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SENSO8 Water Leakage Monitoring Sensor LRS20310/SEN20310 | Advanced LoRaWAN Early Detection System

SENSO8 Water Leakage Monitoring Sensor LRS20310/SEN20310

Advanced LoRaWAN Early Detection System

SKU:B09025
Regular price $72.90 $0.00
Variant prices start at $72.90 to $92.00.
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Effective water leakage monitoring allows early detection and action to maintain building integrity, protect property and the environment, and provide a safe and sustainable living and working environment.

Water Leakage Monitoring provides a reliable, precise and durable water leakage monitoring solution with a 2-pins stainless steel probe. It can be used in a variety of environments and alert in time when water leaks occur, such as water pipes room, data center floors, HVAC equipment, smart toilet, etc.

Key Features

  1. Cost-Effective Solution: IoT offers a cost-effective solution for water leakage monitoring. The infrastructure costs are relatively low compared to traditional wired systems, as IoT operates on a wireless network, eliminating the need for extensive wiring installations. This makes it an attractive option for both new installations and retrofitting existing buildings.

  2. Extended Battery Life: IoT devices have excellent power efficiency, allowing for extended battery life. With low power consumption, the monitoring devices can operate for long periods without the need for frequent battery replacements or recharging. This significantly reduces maintenance costs and ensures continuous monitoring.

  3. Wide Coverage Range: IoT networks have a wide coverage range, making it suitable for large buildings, campuses, or even entire cities. With its long-range capabilities, a single IoT gateway can cover vast areas, enabling comprehensive water leakage monitoring without the need for additional infrastructure.

  4. Remote Monitoring and Management: With IoT, water leakage monitoring systems can be remotely managed and monitored. The monitoring data can be accessed through a centralized platform, providing real-time insights into the status of different areas or zones. This remote capability simplifies maintenance tasks, reduces on-site visits, and improves overall operational efficiency.

  5. Integration with Building Management Systems: IoT can seamlessly integrate with building management systems, allowing for comprehensive control and automation. By integrating water leakage monitoring with other building systems, such as HVAC or security systems, actions can be triggered automatically, such as shutting off water supply valves or activating alarms, in response to detected leaks.

Use Case 1: Data Center Infrastructure Resilience

Application: Data Center Infrastructure

The Water Leakage Monitoring system enhances the integrity of data center infrastructure by detecting and preventing water leakages through IoT technology. Sensors detect abnormal moisture levels, triggering automated alerts sent via the IoT network. Technicians promptly locate and repair the leakage source, ensuring early detection, remote monitoring, and cost savings by preventing extensive damage to critical infrastructure components. This proactive approach safeguards data center operations, ensuring reliability and resilience.

Use Case 2: Restroom Facility Hygiene Management

Application: Commercial Buildings - Restroom Facilities

The Water Leakage Monitoring system improves maintenance efficiency and reduces water-related damages in commercial buildings, particularly in restroom facilities, by leveraging IoT connectivity. Sensors detect water leakage, triggering automated alerts to maintenance staff via the IoT network. Prompt response and repair prevent damages and maintain hygiene, enhancing facility efficiency and minimizing disruptions. This system ensures the efficient management of restroom facilities, contributing to overall building safety and functionality.

Use Case 3: Industrial HVAC System Protection

Application: Industrial HVAC Systems

The Water Leakage Monitoring system ensures the integrity of industrial HVAC systems by detecting and addressing water leakages in real-time using IoT technology. Sensors detect water leakage near HVAC equipment, triggering automated alerts to technicians via the IoT network. Swift response and repair prevent equipment damage, ensuring climate control efficiency and reducing maintenance costs. This system enhances the reliability and efficiency of industrial HVAC systems, minimizing downtime and expenses.

Use Case 4: Smart Building Property Protection

Application: Smart Building Management

The Water Leakage Monitoring system integrates with smart building management systems to ensure timely detection and mitigation of water leakages, enhancing building safety and efficiency using IoT technology. Sensors detect water leakage in smart toilets, triggering automated alerts to facility managers via the IoT network. Coordinated response and maintenance prevent property damage, improve operational efficiency, and enhance overall building safety. This system contributes to the safety and efficiency of smart buildings, mitigating risks associated with water leakages.

Package Inclusions

  • 1 x Sensor
  • 1 x Probe
  • 1 x Mounting kit

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  NB-IoT Specification
(SEN20310)
LoRaWAN Specification
(LRS20310 )
Power 1 x 3.6V C size battery
Stand-by Current <30uA @3.6V <25uA @3.6V
Analog-IN Measurement Resolution 0 – 300 Interval 0 – 100
Battery Life Up to 3 Years1 Up to 8 Years²
Data upload interval (heartbeat) Default every hour (configurable) Default 10 mins (configurable)
Operating Temperature -20~70°C
Storage Humidity <95% RH
Storage Temperature -20~80°C
Dimension 119 x 119 x 37.5 mm (LxWxH)
Antenna Type Internal antenna
Weight About 166g (not including battery)
Ingress Protection IP65
Wireless Connectivity LTE Cat NB1 (NB-IoT) LoRaWAN®
Frequency B1, B3, B5, B8, B20 EU868/AS923
Data Transfer Rate Uplink:16.7kbps (Single Tone), 62.5kbps (Multi-Tone)
Downlink:25.5kbps (Single Tone), 25.5kbps (Multi-Tone
0.3kbps – 50kbps
Transmit Power 23 dBm +/- 2dB Max. 14dBm
Sensitivity -116 dBm Max. -140dBm
Other 3GPP Release 13(NB-IoT Protocol) OTAA/ABP Class A(Connect to LoRaWAN Network)
  1. Conditions: measurement period at every 1 min and upload data at every 1 hour
  2. Conditions: Upload data at every 10 mins