1.1 These requirements cover the shielded and - medium-voltage power cables that are described in Tables 1.1 (single-conductor) and 1.2 (multiple-conductor). Multiple-conductor cables may include one or more individually jacketed non-conductive optical-fiber members. These electrical and hybrid electrical and optical-fiber cables are for use (optical and electrical functions associated in the case of a hybrid cable) in accordance with Article 328 and other applicable parts of the National Electrical Code (NEC), ANSI/NFPA 70. These cables have one or more stranded copper or aluminum conductors that are insulated with a solid, extruded dielectric. Cables that have a metal sheath or interlocked armor incorporate an effective grounding path. A grounding conductor is optional in other cables. Cables for direct burial are so marked and have an overall covering (see 1.4 for direct-burial cables that are not covered). Cables that are for use in cable trays generally are so marked (see 62.1 and 62.2). Cables that are sunlight-resistant generally are so marked (see 64.1 - 64.3). Cables that are marked "MV-90" or "MV-90 dry" have a maximum operating temperature of 90鳦 (194鳩). Cables that are marked "MV-105" have a maximum operating temperature of 105鳦 (221鳩) for use where design conditions require a maximum conductor temperature above 90鳦 (194鳩). Cables that are marked "dry" have insulation for use only in dry locations. All other cables have insulation that is for use in both wet and dry locations. Multiple-conductor cables that include one or more optical-fiber members are surface marked to so indicate. Cables that are marked "oil resistant II" are for exposure to mineral oil at temperatures not in excess of 75鳦 (167鳩). Cables that are marked "oil resistant I" are for exposure to mineral oil at temperatures not in excess of 60鳦 (140鳩). A multiple-conductor Type MV cable that has a smooth (other than lead) or corrugated metal sheath or that has interlocked metal armor may be marked for use also as Type MC cable. This standard does not include requirements for cables with concentric neutral conductors. However, it is possible to have a single-conductor cable with a concentric neutral conductor manufactured in accordance with the requirements of other standards, that meets the requirements for jacketed single-conductor shielded cable in this standard.
2019UL 1072 CRD-2019 UL Standard for Safety Medium-Voltage Power Cables - Section / Paragraph Reference: Section18@ Table 18.1 Subject: Addition Of Woven Textile Fibers To Wire Shields to Section 18 Nonmagnetic Metal Component Details (Edition 4: June 30@ 2006)
2019UL 1072 BULLETIN-2019 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: MAY 20@ 2019)
2018UL 1072 BULLETIN-2018 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: MAY 14@ 2018)
2013UL 1072 BULLETIN-2013 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: February 8@ 2013)
2012UL 1072 BULLETIN-2012 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: April 23@ 2012)
2011UL 1072 BULLETIN-2011 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: November 07@ 2011)
2010UL 1072 BULLETIN-2010 SUMMARY OF TOPICS The following changes in requirements to the Standard for Medium-Voltage Power Cables, UL 1072, are being proposed
2007UL 1072 BULLETIN-2007 UL Standard for Safety Medium-Voltage Power Cables (COMMENTS DUE: August 13@ 2007)