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Products Description
NEXI-LoRa Wireless Temperature Transmitter Definition
The Nexisense LoRa Wireless Temperature Transmitter is an intelligent temperature monitoring device based on LoRa wireless communication technology. It is capable of efficient temperature monitoring in dispersed industrial sites lacking mains power or mobile network coverage, widely used in agriculture, industry, logistics, and various other fields.
Principle
This device utilizes a high-precision temperature sensor and the LoRaWAN communication protocol to achieve wireless transmission over distances of up to 5 kilometers. Its ultra-low power consumption design allows it to operate continuously for 3-5 years on a single lithium battery, making it suitable for long-term monitoring scenarios.
Structural Analysis
The structure of the Nexisense LoRa Wireless Temperature Transmitter mainly includes the following components:
High-precision temperature sensor: Used for real-time temperature monitoring.
LoRa module: Responsible for wireless data transmission, supporting long-distance communication.
Lithium battery: Provides the necessary power for the device, featuring long lifespan characteristics.
Enclosure: Equipped with shockproof and moisture-proof features, suitable for various complex environments.
Advantages
Ultra-long transmission range: Covers large industrial sites and farms effortlessly.
Ultra-low power consumption: Standby current below 10μA, ensuring long-term stable operation.
Self-organizing networking capability: Supports Mesh networking, enhancing communication reliability.
Zero data fees: Operates on license-free spectrum, reducing usage costs.
Strong anti-interference ability: Utilizes spread spectrum technology to ensure stable performance in complex environments.
NEXI-LoRa Wireless Temperature Transmitter Application Scenarios
Smart agriculture monitoring: Temperature monitoring in greenhouses, livestock environmental temperature monitoring, grain silo temperature monitoring.
Industrial equipment monitoring: Temperature monitoring of production line equipment, motor bearings, and power distribution equipment.
Warehousing and logistics management: Cold chain storage temperature monitoring, pharmaceutical warehouse temperature monitoring, food storage and transportation temperature management.
Environmental monitoring: Meteorological station temperature monitoring, computer room environmental temperature monitoring, laboratory temperature monitoring.
Energy management system: Heating system temperature monitoring, solar system temperature monitoring, pipeline temperature monitoring.
Measurement Method
The Nexisense LoRa Wireless Temperature Transmitter collects temperature data in real-time through its high-precision sensor and transmits the data via the LoRa wireless network to cloud or local monitoring systems. Users can access data queries and analysis through web or mobile applications.
Maintenance
The maintenance of this device is relatively simple, requiring no complex wiring or installation. Users can periodically check the battery status and make parameter adjustments through the remote configuration feature. The device has a self-diagnostic function that can automatically check the network connection status, ensuring continuous and stable monitoring.
NEXI-LoRa Wireless Temperature Transmitter Technical Specifications
| Parameter | Description |
|---|---|
| Communication Protocol | LoRaWAN |
| Transmission Distance | Up to 5 kilometers |
| Standby Current | <10μA |
| Battery Life | 3-5 years |
| Operating Temperature Range | -40°C to 85°C |
| Dimensions | Customized according to customer needs |
| Protection Level | IP65 (waterproof and dustproof) |
| Installation Method | No wiring required, supports on-site configuration |
FAQ
What is the working principle of the Nexisense LoRa Wireless Temperature Transmitter? The device utilizes a high-precision temperature sensor and LoRaWAN communication protocol for temperature monitoring and data transmission.
What is the battery life of the device? Under normal usage, the device's battery life can reach 3-5 years.
How can I perform remote configuration of the device? Users can perform remote configuration and data queries through web or mobile applications.
In what environments can the device be used? It is suitable for various environments including industrial, agricultural, and logistics, with shockproof and moisture-proof features.
What is the transmission distance of the device? The wireless transmission distance can reach up to 5 kilometers.
How do I maintain the Nexisense LoRa Wireless Temperature Transmitter? Regularly check the battery status and utilize the self-diagnostic function to ensure normal network connection.
Does the device require wiring? No, the device is designed for wireless installation, simplifying the installation process.
How is the device's anti-interference capability? It adopts spread spectrum technology to ensure stable performance in complex environments.
Conclusion
The Nexisense LoRa Wireless Temperature Transmitter, with its ultra-long transmission range, ultra-low power consumption, and strong anti-interference capabilities, is an ideal choice for various temperature monitoring applications. Whether in agriculture, industry, or logistics, this device provides efficient and reliable temperature monitoring solutions. With simple maintenance and remote configuration features, users can easily manage and monitor temperature data, enhancing work efficiency and safety.
