H4 External Sensor Technology
The H4 External Probe is an advanced sensor used to precisely measure environmental parameters. It accurately monitors environmental data such as temperature, humidity, and air pressure and provides real-time data transmission. It offers reliable results in industrial, commercial, and scientific applications, enhancing the efficiency of businesses and researchers. The H4 External Probe can be easily integrated with other systems thanks to its IoT compatibility and performs excellently even in harsh environmental conditions due to its robust design. It is the ideal solution for your environmental monitoring and data collection needs.
Applications
The H4 External Probe is used in the following areas: Industrial monitoring, scientific research, commercial applications, agriculture and farm monitoring, smart building systems, logistics and storage, energy management, and many other sectors where precise environmental parameter monitoring is required.
| Feature |
Value |
| Main Chip |
Nordic nRF52 series |
| Maximum Range |
120m(+4dBm) |
| Internal Sensors |
PIR sensor and Hall sensor |
| Size |
85.6mm x 54.1mm x 5.2mm |
| Detection Distance |
20mm |
| Antenna |
PCB antenna |
| Battery |
1.5V; 1200mAh |
| Operating Temperature |
-20°C to 60°C |
| Size |
69.9 * 32.2 * 18.2 mm |
| Humidity |
0% ~ 95% (non-condensing) |
Dear customers, the RFID tags you are reviewing are not coded. Coding and other technical processes are your responsibility. Please be mindful of this when placing an order. For detailed information, you can contact us.
Blog Post
What is the Internet of Things (IoT)?
The Internet of Things (IoT) connects physical devices via the internet to share and analyze data. Examples include smart thermostats, wearable tech, and industrial automation tools, all equipped with sensors for real-time decision-making.
History
Introduced by Kevin Ashton in 1999, IoT’s roots trace back to early computer networks. It gained traction in the 2000s with Wi-Fi, RFID, and cloud computing.
Benefits
Automation & Convenience: Saves time by handling tasks automatically.
Efficiency: Enhances operations in industry and agriculture.
Energy Saving: Prevents waste via smart systems.
Security: Improves safety with IoT-powered surveillance.
Use Cases
Smart Homes: Control lighting, security, and climate remotely.
Industrial IoT: Used in factories and logistics.
Healthcare: Enables remote monitoring and emergency alerts.
Transport: Powers smart traffic systems and autonomous vehicles.
Agriculture: Supports irrigation and climate monitoring.
Challenges
Security: Devices are vulnerable to hacking.
Privacy: Risk of unauthorized data usage.
Compatibility: Devices may not integrate well across brands.
Future Outlook
With 5G, AI, and machine learning, IoT will grow faster and smarter. It’s set to reshape how we live and work, making it vital for both consumers and industries to stay informed.