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WHAT is   
a CONTINUOUS   
THERMOCOUPLE? •
 
COMPARISON   
of LINEAR   
HEAT DETECTORS •
 
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PERFORMANCE   
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WHAT is R.O.C.   
and WHY IS IT   
THE BEST WAY TO   
DETECT AN OVER-HEAT   
CONDITION BEFORE   
A PROBLEM GETS   
SERIOUS? •
 
WHY? •
 
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  Overheat Detection and Protection
For Cable Trays


 
  Special Report!
Digital Linear Heat Detectors
did not respond!!
See the Report
Cable Tray  
  Monitoring Cable Trays is problematic because, by their very nature, cable trays cover long distances and are usually in out-of-the-way locations. Despite their low profile, cable trays are almost always vital to the operation of a much larger production or communication facility. A minor cable breakdown can cause serious disruption and significant losses to systems dependant upon the communications carried in those cables.

The best, most economical way to avoid serious problems from overheat conditions or damaging fires in cable trays and electronic facilities is a temperature monitoring system using the Xco Continuous Thermocouple, FTLD.

FTLD provides complete coverage over large areas or long runs with a minimum number of sensor points.
 
  Cable Tray Graphic  
Cable Tray FTLD provides real-time temperature information from -40°C to 177°C so operators can utilize a full range of pre-alarms, alarms and Rate of Change alarms.

This real-time temperature information includes the "DEAD BAND" temperature range. The "DEAD BAND" range between -40°C and 65°C is where Digital Linear Heat Detectors are "DEAD" and incapable of responding. However, by monitoring in the "DEAD BAND" range, FTLD can alert operators to a developing overheat condition in time for them to correct the situation thus preventing a more serious open fire. Click HERE to see the results of a test which demonstrates the significant value of this early warning.
 
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CT²C, FTLD and Continuous Thermocouple are registered trademarks of
Xco International Incorporated.
World-wide patents pending...