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IoT-node connects a BoltSafe CMS sensor

The IoT-node connects a BoltSafe CMS sensor to The Things Stack, KPN LoRa network, or any private LoRaWAN network. It transmits bolt load data to the cloud multiple times per hour, accessible via any internet-connected device. Featuring a long-lasting battery of approximately ten years, it requires no external power supply. A LoRa gateway can be added if a connection is unavailable. Our team can assist with custom cloud application solutions.

 

Specifications

Wireless Technology LoRaWAN V.1.0.2 Class A
Frequency bands EU686 and US915 (other bands on request)
Configuration USB-C and free Windows software
Software Can read DevEUI and set AppEUI and AppKey. Sends test messages.

How the IoT-Node Works

The IoT-node connects a BoltSafe CMS sensor to The Things Stack, KPN LoRa network, or any private LoRaWAN network, enabling Internet of Things (IoT) functionality. Using LoRaWAN technology (Long Range Wide Area Network), the IoT-node sends bolt load data to the cloud several times per hour. If a LoRa connection isn’t available, a LoRa gateway can be added. The IoT-node operates on a long-lasting battery, lasting approximately ten years, eliminating the need for an external power source. Custom cloud application connections can be developed with our team's assistance.

How to Use the IoT-Node

To utilize the IoT-node, connect one BoltSafe CMS sensor, and it will continuously transmit bolt load data to a cloud server. Users can access this data via a web portal from any internet-connected device. The portal provides historical data in kN (kilonewtons) and lbf (pound-force), allowing for comparisons between multiple sensors and graphical representations of bolt load. Data can also be exported, and users can set up email notifications. The key advantages of the IoT-node are remote data accessibility without the need for additional cables or software.

 

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People Also Ask

An IoT sensor node refers to a device equipped with sensors to gather environmental data, such as temperature, humidity, or motion. These nodes are integral parts of the Internet of Things (IoT) network, transmitting sensor data to cloud-based systems or local networks for further analysis.

IoT sensors can connect wirelessly to a web application through protocols like Wi-Fi, Bluetooth, Zigbee, or LoRa. This wireless communication allows sensors to transmit real-time data to cloud servers or directly to web-based applications for monitoring, analysis, and control.

Sensor deployment involves strategically placing IoT sensors in the environment where data collection is required. Node discovery refers to the process of identifying and registering these sensors within the IoT network, ensuring that the sensors are correctly integrated for communication.

Types of Sensors in IoT- Light Sensors – Measure light intensity for applications like smart lighting. Proximity Sensors – Detect objects within a specific range, used in robotics and automatic doors. Pressure Sensors – Measure gas or liquid pressure for industrial processes and healthcare devices. Motion Sensors – Detect movement, commonly used in security systems and automatic lighting. Gas Sensors – Detect gas concentrations, useful in safety and environmental monitoring