LoRaWAN Battery-Powered Pressure Sensor and Monitoring System

Operates with the LoRaWAN Class A protocol, providing low-power, long-range data transmission.

Fully compatible with Atlas Gateway and standard LoRaWAN network infrastructures.

Communication range is approximately 2-5 km in urban areas and up to 10 km in open areas.

Data can be transmitted and received bidirectionally between the device and the system.

The AES-128 encryption standard is used for data security.

Supports different application requirements with 0-6 Bar, 0-10 Bar and 0-16 Bar measurement ranges.

Provides reliable and precise measurement results with ±0.5% FS accuracy.

Detects even small pressure changes with 0.01 Bar resolution.

Enables real-time monitoring of pressure values in the system.

Records the lowest and highest pressure values measured during the defined period.

Analyses historical measurement data to help track pressure change trends.

Detects unexpected pressure rises or drops, enabling early identification of potential faults and leaks.

Its energy-efficient design enables long-term uninterrupted operation.

Operates with a long-life industrial lithium battery that can be replaced easily.

Can provide more than 5 years of operation, depending on the data transmission frequency.

Battery status can be monitored remotely through the platform, simplifying maintenance planning.

Generates an automatic warning when the battery reaches a critical level to support uninterrupted operation.

Provides complete protection against dust ingress and operates reliably under prolonged water exposure.

Its enclosure resists sunlight and outdoor conditions for long service life.

Developed to deliver reliable performance under demanding field conditions.

Resistant to environmental effects such as rain, snow, dust and intense sunlight.

Features a robust and durable mechanical structure for long-term use in agricultural irrigation systems.

Generates a warning when the pressure drops below the defined minimum level.

Sends a notification when the pressure exceeds the defined maximum level.

Detects sudden or continuous pressure loss and provides early warning of potential leaks and faults.

Detects sudden and high pressure increases in the network to support system safety.

Generates an automatic notification if communication with the sensor is interrupted.

Provides advance notice of maintenance needs when the battery reaches a critical level.

Alerts the user if no data is received from the device during the defined period.

Device locations and measurement data can be viewed in real time on the map.

Pressure data and system status can be monitored using live charts.

Historical measurement records can be reviewed for performance evaluation and trend analysis.

System data can be accessed and monitored easily from mobile devices.

Instant SMS notifications can be sent for critical alarms and events.

Alarms, warnings and system status information can be sent to relevant users by email.

Generated alarms can be monitored, classified and managed centrally.

Multiple users with different permission levels can work on the same system.

Measurement and alarm data can be reported and exported in Excel and other common formats.

Provides ideal solutions for pressure and remote monitoring requirements in irrigation infrastructure.

Helps manage large irrigation networks effectively and improve operational efficiency.

Enables monitoring of water distribution processes and keeps system performance under control.

Helps reduce water loss by monitoring pressure changes in irrigation lines.

Enables continuous monitoring of valve outlet and inlet pressures.

Enables remote monitoring of pressure at hydrant points and rapid detection of potential faults.

Helps continuously monitor pump performance and system pressure.

Enables real-time detection of pressure changes that may occur in critical transmission lines.

Improves system reliability by monitoring pressure at tank and reservoir outlet points.

Can be commissioned quickly and easily without cabling infrastructure.

Becomes ready for operation within minutes without complex installation procedures.

Minimises the need for field inspections through remote monitoring and management features.

Continuously monitors pressure changes to identify potential leaks and faults at an early stage.

Collected data enables analysis of pressure distribution in the irrigation network and creation of detailed pressure maps.

Helps reduce operating expenses by optimising maintenance, inspection and operational processes.

Helps prevent user complaints by reducing pressure-related irrigation problems.

Supports efficient use of water resources by enabling more effective network management.