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A number in parentheses indicates the year of last reapproval. A superscript epsilon (e) indicates an editorial change since the last revision or reapproval. This standard has been approved for use by agencies of the Department of Defense. 1. Scope 1.1 These test methods cover the methods and procedures for testing electrically insulating and semi-nonmetallic con- ducting rubber tapes designed for splicing, terminating, and sheath repair of electrical wire and cable. 1.2 The test methods appear in the following sections: Referenced Documents Conditioning Dielectric Strength Dimensions Dissipation Factor Elongation Heat Exposure Fusion Ozone Resistance Permittivity Sample Requirements Tensile Strength Volume Resistivity Ultraviolet and Weather Resistance Section 2 5-6 35-40 11-16 22-26 17-21 46-49 7-10 41-45 22-26 4 17-21 27-34 50-54 1.3 The SI values are the standard. The inch-pound values given in parentheses are for information purposes only. NOTE 1 There is no IEC equivalent to these methods. at Commercial Power Frequencies2 D 150 Test Methods for AC Loss Characteristics and Per- mittivity (Dielectric Constant) of Solid Electrical Insulat- ing Materials2 D 257 Test Methods for DC Resistance or Conductance of Insulating Materials2 D 374 Test Methods for Thickness of Solid Electrical Insu- lation2 D 412 Test Methods for Vulcanized Rubber and Thermo- plastic Rubbers and Thermoplastic Elastomers Tension3 D 470 Test Methods for Crosslinked Insulations and Jackets for Wire and Cable2 D 750 Test Method for Rubber Deterioration in Carbon-Arc Weathering Apparatus3 D 4388 Speciûcation for Nonmetallic Semi-Conducting and Electrically Insulating Rubber Tapes4 D 4496 Test Method for DC Resistance or Conductance of Moderately Conductive Materials4 E 591 Practice for Safety and Health Requirements Relating to Occupational Exposure to Ozone5 3. Terminology 3.1 Deûnitions of Terms Speciûc to This Standard: 3.1.1 fusion, n that property of rubber tape which causes adjacent layers of tape to become bonded (amalgamated) or adhered together when the tape is stretched and wound upon itself in layers. SAMPLING 4. Sample and Specimen Requirements 4.1 Unless otherwise required by the detailed product speci- ûcations, take the rubber tapes at random from each shipment as follows: Number of Rolls in Shipment 50 to 200 1.4 Unless otherwise stated, measurements are made on tapes from which the removable separator has been removed. 1.5 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appro- priate safety and health practices and determine the applica- bility of regulatory limitations prior to use. For speciûc precaution statements see 43.1. 1.6 This is a ûre-test response standard. 2. Referenced Documents 2.1 ASTM Standards: D 149 Test Method for Dielectric Breakdown Voltage and Dielectric Strength of Solid Electrical Insulating Materials Number of Sample Rolls 2 These test methods are under the jurisdiction of ASTM Committee D09 on Electrical and Electronic Insulating Materials and are the direct responsibility of Subcommittee D09.07 on Flexible and Rigid Insulating Materials. Current edition approved March 10, 2002. Published June 2002. Originally published as D 4325  97. 1 2 3 Annual Book of ASTM Standards, Vol 10.01. Annual Book of ASTM Standards, Vol 09.01. 4Annual Book of ASTM Standards, Vol 10.02. 5Discontinued, see 1991 Annual Book of ASTM Standards, Vol 11.03. Copyright © ASTM International, 100 Barr Harbor Drive, PO Box C700, West Conshohocken, PA 19428-2959, United States. 1 D 4325  02 201 to 500 501 to 1000 1001 to 5000 3 4 5 4.2 For shipments in excess of 5000 rolls, take one addi- tional roll for each additional 1000 rolls or fraction thereof. 4.3 A shipment consists of material shipped or intended for shipment to a customer and covered by one bill of lading. 4.4 Test each sample roll in conformance to all requirements of the speciûcation. 4.5 All test methods in this standard are intended to produce a single value for a single roll. Any reference to averaging of measurements refers to test averaging on a single roll and not to the average of all sample rolls. 4.6 Remove and discard at least 610 mm (24 in.) of the outer layer of each roll before taking test specimens. 4.7 Remove the test specimen from the roll at a slow, uniform rate without jerking. CONDITIONING 5. Signiûcance and Use 5.1 The physical and electrical properties, including break strength, elongation, dielectric strength, dissipation factor, permittivity, fusion, etc., will vary with temperature and moisture content. Control the temperature and moisture content of the sample for these test methods to yield consistent and reproducible results. 