FlowCheck Wireless Water Leak detector
Battery operated wireless sensor to detect water leaks.
FlowCheck is a wireless battery-operated water leak detector designed to detect water leakages and prevent potential damage to properties and assets.
This intelligent device uses a probe and rope sensor design for detecting water leaks. Upon detecting water immersion, the sensor promptly transmits alarm notifications to the designated application via wireless communication protocols such as LoRaWAN®, NRF and Wi-Fi. This enables users to remotely monitor status information and send instant notifications as alarms to remote control and monitoring systems.
FlowCheck water leak detector consumes low power, ensuring long lasting and cost effectiveness on battery replacements.
This sensor can be installed anywhere and takes up minimal floor space.
Product Features
Easy Installation and configuration
Wireless data transmission Option through LoRaWAN®, and/or WIFI wireless protocol
Secure operation with top-down encryption
Real-time response enabling fast detection
Lower Power Consumption and Battery Operated
Integration with Building Management System through protocol converters
Multiple application environments
Electrode Detection
Easy Performance management through MachineSens IoT Cloud Platform
AquaSens Ultrasonic Water Meter
Communication Technology
The FlowCheck wireless battery-operated water leak detector employs cutting-edge communication technology, LoRaWAN® which provides low power consumption as well as long range signal propagation to enable real-time control and monitoring.
Our smart gateway receives near real-time data from all the wireless sensors within range, converts the raw data into an easy-to-use JSON format, and then publishes it using MQTT protocol. Data can be sent to any local or cloud MQTT broker via Ethernet, LTE (4G), or WIFI.
Our smart gateway receives near real-time data from all the valves within range, converts the raw data into an easy-to-use JSON format, and then publishes it using MQTT protocol. Data can be sent to any local or cloud MQTT broker via Ethernet, LTE (4G), or WIFI.
Specifications
General |
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| Operating temperature | -20 °C to +60 °C |
| Storage temperature | -40 °C to +70 °C |
| Power | Battery Powered |
| Battery Type | ER26500 3.6V Lithium Battery, 8000 mah |
| Detector | Theory: Electrode |
| 2m length cable from control box to detector | |
| Channel: 2 channel default | |
| Dimension | 85*80*30mm, Control box |
| Environment | Indoor |
| Housing Material | Polycarbonate |
Wireless Communication |
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| Technology | LoRaWAN® |
| Frequency | EU868 (868 Mhz) license free |
| Transmit Range | 2KM in urban environment 22+ floors in a building |
| Security | 128 AES Encryption |
| Antenna | Internal |
| Tx Power | 19dBm ± 1dBm |
| Rx Sensitivity | -136dBm (LoRa, Spreading factor=12, Bit Rate=293bps) |
| Data Transfer Rate | 0.3Kbps– 50Kbps |
| Data Format | JSON |
| Device Class | Class A |
| Activation Method | OTTA (Over-The-Air-Activation) |
Certifications |
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| Regulatory | CE |
| Environmental | RoHS |