10.6.3 For microprocessor systems, follow the manufacturer's direction的简体中文翻译

10.6.3 For microprocessor systems,

10.6.3 For microprocessor systems, follow the manufacturer's directions for removing values from memory when the decision to discard a tear value has been made. Otherwise, for some test instruments manual calculation of the average is required. 10.6.4 If, during the test, the scale reading does not reach 20%or reaches over 80%(60%when applicable, see Table A3.1) of full scale range, change to the next lower or higher full scale range, as applicable. See 8.6. 10.6.5 Record if the tear was cross-wise to the normal (parallel) direction of tear and report that specimen, or that sample, as applicable, as untearable. 10.7 Remove the torn specimen and continue until five tears have been recorded for each test direction and test condition, as required, from each laboratory sampling unit.11. Calculations 11.1 Tearing Force, Individual助ecimens: 11.1.1 Standard Test Instrument-Determine the tearing force for individual specimens to the nearest 1%of full-scale range using Eq 1.F,=R.} X C.}/ 100where:tearing force, cN (gf) or lbf,scale reading,一一一一=full scale capacity, cN (g约or lbf.凡凡Cs 11.1.2 Heavy Duty Test Instrument-Determine the tearing force for individual specimens to the nearest 1%of full-scale range using Eq 2.F,=R.} X 100(2)where:tearing force, cN (gf) or lbf, andscale reading, cN (g约or lbf.一一一一凡凡 11.2averageTearing Strength-Calculate the tearing strength as the tearing force for each test direction and condition of the laboratory sampling unit and for the lot nearest 1%of full-scale range in cN, (g约or lbf.testing,to the 11.3 Standard Deviation Calculate when requested.and Co麟dent of Variation- 11.4 Computer-Processed Data-When data are automatically computer-processed, calculations are generally contained in the associated software. Record values as read from the direct reading scale to the nearest mN (g0.In any event, it is recommended that computer-processed data be verified against known property values and its software described in the report.12. Report 12.1 Report that the Elmendorf tearing strength was determined as directed in Test Method D1424. Describe the fabric or product sampled and the method of sampling used. NOTE 6-Some instruments may require different calculations thanpercentage of scale. In those cases, refer to manufacturer's recommended calculations.
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10.6.3 For microprocessor systems, follow the manufacturer's directions for removing values from memory when the decision to discard a tear value has been made. Otherwise, for some test instruments manual calculation of the average is required.<br> 10.6.4 If, during the test, the scale reading does not reach 20%or reaches over 80%(60%when applicable, see Table A3.1) of full scale range, change to the next lower or higher full scale range, as applicable. See 8.6.<br> 10.6.5 Record if the tear was cross-wise to the normal (parallel) direction of tear and report that specimen, or that sample, as applicable, as untearable.<br> 10.7 Remove the torn specimen and continue until five tears have been recorded for each test direction and test condition, as required, from each laboratory sampling unit.