6. Procedure 6.1 For referee purposes, subject the rolls to standard atmospheric conditions of 23 6 2°C (73.4 6 3.6°F) and 50 6 2 % relative humidity for a minimum period of 16 h before specimens are removed for test. 6.2 Unless otherwise speciûed, condition all test specimens for a period of 1 h and conduct the tests in a standard laboratory atmosphere at 23 6 2°C (73.4 6 3.6°F) and 50 6 2 % relative humidity. FUSION 7. Signiûcance and Use 7.1 Fusion is responsible for holding the tape in place to form a permanent compressive force about a conductor or insulator in actual application. 8. Apparatus 8.1 Winding Fixture The winding ûxture is designed to hold a metal rod at each end and is ûtted with a crank or other device to rotate the rod so that the specimen may be wound thereon. Attach the ûxture to a rigid support with the rod held in a horizontal position. 8.2 Rods Any suitable metal of 3-mm (0.125-in.) diameter and a minimum of 229 mm (9.0 in.) in length. 8.3 Rule, graduated in inches, 762-mm (30-in.) minimum length. 8.4 Rule, graduated in 0.4 mm (1D 64 in.). 8.5 Razor Blades. 8.6 Board, with 3-mm (0.125-in.) diameter holes spaced about 50 mm (2 in.) apart on its surface to provide a base for supporting the rods in a near-vertical position. 2 9. Procedure 9.1 Prepare three specimens by cutting three strips of tape 280 mm (11 in.) in length from the sample roll selected and conditioned in accordance with Sections 4-6. Prepare and wind specimens in a manner that prevents oils or other contaminants from getting on the bonding surface of the tape. 9.2 Mount the rod horizontally in the winding ûxture. 9.3 Attach the strip of tape near one end of the rod by winding the strip upon itself using 25 mm (1 in.) of the tape. Place the 762-mm (30-in.) rule next to the 254-mm (10-in.) tape strip. Stretch the tape strip to the desired length corre- sponding to percent elongation as speciûed in the product speciûcation (Speciûcation D 4388, Table 1). 9.4 Move the tape to the proper angle and rotate the rod so that the tape is wrapped on the rod with a one-half lap for a length of 178 mm (7.0 in.). 9.5 Change the angle of the tape and repeat the procedure in 9.4 winding back toward the start of the ûrst wrap so that the second one-half overlap wrap is wound over the ûrst wrap to provide a four layer build-up of tape. 9.6 After the ûnal wrap, maintain constant pressure on the tape strip and score the tape with a new razor blade at the top of the rod, parallel to the rod. Break the tape on the score line, removing the tab. Remove the test specimen from the ûxture and roll the specimen so formed between the palm of the hands. This completes the preparation of the test specimen. 9.7 Insert the wrapped specimen in the holes in the base of the board and allow them to condition at 23.0 6 2°C (73.4 6 3.6°F) and 50 6 2 % relative humidity for 24 h. At the end of this period, if there is any ûagging (end-lifting) of the tape, measure the length of the ûag to the nearest 0.4 mm (1D 64 in.), taking care not to cause additional unwrapping in the measur- ing operation Record the maximum, minimum and average length of the ûag. 10. Report 10.1 Report the following information: 10.1.1 Identiûcation of the tape tested, and 10.1.2 Pass or fail depending on the requirements outlined in the product speciûcation (see Speciûcation D 4388). DIMENSIONS LENGTH, WIDTH, AND THICKNESS 11. Signiûcance and Use 11.1 Measurements of length, width, and thickness are necessary to ensure a customer is receiving the correct quantity of tape. The thickness measurement is of particular value in controlling uniformity and providing design criteria, as well as being used in the measurement of physical and electrical properties. 12. Apparatus 12.1 Steel Rule, capable of measuring to the nearest 0.4 mm 1D 64 in.).( 12.2 Thickness Gage A dead weight dial micrometer as prescribed in Method C of Test Methods D 374, with the following modiûcations: D 4325  02 12.2.1 A micrometer with graduations to 0.01 mm (0.001 in). 12.2.2 A micrometer with a presser foot 6.35 6 0.25 mm (0.25 6 0.01 in.) in diameter exerting a total force of 2.50 6 0.03 N (10.0 6 0.1 oz) force. 12.2.3 Calibrate the gage for the actual load exerted by the presser foot. 13. Test Specimen 13.1 Select and condition the tape and specimen in accor- dance with Sections 4-6. 