DOWNSTREAM POWER, CONTROL & INSTRUMENTATION CABLES

Transcription

1 DOWNSTREAM POWER, CONTROL & INSTRUMENTATION CABLES

2 DOWNSTREAM FACILITY CABLES Made in America CIR (Crush & Impact Resistant) CIR is a next-generation cable designed to replace older-technology cables like Type MC. CIR has been successfully used globally since 00 for missioncritical equipment operating in harsh environments. CIR passes the same crush and impact testing required by UL 5 for Type MC-HL without the use of external armoring. CIR cables are GEXOL insulated which provides a lower dielectric constant, allowing longer VFD output cable lengths. Highly flexible, small bend radius, reduced tray fill and impervious to water and air. UL Listed as Type TC-ER (Standard CIR) suitable for a variety of uses, including those where tray cables are not practical or costprohibitive. UL Listed as Type TC-ER-HL (Arctic Grade CIR) suitable for a variety of uses in Class, Div and Zone environments including those where tray cables are not practical or cost-prohibitive. (Cables up to in diameter) See pages - VFD Cables Nexans AmerCable VFD Cables are specially engineered to provide 00% containment of EMI emissions and provide longer cable life in VFD applications. Nexans AmerCable VFD cables feature symmetrical insulated ground conductors that reduce induced voltage imbalances and carry common mode noise back to the drive. Nexans AmerCable s high strand count conductors and braid shield design is much more flexible, easier to install and more resistant to vibration than Type MC cable. Available in 5 constructions. See pages -0 Nexans AmerCable believes the information presented throughout this catalog to be reliable and current. All information is subject to change without notice. The information listed is approximate, and is presented only as a guide for product selection. We make no claims or warranties for the suitability of any product for any particular application.

3 Type MMV (Medium Voltage) Power Type MMV cables are designed for use as feeders or branch circuits in industrial facilities. These cables utilize flexible stranded conductors, braided shields and a braided armor (optional) which make them very suitable for applications involving repeated flexing and high vibration These cables have a small minimum bending radius for easy installation. See pages - CORFLEX Cables CORFLEX cables are designed for reliable performance in a variety of oil and gas downstream, industrial, commercial and utility applications which require an externally armored cable. Nexans CORFLEX MC-HL and MV-05 or MC-HL cables can be installed in hazardous locations designated Class I, II & III, Divisions & as per NEC 008 and NEC 0 (HL Rated). See pages -5 RHH or RHW- Cables Nexans AmerCable s 000V Diesel Locomotive Cable (DLO) is a single conductor portable power cable suitable for use in applications needing great flexibility, excellent wearability and good flex life. See pages -7 AmerCable and GEXOL are registered trademarks of AmerCable Incorporated. CORFLEX is a registered trademark of Nexans

4 7-0 CIR STANDARD CIR POWER CABLE UL LISTED AS TYPE TC-ER Three & Four Conductor + Ground Gexol Insulated 0./kV MSHA Approved Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors See Bend Radius on Page Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoplastic compound meeting UL 9/ CSA 5 and IEEE 80. APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires the added crush and impact protection. FEATURES n MSHA approved ( & conductor cables)) n Passes the same stringent crush and impact testing required by UL 5 for Type MC-HL n Gas & vapor tight impervious to water and air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC Standard CIR Ratings & Approvals n 90 C temperature rating n UL Listed as Type TC-ER (E9) n MSHA Approved ( & conductor cables) n UL Listed as Marine Shipboard Cable (E) n American Bureau of Shipping (ABS) n Flame Retardant IEEE 0 n Suitable for use in Class I, Div and Zone environments n Sunlight resistant n Direct burial downstream@nexans.com

5 Conductor Size Grounding Nominal DC Resistance AC Resistance Inductive Voltage Drop AWG/ Number of Conductor Part No. Diameter Weight 90 C NEC 75 C NEC at 5 C at 90 C, 0Hz Reactance (Volts/Amp/ kcmil mm Conductors AWG/kcmil 7-0 (inches) (lbs/000 ft.) Ampacity Ampacity Ampacity (ohms/000 ft.) (ohms/000 ft.) 000 ft.). -8CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG /0 5 -CIRG /0 5 -CIRG /0 70-7CIRG /0 70-7CIRG /0 09-9CIRG /0 09-9CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG CIRG Ampacities are based on Table 0. (B) () of the National Electrical Code (NEC) for conductors rated 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0. (B) () (a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section For Cable Color Codes and Stranding Information See page Manufactured by Nexans AmerCable Fax:

6 7-0 CIR STANDARD CIR CONTROL CABLE UL LISTED AS TYPE TC-ER Multi-Conductor Gexol Insulated 0./kV Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. For Cable Color Codes and Stranding Information see page Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors Gexol and CIR are registered trademarks of AmerCable Incorporated. Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. See Page for Standard CIR Ratings & Approvals A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoplastic compound meeting UL 9/CSA 5 and IEEE 80. Rated for direct burial. APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires the added crush and impact protection. FEATURES n Passes the same stringent crush and impact testing required by UL 5 for Type MC-HL n Gas & vapor tight impervious to water & air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC Conductor Size Nominal Weight DC Resistance AC Resistance Voltage Drop Number of Part No. Diameter (lbs/ 90 C NEC 75 C NEC at 5 C at 90 C, 0Hz (Volts/Amp/ AWG mm Conductors 7-0 (inches) 000 ft.) Ampacity Ampacity (ohms/000 ft.) (ohms/000 ft.) 000 ft.). -8CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR Ampacities are based on Table 0. (B) () of the National Electrical Code (NEC) for conductors rated 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0. (B) () (a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section downstream@nexans.com

7 7-0 CIR STANDARD CIR INSTRUMENTATION CABLE UL LISTED AS TYPE TC-ER Individually Shielded Pairs/Triads Gexol Insulated 0./kV Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors See Page for Standard CIR Ratings & Approvals For Cable Color Codes and Stranding Information See page See Bend Radius on Page Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. Pairs/ Triads Each pair/triad is twisted with a bare tinned drain wire. Each pair/triad is shielded with polyesterbacked aluminum foil tape to afford 00% coverage. Pair to pair, or triad to triad, isolation plus overall shielding is provided. A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoplastic compound meeting UL 9/CSA 5 and IEEE 80.Rated for direct burial. APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires the added crush and impact protection. FEATURES n Passes the same stringent crush and impact testing required by UL 5 for Type MC-HL n Gas & vapor tight impervious to water & air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC Conductor Nominal DC Resistance Mutual Size Part No. Diameter Weight 0 C Capacitance Inductance AWG mm Pairs Triads 7-0 (inches) (lbs/000 ft.) (ohms/000 ft.) (nf/000 ft.) (mh/000 ft.). -0CIR CIR CIR CIR CIR CIR CIR CIR CIR CIR VALUES: # Pairs / Triads Capacitance nf/000 feet = Inductance mh/000 = 0.0 Resistance Ohms/000 feet =.5 (@ 0 C) Gexol and CIR are registered trademarks of AmerCable Incorporated. Manufactured by Nexans AmerCable Fax:

8 7-0 CIRVFD CIR (CRUSH & IMPACT RESISTANT) VFD POWER CABLE UL LISTED AS TYPE TC-ER Three Conductor Gexol Insulated kv Rated 90 C APPLICATION A flexible, braid and foil shielded, kv power cable specifically engineered for use in variable Power Conductors (x) Soft annealed flexible stranded tinned copper per ASTM B-. (kv) Gexol cross-linked flame retardant polyolefin, meeting the requirements for Type RHW. Color: Gray with printed phase I.D. (Black- Red-Blue) A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoplastic compound meeting UL 77. CIR VFD Ratings & Approvals n 90 C temperature rating n UL Listed as Type TC-ER (E9) n Flame Retardant IEEE 0/FT- n Sunlight resistant n Direct burial Ground Conductors (x) Soft annealed tinned copper per ASTM B- flexible stranding with 00/000V Gexol insulation sized per UL 77. Color: Green Shield Overall tinned copper braid plus aluminum/polyester tape providing 00% coverage. Safe to Handle CIR is a safe, flexible alternative to metal-clad cables. Also available in Arctic Grade: Rated TC-ER-HL for cable diameters up to Gexol and CIR are registered trademarks of AmerCable Incorporated frequency AC motor drive (VFD) applications. FEATURES n Specially engineered cable design produces a longer cable life in VFD applications. n Overall braid plus foil shield is engineered with 00% coverage and a surface transfer impedance < milliohms at 0MHz to contain EMI. n Symmetrical insulated ground conductors reduce induced voltage imbalances and carry common mode noise back to the drive. n High strand count conductors and braid shield design is much more flexible, easier to install and more resistant to vibration than Type MC cable. n Gexol s lower dielectric constant (standard XLPEs, EPRs and other Type RHW insulation materials have higher dielectric constants) reduces reflected wave peak voltage magnitudes. This allows for longer output cable distances and minimizes the effect of high frequency noise induced into the plant ground system. n kv insulation thickness is used to resist the potential -x reflected voltages experienced in 00V VFD applications. n Passes the same stringent crush and impact testing required by UL 5 for Type MC-HL n Gas & vapor tight impervious to water and air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC downstream@nexans.com

