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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? •
 
Visa or Mastercard
 
  1. Culvert Fire Test Setup
  
  1-1. Items tested

1. PROTECTOWIRE
Line Type Heat Detection Cables
Characteristics : When the cable is exposed to fire, the cable's insulation melts by the heat and establish a new connection which tells the eruption of fire and its location.
2. FTLD
(A) Flexible Thermocouple Line Detector by XCO Int'l
(B) Characteristics : FTLD can measure ambient temperature and will detect the increase of temperature for the prevention of any fire at an early stage.

1-2. Test method		  
  1st Test of cable Fire
 
Sensors Height (mm) PROTECTOWIRE FTLD Fire Height (mm)
A 1700 3m 1 Line 5m 1 Line 500
B 2100 3m 1 Line 5m 1 Line 500
C   3m 1 Line 5m 1 Line 500


2nd Test of Cable fire
Sensors Height (mm) PROTECTOWIRE FTLD Fire Height (mm)
A 1700 3m 1 Line 5m 1 Line 1300
B 2100 3m 1 Line 5m 1 Line 1300
C 2500 3m 1 Line 5m 1 Line 1300


* Test Cable for ignition : CVV-SB 2.0SQ x 30 core 5M
*Method of setting fire : Ignition by gas Torch

  
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CT²C, FTLD and Continuous Thermocouple are registered trademarks of
Xco International Incorporated.
World-wide patents pending...