Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 

For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 

For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 

For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 

For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Applications
PowerGuard® cables are intended for use in wet or dry locations for distribution of single or three phase medium-voltage power. These cables may be installed in ducts or direct buried.

Construction
Cross-linked semi-conducting conductor shield, insulation and semi-conducting insulation shield are extruded over an aluminum conductor and cured in a single operation. Uncoated copper tape (helically applied) and overlaying black PVC jacket are applied over the cable core. The conductor Class B compressed concentric lay filled stranded 1350 aluminum. Conductor shield is an extruded semi-conducting thermosetting polymeric stress control layer. Insulation is extruded, TRXLPE (Tree-Retardant Cross-linked Polyethylene). Insulation shield is an extruded semi-conducting thermosetting layer, clean and free-stripping from insulation. The metallic shield is flat uncoated 5-mil-thick copper tape helically applied with minimum 25% overlap. The jacket is sunlight and moisture resistant black, non-conducting PVC (Polyvinyl Chloride)

Features

• Triple-extruded for clean interfaces
• Dry nitrogen cure for enhanced performance
• Class 10,000 environment utilized for material handling
• Excellent moisture resistance
• High dielectric strength
• Low dielectric loss
• Excellent resistance to treeing
• Clean-stripping insulation shield
• Sunlight and Moisture Resistant
• Approved for CT use 1/0 and Larger

Standards

• ANSI/ICEA S-97-682
• UL 1072
• AEIC CS8 as applicable for TRXLPE (Tree-Retardant Cross-linked Polyethylene) insulated shielded power cable.
• ICEA T-31-610
• CSA Standard C68.5-07 File # 257759 Primary Shielded and Concentric Neutral Cable for Distribution

Temperature Rating

• Normal ..............105 ºC
• Emergency*........140 ºC
• Short Circuit........250 ºC

* Operation at the emergency overload temperature shall not exceed 1500 hours cumulative during the lifetime of the cable.

Options

• Copper conductors
• CPE (chlorinated polyethylene) Jacket conforming to the requirements specified for chlorinated polyethylene jackets in ICEA. The average thickness shall be in accordance with Table 4-3 of ICEA and the minimum spot thickness shall be not less than 80% of the average thickness
• Non-filled conductor
• Compact Strand Conductor

 

For information on conductor sizes or voltage ratings not shown in the tables, contact your AWG sales representative.

Notes

1. Extruded layer thicknesses and insulation and insulation shield diameters are in accordance with ANSI/ICEA S-97-682 for shielded power cables rated 5-46 kV and also meet the requirements of the latest revisions of AEIC CS8.
2. Ampacity based on earth thermal resistivity of 90ºC-cm/watt, 105ºC conductor temp., 20ºC earth ambient temperature, 75% load factor and 36" depth of burial. Values are based on one three-phase circuit, one conductor per phase, in flat adjacent configuration (direct buried) with metallic shield bonded at each end.

Dimensions and weights not designated minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

Single Conductor - Maximum Reel Lengths for MV-105 AL TRXLPE CTS PVC


AL 15KV-100% MV-105 DIRECT BURIAL                                

• FILLED STRAND ALUMINUM CONDUCTOR,
• 175 MILS TRXLPE INSULATION,
• HELICAL COPPER TAPE SHIELD (20% OVERLAP),
• PVC JACKET,
• UL MV-105, AEIC CS8-07
• FURNISHED ON 100% STEEL REELS 89" X 58"

  

CABLE SIZE	MAX REEL LENGTH (FT) OPTIMIZED FOR 10,000 LB GROSS WT OF REEL
1/0 AWG	15,000
2/0 AWG	14,000
3/0 AWG	13,000
4/0 AWG	12,000
250 MCM	11,000
350 MCM	9,400
500 MCM	8,000
750 MCM	6,000
1000 MCM	4,500
1250 MCM	3,500
1500 MCM	2,900

  
-----------------------------------------------------------------------------------------------------------------------
                             
AL 35KV-100% MV-105 DIRECT BURIAL       

• FILLED STRAND ALUMINUM CONDUCTOR,
• 345 MILS TRXLPE INSULATION,
• HELICAL COPPER TAPE SHIELD (20% OVERLAP),
• PVC JACKET,
• UL MV-105, AEIC CS8-07
• FURNISHED ON 100% STEEL REELS 89" X 58" 

 

CABLE SIZE	MAX REEL LENGTH (FT) OPTIMIZED FOR 10,000 LB GROSS WT OF REEL
1/0 AWG	10,500
2/0 AWG	10,000
3/0 AWG	9,000
4/0 AWG	8,250
250 MCM	7,500
350 MCM	6,500
500 MCM	5,000
750 MCM	4,000
1000 MCM	3,250
1250 MCM	2,750
1500 MCM	2,250