9 7-0 CIR VFD 000 VOLTS CRUSH & IMPACT RESISTANT DC Resist. AC Resist. Inductive Green NEC Ampacities Size Nominal 5 90 C, 0 Hz Reactance Voltage Drop Insulated In Single In AWG/ Six Part No. Diameter (Lbs./ (Ohms/ (Ohms/ (Ohms/ (Volts/Amp/ Grounding* Free Air Tray Conduit kcmil mm 7-0 Inches* 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) (x) (AWG) 90 C 75 C 90 C 75 C 90 C 75 C. -8CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD /0 5 -CIRVFD /0 70-7CIRVFD /0 09-9CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD CIRVFD Cable diameters are subject to a +/- 5% manufacturing tolerance Ampacity In Free Air: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() Ampacity In Cable Tray: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table 0.(B)() Ampacity In Raceway Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() * Grounding Conductors Green Insulated NEC ampacities are based on Table 0.(B)() of the National Electrical Code (NEC) for conductors rate 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0.(B)()(a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section CIR VFD Stranding Profile Closest Equivalent Uninsulated Size Number IEEE 5 Metric Size Conductor AWG/kcmil of Strands Std. Size (mm) Dia. (inches) 0 8 /0 /0 /0 / Manufactured by Nexans AmerCable Fax:

10 7-0 CIRGAG ARCTIC GRADE CIR POWER CABLE TYPE TC-ER-HL* Three & Four Conductor + Ground Gexol Insulated 0./kV Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. Brittlepoint as per ASTM D 7-07 exceeds -5 C for and -75 C for A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoset compound meeting UL 9/ CSA 5 and IEEE 80. See Bend Radius on Page APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires crush and impact protection in arctic conditions. FEATURES n Complies with the requirements for TC-ER-HL per UL 5* n Exceeds CSA cold bend / cold impact (-0 C / -5 C) n Gas & vapor tight impervious to water and air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC *cables up to in diameter CIR Arctic Grade Ratings & Approvals n 90 C temperature rating n UL Listed as Marine Shipboard Cable (E) n UL Listed as Type TC-ER n UL Listed as TC-ER-HL* n American Bureau of Shipping (ABS) n Flame Retardant IEEE 0 n Suitable for use in Class I, Div and Zone environments n Suitable for Class, Div and Zone environments* *Cables up to in diameter Gexol and CIR are registered trademarks of AmerCable Incorporated downstream@nexans.com

11 Conductor Size Grounding Nominal DC Resistance AC Resistance Inductive Voltage Drop AWG/ Number of Conductor Part No. Diameter Weight 90 C NEC 75 C NEC at 5 C at 90 C, 0Hz Reactance (Volts/Amp/ kcmil mm Conductors AWG/kcmil 7-0* (inches) (lbs/000 ft.) Ampacity Ampacity Ampacity (ohms/000 ft.) (ohms/000 ft.) 000 ft.). -8CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG /0 5 -CIRGAG /0 5 -CIRGAG /0 70-7CIRGAG /0 70-7CIRGAG /0 09-9CIRGAG /0 09-9CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG Ampacities are based on Table 0. of the National Electrical Code (NEC) for conductors rate 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0. (B) () (a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section 9.. For Cable Color Codes and Stranding Information See page Hawke Gland Types Hawke Gland Types Type CIR Industrial & Safe Area (IP8) Increased Safety EExe / Explosion Proof 70 Class I, Div. Class I, Zone & Flameproof / EExd Zone & Manufactured by Nexans AmerCable Fax:

12 7-0 CIRGAG ARCTIC GRADE CIR CONTROL CABLE TYPE TC-ER-HL* Multi-Conductor Gexol Insulated 0./kV Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. For Cable Color Codes and Stranding Information, see page. Safe to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors 0 Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. Ground Brittlepoint as per ASTM D 7-07 exceeds -5 C for and -75 C for A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoset compound meeting UL 9/CSA 5 and IEEE 80. See page 8 for Arctic CIR Ratings & Approvals APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires crush and impact protection in arctic conditions. FEATURES n Complies with the requirements for TC-ER-HL per UL 5* n Exceeds CSA cold bend / cold impact (-0 C / -5 C) n Gas & vapor tight impervious to water & air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC Conductor Size Ground DC Resistance AC Resistance Voltage Drop Number of Part No. Diameter Weight 90 C NEC 75 C NEC at 5 C at 90 C, 0Hz (Volts/Amp/ AWG mm Conductors 7-0* Number AWG (inches) (lbs/000 ft.) Ampacity Ampacity (ohms/000 ft.) (ohms/000 ft.) 000 ft.). -7CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG CIRGAG Ampacities are based on Table 0. of the National Electrical Code (NEC) for conductors rate 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0. (B) () (a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section 9.. *cables up to in diameter)

13 7-0 CIRAG ARCTIC GRADE CIR INSTRUMENTATION CABLE TYPE TC-ER-HL* Individually Shielded Pairs/Triads Gexol Insulated 0./kV Rated 90 C GEXOL cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. 00V/IEC 000V. Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors Brittlepoint as per ASTM D 7-07 exceeds -5 C for and -75 C for For Cable Color Codes and Stranding Information See page See page 8 for Arctic Grade CIR Ratings & Approvals Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. Pairs/ Triads Each pair/triad is twisted with a bare tinned drain wire. Each pair/triad is shielded with polyester-backed aluminum foil tape to afford 00% coverage. Pair to pair, or triad to triad, isolation plus overall shielding is provided. A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoset compound meeting UL 9/ CSA 5 and IEEE 80. APPLICATION Designed and constructed to be a flexible alternative to Type MC cable where user desires crush and impact protection in arctic conditions. FEATURES n Complies with the requirements for TC-ER-HL per UL 5* n Exceeds CSA cold bend / cold impact (-0 C / -5 C) n Gas & vapor tight impervious to water & air n Smaller bend radius (up to 0% smaller) than Type MC n Reduced tray fill (up to 5% less) compared to Type MC n Considerably more flexible than Type MC n Reduced installation time and cost compared to Type MC n Glands for this product cost up to % LESS than those for Type MC *cables up to in diameter Conductor Nominal DC Resistance Mutual Size Part No. Diameter Weight 0 C Capacitance Inductance AWG mm Pairs Triads 7-0* (inches) (lbs/000 ft.) (ohms/000 ft.) (nf/000 ft.) (mh/000 ft.). -0CIRAG CIRAG CIRAG CIRAG CIRAG CIRAG CIRAG CIRAG CIRAG CIRAG VALUES: # Pairs / Triads See Bend Radius on Page Capacitance nf/000 feet = Inductance mh/000 = 0.0 Resistance Ohms/000 feet =.5 (@ 0 C) Manufactured by Nexans AmerCable Fax:

14 7-0 CIRVFD ARCTIC GRADE STANDARD CIR UL LISTED AS TYPE TC-ER-HL* Three Conductor Gexol Insulated kv Rated 90 C TYPE VFD Power Conductors (x) Soft annealed flexible stranded tinned copper per UL. (kv) Gexol cross-linked flame retardant polyolefin, meeting the requirements for Type P of IEEE 80 and Type X0 of UL 9/CSA 5. Color: Gray with printed phase I.D. (Black- Red-Blue) A black, flame retardant, oil, abrasion, chemical and sunlight resistant thermoset CPE meeting UL 77. CIR Ratings & Approvals Ground Conductors (x) Soft annealed flexible stranded tinned copper per UL. Gexol insulation sized per UL 77. Color: Green Shield Overall tinned copper braid plus aluminum/polyester tape providing 00% coverage. Safer to Handle CIR has no sharp metal armor edges that imperil worker s hands during splicing and installation of connectors n 90 C temperature rating n UL Listed as Type TC-ER (E9) n UL Listed as TC-ER-HL (cables up to in diameter) n Flame Retardant IEEE 0 n Suitable for use in Class I, Div and Zone environments n Suitable for Class, Div and Zone environments (cables up to in diameter) *Cables up to in diameter APPLICATION A flexible, braid and foil shielded, kv power cable specifically engineered for use in variable frequency AC motor drive (VFD) applications. FEATURES Specially engineered cable design produces a longer cable life in VFD applications in severe cold environments. Exceeds CSA cold bend/cold impact (-0 C/-5 F) Brittlepoint as per ASTM D 7-07 exceeds -5 C for and -75 C for insulation Overall braid and foil shield provides 00% coverage containing VFD EMI emissions. Symmetrical insulated ground conductors reduce induced voltage imbalances and carry common mode noise back to the drive. High strand count conductors and braid shield design is much more flexible, easier to install and more resistant to vibration than Type MC cable. Gexol s lower dielectric constant (standard XLPEs, EPRs and other Type RHW insulation materials have higher dielectric constants) reduces reflected wave peak voltage magnitudes. This allows for longer output cable distances and minimizes the effect of high frequency noise induced into the plant ground system. kv insulation thickness resists the repetitive x voltage spikes from 00V VFDs and reduces drive over current trip problems due to cable charging current. Passes the same stringent crush and impact testing required by UL 5 for Type MC-HL Gas & vapor tight impervious to water and air Smaller bend radius (up to 0% smaller) than Type MC Reduced tray fill compared to Type MC Considerably more flexible than Type MC Reduced installation time and cost Glands cost up to % less downstream@nexans.com

15 DC Resist. AC Resist. Inductive Green NEC Ampacities Size Nominal 5 90 C, 0 Hz Reactance Voltage Drop Insulated In Single In AWG/ Size Part No. Diameter (Lbs./ (Ohms/ (Ohms/ (Ohms/ (Volts/Amp/ Grounding* Free Air Tray Conduit kcmil mm 7-0 Inches* 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) (x) (AWG) 90 C 75 C 90 C 75 C 90 C 75 C. -8CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA /0 5 -CIRVFDA /0 70-7CIRVFDA /0 09-9CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA CIRVFDA *Cable diameters are subject to a +/- 5% manufacturing tolerance Ampacities are based on Table 0.(B)() of the National Electrical Code (NEC) for conductors rated 90 C, in a multi-conductor cable, at an ambient temperature of C. The 75 C column is provided for additional information. The ampacities shown apply to open runs of cable, installation in any approved raceway. Derating for more than three current carrying conductors within the cable is in accordance with NEC Table 0.(B)()(a). The ampacities shown also apply to cables installed in cable tray in accordance with NEC Section Gexol and CIR are registered trademarks of AmerCable Incorporated Manufactured by Nexans AmerCable Fax:

16 Control Cables Colored Conductor #Base ColorTracer Color Black Red Blue Orange 5 Yellow Brown 7 Red Black 8 Blue Black 9 Orange Black 0 Yellow Black Brown Black Black Red Blue Red Orange Red Yellow Red Brown Red 7 Black Blue 8 Red Blue 9 Orange Blue 0 Yellow Blue Brown Blue Black Orange Red Orange Blue Orange 5 Yellow Orange Brown Orange 7 Black Yellow 8 Red Yellow 9 Blue Yellow Orange Yellow Brown Yellow Black Brown Red Brown Blue Brown 5 Orange Brown Yellow Brown 7 Black Power Cables AWG and smaller = colored insulation AWG and larger = print Conductor # Size AWG/kcmil 0 8 /0 /0 /0 0 7 Color Black Red Blue Orange No. of Strands Instrumentation Cables Pairs Triads CIR Stranding Profiles Closest IEEE 5 Standard Size Black, White Black, White, Red Pair / Triad number printed on conductors Equivalent Metric Size (mm) Uninsulated Conductor Dia. (Inches) downstream@nexans.com

17 The True Cable Cost Comparison: Lower Total Installed Cost AmerCable CIR vs. Type CWCMC (MC-HL) Based on 00 ft. of cable, glands and installation labor (cable & glands) AWG Shielded Pair CIR Saves you % AWG /C+G CIR Saves you 7% AWG /C+G CIR Saves you 8% AWG /C+G CIR Saves you % /0 /C+G CIR Saves you 0% Glands for CIR Cables cost up to % LESS than those for Type MC Data Basis:. Labor rate $5.00/hr.. Labor time quotes based on long established Fluor Daniel Project Controls Standard Unit for Type TC and Type CWCMC cables for installation tray.. Identical installation for both products using a 00 ft. run basis.. Hawke A series glands used for CIR cables and Hawke N70 glands used for Type CWCMC cables. 5. MRO pricing is used for cables and glands. Bend Radius Type CIR IEEE 5 X Diameter NEC < " (5mm) X Diameter > " (5mm) < " (mm) 5X Diameter > " (mm) X Diameter Manufactured by Nexans AmerCable Fax:

18 7-0VFD EXTRA FLEXIBLE VFD POWER CABLE GEXOL INSULATED Three Conductor kv Rated 90 C Power Conductors (x) Soft annealed flexible stranded tinned copper per IEEE and UL. (kv) Gexol cross-linked flame retardant polyolefin, meeting the requirements for Type RHW. A black, arctic grade, flame retardant, oil, abrasion, chemical and sunlight resistant thermosetting compound meeting UL 77. Ratings & Approvals n 90 C Temperature Rating n UL Listed as Type TC-ER (E9) n Flame resistance: IEEE 0/FT- n Sunlight resistant Ground Conductors (x) Soft annealed flexible stranded tinned copper per IEEE 80 Table. Gexol insulated and sized per UL 77. Color: Green Shield Overall tinned copper braid plus aluminum/polyester tape providing 00% coverage. APPLICATION A flexible, braid and foil shielded, kv power cable specifically engineered for use in variable frequency AC motor drive (VFD) applications. FEATURES n Specially engineered cable design produces a longer cable life in VFD applications. n Overall braid plus foil shield is engineered with 00% coverage and a surface transfer impedance < milliohms at 0MHz to contain EMI. n Symmetrical insulated ground conductors reduce induced voltage imbalances and carry common mode noise back to the drive. n High strand count conductors and braid shield design is much more flexible, easier to install and more resistant to vibration than Type MC cable. n Gexol s lower dielectric constant (standard XLPEs, EPRs and other Type RHW insulation materials have higher dielectric constants) reduces reflected wave peak voltage magnitudes. This allows for longer output cable distances and minimizes the effect of high frequency noise induced into the plant ground system. n kv insulation thickness is used to resist the potential -x reflected voltages experienced in 00V VFD applications. n Severe cold durability: exceeds CSA cold bend/cold impact (-0 C/-5 C). n Flame retardant: IEC - Category A and IEEE 0. Gexol is a registered trademark of AmerCable Incorporated downstream@nexans.com

19 7-0VFD EXTRA FLEXIBLE VFD POWER CABLE GEXOL INSULATED DC Resist. AC Resist. Inductive Green NEC Ampacities Size Nominal 5 90 C, 0 Hz Reactance Voltage Drop Insulated In Single In AWG/ Size Part No. Diameter (Lbs./ (Ohms/ (Ohms/ (Ohms/ (Volts/Amp/ Grounding* Free Air Tray Conduit kcmil mm 7-0 Inches* 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) (x) (AWG) 90 C 75 C 90 C 75 C 90 C 75 C -VFD VFD VFD /0 5 -VFD /0 70-7VFD /0 09-9VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD Cable diameters are subject to a +/- 5% manufacturing tolerance Ampacity In Free Air: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() Ampacity In Cable Tray: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table 0.(B)() Ampacity In Raceway Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() * Grounding Conductors Green Insulated Manufactured by Nexans AmerCable Fax:

20 7-08VFD FLEXIBLE TC-ER VFD POWER CABLE Three Conductor 90 C 000V* Power Conductors (x) Soft annealed flexible stranded tinned copper per ASTM B- Cross-linked, flexible, low dielectric constant compound rated 90 C. Sizes larger than /0 AWG individual conductors colored black with conductor number surface printed in contrasting ink. Sizes /0 AWG and smaller individually colored conductors red, white,black. Flame retardant, moisture and sunlight resistant Polyvinyl Chloride (PVC). Colored black. Symmetrical Ground Conductors (x) Three symmetrically placed flexible stranded tinned copper conductors in direct contact with the shield. Metallic Shield Sizes 8 AWG and Larger Helically applied bare copper tape. Sizes Smaller than 8 AWG tin-coated copper braid plus aluminum/polyester tape. Both shielding systems provide 00% coverage. TC-ER Ratings & Approvals * n UL Listed as Type TC-ER 00V * n UL Listed as 000V flexible motor supply cable (up to /0 AWG) n 90 C Temperature Rating n FT- and IEEE 0 flame ratings n Sunlight resistant n Direct burial APPLICATION A flexible, shielded power cable specifically engineered for use in variable frequency AC motor drive (VFD) applications. FEATURES n Specially engineered cable design produces a longer cable life in VFD applications. n Overall shield provides 00% coverage containing VFD EMI emissions. n Symmetrical ground conductors reduce induced voltage imbalances and carry common mode noise back to the drive. n High strand count design is much more flexible, easier to install and more resistant to vibration than Type MC cable. n Meets crush and impact requirements for Type MC cable. n AmerCable s specially formulated insulation material has a lower dielectric constant (standard XLPE and EPR insulation materials have higher dielectric constants) which withstands reflected voltages. This allows for longer output cable distances and minimizes the effect of high frequency noise induced into the plant ground system. n Permitted for Exposed Run ( ER ) use in accordance with the NEC. n Permitted for use in Class I, Division and Zone industrial hazardous locations per the NEC. n Gas and vapor tight impervious to water and air. n Reduced tray fill (up to 5% less) than Type MC. n Reduced installation time and cost compared to Type MC. n Glands for this product cost up to % LESS than those for Type MC. n Bend radius X O.D downstream@nexans.com

21 7-08 VFD FLEXIBLE TC-ER VFD 000 VOLTS DC Resist. AC Resist. Inductive Green NEC Ampacities Size Nominal 5 90 C, 0 Hz Reactance Voltage Drop Insulated In Single In AWG/ Size Part No. Diameter (Lbs./ (Ohms/ (Ohms/ (Ohms/ (Volts/Amp/ Grounding* Free Air Tray Conduit kcmil mm 7-0 Inches* 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) 000 Ft.) (x) (AWG) 90 C 75 C 90 C 75 C 90 C 75 C. -8VFD VFD VFD VFD VFD VFD VFD VFD /0 -VFD /0-7VFD /0 95-9VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD VFD Cable diameters are subject to a +/- 5% manufacturing tolerance Ampacity In Free Air: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() Ampacity In Cable Tray: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table 0.(B)() Ampacity In Conduit: Based on 90 C conductor temperature and C ambient temperature per 0 NEC Table B.0.(B)()() Equivalent Uninsulated Size Number Metric Size Conductor AWG/kcmil of Strands (mm) Dia. (inches) 0 8 /0 /0 / Stranding Profile Manufactured by Nexans AmerCable Fax:

22 CABLE SELECTION GUIDE FOR VFD APPLICATIONS The circuit of a typical voltage source PWM drive is shown in Figure. Each part of the equipment is bonded to the safety earth system to ensure personnel safety if faults occur. All parts have capacitance to ground shown by: CM for the motor windings. CC and CC for the power converter circuits. CT for the transformer s secondary winding to the transformers screen. The IGBT switches are in constant operation at high frequency and this produces an inverter output voltage with a PWM wave shape as shown by the voltage V(Figure ). This IGBT switches also cause a motor line to ground voltage V (Figure ), normally called a common mode voltage. The common mode voltages cause short high-frequency pulses of common mode current to flow in the safety earth circuits, shown by currents I and I (Figure ), unless the design includes cable features to stop this from happening. It is essential that the common mode currents return to the inverter without causing EMC - EMI problems in other equipment, and this means that the common mode currents I and I must not flow in the safety earthing system. For the motor, this is achieved by connecting a set of wires from the motor to the inverter that run with the main power cables. These are called symmetrical grounding conductors, see Figure. These conductors have a very low impedance compared with the other return path via the safety earthing system. The three symmetrical grounding conductors and overall shields are connected as shown in Figure. This 0 connection is essential. The common mode currents I and I now flow in the symmetrical grounding conductors. This happens because the symmetrical grounding conductors are close to the power conductors giving a low impedance route for the currents I and I compared with the safety earthing system. As I and I flow near the power conductors this avoids creating external EMC - EMI problems. F I G U R E Figures - courtesy of Converteam 0 Manufactured by Nexans AmerCable (870) 8-99 (800) - Fax (870) 8-9