14. Procedure 14.1 Length Determination Unwind the tape and separator from the roll, place it on a hard smooth surface, and measure the length to the nearest 0.4 mm (1D 64 in.). 14.2 Thickness Place the insulation surface against the anvil of the gage with the separator side up holding the sample in a manner such that it is smooth, yet not under tension. Lower the presser foot onto the tape in accordance with Test Methods D 374, allowing it to rest upon the tape for 2 s, and observe the reading on the dial. Take ûve measurements uniformly distrib- uted over the length of the tape specimen. Report the average thickness to the nearest 0.005 mm (0.0002 in.). 14.3 Width Place the test specimen, after conditioning, on a hard smooth surface. Measure the width perpendicular to the edge with the steel scale to the nearest 0.40 mm (1D 64 in.). 15. Report 15.1 Report the following information: 15.1.1 Identiûcation of the tape tested, and 15.1.2 Report the thickness, length, and width measured in accordance with the procedures outlined above. 16. Precision and Bias 16.1 Precision This test method has been in use for many years, but no information has been presented to ASTM International upon which to base a statement of precision. No activity has been planned to develop such information. 16.2 Bias This test method has no bias because the values are determined solely in terms of this test method itself. TENSILE STRENGTH AND ELONGATION 17. Signiûcance and Use 17.1 The tensile strength of the tape is an important measure of uniformity, quality, and ability to withstand stress in service. 17.2 The elongation of a tape is important as a measure of uniformity and quality and provides a rough indication of how much a workman may stretch the tape in use for splicing, terminating, and repairing of wires and cables. 18. Test Specimen 18.1 The test sample consists of a single layer of tape that is approximately 610 mm (24 in.) long, with the removable separator removed. Select and condition in accordance with Sections 4-6. 3 19. Procedure 19.1 Perform the tests for tensile strength and elongation in accordance with Test Methods D 412, with the following exceptions: 19.1.1 Cut ûve test specimens from a single ply of tape (rubber and separator) that is free from visible defects using the ASTM standard die, as shown in Fig. number 1 (Die A) of Test Methods D 412, except that the ends of the specimen cut from a 19-mm (0.75-in.) tape need not be full width. Place bench marks on the specimens as directed in Test Methods D 412. 19.1.2 Measure the thickness in accordance with 14.2, removing the separator where it is not an integral part of the tape. Record the appropriate thickness. 19.1.3 Where jaw breaks occur, discard the results and retest. 20. Report 20.1 Report the following information: 20.1.1 Average breaking strength expressed in MPa (psi), and 20.1.2 Average percent elongation. 21. Precision and Bias 21.1 See precision and bias statements of Test Methods D 412 for general discussion of precision and bias of this test. 21.2 Precision This test method has been in use for many years, but no information has been presented to ASTM International upon which to base a statement of precision. No activity has been planned to develop such information. 21.3 Bias This test method has no bias because the values for tensile strength and elongation are determined solely in terms of this test method itself. DISSIPATION FACTOR AND PERMITTIVITY 22. Signiûcance and Use 22.1 The dissipation factor and permittivity of an electri- cally insulating rubber tape are properties of the material which are important when it is used as high-voltage insulation. 22.2 Measurements of dissipation factor and permittivity are nondestructive tests that are helpful in determining the product uniformity, moisture absorption, and changes in com- position. 23. Conditioning 23.1 Unless otherwise speciûed, use the following condi- tions in preparing specimens and conducting measurements: 23.1.1 As received Condition a set of specimens at 23 6 2°C (73.4 6 3.6°F) for 1 h at 50 6 5 % relative humidity prior to testing at temperatures of 236 2°C. 23.1.2 Elevated temperature Condition a set of specimens at some speciûed temperature (for example, 90 6 2°C [194 6 3.6°F]) for 1 h prior to testing at temperature speciûed (for example, 90 6 2°C). 