Monnit Wireless Water Detection Puck Sensor

The Monnit Wireless Water Detection Puck Sensor delivers fast, reliable indication of water presence or absence in any environment where leaks, spills, or moisture can threaten equipment, inventory, or infrastructure. Designed as a compact, watertight puck, it can be placed in tight spaces, behind appliances, under sinks, in basements, server rooms, or along pipelines where monitoring is critical. With an extremely simple trigger threshold noted as approximately 1.6 mm of water, this sensor provides immediate alerts that empower you to respond before water damage escalates. Its wireless design eliminates the need for wiring, enabling scalable deployment across facilities of all sizes while maintaining accuracy and ease of use. The result is a cost-efficient, low-maintenance solution that protects assets, reduces downtime, and helps you stay compliant with safety and asset-management standards.

• Immediate water detection for rapid response: The puck design is optimized for fast detection, so you’ll know the moment water is present or absent. This instant feedback helps you minimize flood risk, prevent equipment failures, and avert costly downtime. With a trigger threshold around 1.6 mm, the sensor distinguishes between tiny leaks and true water events, ensuring you don’t get false alarms while still catching real issues early.
• Rugged, watertight form factor for versatile placement: The waterproof puck housing is built to endure wet environments, dry zones, and everything in between. Its compact, unobtrusive profile means you can tuck it into tight corners, behind appliances, or along pipes without sacrificing performance. Because it’s sealed, it remains reliable in damp basements, mechanical rooms, and other high-humidity locations, providing consistent monitoring wherever leaks are most likely to occur.
• Wireless reliability with scalable monitoring: The Monnit Water Detection Puck Sensor communicates wirelessly to compatible Monnit gateways and portals, enabling centralized monitoring across single sites or large campuses. The sensor operates as part of a wider wireless sensor network, so you can scale your leak-detection coverage as needs grow, with real-time alerts delivered to your dashboard, mobile device, or email. This centralized visibility helps facilities teams coordinate responses, track incidents, and generate actionable reports for maintenance planning.
• Powerful, maintenance-light operation: As a battery-powered device, the puck sensor minimizes installation complexity and ongoing upkeep. There are no wires to route or conduit to install, reducing labor costs and downtime during deployment. Battery-powered sensors are designed for long-life operation, ensuring you gain extended monitoring periods between replacements while preserving steady, consistent performance even in remote or hard-to-reach locations.
• Clear outcomes for asset protection and compliance: By providing reliable water detection, the puck sensor helps safeguard critical infrastructure such as data centers, manufacturing floors, electrical rooms, and mechanical closets. Early leak detection supports preventative maintenance, extends equipment life, and aligns with safety, environmental, and compliance objectives. With straightforward setup and intuitive dashboards, you can demonstrate due diligence in protecting assets and reducing risk across your facilities.

Technical Details of Monnit Wireless Water Detection Puck Sensor

Technical specifications are not provided in the current data set. For the most up-to-date, precise specifications (such as wireless frequency, battery type and life, operating temperature range, and communications range), please refer to the product’s official specifications page on ec.synnex.com using the appropriate UPC or SKU as your reference. This section is intended to offer a concise overview of what the puck sensor delivers and how it integrates into a broader Monnit monitoring ecosystem, but exact numbers are not available here.

How to install Monnit Wireless Water Detection Puck Sensor

• Plan placement: Identify high-risk areas where water ingress could cause damage or downtime—basements, utility rooms, under sinks, near HVAC equipment, or along refrigeration lines. Choose locations that will be dry or wet as needed to ensure accurate detection and reliable signal transmission to your gateway.
• Mount or position the puck: Place the water-detection puck in the selected location. The design is compact and versatile, allowing it to sit on shelves, sit flush against walls, or be placed near potential leak sources. Ensure it remains stable so that environmental factors don’t dislodge it or interfere with its sensing surface.
• Pair with a Monnit gateway: Connect the puck sensor to a compatible Monnit gateway or hub following your organization’s standard pairing procedure. This step establishes wireless communication and enables real-time data flow to your Monnit portal. Verify that the gateway has adequate power and a clear line of sight within its specified range to the sensor.
• Configure alerts: In the Monnit portal, configure alert rules, notification recipients, and escalation paths. Decide whether you want immediate push notifications, SMS, or email alerts when water is detected or when the area returns to a dry state. Tailor alert thresholds and schedules to fit your operations and response protocols.
• Test and validate: Apply a small amount of water to trigger the sensor and confirm that the gateway reports a detection to the portal. Check that notifications are received as expected and verify that logs reflect the event with precise timestamps. Periodically re-test to ensure ongoing reliability and to calibrate the system as needed for changing environmental conditions.

Frequently asked questions

• What does the Monnit Wireless Water Detection Puck Sensor detect? It detects the presence or absence of water. The system is designed to respond when water reaches a detectable threshold, approximately 1.6 mm in height, enabling timely alerts and preventive action.
• How does it communicate? The puck sensor uses wireless communication to transmit state changes to a Monnit gateway, which then relays information to the Monnit portal. This setup provides centralized visibility across one site or multiple sites, depending on your deployment.
• Where should I place the sensor? Place the puck in areas prone to leaks or moisture where detection will be most valuable. Common locations include basements, utility rooms, near water lines, under sinks, around cooling equipment, and along piping joints. Its watertight design supports placement in wet or damp areas while remaining unobtrusive in dry zones.
• What kind of power does it use? The sensor is battery-powered, designed for long life with minimal maintenance. Exact battery life depends on usage, reporting frequency, and environmental conditions. Replacement batteries should be planned as part of routine maintenance for continuous coverage.
• Can I integrate this sensor with other systems? Yes. It’s built to work with Monnit’s gateway ecosystem and cloud portal, enabling you to create alerts, dashboards, and reports. This integration supports proactive maintenance, incident tracking, and risk management across facilities and assets.