23 If symmetrical grounding conductors and an overall EMI shield are not used, EMC - EMI problems are very likely to occur. For cables used with voltage source PWM drives, a number of features are required to ensure correct operation, avoid overheating and achieve longer service life. The essential features of a medium voltage cable for PWM drives are : F I G U R E designed to withstand the transients produced by the PWM with a dielectric constant no greater than.0 to minimize capacitance Voltage rating of x the operating voltage to prevent corona Three symmetrical grounding conductors. Some cables only have one grounding conductor. This is not acceptable as it produces circulating currents in the earth system Extremely fine strands to carry the harmonic currents without overheating (i.e. the inductance of fine stranded conductors is less than 7, 9, 7 strand conductors) Overall shield to stop the radiation of voltage EMI fields Correct termination at both ends Semi-conducting shield around each insulation layer (MMV only) Metallic layer around each semi-conducting shield to earth the semi-conducting shield (MMV only) Low-Smoke Halogen-Free and Fire Resistant constructions available. Contact your Nexans AmerCable rep. industrial@nexansamercable.com

24 7-05 TYPE MMV MEDIUM POWER CABLE (MV-05) Single Conductor: 5kV kv, 00% & % Levels. Rated 05 C Conductor Soft annealed flexible stranded tinned copper per IEEE 80 Table. Extruded thermosetting 05 C Ethylene Propylene Rubber (EPR), meeting UL 07. Metallic Shield Composite shield consisting of 0.0" tinned copper braided with nylon providing 0% copper shielded coverage meeting UL 07. The nylon is colored for easy phase identification (three conductor = black, blue, red) without the need to remove the shield to find an underlying colored tape. Ratings & Approvals UL Listed as Medium Voltage Cable (E) Flame retardance: IEEE 0 & IEC 0 Sunlight Resistant Cable Tray Use (Sizes /0 AWG and larger) 05 C Temperature Rating Voltage Rating 5kV to kv (5kV available on request) Conductor Shield A combination of semi-conducting tape and extruded thermosetting semi-conducting material meeting UL 07. Shield Semi-conducting tape, with overlap, for fast and easy termination meeting UL 07. A black, arctic grade, flame retardant, oil, abrasion, chemical and sunlight resistant thermosetting compound meeting UL 07. Colored jackets for signifying different voltage levels are also available on special request (ie. yellow = 5kV, orange = 8kV and red = kv). Armor (optional) 0.0" bronze braid providing 88% minimum coverage. Sheath (optional) A black, arctic grade, flame retardant, oil, abrasion, chemical, and sunlight resistant thermosetting compound meeting UL 07. Colored jackets for signifying different voltage levels is also available on special request (ie. yellow = 5kV, orange = 8kV and red = kv). APPLICATIONS Nexans AmerCable medium voltage power cables are recommended for use as feeder circuits, in electric utility generating stations, for distribution circuits, and for feeders or branch circuits in industrial and commercial installations. Type MV cables may be installed in wet or dry locations, indoors or outdoors (exposed to sunlight), in any raceway or underground duct, directly buried if installed in a system with a grounding conductor in close proximity that conforms with NEC Section.(A)(5), or messenger supported in industrial establishments and electric utilities. FEATURES n These cables utilize flexible stranded conductors, braided shields and a braided armor (when armored) which make them very suitable for applications involving repeated flexing and high vibration. n These cables have a small minimum bending radius (xod for unarmored cables and 8xOD for armored cables) for easy installation. n Optional uninsulated grounding conductors sized per UL 07. n The increased flexibility of this cable allows for faster installation times. Hawke Gland Types Unarmored Armored & Sheathed Industrial & Safe Area (IP8) -X Increased Safety EExe / /5/U Explosion Proof Class I, Div. Class I, Div. Class I, Zone Class I, Zone & Flameproof / /5/U EExd Zone & ( liter or < enclosures) ICG 5/U ( liter or > enclosures) Zone & downstream@nexans.com

25 SINGLE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 5KV, 00/% INSULATION LEVEL Ampacity Inductive Voltage Single DC AC Size Part Nominal Weight Reactance Drop In Free Triangular Banked Resistance Resistance AWG/ No. Diameter (Lbs./ (ohms/ (Volts/amp/ Air Configuration in Tray at 5 C at 90 C, 0 Hz kcmil mm 7-05 (inches) 000 ft.) 000 ft.) 000 ft.) (amps) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 8 /0 /0 /0 / MV -0MV -0MV -0MV -05MV -0MV -07MV -08MV -09MV -05MV -0MV -MV -05MV -MV -MV -0MV -MV -MV -075MV -MV SINGLE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 8KV, 00% INSULATION LEVEL Inductive Voltage Single DC AC Size Part Nominal Weight Reactance Drop In Free Triangular Banked Resistance Resistance AWG/ No. Diameter (Lbs./ (ohms/ (Volts/amp/ Air Configuration in Tray at 5 C at 90 C, 0 Hz kcmil mm 7-05 (inches) 000 ft.) 000 ft.) 000 ft.) (amps) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) /0 /0 /0 / MV -9MV -0MV -MV -MV -MV -MV -MV -78MV -MV -7MV -79MV -8MV -9MV -8MV -MV -MV -87MV -MV Ampacity See page 5 for ampacity notes. Manufactured by Nexans AmerCable Fax:

26 7-05 TYPE MMV MEDIUM VOLTAGE CABLE (MV-05) Single Conductor: 5kV kv, 00% & % Levels. Rated 05 C Ampacity: Based on 05 C conductor temperature and 0 C ambient temperature SINGLE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 8KV, % INSULATION LEVEL Ampacity Inductive Voltage Single DC AC Size Part Nominal Weight Reactance Drop In Free Triangular Banked Resistance Resistance AWG/ No. Diameter (Lbs./ (ohms/ (Volts/amp/ Air Configuration in Tray at 5 C at 90 C, 0 Hz kcmil mm 7-05 (inches) 000 ft.) 000 ft.) 000 ft.) (amps) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) /0 /0 /0 / MV -5MV -MV -7MV 5-8MV 70-9MV 8-0MV 09 -MV -MV -MV 9 -MV 78-89MV 89 -MV 7 -MV -90MV 7 -MV -7MV 79-9MV 9-8MV SINGLE CONDUCTOR TYPE MMV MEDIUM VOLTAGE KV, 00% INSULATION LEVEL Ampacity See page 5 for ampacity notes. Inductive Voltage Single DC AC Size Part Nominal Weight Reactance Drop In Free Triangular Banked Resistance Resistance AWG/ No. Diameter (Lbs./ (ohms/ (Volts/amp/ Air Configuration in Tray at 5 C at 90 C, 0 Hz kcmil mm 7-05 (inches) 000 ft.) 000 ft.) 000 ft.) (amps) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) /0 /0 /0 / MV -MV -MV -MV -MV -5MV -98MV -MV -7MV -99MV -8MV -9MV -9MV -0MV -MV -9MV -MV downstream@nexans.com

27 SINGLE CONDUCTOR TYPE MMV MEDIUM VOLTAGE KV, % INSULATION LEVEL Ampacity Inductive Voltage Single DC AC Size Part Nominal Weight Reactance Drop In Free Triangular Banked Resistance Resistance AWG/ No. Diameter (Lbs./ (ohms/ (Volts/amp/ Air Configuration in Tray at 5 C at 90 C, 0 Hz kcmil mm 7-05 (inches) 000 ft.) 000 ft.) 000 ft.) (amps) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) /0 /0 /0 / MV -MV -MV -7MV -8MV -9MV -9MV -70MV -7MV -95MV -7MV -7MV -9MV -7MV -75MV -97MV -7MV Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(9), Volts Ampacity column, for insulated single copper conductor isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in Triangular Configuration are based on NEC 0 Table 0.0(C)(7), Volts Ampacity column, for insulated copper conductor cables isolated triplexed in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Section 9.80(B)() and Table 0.0(C)(9), Ampacity column, maximum conductor temperature of 05 C, ambient air temperature of 0 C. Manufactured by Nexans AmerCable Fax:

28 7-05 TYPE MMV MEDIUM POWER CABLE (MV-05) Three Conductor: 5kV kv, 00% & % Levels. Rated 05 C Conductors Soft annealed flexible stranded tinned copper per IEEE 80 Table. Extruded thermosetting 05 C Ethylene Propylene Rubber (EPR), meeting UL 07. Metallic Shield Composite shield consisting of 0.0" tinned copper braided with nylon providing 0% copper Shielded coverage meeting UL 07. The nylon is colored for easy phase identification (three conductor = black, blue, red) without the need to remove the shield to find an underlying colored tape. Ratings & Approvals UL Listed as Medium Voltage Cable (E) Flame retardance: IEEE 0 & IEC 0 Sunlight Resistant Cable Tray Use (Sizes /0 AWG and larger) 05 C Temperature Rating Voltage Rating 5kV to kv (5kV available on request) Conductor Shield A combination of semi-conducting tape and extruded thermosetting semi-conducting material meeting UL 07. Shield Semi-conducting tape, with overlap, for fast and easy termination meeting UL 07. Grounding Conductor (optional) One uninsulated soft annealed flexible stranded tinned copper conductor per ASTM B and sized according to Table. of UL 07. A black, arctic grade, flame retardant, oil, abrasion, chemical and sunlight resistant thermosetting compound meeting UL 07. Colored jackets for signifying different voltage levels are also available on special request (ie. yellow = 5kV, orange = 8kV and red = kv). Armor (optional) (Optional) 0.0" bronze braid providing 88% minimum coverage. *Cable with grounding conductor can be directly buried. Cable without grounding conductor can be directly buried if installed in a system with a grounding conductor in close proximity that conforms with NEC Section.(A)(5). Sheath (optional) A black, arctic grade, flame retardant, oil, abrasion, chemical, and sunlight resistant thermosetting compound meeting UL 07. Colored jackets for signifying different voltage levels is also available on special request (ie. yellow = 5kV, orange = 8kV and red = kv). APPLICATIONS Nexans AmerCable medium voltage power cables are recommended for use as feeder circuits, in electric utility generating stations, for distribution circuits, and for feeders or branch circuits in industrial and commercial installations. Type MV cables may be installed in wet or dry locations, indoors or outdoors (exposed to sunlight), in any raceway or underground duct, or messengersupported in industrial establishments and electric utilities. Suitable for direct burial.* FEATURES n These cables utilize flexible stranded conductors, braided shields and a braided armor (when armored) which make them very suitable for applications involving repeated flexing and high vibration. n These cables have a small minimum bending radius (xod for unarmored cables and 8xOD for armored cables) for easy installation. n Optional uninsulated grounding conductors sized per UL 07. n The increased flexibility of this cable allows for faster installation times. Hawke Gland Types Unarmored Armored & Sheathed Industrial & Safe Area (IP8) -X Increased Safety EExe / /5/U Explosion Proof Class I, Div. Class I, Div. Class I, Zone Class I, Zone & Flameproof / /5/U EExd Zone & ( liter or < enclosures) ICG 5/U ( liter or > enclosures) Zone & downstream@nexans.com

29 THREE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 5KV, 00/% INSULATION LEVEL THREE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 8KV, 00% INSULATION LEVEL Single Inductive Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Voltage Drop Optional AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (ohms/ (Volts per amp Grounding kcmil mm 7-05 (inches) 000 ft.) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 000 ft.) per 000 ft.) Conductor /0 5 /0 70 /0 8 / MV -MV -MV -MV -5MV -MV -7MV -8MV -9MV -7MV -0MV -MV -75MV -MV -MV -MV -MV -MV -77MV -MV Ampacity Single Inductive Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Voltage Drop Optional AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (ohms/ (Volts per amp Grounding kcmil mm 7-05 (inches) 000 ft.) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 000 ft.) per 000 ft.) Conductor /0 /0 /0 / To order with Grounding Conductor, add G to Part Number.5-7MV -8MV -9MV -0MV 5 -MV 70 -MV 8 -MV 09 -MV -78MV -5MV 9 -MV 78-79MV 89-7MV 7-8MV -80MV 7-9MV -MV 79-8MV 9 -MV Ampacity /0 /0 /0 /0 8 /0 /0 /0 /0 See page 9 for ampacity notes Manufactured by Nexans AmerCable Fax:

30 7-05 TYPE MMV MEDIUM VOLTAGE CABLE (MV-05) Three Conductor: 5kV kv, 00% & % Levels. Rated 05 C Ampacity: Based on 05 C conductor temperature and 0 C ambient temperature THREE CONDUCTOR TYPE MMV MEDIUM VOLTAGE 8KV, % INSULATION LEVEL THREE CONDUCTOR TYPE MMV MEDIUM VOLTAGE KV, 00% INSULATION LEVEL Single Inductive Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Voltage Drop Optional AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (ohms/ (Volts per amp Grounding kcmil mm 7-05 (inches) 000 ft.) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 000 ft.) per 000 ft.) Conductor /0 /0 /0 / MV -MV -MV -5MV -MV -7MV -8MV -9MV -8MV -0MV -MV -8MV -MV -MV -8MV -MV -5MV Ampacity Single Inductive Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Voltage Drop Optional AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (ohms/ (Volts per amp Grounding kcmil mm 7-05 (inches) 000 ft.) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 000 ft.) per 000 ft.) Conductor /0 /0 /0 / To order with Grounding Conductor, add G to Part Number MV -7MV -8MV -9MV -MV -5MV -8MV -5MV -5MV -87MV -5MV -55MV -88MV -5MV Ampacity /0 /0 See page 7 for ampacity notes /0 Ordering Type MMV Medium Voltage Cables Example: Nexans AmerCable conductor power cable Type MMV Prefix kv 00% # AWG Grounding Conductor 7 05 MV G Specific Cable Number (from charts) Ground Conductor G with ground Blank no ground downstream@nexans.com

31 THREE CONDUCTOR TYPE MMV MEDIUM VOLTAGE KV, % INSULATION LEVEL Single Inductive Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Voltage Drop Optional AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (ohms/ (Volts per amp Grounding kcmil mm 7-05 (inches) 000 ft.) (amps) (amps) (ohms/000 ft.) (ohms/000 ft.) 000 ft.) per 000 ft.) Conductor /0 /0 /0 / MV -58MV 5-59MV 70-0MV 8 -MV 09 -MV -9MV -MV 9 -MV 78-9MV 89-5MV 7 -MV -9MV 7-7MV To order with Grounding Conductor, add G to Part Number Ampacity Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(7), Volts Ampacity column, for insulated three conductor copper cable isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Table 0.0(C)(75), Volts Ampacity column, for insulated three conductor copper cable in isolated conduit in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. * Three conductor cables with ground wires are also suitable for VFD applications /0 Closest Equivalent Uninsulated Size Number IEEE 5 Metric Size Conductor AWG/kcmil of Strands Std. Size (mm) Dia. (inches) 8 /0 /0 /0 / MMV Stranding Profile Manufactured by Nexans AmerCable Fax:

32 7-05VFD TYPE MMV-VFD POWER CABLE (MV-05) Three Conductor: 8kV kv % Level Rated 90 C Conductors () Soft annealed flexible stranded tinned copper per IEEE 80 Table. Extruded thermosetting 05 C Ethylene Propylene Rubber (EPR), meeting UL 07. Shield Composite shield consisting of 0.0" tinned copper braided with nylon providing 0% copper Shielded coverage meeting UL 07. The nylon is colored for easy phase identification (three conductor = black, blue, red) without the need to remove the shield to find an underlying colored tape. Conductor Shield A combination of semi-conducting tape and extruded thermosetting semi-conducting material meeting UL 07. Ratings & Approvals n UL Listed as Medium Voltage Cable (E) n Flame retardance: IEEE 0 & IEC 0 n Sunlight Resistant n Cable Tray Use (Sizes /0 AWG and larger) n 05 C Temperature Rating n Voltage Rating 5kV to kv (5kV available on request) Shield Semi-conducting layer meeting UL 07. Symmetrical Insulated Grounding Conductors () Soft annealed flexible stranded tinned copper conductor per IEEE 80 Table. Gexol sized per Table. of UL 07. Color: Green EMI Shield Overall tinned copper braid plus aluminum/ polyester tape provides 00% coverage. A black, arctic grade, flame retardant, oil, abrasion, chemical and sunlight resistant thermosetting compound meeting UL 07. This jacket allows for isolation between the insulation shields and overall shield. Shields can then be terminated on opposite ends to minimize circulating currents. Sheath (optional) A black, arctic grade, flame retardant, oil, abrasion, chemical and sunlight resistant thermosetting compound meeting UL 07. Colored jackets for signifying different voltage levels are also available on special request (orange = 8kV and red = kv). APPLICATIONS A flexible, braid and foil shielded, power cable specifically engineered for use in medium voltage variable frequency AC drive (VFD) applications. FEATURES n Flexible stranded conductors and braided shields. Suitable for applications involving repeated flexing and high vibration. n Small minimum bending radius (8x OD) for easy installation. n has a very low dielectric constant. This allows for longer output cable distances and minimizes common mode current. n Overall braid plus foil shield is engineered with 00% coverage and a surface transfer impedance < milliohms at 0MHz to contain EMI. n Symmetrical insulated ground conductors reduce induced voltage imbalances and carry common mode noise back to the drive. n High strand count conductors and braid shield design is much more flexible, easier to install and more resistant to vibration than Type MC cable. n Severe cold durability: exceeds CSA cold bend/cold impact (-0 C/-5 C). downstream@nexans.com

33 THREE CONDUCTOR TYPE MMV-VFD MEDIUM VOLTAGE 8KV % INSULATION LEVEL Ampacity Single Inductive Voltage Green Insulated Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Drop Grounding AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (Ohms/ (Volts/Amp/ Conductor (x) kcmil mm 7-05 (Inches) 000 Ft.) (Amps) (Amps) (Ohms/000 Ft.) (Ohms/000 Ft.) 000 Ft.) 000 Ft.) Size (AWG) /0 /0 /0 / VFDMV -VFDMV -VFDMV -5VFDMV -VFDMV -7VFDMV -8VFDMV -9VFDMV -8VFDMV -0VFDMV -VFDMV -8VFDMV -VFDMV -VFDMV -8VFDMV -TVFDM THREE CONDUCTOR TYPE MMV-VFD MEDIUM VOLTAGE KV % INSULATION LEVEL Ampacity Single Inductive Voltage Green Insulated Size Nominal Weight In Free Banked DC Resistance AC Resistance Reactance Drop Grounding AWG/ Part No. Diameter (Lbs./ Air in Trays at 5 C at 90 C, 0Hz (Ohms/ (Volts/Amp/ Conductor (x) kcmil mm 7-05 (Inches) 000 Ft.) (Amps) (Amps) (Ohms/000 Ft.) (Ohms/000 Ft.) 000 Ft.) 000 Ft.) Size (AWG) /0 /0 /0 / VFDMV -58VFDMV -59VFDMV -0VFDMV -VFDMV -VFDMV -9VFDMV -VFDMV -VFDMV -9VFDMV -5VFDMV -VFDMV -9VFDMV Stranding Profile: See Page 9 Ordering Type MMV-VFD Medium Voltage Cables Example: conductor MMV-VFD power cable kv # AWG Nexans AmerCable Type MMV-VFD Prefix VFDMV Specific Cable Number (from charts) Manufactured by Nexans AmerCable Fax:

34 CORFLEX MC-HL INSTRUMENTATION 00V PAIRS & TRIADS 00V/000V MARINE SHIPBOARD CABLE Rated 90 C Single or Multiple Individually Shielded Pairs or Triads, Overall Cable Shield Flame-retardant PVC, mils nominal thickness, nylon jacket, mil nominal thickness. 90 C temperature rating, per UL Standard. Shield Aluminum foil/polyester shield helically wrapped to provide 00% coverage and tinned copper drain wire that is two gauge sizes smaller than the circuit conductors. These shields are electrically isolated from each other. Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. Assembly Pairs/triads are cabled in concentric layers with interstices filled with suitable non-hygroscopic fillers, as required. A binder tape of synthetic material assembles the core in an essentially round configuration. Ratings & Approvals Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Overall Cable Shield Aluminum foil/polyester shield helically wrapped to provide 00% coverage. Tinned copper drain wire that is the same size as the circuit conductors. Inner Polyvinyl chloride jacket, over cabled core as per UL9, 90 C temperature rating, with additional resistance to flame spread. A rip cord is laid longitudinally under the jacket to facilitate stripping. Overall black polyvinyl chloride jacket per UL 9, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. Conductor ID Pairs: black/white & number coded Triads: black/red/white & number coded 90 C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations Designated Type MC as per NEC 008 and NEC 0 Article APPLICATION CORFLEX instrumentation cables minimize noise and signal interference to enhance performance in instrumentation, data flow, computer & data logging applications especially in areas where high voltages or high currents are present. FEATURES UL listed as Marine Shipboard Cable (File E89) 00V/000V UL listed as Type MC-HL, 00V (File E709) UL listed insulated conductors Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, ICEA T-9-50 fire test at 0,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MC Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impactand bend tests per UL 9) Temperature rating of 90 C dry and wet C emergency rating and C short circuit rating Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 008 and NEC 0 Article.78 for equipment grounding conductor Minimal noise and signal interference Excellent mechanical and physical properties Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) BEND RADIUS Fixed position: 7 x cable overall diameter During pulling: x cable overall diameter CORFLEX is a registered trademark of Nexans downstream@nexans.com

35 PAIRS WITH INDIVIDUAL AND OVERALL SHIELD 00V 8 AWG (7W) 00V/000V MARINE SHIPBOARD CABLE Nexans Design No No. of Pairs 8 Thickness PVC (mils) Nylon (mils) Nominal Diameter Over Core (inches) Inner Thickness (mils) 0 0 Nominal Diameter Over Inner (inches) Nominal Diameter Over Armor (inches) Outer Thickness (mils) Nominal Diameter Over Outer (inches) Approx. Net Cable Weight (lb/kft) PAIRS WITH INDIVIDUAL AND OVERALL SHIELD 00V AWG (7W) 00V/000V MARINE SHIPBOARD CABLE Nexans Design No No. of Pairs 8 Thickness PVC (mils) Nylon (mils) Nominal Diameter Over Core (inches) Inner Thickness (mils) 0 0 Nominal Diameter Over Inner (inches) Nominal Diameter Over Armor (inches) Outer Thickness (mils) 0 Nominal Diameter Over Outer (inches) Approx. Net Cable Weight (lb/kft) TRIADS WITH INDIVIDUAL AND OVERALL SHIELD 00V AWG (7W) 00V/000V MARINE SHIPBOARD CABLE Nexans No. Design of No. Triads Thickness PVC (mils) Nylon (mils) Nominal Diameter Over Core (inches) Inner Thickness (mils) 0 Nominal Diameter Over Inner (inches) Nominal Diameter Over Armor (inches) Outer Thickness (mils) Nominal Diameter Over Outer (inches) Approx. Net Cable Weight (lb/kft) ELECTRICAL PROPERTIES PAIRS/TRIADS WITH INDIVIDUAL AND OVERALL CABLE SHIELD Capacitance Pairs Triads Conductor Size (AWG) DC Resistance 0 C) Conductor Conductor (pf/ft) Conductor Shield (pf/ft) Conductor Conductor (pf/ft) Conductor Shield (pf/ft) Manufactured by Nexans AmerCable Fax:

36 CORFLEX MC-HL ARMORED POWER & CONTROL 00V MULTI-CONDUCTOR 00V/000V MARINE SHIPBOARD CABLE Rated 90 C Multi-Power Conductors with Bare Ground(s) Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Assembly Conductors are cabled in concentric layers with grounding wire, interstices are filled with suitable non-hygroscopic fillers, as required. A binder tape of synthetic material assembles the core in an essentially round configuration. Overall black polyvinyl chloride jacket per UL 9, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. Conductor ID Multi-conductor AWG to 0 AWG: Method #-E per ICEA S-7-5 Ratings & Approvals Cross-linked polyethylene type XHHW- per UL. Grounding Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Meets or exceeds requirements of NEC Table.. Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. 90 C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL, XHHW- 00V conductors Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations (HL) Dual certified IEEE 80 and UL 9 Type CWCMC Designated Type MC as per NEC 008 and NEC 0 Article Meets CSA C. No. for Aluminum Sheathed Cables Meets CSA C. No. 7 for Hazardous Locations APPLICATION Designed and constructed for the demanding environments of offshore drilling and petroleum facilities located throughout the world requiring a type MC-HL cable. FEATURES UL listed as Marine Shipboard Cable (File E89) 00V/000V UL listed as Type MC-HL, 00V (File E709) UL listed insulated conductors Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, ICEA T-9-50 fire test at 0,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MC Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impact and bend tests per UL 9) Temperature rating of 90 C dry and wet C emergency rating and C short circuit rating Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 008 and NEC 0 Article.78 for equipment grounding conductor Armor provides good EMI shielding so that CORFLEX can be used in certain instrumentation applications when adequately grounded Excellent mechanical and physical properties Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) BEND RADIUS Fixed position: 7 x cable overall diameter During pulling: x cable overall diameter CORFLEX is a registered trademark of Nexans downstream@nexans.com

37 POWER & CONTROL 00V 00V/000V MARINE SHIPBOARD CABLE Nexans Design No No. of Cond. * Conductor Size AWG/ kcmil (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) Thickness (mils) Ground Wire Size AWG (7w) x8(7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) Nominal Diameter Over Core (inches) Nominal Diameter Over Armor (inches) Thickness (mils) Nominal Diameter Over (inches) Approx. Net Cable Weight (lb/kft) DC Resistance 0 C Ω/kft DC Resistance 5 C Ω/kft AC Resistance 90 C 0 Hz Ω/kft Inductive Reactance 90 C Ω/kft@0Hz Voltage Drop Volts/ Amps/kft Ampacities (Note ) 75 C C * (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) x(7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) (7w) * (7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) x(7) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) Notes: ) Ampacities are in accordance with NEC 008 Table 0. or NEC 0 Table 0.(B)() for conductors in raceway or direct buried at C ambient temperature and 90 C conductor temperature. The overcurrent protection shall not exceed amperes for AWG, 0 amperes for AWG, and amperes for 0 AWG copper conductors after any correction factors for ambient temperature and number of conductors have been applied (NEC 008 and NEC 0 Article 0.(D)). For correction factors for different ambient temperatures and ampacities at different conductor temperatures, see NEC 008 Table 0. or NEC 0 Table 0.(B)(). Ampacities for cables having more than three conductors have been derated per NEC 008 Article 0.(B)()(a) or NEC 0 Article 0.(B)()(a). *Three conductor cables with grounds are also suitable for VFD applications. Manufactured by Nexans AmerCable Fax:

38 CORFLEX MC-HL ARMORED COMPOSITE POWER & CONTROL 00V MULTI-CONDUCTOR 00V/000V MARINE SHIPBOARD CABLE Rated 90 C Bare Ground Grounding Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Meets or exceeds requirements of NEC Table.. Assembly Conductors are cabled in concentric layers with grounding wire, interstices are filled with suitable non-hygroscopic fillers, as required. A binder tape of synthetic material assembles the core in an essentially round configuration. Conductor ID Power Conductors 8 AWG and larger: Method # per ICEA S-7-5 Control Conductors, & 0 AWG: Method #-E per ICEA S-7-5 Ratings & Approvals Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Cross-linked polyethylene type XHHW- per UL. Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. Overall black polyvinyl chloride jacket per UL 9, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. 90 C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL, XHHW- 00V conductors Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations (HL) Dual certified IEEE 80 and UL 9 Type CWCMC Designated Type MC as per NEC 008 and NEC 0 Article Meets CSA C. No. for Aluminum Sheathed Cables Meets CSA C. No. 7 for Hazardous Locations APPLICATION Designed and constructed for the demanding environments of offshore drilling and petroleum facilities located throughout the world requiring a type MC-HL cable. FEATURES UL listed as Marine Shipboard Cable (File E89) 00/000V UL listed as Type MC-HL, 00V (File E709) UL listed insulated conductors Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, ICEA T-9-50 fire test at 0,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MC Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impact and bend tests per UL 9) Temperature rating of 90 C dry and wet C emergency rating and C short circuit rating Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 008 and NEC 0 Article.78 for equipment grounding conductor Armor provides good EMI shielding so that CORFLEX can be used in certain instrumentation applications when adequately grounded Excellent mechanical and physical properties Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) BEND RADIUS Fixed position: 7 x cable overall diameter During pulling: x cable overall diameter CORFLEX is a registered trademark of Nexans downstream@nexans.com