<br>11. Calculations<br> 11.1 Tearing Force, Individual助ecimens:<br> 11.1.1 Standard Test Instrument-Determine the tearing force for individual specimens to the nearest 1%of full-scale range using Eq 1.<br>F,=R.} X C.}/ 100<br>where:<br>tearing force, cN (gf) or lbf,<br>scale reading,<br>一一一一<br>=full scale capacity, cN (g约or lbf.<br>凡凡Cs<br> 11.1.2 Heavy Duty Test Instrument-Determine the tearing force for individual specimens to the nearest 1%of full-scale range using Eq 2.<br>F,=R.} X 100<br>(2)<br>where:<br>tearing force, cN (gf) or lbf, and<br>scale reading, cN (g约or lbf.<br>一一一一<br>凡凡<br> 11.2<br>average<br>Tearing Strength-Calculate the tearing strength as the tearing force for each test direction and condition of the laboratory sampling unit and for the lot nearest 1%of full-scale range in cN, (g约or lbf.testing<br>,to the<br> 11.3 Standard Deviation Calculate when requested.and Co麟dent of Variation-<br> 11.4 Computer-Processed Data-When data are automatically computer-processed, calculations are generally contained in the associated software. Record values as read from the direct reading scale to the nearest mN (g0.In any event, it is recommended that computer-processed data be verified against known property values and its software described in the report.<br>12. Report<br>12.1报告说,Elmendorf撕裂强度是按照测试方法D1424进行测定的。描述所采样的织物或产品以及所使用的采样方法。<br>注6:某些仪器可能要求的计算方法<br>与比例尺的计算方法不同。在这种情况下,请参考制造商推荐的计算。
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10.6.3 对于微处理器系统,在决定放弃撕裂值时,请按照制造商的指示从内存中删除值。否则,对于某些测试仪器,需要手动计算平均值。<br> 10.6.4 如果在测试期间,刻度读数未达到 20%或超过 80%(如果适用,请参阅表 A3.1),则更改为下一个较低或更高的满量程范围(如适用)。见 8.6。<br> 10.6.5 记录撕裂是否交叉到正常(平行)撕裂方向,并报告该样本,或样品,如适用,不可修复。<br> 10.7 取出撕裂的试样,并持续,直到每个实验室取样装置的每个测试方向和测试条件记录五滴。<br>11. 计算<br> 11.1 撕裂力,个人<br> 11.1.1 标准测试仪器 - 使用 Eq 1 确定单个试样到最接近满量程范围的 1% 的撕裂力。<br>F,[R.]X C.|/ 100<br>其中:<br>撕裂力,cN (gf) 或 lbf,<br>缩放读数,<br>一一一一<br>•满量表容量,cN(g=或lbf。<br>·奇克斯<br> 11.1.2 重型测试仪器 - 使用 Eq 2 确定单个试样到最接近满量程范围的 1% 的撕裂力。<br>F,[R.]X 100<br>(2)<br>其中:<br>撕裂力、cN (gf) 或 lbf,<br>刻度读数,cN (g 1 1.<br>一一一一<br>凡凡<br> 11.2<br>平均<br>撕裂强度- 计算撕裂强度作为实验室采样单元的每个测试方向和条件的撕裂力,以及 cN 中最接近满量程范围的 1% 的地段的撕裂力(g or lbf.测试<br>,到<br> 11.3 标准偏差在麟时计算。<br> 11.4 计算机处理的数据-当数据自动由计算机处理时,计算通常包含在关联的软件中。将值记录为从直接读取比例读取到最近的 mN (g0)。无论如何,建议根据报告中描述的已知属性值及其软件验证计算机处理的数据。<br>12. 报告<br> 12.1 报告,埃尔门多夫撕裂强度按照测试方法 D1424 中的指示确定。描述样品或产品,以及采用的采样方法。<br> 注 6-某些仪器可能需要不同的计算<br>比例。在这种情况下,请参阅制造商的建议计算。
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10.6.3对于微处理器系统,当决定放弃撕裂值时,遵循制造商的指示从内存中删除值。否则,对于某些测试仪器,需要手动计算平均值。<br>10.6.4如果在试验过程中,刻度读数未达到满刻度范围的20%或超过80%(60%(如适用,见表A3.1),则切换至下一个较低或更高的满刻度范围(如适用)。见8.6。<br>10.6.5记录撕裂是否与正常(平行)方向交叉,并报告该试样或该试样(如适用)为不可修复。<br>10.7移除撕破的试样,并继续进行,直到在每个试验方向和试验条件下,从每个实验室取样单元记录了五次撕裂。<br>11计算<br>11.1撕裂力,单独测定:<br>11.1.1标准试验仪器使用公式1测定单个试样的撕裂力,精确到满刻度范围的1%。<br>F、 =R.}X C.}/100<br>哪里:<br>撕裂力,cN(gf)或lbf,<br>刻度读数,<br>一一一一<br>=满标度容量,cN(g或lbf。<br>凡凡Cs<br>11.1.2重型试验仪器使用公式2测定单个试样的撕裂力,精确至满量程的1%。<br>F、 =R.}X 100<br>(二)<br>哪里:<br>撕裂力,cN(gf)或lbf,以及<br>刻度读数,cN(g或lbf)。<br>一一一一<br>凡凡<br>11.2<br>平均的<br>撕裂强度将撕裂强度计算为实验室取样装置的每个试验方向和条件下的撕裂力,以及最接近满标度范围(cN)1%的批次,(glbf.测试<br>,致<br>11.3标准偏差计算时间请求和变更的共同点-<br>11.4计算机处理数据当数据由计算机自动处理时,计算通常包含在相关软件中。记录从直读刻度读取的数值,精确到mN(g0)。在任何情况下,建议根据报告中描述的已知属性值及其软件验证计算机处理的数据。<br>12报告<br>12.1报告:根据试验方法D1424的指示测定了Elmendorf撕裂强度。描述取样的织物或产品以及所用的取样方法。<br>注6——某些仪器可能需要不同于<br>比例百分比。在这些情况下,请参考制造商建议的计算结果。<br>
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