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Vertiv FS-100 Flood Sensor, 100 ft Cable | Water Detection, Monitoring
Vertiv
MPN: FS-100
$167.04$232.00
MAP: $146.16
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 0-5 VDC conductivity-based flood sensing
- 100 ft cable included
- Water presence detection
- Designed for infrastructure monitoring
- Supports remote sensor placement
- Single sensor assembly
- Vertiv monitoring accessory
- Detect water intrusion early with a 0-5 VDC conductivity-based sensing method
Protect critical infrastructure from water intrusion with a conductivity-based flood sensor designed for early leak detection. The Vertiv FS-100 monitors for the presence of water using a 0-5 VDC signal, giving facilities and IT teams a straightforward way to identify moisture before it becomes a service event.
The included 100 ft cable supports flexible sensor placement across raised floors, equipment rooms, perimeter zones, and remote collection points where shorter leads would limit coverage. That extra reach matters in dense environments where the sensor must be positioned exactly where water is most likely to appear.
Built for monitoring applications where response time matters, this sensor helps teams reduce exposure around racks, power paths, and network hardware. It is a practical fit for data centers, telecom rooms, and other spaces where even a small leak can create outsized operational risk. For buyers comparing lower-cost sensors, the value here is simple: longer reach, clearer placement options, and a purpose-built detection method for infrastructure protection.
Ideal For
- Monitor raised-floor areas beneath network and server racks
- Place near condensate lines, plumbing runs, or leak-prone zones
- Extend detection to remote corners of equipment rooms
- Add early water warning to critical facility monitoring systems
Why This Product
- 1100 ft cable for wider placement flexibility
- 20-5 VDC conductivity-based detection
- 3Purpose-built for water intrusion monitoring
- 4Better suited to remote leak points than short-lead sensors



