UL 2196-2001 UL Standard for Safety Tests for Fire Resistive Cables (First Edition Reprint with Revisions Through and Including March 30 2012)《防火电缆试验》.pdf

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1、UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL UL 2196 Tests for Fire Resistive CablesUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM ULUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTH

2、ER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL UL Standard for Safety for Tests for Fire Resistive Cables, UL 2196 First Edition, Dated May 11, 2001 Summary of Topics The revisions dated March 30, 2012 are being issued to reaffirm approval of ANSI/UL 2196 as an American National Standard

3、. No changes in requirements are involved. Text that has been changed in any manner or impacted by ULs electronic publishing system is marked with a vertical line in the margin. Changes in requirements are marked with a vertical line in the margin and are followed by an effective date note indicatin

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6、ilar damages, including loss of prots, lost savings, loss of data, or any other damages arising out of the use of or the inability to use this Standard, even if UL or an authorized UL representative has been advised of the possibility of such damage. In no event shall ULs liability for any damage ev

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8、s) resulting from any error or deviation introduced while purchaser is storing an electronic Standard on the purchasers computer system. The requirements in this Standard are now in effect, except for those paragraphs, sections, tables, gures, and/or other elements of the Standard having future effe

9、ctive dates as indicated in the note following the affected item. The prior text for requirements that have been revised and that have a future effective date are located after the Standard, and are preceded by a SUPERSEDED REQUIREMENTS notice. MARCH 30, 2012 UL 2196 tr1UL COPYRIGHTED MATERIAL NOT A

10、UTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL MARCH 30, 2012 UL 2196 tr2 No Text on This PageUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL MAY 11, 2001 (Title Page Reprinted: March 30, 2012) 1 UL 2196 Standa

11、rd for Tests for Fire Resistive Cables First Edition May 11, 2001 The most recent designation of ANSI/UL 2196 as a Reaffirmed American National Standard (ANS) occurred on March 30, 2012. ANSI approval for a standard does not include the Cover Page, Transmittal Pages, Title Page, or effective date in

12、formation. Comments or proposals for revisions on any part of the Standard may be submitted to UL at any time. Proposals should be submitted via a Proposal Request in ULs On-Line Collaborative Standards Development System (CSDS) at http:/. ULs Standards for Safety are copyrighted by UL. Neither a pr

13、inted nor electronic copy of a Standard should be altered in any way. All of ULs Standards and all copyrights, ownerships, and rights regarding those Standards shall remain the sole and exclusive property of UL. COPYRIGHT 2012 UNDERWRITERS LABORATORIES INC. ANSI/UL 2196-2006 (R2012)UL COPYRIGHTED MA

14、TERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL DECEMBER 7, 2006 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 2 No Text on This PageUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL CONTENTS INTRODUCTION

15、1 Scope .7 2 General 8 2.1 Units of measurement .8 2.2 Undated references .8 3 Glossary .8 TEST ASSEMBLY FIRE ENDURANCE AND HOSE STREAM TESTS 4 Test Sample 9 5 Conditioning .11 FIRE ENDURANCE TEST 6 Test Furnace 12 7 Time-Temperature Curves 12 7.1 Normal temperature rise curve 12 7.2 Rapid temperatu

16、re rise curve .14 8 Furnace Temperatures .14 8.1 Normal temperature rise curve 14 8.2 Rapid temperature rise curve .16 9 Application of Allowable Voltage .16 10 Conduct of the Fire Endurance Test 19 HOSE STREAM TEST 11 Test Assembly .19 12 Conduct of the Normal Impact Hose Stream Test .19 13 Conduct

17、 of the Low Impact Hose Stream Test .20 14 Application of Allowable Voltage 20 INSULATION RESISTANCE TEST 15 Sample 21 16 Method 21 LEAKAGE CURRENT TEST 17 Sample 21 18 Method 21 ELECTRICAL CONDUCTOR TENSILE STRENGTH TEST 18A General 22 18B Sample .22 18C Method .22B 18D Performance 22B DECEMBER 7,

