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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? •

4. Test Results     4-1. Temperature measurement and response at 1st test Time** Sensors** Sensors A** Sensors B** Sensors C** PM 6:00 FTLD 11.6 10.8 10.1 PROTECT No No No PM 6:04 FTLD 12.8 12.7 13.3 PROTECT No No No PM 6:05 FTLD 13.7 13.4 14.3 PROTECT No No No PM 6:05 FTLD 13.7 13.4 14.3 PROTECT No No No **The original report does not include labels for these columns, the column labels were inserted for clarity. All numbers represent degrees C.     * Fire location at 1st test: 500mm above the ground * Time between ignition and extinguishments of fire: 7 minutes     Time Sensors A B C PM 6:25 FTLD 11.6 10.8 10.1 PROTECT No No No PM 6:27 FTLD 17.4 12.2 15.3 PROTECT No No No PM 6:35 FTLD 11.8 9.9 11.6 PROTECT No No No * Cable fire location at 2nd test: 1300mm above ground * Time between ignition and extinguish: 3 minutes after ignition      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...