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Abstract

Series fire tests simulating cable fires in plenum caused by exposed and aged combustible cables were carried out in a real-scale flatletmodel containing burn room, ceiling plenum, and target room. A special communication cable type insulated with HDPE and sheathed with LLDPE was utilized. A related fire reference scenario was designed to simulate how cables in plenum were involved in a fire from potential fire loads to substantial fuel by the role of an external flaming source and to characterize related fire issues. Major concerns are that how various amounts, various ignition means and different ventilation rates impact on fire performances (heat release rate, smoke temperature, smoke obscuration, combustion products, and toxicity) of cables in plenum. It is found that influences of these parameters are obvious. The burning of exposed tested cables in plenum easily poses a high potential of fire hazard even at a relatively low fire load.

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References

1. Holt, Mike (2001). Technology-wiring Definitions: Part 2, Electrical Construction and Maintenance [H.W. Wilson–AST] , CEE News, 100(3): 74–75 .

2. Stanley, Kaufman (1986). The 1987 National Electrical Code Requirement for Cable , In: Proceedings of the 35th International Wire and Cable Symposium, pp. 545–553 , Held in Reno, Nevada on 18–20 November 1986.

3. Bukowski, Richard W. (1985). Toxic Hazard Evaluation of Plenum Cables , Fire Technology, 21(4): 252–266 .

4. ASHRAE, Request-for-proposal for ASHRAE Research Project Cable Fire in Plenums (1108-TRP).

5. Clarke, F., Hoover, J., Caudill, L., Fine, A., Parnell, A. and Butcher, G. (1993). Characterizing Fire Hazard of Unprotected Cables in Over-ceiling Voids used for Ventilation , Interflam’93, Conference, p. 259-259 .

6. Hoover, James, Caudill, Loren, Walnock, James, Schroots, Theo and Mann, Guenter (1997). Results of Full-scale UK Fire Tests of LAN Data Communications Cables in Concealed-space Applications, DuPont de Nemours Technical Paper, Portions presented at BICSI, Orlando Florida.

7. Dupont (1997). Fire Performance with Plenum Rated CAT 5 Data Communications Cables: Is There a Problem? Dupont Fluoropolymers White Paper.

8. Alvares, Norman (2000). Fire Initiation and Spread in Overloaded Communication System Cable Trays , Experimental Thermal and Fluid Science, 21: 51–57 .

9. Pocock, W. and Geremia, J. (1983). Cable Fire Studies using the Ohio State University Release Rate Apparatus , In: Proceedings of the 32nd International Wire and Cable Symposium, pp. 354–371 .

10.

10. Clarke, F.B. III, Benjamin. I.A. and Dinenno, P.J. (1983). Overall Fire Safer , In: Proceedings of the 32nd International Wire and Cable Symposium, pp. 390–398 .

11.

11. Daly, J.M. (1991). Cable Testing for Flame Propagation and Toxicity , Wire Journal International, 24(9): 221–227 .

12.

12. Hirschler, Marcelo M. (1994). Fire and Materials, 18 (2): 61-61 .

13.

13. Hirschler, Marcelo M. (1992). Fire and Materials, 16: 107-107 .

14.

14. Grayson, S.J., Van Hees, P., Green, A.M., Breulet, H. and Vercellotti, U. (2001). Assessing the Fire Performance of Electric Cables (FIPEC) , Fire and Materials, 25(2): 49–60 .

15.

15. Barnes, Michael A., Briggs, Peter J., Hirschler, Marcelo M., Matheson, Alister F. and O’Neill, Thomas J. (1996). A Comparative Study of the Fire Performance of Halogenated and Non-Halogenated Materials for Cable Applications. Part I Tests on Materials and Insulated Wires , Fire and Materials, 20(1): 1–16 .

16.

16. Barnes, Michael A., Briggs, Peter J., Hirschler, Marcelo M., Matheson, Alister F. and O’Neill, Thomas J. (1996). A Comparative Study of the Fire Performance of Halogenated and Non-Halogenated Materials for CableApplications. Part I. Tests on Materials and Insulated Wires , Fire and Materials, 20(1): 17–37 .

17.

17. Hirschiler, Marcelo M. (1988). First Order Evaluation of Fire Hazardin a Room Due to the Burning of Poly (Vinyl Chloride) Products in a Plenum:Estimation of the Time Required to Establish an Untenable Atmosphere , Journal of Fire Sciences, 6: 100–112 .

18.

18. Ran, Huo, Yuan, Hu and Yuanzhou, Li (1999). Introduction to BuildingFire Safety [In Chinese], pp. 63-63, University of Sci. & Tech Press, Hefei .

19.

19. Cooper, L.Y., Harkleroad, M., Quintiere, J. and Rinkinen, W. (1982). An Experimental Study of Upper Hot Layer Stratification in Full-scale Multi-room Fire Scenarios , Journal Heat Transfer, 104: 741–749 .

20.

20. Jiang, Y. (1994). Design of Fire Prevention for High-rise and Underground Buildings, Chinese Research Institute of Architecture, Beijing .

21.

21. ISO Draft Technical Report DP9122, pp. 35, 1985.

22.

22. Chou, Jack (2000). Hazardous Gas Monitors, McGraw-Hill Book Company,USA .

Preliminary Real-scale Experimental Studies on Cable Fires in Plenum

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