Configuring the RLE Interactive Floor Map for Precise Leak Detection

In critical facilities such as data centers, server rooms, and clean rooms, even a small water leak can lead to catastrophic downtime and costly repairs. RLE Technologies’ SeaHawk distance-read leak detection controllers—such as the LD2100 and LD5200—offer a robust solution with their Interactive Floor Map feature. This tool allows you to upload a custom floor plan and overlay the route of your orange SeaHawk sensing cable, providing real-time visual pinpointing of leaks directly on the controller’s web interface. At FMS Integration, we’ve helped numerous clients implement this feature to enhance response times and minimize the risk of water damage. In our recent tutorial video, we walk through the configuration process step by step. Here’s a detailed guide based on that demonstration.

Why Use the Interactive Floor Map?

The Interactive Floor Map transforms numerical distance readings (e.g., “leak at 150 feet”) into an intuitive visual display. When a leak occurs, a marker flashes on your uploaded floor plan, showing exactly where the issue is—whether under a raised floor, along a perimeter, or in a hard-to-access area. This is especially valuable in large facilities where quick localization can prevent widespread damage.

Compatible with:

  • SeaHawk LD2100 (monitors up to 5,000 feet of cable)
  • SeaHawk LD5200 (scalable for larger systems, integrates multiple controllers)
  • Vertiv Liebert® Liqui-tect™ LP3000 and LP6000 controllers

Prerequisites for Configuration:

Before diving in, ensure these are ready for accurate results:

  1. Ethernet Connection: Your controller must be connected to the network via Ethernet to access the web interface.
  2. Calibration: Calibrate the controller first to ensure precise distance measurements.
  3. Floor Plan Image: Prepare a JPEG, PNG, or GIF file (max 1 MB, dimensions no larger than 4000 x 4000 pixels).
  4. Cable Mapping: Physically map your SeaHawk sensing cable layout, noting exact distances at every direction change.
  5. Admin Access: You need administrator privileges on the controller.

    RLE SeaHawk orange sensing cable installed in a typical data center environment for conductive fluid leak detection.

    RLE Seahawk Orange Sense Cable

Step-by-Step Configuration Guide

  1. Access the Web Interface: Open a web browser and connect to the controller’s IP address.
  2. Upload Your Floor Plan: Navigate to the mapping section and upload your prepared image.
  3. Set Distance Markers: Draw the cable route on the overlay and input distances at key points (e.g., turns, zones).
  4. Configure Zones (Optional): Define virtual zones for segmented monitoring.
  5. Test the Setup: Simulate a leak to verify the map accurately displays the location.

For a full visual walkthrough, check out our video tutorial: RLE Interactive Floor Map Configuration.

Upgrading Older Systems

If you’re using legacy RLE controllers such as the LD2000, LD2500, LD5000, or LD5100, upgrading to the LD2100 or LD5200 unlocks this modern Interactive Floor Map, along with improved integration and scalability. FMS Integration specializes in seamless retrofits—contact us for a consultation.

Protect Your Facility Today

The Interactive Floor Map is a game-changer for proactive facility management, turning potential disasters into quickly resolved issues. Whether you’re setting up a new system or enhancing an existing one, FMS Integration is here to help with RLE products, installation, and integration services.

Ready to implement precise leak detection? Contact FMS Integration for expert guidance or a quote.

Posted by FMS Integration Team | Leak Detection Specialists