23.1.3 After water immersion Condition a set of speci- mens in distilled water at a temperature of 23 6 2°C (73.4 6 3.6°F) for a period of 24 h. Remove from water, pat dry, and test immediately at 23 6 2°C. D 4325  02 23.1.4 After hot water immersion Condition a set of speci- mens in distilled water at a temperature of 70 6 2°C (158 6 3.6°F) for a period of 24 h. Allow the immersed specimens to come to room temperature by conditioning in distilled water at 23 6 2°C (73.4 6 3.6°F) for 4 h. Remove from water, pat dry, and test immediately at 23 6 2°C. 24. Procedure 24.1 Prepare three specimens that are free from defects from each roll that has been selected and conditioned in accordance with Sections 4-6. It is desirable to test tapes that are 38 mm (1.5 in.) or wider. In place of testing narrower widths, the manufacturer may provide certiûed test results performed on samples taken from the master roll from which the rolls were prepared. 24.2 Determine the thickness of the specimen in accordance with 14.2. 24.3 Perform the measurements at 1.6 kV/mm (40 V/mil) 60 Hz in accordance with Test Methods D 150 using a guarded electrode. Average the test results. 25. Report 25.1 Report the following information: 25.1.1 Average tape thickness, 25.1.2 Conditioning method, 25.1.3 Average dissipation factor, and 25.1.4 Average permittivity. 26. Precision and Bias 26.1 See precision and bias statements of Test Methods D 150 for general discussion of precision and bias of this test. 26.2 Precision This test method has been in use for many years, but no information has been presented to ASTM International upon which to base a statement of precision. No activity has been planned to develop such information. 26.3 Bias This test method has no bias because the values for dissipation factor and permittivity are determined solely in terms of this test method itself. VOLUME RESISTIVITY 33. Report 27. Signiûcance and Use 27.1 Volume resistivity measurements are useful as indica- tors of product uniformity, moisture sensitivity, and changes in composition. 27.2 Semi-conducting tapes are used in the splicing of electrical cables to minimize electrical stresses. Volume resis- tivity may be used to compare tapes as well as to provide a measure of product uniformity. 28. Electrodes 28.1 For the measurement of the volume resistivity of insulating tapes, utilize the guarded electrodes designated for ûat sheets (Fig. number 4) in Test Methods D 257. 28.2 Determine the volume resistivity of the nonmetallic semi-conducting rubber tape using strip electrodes for tape and the solid specimen as shown in Fig. number 2 of Test Method D 4496. 4 29. Voltage Stress 29.1 For electrically insulating tapes apply a direct voltage of 500 6 5 V using the time of electriûcation of 60 s. 29.2 For nonmetallic conducting rubber tapes apply a direct voltage of 5 6 0.5 V using an electriûcation time as speciûed in Test Method D 4496. 30. Test Specimen 30.1 Select the tape rolls for test in accordance with Section 4. 31. Conditioning 31.1 Condition the electrically insulating tapes as follows: 31.1.1 Condition one set of specimens at 23 6 2°C (73.4 6 3.6°F) and 50 6 5 % relative humidity for 96 h. 31.1.2 Condition one set of specimens at 23 6 2 °C (73.4 6 3.6°F) and 96 6 2 % relative humidity for 96 h. 31.2 Condition the semi-conducting tapes as follows: 31.2.1 Condition one set of specimens at 90 6 2°C (194 6 3.6°F) for 168 h. 32. Procedure 32.1 For the electrically insulating tapes, test ûve specimens for each condition in accordance with Test Methods D 257, except as modiûed in 32.1.1. 32.1.1 Remove the specimens from the chamber, assemble in electrodes, and test within 2 min. 32.2 Test tapes that are 38 mm (1.5 in.) wide or wider. In place of testing narrower width tapes, the manufacturer may provide or furnish certiûed test results performed on samples taken from the master roll from which these rolls were prepared. 32.3 For the nonmetallic semi-conducting tapes, test ûve specimens for each condition and measure in accordance with Test Methods D 257 except as follows: 32.3.1 Remove the specimens from the chamber or oven, assemble in electrodes, and test within 2 min. 33.1 Report the following information: 33.1.1 Sample identiûcation, 33.1.2 Conditioning and test, and 33.1.3 Average volume resistivity. 34. Precision and Bias 34.1 See precision and bias statements of Test Methods D 257 and Test Method D 4496 for general discussion of precision and bias of this test. 34.2 Precision This test method has been in use for many years, but no information has been presented to ASTM International upon which to base a statement of precision. No activity has been planned to develop such information. 