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DRAGINO NB-IoT Differential Pressure Sensor for Industrial Monitoring
DRAGINO NB-IoT Differential Pressure Sensor for Industrial Monitoring is a wireless NB-IoT differential pressure sensor designed for continuous remote pressure monitoring. It is ideal for HVAC systems, air filter monitoring, ventilation systems, environmental monitoring, and industrial automation. Featuring NB-IoT cellular connectivity, Bluetooth configuration, long battery life, and remote firmware updates, it provides accurate measurements with minimal maintenance.
DRAGINO PS-NB-D NB-IoT Differential Pressure Sensor for Industrial Monitoring
The Dragino PS-NB-D is an industrial-grade differential pressure sensor that measures the pressure difference between two points and transmits measurement data through NB-IoT cellular networks. Designed for reliable remote monitoring, it enables users to collect pressure data without requiring local gateways, making it suitable for locations with NB-IoT cellular coverage.
The device periodically measures differential pressure and sends the collected data directly to cloud platforms via the NB-IoT network. Users can remotely configure operating parameters, monitor device status, and perform firmware updates, reducing maintenance requirements while ensuring continuous operation. Its ultra-low power design and high-capacity battery provide years of dependable service in demanding industrial environments.
Why Choose the PS-NB-D?
- Direct NB-IoT cellular communication without requiring a LoRaWAN gateway
- Accurate differential pressure measurement for industrial applications
- Long battery life with ultra-low power consumption
- Bluetooth configuration for quick local setup
- Supports remote firmware upgrades (FOTA)
- Remote parameter configuration through the cellular network
- Reliable data transmission over licensed NB-IoT networks
- Easy installation with minimal wiring
- Industrial-grade design for long-term outdoor and indoor deployment
- Compatible with popular IoT cloud platforms
Benefits
- Enables real-time remote pressure monitoring
- Reduces installation costs by eliminating complex communication wiring
- Improves maintenance efficiency through remote device management
- Detects pressure changes quickly for preventive maintenance
- Provides reliable communication using licensed cellular infrastructure
- Supports continuous monitoring in remote installations
- Extends maintenance intervals with long battery life
- Simplifies deployment for industrial IoT applications