18、2006 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 3UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL CONDITIONS OF ACCEPTANCE 19 Fire Endurance Test .22B 20 Hose Stream Test .22B 21 Correction 22B REPORT 22 Results 23 APPENDIX A Standard Normal T

19、emperature Rise Time-Temperature Curve for Control of Fire Tests DECEMBER 7, 2006 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 4UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL MAY 11, 2001 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 5 No Text on

20、This PageUL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL This page intentionally left blank. MARCH 25, 2004 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 6UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PE

21、RMISSION FROM UL INTRODUCTION 1 Scope 1 effective November 11, 2002 1.1 The test method described in these requirements is intended to evaluate the re resistive performance of electrical cables as measured by functionality during a period of re exposure, and following exposure to a hose stream. 1.2

22、To maintain the functionality of electrical cables during a re exposure the cables are tested using a re resistive barrier. The re resistive barrier is the cable jacketing if the jacketing is designed to provide re resistance. If the cable jacketing is not designed to provide re resistance, the elec

23、trical cables are either placed within a re resistive barrier or installed within an hourly rated re resistive assembly (see 1.4). Fire resistive cables intended to be installed with a non-re resistive barrier (such as conduit) are tested with the non-re resistive barrier included as part of the tes

24、t specimen. Otherwise re resistive cables incorporating a re resistive jacket are tested without any barrier. 1.3 To demonstrate each cables ability to function during the test, voltage and current are applied to the cable during the re exposure portion of the test, and the electrical and visual per

25、formance of the cable is monitored. The cable is not energized during the hose spray, but it is visually inspected and electrically tested after the hose spray. 1.4 The functionality during a re exposure of non-re resistive electrical cables which are intended for installation within re barriers or

26、for installation within hourly rated re resistive assemblies is determined by tests conducted in accordance with the UL Outline of Investigation for Fire Tests for Electrical Circuit Protective Systems, Subject 1724. 1.5 Two re exposures are dened: a normal temperature rise re and a rapid temperatur

27、e rise re. The normal temperature rise re is intended to represent a fully developed interior building re. The rapid temperature rise re is intended to represent a hydrocarbon pool re. See 1.7. 1.6 Two hose stream exposures are dened: a normal impact hose stream and a low impact hose stream. The low

28、 impact hose stream is applied only to cable intended to contain the identifying suffix CI to identify it as CI cable in accordance with the Standard for Cables for Power-Limited Fire-Alarm Circuits, UL 1424, and in accordance with the Standard for Cables for Non-Power-Limited Fire-Alarm Circuits, U

29、L 1425. 1.7 The re exposure and hose stream tests are not intended to be representative of all re conditions. Conditions vary with changes in the amount, nature, and distribution of re loading: ventilation; compartment size and conguration; and heat conducting and dissipating characteristics of the

30、compartment in which the re resistive cable is installed. These requirements provide a relative measure of re performance of comparable re resistive cables under the specied re exposure, hose stream and electrical conditions. 1.8 The results of these tests represent one factor in determining the acc

31、eptability of re resistive cables for use in specic applications. Application of these test results to predict electrical performance of re resistive cables in actual installations requires careful evaluation. This test method is not to be interpreted as having determined the acceptability of cables

32、 for use after re exposure. MAY 11, 2001 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 7UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL 2 General 2 effective November 11, 2002 2.1 Units of measurement 2.1.1 Values stated without parentheses are

33、the requirement. Values in parentheses are explanatory or approximate information. 2.2 Undated references 2.2.1 Any undated reference to a code or standard appearing in the requirements of this standard shall be interpreted as referring to the latest edition of that code or standard. 3 Glossary 3 ef

34、fective November 11, 2002 3.1 For the purpose of this Standard the following denitions apply. 3.2 FIRE RESISTIVE CABLE An electrical cable that complies with the requirements of the UL standard for the type of cable to be tested and that meets the circuit integrity requirements described herein. 3.3

35、 FIRESTOP SYSTEM A specic construction of materials intended to reduce the risk of the spread of re through an opening made in a re resistive structure for passage of penetrating items such as re resistive rated cables. 3.4 HORIZONTAL EXPOSURE FURNACE A test furnace with a horizontal supporting stru

