OEM APEM-5930W Ethernet Temperature Humidity Sensor Manufacturer, Supplier

Model: APEM-5930W

Wifi/Wired Temperature+ Humidity+Dew Point

The APEM-5930W is based on APEM-5930, monitoring temperature、humidity、dew point,increasing Dual-Mode Network:
• Wired Ethernet (Primary, stable)
• Wireless WiFi (Backup, flexible)

Applicable scenarios:
1. Renovated Offices, Malls, Warehouses (where running new cables is impractical)
2. Temporary Monitoring Sites (e.g., exhibitions, temporary storage, construction sites)
3. Locations difficult to cable (e.g., inside ceilings, corners, display cases)
4. Smart Buildings, Smart Homes, Small Offices

Product Description

Product Features

1. Wired Ethernet and WiFi Communication

Wired Ethernet: Industrial-Grade Stable Guardian ✓ Rock-Solid Performance: Utilizing a standard RJ45 interface for direct connection to your enterprise LAN, it provides supreme-level anti-interference capability and data transmission stability.
✓ Always Online, Never Dropping: Designed for 24/7 mission-critical environments such as data centers, clean rooms, electrical cabinets, and production lines, eliminating the risks associated with potential wireless signal fluctuations.
✓ High Speed, Low Latency: Ensures the high-speed, real-time upload of massive monitoring data, laying a solid foundation for instant alerts and automated control. Wireless WiFi: The Agile and Intelligent Choice ✓ Easy Deployment, Seamless Expansion: Quickly integrates the sensor into existing wireless networks without complex cabling. Easily covers areas where wiring is difficult or where temporary monitoring is needed, such as warehouses, large workshops, or historical buildings.
✓ Smart IoT, Convenient Management: Effortlessly integrates into IoT ecosystems, supporting remote centralized configuration, diagnostics, and firmware updates via cloud platforms or local servers, significantly reducing operational and maintenance costs.

2. Double Power Supply

Apart from DC12~48 adapter, Power over Ethernet (PoE) allows both power supply and data transmission to be completed through a single network cable.
Power over Ethernet (PoE): The Single-Cable Revolution Simplify Installation, Slash Costs: A single standard Ethernet cable delivers both robust data connectivity and reliable power. This eliminates the need for separate electrical wiring near the sensor, dramatically reducing installation time, complexity, and overall project cost.
Centralized Power Management: Enable seamless power cycling, backup, and monitoring through your network's PoE switch. Ideal for hard-to-reach locations (high ceilings, isolated enclosures) and critical systems where centralized control is paramount.
Inherent Safety & Reliability: Compliant with IEEE 802.3af/at standards, providing stable, managed power that is inherently safer than local AC adapters in harsh or sensitive environments.

3. Rich Configuration Interfaces

Monitor Virtually Any Dry Contact Device: Each DI channel can connect to a normally open (NO) or normally closed (NC) dry contact. This transforms the sensor into a multi-purpose alarm gateway.
Expand Your Monitoring Universe: ✓ Safety & Security: Connect to smoke alarms, water leak detectors, door/window magnetic contacts, glass break sensors, or emergency stop buttons.
✓ Equipment & Process: Monitor machine run/stop status (via relay), pump activation, fan failure, or power loss alarms (UPS/PDU status).
✓ Operational Intelligence: Track door open/close events for cold rooms, cabinet access, or filter replacement indicators.

4. Provides One RS485-to-Ethernet Conversion

Beyond environmental sensing and dry contact monitoring, our Industrial PoE/WiFi Sensor with RS485-to-Ethernet Conversion now serves as a universal protocol gateway, seamlessly bridging legacy serial devices to modern IP networks. Monitor temperature, humidity, equipment status, and Modbus devices—all through a single, rugged node.

5. On-site + Remote Web Configuration, English Interface

On-Site Technicians: Local diagnostics, spot checks, or reconfiguration during maintenance.
Remote Engineers: Use the cloud portal for daily monitoring, trend analysis, and fleet-wide management.

6. Real-time Data Logging and Storage, CSV Export

Edge Intelligence with Data Resilience: The device autonomously logs all parameters—temperature, humidity, DI status changes, and serial device data—directly to its internal flash memory (up to 100,000 recordings). This ensures zero data loss during network interruptions, power blips, or maintenance windows.

7. Thresholds Alarm & Instant Notifications

Whether for data center temperature control or warehouse environmental monitoring, once values cross the safety threshold, the on-site display and buzzer immediately activate warnings. Simultaneously, the operations team receives detailed alarm notifications in real-time via both the web monitoring dashboard and email, achieving seamless integration of "detection, alerting, and response."

Product Dimensions

APEM-5930W-WIFI-Temperature-and-Humidity-Sensor-6

Product Display

Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-1 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-2 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-3 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-4 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-5 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-6 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-9 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-7 Power-over-Ethernet-Temperarue-and-Humidity-Web-Sensor-8

Product Selection Table

Product Selection Guide
Function Available Models
Temperature + Humidity + Dew Point APEM-5930
Temperature + Humidity + Dew Point + Atmospheric Pressure APEM-5930P
Wifi + Temperature + Humidity + Dew Point APEM-5930W
Temperature + Humidity + Dew Point - depending on connected probes APEM-5930E

Product Downloads

PDF Icon APEM-5930W Ethernet Temperature Humidity Sensor Datasheet
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Frequently Asked Questions

Q1: Does this sensor support both wired and wireless communication?

Yes. The sensor supports wired Ethernet via a standard RJ45 interface for high-speed, stable, and interference-free connections, as well as wireless WiFi connectivity for flexible, cable-free deployment in environments where wiring is difficult.

Q2: What power supply methods are supported?

The device supports a double power supply mechanism. It can be powered via a standard DC 12~48V power adapter or through Power over Ethernet (PoE), which handles both power delivery and network communication through a single Ethernet cable.

Q3: How many data records can the sensor log internally?

The sensor has built-in edge intelligence and local flash storage that autonomously records up to 100,000 data points (including temperature, humidity, DI changes, and serial data), ensuring zero data loss during network outages. The data can easily be exported in CSV format.

Q4: What is the benefit of the DI dry contact configuration interfaces?

The Digital Input (DI) channels allow you to monitor normally open (NO) or normally closed (NC) dry contact signals. This lets you connect safety and process devices like smoke alarms, water leak sensors, door status switch relays, or pump failures, turning the sensor into a comprehensive alarm gateway.

Q5: How does the device convert RS485 to Ethernet?

The built-in RS485-to-Ethernet function serves as a universal protocol gateway. It bridges legacy serial Modbus devices to modern IP networks, allowing users to collect and monitor serial device telemetry over LAN or WiFi using a single node.

Q6: What alert methods are triggered when a threshold is exceeded?

When environmental values exceed defined safety limits, the device initiates instant multi-channel notifications. This includes activating the local physical display warnings and on-site buzzer, while simultaneously sending digital alerts to the web dashboard and email.

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