IEEE 635:1989 pdf download.IEEE Guide for Selection and Design of Aluminum Sheaths for Power Cables.
This guide covers power cables incorporating aluminum sheaths, except those of the SF6 rigid-bus type.
2. Definitions
aluminum sheath: An impervious aluminum or aluminum alloy tube, either smooth or corrugated, which is applied over a cable core to provide mechanical protection.
low-voltage aluminum-sheathed power cable: Cable used in an electric system having a maximum phase-to-phase rms ac voltage of 1000 V or less, the cable having an aluminum sheath as a major component in its construction.
medium-voltage aluminum-sheathed power cable: Cable used in an electric system having a maximum phase-tophase rms ac voltage above 1000 V to 72 500 V. the cable having an aluminum sheath as a major component in its construction.
high-voltage aluminum-sheathed power cable: Cable used in an electric system having a maximum phase-to-phase rms ac voltage above 72 500 V to 242 000 V, the cable having an aluminum sheath as a major component in its construction.
extra-high voltage aluminum-sheathed power cable: Cable used in an electric system having a maximum phase-to- phase rms ac voltage above 242 000 V. the cable having an aluminum sheath as a major component in its construction.
3. References
The cable may he in accordance with one or more of the retërences listed below. The installation must he in accordance with the applicable electrical code or wiring regulations.
[I] ANSI/NFPA 70-1990, National Electrical Code.
[2] CSA Std C22.I-1990, Canadian Electrical Code, pt. I, Safety Standards for Electrical Installations.
[31 CSA Std C22.2, no. l23-M 1985, Aluminum Sheathed Cables.
[4] CSA Std C68.l-1965, Paper-Insulated Power Cable “Solid” Type.
[5] Aluminum Standards and Data, Jan. 1976 (5th ed.), The Aluminum Association, Inc.
[6] ICEA P-45-482-l979 (2nd ed.), Short-Circuit Performance of Metallic Shielding and Sheaths of Insulated Cable.
[7] NEMA WC4-1988 (ICEA S-65-375, 2nd ed.), Varnished-cloth-insulated Wire and Cable for the Transmission and Distribution of Electrical Energy. (See references [211 through [24] in this section.)
[81 AEIC 1-68-1968, Impregnated-paper-insulated lead-covered cable (10th ed.), Supplement 2.
[91 EEl 55-16, Uizdemmund Systems Refrrence Book. New York: The Edison Electric Institute Transmission and Distribution Committee, 1 957
[10] SCHIFREEN, C. S. Cyclic Movement of Cable—Its Causes and Effects on Cable Sheath Life. AJEE Transactions, vol. 63, I 944, pp. 1121— 1129.
[11] SCHIFREEN, C. S. Thermal Expansion Effects in Power Cables. A!EE Transactions, vol. 70, pt. 1, 1951, pp. 160—
170.
[12] HALFMANN, E. S. Critical Inside Dimensions for Power Cable Manholes. AIEE Transactions, vol. 69, pt. II, 1950, pp. 1576—1581.
[1 3] IEC (International Electromechanical Commission) 141 -1 (1976), Pt. I, Oil-Filled, Paper-Insulated, Metal- Sheathed Cables and Accessories for Alternating Voltages up to and including 400 kV.
[14] YANAGIUCHI, H. Analysis of Strain in Corrugated Aluminum Sheath of Cables. Journal f the Institute of Electrical Engineering of Japan, vol. 85-12, no. 927, Dec. 1965, pp. 103—107.IEEE 635 pdf download.