbus TCP, SNMP (v1/v2c/v3 for direct IT server rack mapping), MQTT (for cloud integrations), and HTTP POST JSON alerts, allowing clean connection to your SCADA, BMS, or custom software dashboard.
Yes, we provide full OEM/ODM probe customization. Through our hardware divisions, we customize Teflon, stainless steel, or porous sintered bronze filter housings. Cables can be extended from our standard 1-meter length up to 10 meters depending on your project needs.
Extend your monitoring network with integrated gas, pressure, and air quality telemetry.
Power and high-speed data transmission over a single ethernet cable. Highly popular for data centers and IT server rooms.
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Supports simultaneous monitoring of ambient temperature, humidity, and toxic gases (SO₂ & NO₂) in chemical facilities.
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Designed for smart office buildings, tracking organic chemical compounds and formaldehyde for occupant health.
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Integrates fast chemical alarms and relay outputs for physical siren activation during hazard events.
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Combines standard temperature/humidity tracking with custom chemical metrics. Perfect for environmental data aggregation.
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Specially designed for mines, wastewater plants, and confined storage spaces. Monitors H₂S and O₂ concentrations.
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Fully CE certified device designed to measure ozone levels alongside standard temperature and relative humidity metrics.
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Highly stable barometric monitoring. Ideal for cleanroom environments, weather tracking, and altitude simulators.
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YCLH Sensor