36、cture that functions as the top of the furnace enclosure. 3.5 TEST ASSEMBLY The re resistive cable and its means of securement, the restop system and any structure used to support the re resistive cable during the re and hose stream tests. 3.6 UTILIZATION VOLTAGE The maximum voltage anticipated duri

37、ng intended usage such as typical line voltage of 120 volts, 240 volts and 480 volts. 3.7 UPRIGHT EXPOSURE FURNACE A test furnace typically used to measure the re resistive performance of column assemblies. 3.8 VERTICAL EXPOSURE FURNACE A test furnace with a vertical supporting structure that functi

38、ons as a side of the furnace enclosure. MAY 11, 2001 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 8UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL TEST ASSEMBLY FIRE ENDURANCE AND HOSE STREAM TESTS 4 Test Sample 4 effective November 11, 2002 4.

39、1 Each design of re resistive cable is to be tested. Examples of different cable designs include: a) Multi-conductor cables vs. single conductor cables b) Twisted vs. parallel conductors c) Shielded vs. unshielded conductors d) Cable with a bare ground wire vs. cable with an insulated ground wire e)

40、 Stranded vs. solid conductors f) Lowest voltage rating vs. highest voltage rating. 4.2 The structure used in the conduct of the re test is to be constructed of material which offers support for the re resistive cable during the re and hose stream tests and which does not inuence the physical re per

41、formance of the re resistive cable due to deection or falling debris. 4.3 The cables are to be installed as complete systems including splices when splices are provided as part of the cable system. When splices are included, the splices are to be located no closer than 12 (305 mm) from where the cab

42、le enters the furnace chamber. Each cable is to include at least one bend of the smallest inside radius and two intermediate supports. The length of each re resistive cable exposed to the furnace re is to be not less than 9 feet, 10 inches (3.0 m). The cables are to terminate a maximum of 120 inches

43、 (3.0 m) beyond the connes of the test furnace. The re resistive cable is not to be closer than 12 inches (305 mm) from the furnace edge. The following also applies: a) For cables intended to be marked with a “CI” suffix (see 1.6), the cable is to be installed without conduit as indicated in Orienta

44、tion A in Figure 4.1. Unless supports are an integral part of the cable design, the cable supports are to be grounded steel wire eyebolts having a minimum internal diameter equal to 1.25 times the outer diameter of the cable. The diameter of the wire used to form the eyebolts it to be ” (12.7 6.4 mm

45、). The eyebolts are to be spaced 24 1” (610 25.4 mm) on center. b) For cables not intended to be marked with a “CI” suffix (see 1.6), the span between at least two of the supports is to be such that the supports are at their maximum spacing. All supports are to be grounded. Three test sample install

46、ation orientations are shown in Figure 4.1. The samples are to be installed in accordance with one of the orientations shown, that is, A, B or C. This is generated text for gtxt. MAY 11, 2001 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 9UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRODUCTION O

47、R DISTRIBUTION WITHOUT PERMISSION FROM UL Figure 4.1 Test sample installation orientations NOTE: Splices are required only when splices are provided as part of the cable system. See 4.3. MAY 11, 2001 TESTS FOR FIRE RESISTIVE CABLES - UL 2196 10UL COPYRIGHTED MATERIAL NOT AUTHORIZED FOR FURTHER REPRO

48、DUCTION OR DISTRIBUTION WITHOUT PERMISSION FROM UL 4.4 The re resistive cable samples are to include the: a) smallest conductor size b) minimum number of conductors c) minimum thickness of conductor insulation d) minimum insulation thickness between conductors e) minimum insulation thickness between

49、 conductors and the outer jacket. The cable shall also include a grounding conductor and other non-power conductors. 4.5 Fire resistive cables that are subjected to the normal temperature rise re exposure (see 7.1) are to be either indoor or outdoor use cables. Fire resistive cables that are subjected to the rapid temperature rise re exposure are to be outdoor use cables. 4.6 Unless the rating is to be specied for a specic rest