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APC AP9325 20 ft Leak Sensor | Water Detection for Data Centers
APC
MPN: AP9325
$468.30$599.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- APC AP9325 leak sensor
- 20 ft sensing length
- Floor-level water detection
- Designed for critical infrastructure spaces
- Extended coverage for longer runs
- Suitable for server rooms and data centers
- Detect leaks early with a 20 ft floor sensing path
- Protect critical equipment by monitoring water travel along the floor
Water damage rarely starts with a flood. It starts with a drip, a failed condensate line, or a slow leak that travels under cabinets and along floor paths. The APC 20' Leak Sensor is built to catch that movement early, giving operations teams more time to isolate the source and protect critical infrastructure.
With a 20 ft sensing length, this sensor is well suited to monitoring longer floor runs, perimeter zones, and areas where water may travel before it becomes visible. That makes it a practical choice for data centers, server rooms, telecom closets, and other spaces where a small leak can interrupt service or damage high-value equipment.
For teams that manage uptime as a business requirement, longer coverage matters. It reduces blind spots, improves response time, and helps facilities act before moisture reaches racks, power distribution, or network paths. In environments where every minute counts, a sensor like this adds a layer of protection that is simple to deploy and valuable to keep in place.
Ideal For
- Monitor under-floor paths in data centers for early leak detection
- Protect server rooms near HVAC condensate lines
- Track moisture along perimeter walls and equipment rows
- Add water detection to telecom and edge infrastructure spaces
Why This Product
- 120 ft sensing length provides broader coverage than short probes
- 2Floor-level detection helps catch leaks before equipment exposure
- 3Well suited to long perimeter runs and under-floor monitoring
- 4APC fitment supports infrastructure teams standardizing on one vendor