34.3 Bias This test method has no bias because the value for volume resistivity is determined solely in terms of this test method itself. D 4325  02 DIELECTRIC STRENGTH 35. Signiûcance and Use 35.1 The dielectric strength of insulating tape provides a measure of its ability to withstand electrical stress. See Test Method D 149. This test is not applicable to semi-conductive tapes. 36. Test Specimen 36.1 Select and condition the tape rolls in accordance with Sections 4-6. 37. Electrodes 37.1 Use Type 3 electrodes as described in Table number 1 of Test Method D 149. Exercise special care in maintaining the surfaces of the electrodes to obtain accurate results. 38. Procedure 38.1 Determine the thickness of the test specimens in accordance with 14.2. 38.2 In order to prevent ûash-over, the preferred technique is to place the specimen in an insulating ûuid. See the section on Surrounding Medium of Test Method D 149 about ûash- over. Another alternative to prevent ûash-over is to test tapes that are 38 mm (1.5 in.) wide or wider. Even then, it will probably be necessary to increase the width of the specimen by attaching to each side of the tape specimen an added piece of tape making at least a 6-mm (0.25-in.) lap seam carefully rolled down. In place of testing narrower widths of tape, the manu- facturer may provide or furnish certiûed test results performed on samples taken from the master roll from which these rolls were prepared. 38.3 Measure and calculate the dielectric strength in volts per mil in accordance with Test Method D 149 using the short time test increasing the voltage at a uniform rate of 500 V/s. Make all breakdown measurements in air. Make ûve measure- ments for each roll. 39. Report 39.1 Report the following information: 39.1.1 Thickness, and 39.1.2 Average dielectric strength in kV/mm (Volts/mil). 40. Precision and Bias 40.1 See precision and bias statements of Test Method D 149 for general discussion of precision and bias of this test. 40.2 Precision This test method has been in use for many years, but no information has been presented to ASTM International upon which to base a statement of precision. No activity has been planned to develop such information. 40.3 Bias This test method has no bias, because the value for the dielectric strength is determined solely in terms of this test method itself. OZONE RESISTANCE 41. Signiûcance and Use 41.1 Ozone resistance testing, properly interpreted, provides information with regard to the resistance of insulation to ozone 5 attack which may be encountered in connection with the operation of high-voltage cable. Ozone resistance tests may provide data for research and development, engineering design, quality control, and acceptance or rejection under speciûca- tions. 42. Test Specimen 42.1 The test specimen consists of a single layer of tape that is approximately 305 mm (12 in.) long, removed from a 19-mm (0.75-in.) wide or wider roll of tape which has been selected and conditioned in accordance with Sections 4-6. 43. Procedure 43.1 Special precautions are necessary for handling ozone. See Practice E 591 for safety and health requirements regard- ing occupational exposure to ozone. 43.2 Prepare one specimen from each roll selected as follows: 43.2.1 Die cut the specimen with the ASTM standard die as shown in Fig. number 1 (Die A) of Test Methods D 412 except that the ends of the specimen cut from 19-mm (0.75-in.) width tape need not be full width. 43.2.2 Mark the specimen with 51-mm (2-in.) gage marks taking care not to cut the stock as described in Test Methods D 412. 43.2.3 Clamp one end in suitable apparatus while drawing the other end through another clamp until the 51-mm (2-in.) gage marks are 76 mm (3 in.) apart. Clamp this end, which will provide a specimen that is elongated 50 %. 43.2.4 Condition the specimen for 3 h at an ozone concen- tration between 0.010 and 0.015 % in accordance with the ozone resistance test described in Test Methods D 470. 43.2.5 Examine the specimens for cracking or surface checking discernible without magniûcation. 44. Report 44.1 Report the following information: 44.1.1 The ozone concentration used, 44.1.2 Whether there are visible signs of deterioration after being subjected to the test, and 44.1.3 Pass or fail depending on the requirements estab- lished in the product speciûcation (see Speciûcation D 4388). 