39 COMPOSITE POWER & CONTROL 00V 00V/000V MARINE SHIPBOARD CABLE Nexans Design No. Power Conductors No. x Size AWG/ kcmil 9970 x0(7w) x0(7w) x0(7w) x0(7w) 9 x0(7w) 7 x0(7w) Control Conductors No. x Size AWG/ kcmil x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) Ground Wire Size AWG 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) Power Thickness (mils) Control Thickness (mils) Nominal Diameter Over Core (in) Nominal Diameter Over Armor (in) Thickness (mils) Nominal Diameter Over (in) Approx. Net Cable Weight (lbs/kft) DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Ampacities (Note ) 75 C 90 C x8(7w) x8(7w) x8(7w) x8(7w) x8(7w) x8(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) 0(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) 8(7w) 8(7w) 8(7w) 8(7w) 8(7w) 8(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) 8(7w) 8(7w) 8(7w) 8(7w) 8(7w) 8(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) x(7w) (7w) (7w) (7w) (7w) (7w) (7w) Notes: ) Ampacities are based on NEC 0 Table 0.(B)() for not more than three current-carrying conductors (where the th conductor is the neutral of a -phase, wire system) in raceway, cable, or earth (direct buried), based on an ambient temperature of C (8 F). Refer to Table 0.(B)() for the ampacity correction factors where the ambient temperature is other than C (8 F). Manufactured by Nexans AmerCable Fax:

40 CORFLEX MC-HL Power Cable 00V 00V/000V Marine Shipboard Cable Rated 90 C and Power Conductors with Ground(s) Cross-linked polyethylene type XHHW- per UL. Grounding Conductor(s) Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Meets or exceeds requirements of Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. Ratings & Approvals Conductors Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Assembly Conductors are cabled in concentric layers with grounding wire, interstices are filled with suitable non-hygroscopic fillers, as required. A binder tape of synthetic material assembles the core in an essentially round configuration. Overall black polyvinyl chloride jacket per UL 9, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. Conductor ID Sizes AWG to AWG: Method #-E per ICEA S-7-5 Sizes AWG to 0 kcmil: Method # per ICEA S C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL, XHHW- 00V conductors Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations (HL) Dual certified IEEE 80 and UL 9 Type CWCMC Designated Types MC and MC-HL as per NEC 0 Articles, and 5 Meets CSA C. No. for Aluminum Sheathed Cables Meets CSA C. No. 7 for Hazardous Locations Application Designed and constructed for the demanding environments of offshore drilling and petroleum facilities located throughout the world requiring a type MC-HL cable. Features UL listed as Marine Shipboard Cable (File E89) 00V/000V UL listed as Type MC-HL, 00V (File E709) UL listed insulated conductors Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, ICEA T-9-50 fire test at 0,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impact and bend tests per UL 9) Temperature rating of 90 C dry and wet C emergency rating and C short circuit rating Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 0 Article.78 for equipment grounding conductor Excellent mechanical and physical properties Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Three conductor cables have three symmetrical grounding conductors suitable for PWM/VFD and other modern AC drive/motor applications Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) Bend Radius Fixed position: 7X cable overall diameter During pulling: X cable overall diameter CORFLEX is a registered trademark of Nexans downstream@nexans.com

41 POWER CABLE 00V 00V/000V MARINE SHIPBOARD CABLE Cond. Nexans Size Design AWG/ No. kcmil 70 (7w) 777 (7w) 70 (7w) 79 (7w) 70 0(7w) 779 0(7w) 708 8(7w) 775 8(7w) 709 (7w) 77 (7w) 70 (7w) 777 (7w) 70 (7w) 779 (7w) 70 (9w) 9857 (9w) 70 /0(9w) 788 /0(9w) 708 /0(9w) 78 /0(9w) 709 /0(9w) 0 /0(9w) 700 /0(9w) 787 /0(9w) 70 (7w) (7w) 70 (7w) 789 (7w) 70 0(7w) 797 0(7w) No. of Cond. Thickness (mils) Ground Wire Size AWG x8(7w) x(7w) x(7w) x(7w) x(7w) x0(7w) x(7w) x0(7w) x(7w) x8(7w) x(7w) x8(7w) x0(7w) x(7w) x0(7w) x(7w) x0(7w) x(7w) x0(7w) x(7w) x8(7w) x(7w) x8(7w) x(7w) x8(7w) x(7w) x(7w) x(7w) x(7w) x(7w) Nominal Nominal Diameter Diameter Over Over Core Armor (in) (in) Thickness (mils) Nominal Diameter Over (in) Approx. Net Cable Weight (lbs/kft) DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Ampacities (Note ) Notes: ) Ampacities are based on NEC 0 Table 0.(B)() for not more than three current-carrying conductors (where the th conductor is the neutral of a -phase, wire system) in raceway, cable, or earth (direct buried), based on an ambient temperature of C (8 F). Refer to Table 0.(B)() for the ampacity correction factors where the ambient temperature is other than C (8 F). ) Three conductor cables with ground wires are also suitable for VFD applications. 75 C C Manufactured by Nexans AmerCable Fax:

42 CORFLEX MV-05 OR MC-HL MEDIUM VOLTAGE 5KV % INSULATION LEVEL 8KV 00% INSULATION LEVEL Rated 05 C Conductors with Bare Grounds Conductor Bare, annealed copper conforming to ASTM B and Class B Compact stranded in accordance with ASTM B9. Grounding Conductors Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Shield Nonmetallic Extruded semiconducting insulation shield meets or exceeds electrical and physical requirements of UL 07. Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. Ratings & Approvals Conductor Shield Extruded semiconducting conductor shield meets or exceeds electrical and physical requirements of UL 07. EPR meets or exceeds electrical and physical requirements of UL 07. Metallic Shield Bare copper tape shield helically wrapped to provide 00% coverage. Binder Tape Synthetic material assembles the core in an essentially round configuration. Overall yellow polyvinyl chloride jacket per UL 07, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. 05 C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL 07 requirements for medium voltage power cables Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations (MC-HL) Designated Type MC as per NEC 008 and NEC 0 Article meets electrical and physical requirements of ICEA S-9-9/NEMA WC 7 and UL 07 Designated Type MV-05 as per NEC 008 and NEC 0 Article 8 APPLICATION Designed and constructed for the demanding environments of offshore drilling and petroleum facilities located throughout the world requiring a type MV-05 or MC-HL Medium Voltage cable. FEATURES UL listed as Marine Shipboard Cable (File E89) UL listed as Type MV-05 5kV and 8kV (File E90) Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MV/MC (Metal Clad, Medium Voltage) Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impactand bend tests per UL 9) Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 008 and NEC 0 Article.78 for equipment grounding conductor Excellent mechanical and physical properties Minimal noise and signal interference Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) Three symmetrical grounding conductors for PWM/VFD and other modern AC drive/motor applications Phase identification: Color coded (black, red, blue) polyester ribbon laid longitudinally under the copper shield tape BEND RADIUS Fixed position: 7 x cable overall diameter During pulling: x cable overall diameter CORFLEX is a registered trademark of Nexans downstream@nexans.com

43 5KV % INSULATION LEVEL EPR INSULATION: 90 MILS Cond. Nexans Size Part AWG/ No. kcmil 087 (7w) 088 (7w) 089 (7w) 080 (8w) 08 /0(8w) 08 /0(8w) 08 /0(8w) 08 (w) 085 (w) 08 0(w) 087 7(58w) (58w) Cond. Nexans Size Part AWG/ No. kcmil 77 (7w) 7 (7w) 007 (7w) 08 (8w) 8 /0(8w) 707 /0(8w) 709 /0(8w) 9 (w) 0075 (w) 007 0(w) 09 7(58w) 000(58w) Ground Wire Size AWG x 0 x 0 x 0 x 8 x 8 x 8 x x x x x x 8KV 00% INSULATION LEVEL EPR INSULATION: MILS Ground Wire Size AWG x 0 x 0 x 0 x 8 x 8 x 8 x x x x x x Nominal Nominal Diameter Nominal Over (in) Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(7), Volts Ampacity column, for insulated three conductor copper cable isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Table 0.0(C)(75), Volts Ampacity column, for insulated three conductor copper cable in isolated conduit in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities for direct burial are based on NEC 0 Table 0.0(C)(8), Volts Ampacity column, for insulated three conductor copper cable, directly buried, maximum conductor temperature of 05 C, ambient earth temperature of 0 C, 00 percent load factor, earth thermal resistivity of 90 C cm / W. * Three conductor cables with ground wires are also suitable for VFD applications. Nominal Nominal Diameter Nominal Over (in) Diameter Over Core (in) Diameter Over Core (in) Diameter Over Armor (in) Diameter Over Armor (in) Thickness (mils) Thickness (mils) Nominal Diameter Over (in) Nominal Diameter Over (in) Approx. Net Cable Weight (lbs/kft) Approx. Net Cable Weight (lbs/kft) In Air Note Ampacities Cable Tray Note Direct Burial Note DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(7), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Table 0.0(C)(75), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable in isolated conduit in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities for direct burial are based on NEC 0 Table 0.0(C)(8), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable, directly buried, maximum conductor temperature of 05 C, ambient earth temperature of 0 C, 00 percent load factor, earth thermal resistivity of 90 C cm / W. * Three conductor cables with ground wires are also suitable for VFD applications. In Air Note Ampacities Cable Tray Note Direct Burial Note DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Manufactured by Nexans AmerCable Fax:

