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WHAT is    a CONTINUOUS    THERMOCOUPLE? •   COMPARISON    of LINEAR    HEAT DETECTORS •   APPLICATIONS •   SYSTEM DESIGN •   FM CLASSIFICATION • FTLD APPLICATION   GUIDE •   CT²C APPLICATION   GUIDE •   FTLD    PERFORMANCE    RESULTS •   WHAT is R.O.C.    and WHY IS IT    THE BEST WAY TO    DETECT AN OVER-HEAT    CONDITION BEFORE    A PROBLEM GETS    SERIOUS? •   WHY? •

3. Pictures of Test 2     *The sensor cables locations (FTLD & Protecto) are same as 1st test. * The location of fire cables moves to 1300mm from ground. * Ignition of the fire cables is done by gas torch. * Fire started after 7 minutes of cable ignition.     FTLD detects 7C of temperature change after the fire started     *This picture shows that the inside of culvert tunnel was filled with gas and smoke after fire eruption making it difficult to find out the location of fire by people. This explains that the early detection of temperature change is necessary.      Contents 1 2 3 4 5          © Copyright 1999-2007 Xco International Incorporated. All rights reserved. CT²C, FTLD and Continuous Thermocouple are registered trademarks of Xco International Incorporated. World-wide patents pending...