45. Precision and Bias 45.1 No statement is made about either the precision or bias of this test method for ozone resistance since the result merely states whether there is conformance to the criteria for success speciûed in the procedure. HEAT EXPOSURE 46. Signiûcance and Use 46.1 The wrapped mandrel heat exposure test measures changes to the physical condition of the tape when exposed to elevated temperatures under physical conditions similar to those encountered in service. This test is not intended to establish a maximum operating temperature or a temperature index. D 4325  02 47. Procedure 47.1 Remove approximately 914 mm (36 in.) from a roll of tape selected and conditioned in accordance with Sections 4-6. Half-lap the tape around a 51- to 76-mm (2- to 3-in.) mandrel for a distance of 127 to 152 mm (5 to 6 in.) with minimum elongation, taking care to reduce the air space between the adjacent layers to a minimum. Build the specimen to a four layer thickness by applying the tape smoothly and evenly, maintaining the 50 % overlay. Support the entire assembly in a circulating air oven for 7 days at the temperature speciûed in the product speciûcation. Examine for and record evidence of porosity, blistering, delamination, cracking, or sagging. 48. Report 48.1 Report the following information: 48.1.1 Pass or fail depending on the requirements estab- lished in the product speciûcation (see Speciûcation D 4388). 49. Precision and Bias 49.1 No statement is made about either the precision or bias of this test method for heat resistance since the result merely states whether there is conformance to the criteria for success speciûed in the procedure. ULTRAVIOLET AND WEATHER RESISTANCE 50. Signiûcance and Use 50.1 The carbon-arc and weathering tests assess the effects of light and moisture on the rubber tape. The light exposure assesses the effect of light having essentially the same wave lengths as are found in natural sunlight, but with increased intensity in the ultraviolet range. The changes in the conditions of the surface of the tapes after exposure in the weatherometer does not correspond directly to a prescribed condition that may actually occur in service, but it does describe a condition which may be used for purchase by speciûcation as an indication of quality for comparison of different tapes or different lots of tape. In some instances rubber tapes are covered by other layers of material and, in that case, the test has no signiûcance. 51. Test Specimen 51.1 The test specimen consists of a single layer that is approximately 152 mm (6 in.) long that was removed from a roll of tape selected and conditioned in accordance with Sections 4-6. 52. Procedure 52.1 Expose the ûve test specimens in accordance with Test Method D 750 for 750 h in the weather exposure apparatus using a cycle of 18 min distilled water spray and 102 min dry with ultraviolet light at a constant temperature of 40°C (94°F). 52.2 Examine the specimens after exposure and record signs of cracking, crazing, or physical deterioration of the speci- mens. 53. Report 53.1 Report the following information: 53.1.1 Identiûcation of the specimen, and 53.1.2 Pass or fail depending on the requirements estab- lished in the product speciûcation (see Speciûcation D 4388). 54. Precision and Bias 54.1 No statement is made about either the precision or bias of this test method for ultraviolet and weather resistance since the result merely states whether there is conformance to the criteria for success speciûed in the procedure. 55. Keywords 55.1 dielectric strength; dissipation factor; elongation; fu- sion; heat exposure; ozone resistance; permittivity; rubber electrical insulating tape; rubber semi-conducting nonmetallic tape; tensile strength; ultraviolet and weather exposure; volume resistivity ASTM International takes no position respecting the validity of any patent rights asserted in connection with any item mentioned in this standard. Users of this standard are expressly advised that determination of the validity of any such patent rights, and the risk of infringement of such rights, are entirely their own responsibility. This standard is subject to revision at any time by the responsible technical committee and must be reviewed every ûve years and if not revised, either reapproved or withdrawn. Your comments are invited either for revision of this standard or for additional standards and should be addressed to ASTM International Headquarters. 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