ATO water leak detection sensor provides relay output, 12V-24V DC operating voltage, ±5000V electrostatic protection, ±250V surge protection and short circuit protection, suitable for industrial and commercial places, such as communication base stations, restaurants, warehouses, or monitoring rooms.
Specifications
- Model: ATO-JRWIER24-E
- Power Supply: 12-24V DC (Min8V-Max28V)
- Surge Protection: Transient Surge ±250V
- Static Protection: ±5000V
- Working Temperature: -25℃~60℃
- False Alarm Rate: <100ppm
- Alarm Power Consumption: Max0.3W@24V
- Output Form: Relay Output, NC/NO (Optional)
- Load Capacity: Relay Output, ≤1A/30V DC
- Waterproof Level: IP68
- Detection Cable: The sensor cable detection points are evenly distributed about 10cm apart.
- Dimension: 48x48x30mm
- Configuration: Standard 1.5m detection cable, the detection cable length can be customized.
Dimension (Unit: mm)
Line Definition
Color |
Line Definition |
Red |
Power Supply Positive |
Black |
Power Supply Negative |
Yellow |
Normally Open Contact Output, No Polarity Difference |
Blue |
Signal Common Terminal, No Polarity Difference |
Green |
Normally Closed Contact Output, No Polarity Difference |
Applications
Tips: Where are water leakage sensors mainly used?
Water leakage sensors are widely used in various environments to detect and prevent water damage. They are commonly found in residential, commercial, and industrial settings. In homes, these sensors are typically installed near water heaters, washing machines, dishwashers, under sinks, and in basements where leaks or flooding may occur. In commercial buildings, they are used in areas like server rooms, data centers, and mechanical rooms to prevent water damage to critical equipment. Industrially, they are often placed around machinery, pipelines, and chemical storage areas where even minor leaks could lead to significant damage or safety hazards.
In addition, water leakage sensors are used in smart homes and buildings for early detection and integration with alarm systems. They are also important in marine applications, where they monitor bilge water levels and prevent flooding on boats and ships. Their primary purpose is to provide early warnings to mitigate water-related damage and safety risks.