APC NetBotz Spot Fluid Sensor - 15 ft

The NetBotz Spot Fluid Sensor (NBES0301) provides early detection of fluid leaks in data centers or network closets, helping to prevent costly damage. With a 15-foot cable length, RJ-45 connection, and compatibility with NetBotz 250A and 700 series appliances, it is an efficient and reliable monitoring solution for pinpointing fluid risks in specific locations.

Key Features

• Early detection of fluid leaks in data centers and network closets
• 15-foot cable length with RJ-45 connection type
• Automatically detected by compatible NetBotz appliances
• Extendable up to 100 feet with standard CAT5/6 cable
• Includes cable ties for secure installation
• Low-profile sensor design for placement flexibility
• Optional sensor expansion for temperature, humidity, vibration, and more
• Customizable sensor identifiers for location and naming

Fluid Detection Technology

The NetBotz Spot Fluid Sensor uses electronic circuits to detect the presence of fluid. For accurate performance, the sensor should be placed on the provided insulator sheet to prevent contact shorting from conductive surfaces such as wet cement or metal.

Durability and Cleaning

Designed to resist fluid exposure, this sensor is intended for leak detection rather than long-term immersion. Clean only with plain tap water, avoiding soaps or detergents. Ensure the RJ-45 coupling area remains free of condensation or pooling water to prevent corrosion.

Connection and Compatibility

The RJ-45 sensor connection is automatically recognized by NetBotz 250A, 750, and 755 appliances. Its design allows cable extension up to 100 feet using standard CAT5/6, making it adaptable to varied installation environments.

Placement Flexibility

With its compact and low-profile design, the sensor can be positioned in hard-to-reach areas. Optional sensors can also be added to expand monitoring capabilities for multiple environmental conditions, including temperature, humidity, vibration, dust particles, and more.

Custom Configuration

Each sensor can be assigned a unique identifier, enabling administrators to customize names and locations for efficient monitoring and event tracking within larger infrastructures.