44 CORFLEX MV-05 OR MC-HL MEDIUM VOLTAGE KV 00% INSULATION LEVEL & % INSULATION LEVEL Rated 05 C Conductors with Bare Ground Conductor Bare, annealed copper conforming to ASTM B and Class B Compact stranded in accordance with ASTM B9. Grounding Conductor Bare, annealed copper conforming to ASTM B and Class B stranded in accordance with ASTM B8. Shield Nonmetallic Extruded semiconducting insulation shield meets or exceeds electrical and physical requirements of UL 07. Armor Continuous corrugated and welded, impervious aluminum sheath with no more than 0.% trace copper providing complete protection against liquid and gas ingress. Provides excellent mechanical protection, additional electrostatic shielding, and serves as an easy means for grounding equipment. Ratings & Approvals Conductor Shield Extruded semiconducting conductor shield meets or exceeds electrical and physical requirements of UL 07. EPR meets or exceeds electrical and physical requirements of UL 07. Metallic Shield Bare copper tape shield helically wrapped to provide 00% coverage. Binder Tape Synthetic material assembles the core in an essentially round configuration. Overall red polyvinyl chloride jacket per UL 07, 90 C temperature rating; low acid gas emission; limited flame spread and excellent corrosion resistance. 05 C Temperature Rating Meets UL 9 and IEEE 80 requirements for Marine Shipboard Cable Meets UL 07 requirements for medium voltage power cables Meets UL 9 requirements for Type MC, Metal Clad cables Meets UL 5 for Hazardous Locations (MC-HL) Designated Type MC as per NEC 008 and NEC 0 Article meets electrical and physical requirements of ICEA S-9-9/NEMA WC 7 and UL 07 Designated Type MV-05 as per NEC 008 and NEC 0 Article 8 APPLICATION CORFLEX is a registered trademark of Nexans Designed and constructed for the demanding environments of offshore drilling and petroleum facilities located throughout the world requiring a type MV-05 or MC-HL Medium Voltage cable. FEATURES UL listed as Marine Shipboard Cable (File E89) UL listed as Type MV-05 kv (File E90) Flame retardant: UL 85 and IEEE 8 vertical tray fire tests at 70,000 BTU/hr, IEC 0- category A fire test, IEEE 0 and CSA FT Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MV/MC (Metal Clad, Medium Voltage) Cables are marked -0 C and are suitable for handling and installation down to -0 C (based on - 0 C impact and bend tests per UL 9) Continuous, impervious aluminum armor corrugated for flexibility, prevents ingress of moisture, gases and liquids Aluminum armor resistance exceeds requirements of the NEC 008 and NEC 0 Article.78 for equipment grounding conductor Excellent mechanical and physical properties Minimal noise and signal interference Sunlight resistant jacket Suitable for direct burial, use in cable tray and embedment in concrete Suitable for Class I, II and III, Divisions & as per NEC 008 and NEC 0 (HL Rated) Phase identification: Color coded (black, red, blue) polyester ribbon laid longitudinally under the copper shield tape BEND RADIUS Fixed position: 7 x cable overall diameter During pulling: x cable overall diameter downstream@nexans.com

45 KV 00% INSULATION LEVEL Nexans Design No Cond. Size AWG/ kcmil (7w) (8w) /0(8w) /0(8w) /0(8w) (w) (w) 0(w) 7(58w) Ground Wire Size AWG /0 Nominal Nominal Diameter Nominal Over (in) Diameter Over Core (in) Diameter Over Armor (in) Thickness (mils) Nominal Diameter Over (in) Approx. Net Cable Weight (lbs/kft) In Air Note Ampacities Cable Tray Note Direct Burial Note DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(7), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Table 0.0(C)(75), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable in isolated conduit in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities for direct burial applications are based on NEC 0 Table 0.0(C)(8), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable, directly buried, maximum conductor temperature of 05 C, ambient earth temperature of 0 C, 00 percent load factor, earth thermal resistivity of 90 C cm / W. KV % INSULATION LEVEL Nexans Design No Cond. Size AWG/ kcmil (7w) (8w) /0(8w) /0(8w) /0(8w) (w) (w) 0(w) Ground Wire Size AWG Nominal Nominal Diameter Nominal Over (in) Diameter Over Core (in) Diameter Over Armor (in) Thickness (mils) Nominal Diameter Over (in) Approx. Net Cable Weight (lbs/kft) In Air Note Ampacities Cable Tray Note Direct Burial Note DC Resist. 0C /kft DC Resist. 5C /kft AC Resist. 90C, 0 Hz /kft Inductive Reactance 90C, 0 Hz /kft Voltage Drop Volts/ Amps/kft Notes: ) Ampacities in air are based on NEC 0 Table 0.0(C)(7), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable isolated in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities in cable tray are based on NEC 0 Table 0.0(C)(75), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable in isolated conduit in air, maximum conductor temperature of 05 C, ambient air temperature of 0 C. ) Ampacities for direct burial applications are based on NEC 0 Table 0.0(C)(8), 0-5,000 Volts Ampacity column, for insulated three conductor copper cable, directly buried, maximum conductor temperature of 05 C, ambient earth temperature of 0 C, 00 percent load factor, earth thermal resistivity of 90 C cm / W. Manufactured by Nexans AmerCable Fax:

46 CORFLEX PULLING INSTRUCTIONS Certain installations require the pulling of CORFLEX into ducts or trays. These installations require careful planning and execution. The following provides information on how to calculate tensions developed during pulling and what precautions to take to prevent damage to the cable. Pulling Tension The maximum tension applied to a cable is limited to prevent damage or distortion of cable components which could reduce the life or reliability of the cable. The method of pulling is significant in that different methods will result in different stresses on critical cable components for the same overall tension. Nexans AmerCable recommends that CORFLEX MC-HL Instrumentation 00V cables are pulled by means of the aluminum sheath and jacket with a grip applied over the jacketed core, sheath and overall jacket. All other CORFLEX cable types described in this catalog should be pulled by means of the conductors, aided with a grip over the outer aluminum sheath. The conductors and the sheath must be pulled together. Maximum allowable pulling tensions for CORFLEX cables should never exceed the values shown in pulling tension table. Calculating Pulling Tensions The tension developed in any Straight Section of duct is calculated as: T = L x W x f lbf where L = section length (feet) W = cable weight per unit length (lb/foot) f = coefficient of dynamic friction The tension developed in any Bend is calculated as: T = T x e fa lbf where T = tension at bend entrance (lbf) e = base of natural logarithms (.788) f = coefficient of dynamic friction a = angle of bend (radians) or e fa is given in the following table for common conditions: Bend Angle f=0. f=0. f=0.5 f= Coefficients of dynamic friction with lubricant are given in the following table for common duct and cable jacket materials. These coefficients can be used for calculation of tensions. Coefficient Duct Type Cable of Friction PVC PVC 0. PE PVC 0. Fiber PVC 0.0 Asbestos Cement PVC 0.70 Considerations must be given to Side Wall Bearing Pressure (SWBP) when pulling CORFLEX through a bend. The SWBP is calculated as follows: SWBP = Pulling Tension Cable at Bend Exit (lbf) Radius of Bend (feet) For CORFLEX, Nexans AmerCable recommends a maximum SWBP of 0 pounds force/foot. During installation of the CORFLEX cable, it is recommended that the bend radii be as noted in the cable descriptions. Pulling in Duct It is extremely important for the success of any pull in duct to use approved lubricants. Lubricants must be compatible with the cable jacket and duct material. Lubricating the pulling rope will decrease the tension on the pulling equipment and more importantly will reduce the risk of damage to the inside of the duct which in turn can damage the cable. When designing the duct layout, it is suggested that the bends be concentrated near the end from which the cable is to be pulled. This practice will result in lower tensions. In some cases, the tensions resulting from alternative directions should be calculated. Pulling in Trays & Trenches For the installation of CORFLEX in trays, rollers are normally used. Using well lubricated rollers and long radius sheaves at bends will result in a lower coefficient of friction when compared to duct. A coefficient of friction of 0. can be used when calculating pulling tension using rollers. For long pulls with bends it may be necessary to install assist pullers before the bends to reduce the tension on the cable entering a bend and reducing the risk of damage from excessive SWBP. The recommendations given above are intended to cover a wide variety of pulling conditions. It is possible, under ideal conditions, and with experienced supervision, to exceed these limits. For further guidance, see IEEE Paper 8 T & D 5-, or contact Nexans AmerCable. downstream@nexans.com

47 CORFLEX CONDUCTOR ID Method #-E per ICEA S-7-5 Conductor Stripe Conductor Stripe st BLACK 9th ORANGE Blue nd RED 0th YELLOW Blue rd BLUE st BROWN Blue th ORANGE nd BLACK Orange 5th YELLOW rd RED Orange th BROWN th BLUE Orange 7th RED Black 5th YELLOW Orange 8th BLUE Black th BROWN Orange 9th ORANGE Black 7th BLACK Yellow 0th YELLOW Black 8th RED Yellow th BROWN Black 9th BLUE Yellow th BLACK Red th ORANGE Yellow th BLUE Red st BROWN Yellow th ORANGE Red nd BLACK Brown th YELLOW Red rd RED Brown th BROWN Red th BLUE Brown 7th BLACK Blue 5th ORANGE Brown 8th RED Blue th YELLOW Brown Method of ICEA S-7-5 Conductor Printing Details Conductor Printing Details st -ONE- 5th 5-FIVE-5 nd -TWO- th -SIX- rd -THREE- 7th 7-SEVEN-7 th -FOUR- 8th 8-EIGHT-8 CORFLEX is a registered trademark of Nexans Manufactured by Nexans AmerCable Fax:

48 7-XXX TYPE RHH OR RHW- 000 VOLTS POWER & CONTROL 90 C Limited Smoke (Sizes /0 and higher) EP/CPE Conductor Bare, annealed copper conforming to ASTM B and Class B stranded, in accordance with ASTM B8 Flame retardant, oil and sunlight resistant Chlorinated Polyethylene (CPE) See below for jacket color options (Special order) Ratings & Approvals Separator Suitable separator tape provides easy stripping of insulation Ethylene-Propylene rubber (EPR) n ICEA S-95-58/NEMA WC-70: Nonshielded Power Cables Rated 000 Volts or Less for the Distribution of Electrical Energy n UL Standard : Thermoset Insulated Wires & Cables, Types RHH, RHW-. UL VW- n UL Standard 85: Vertical Tray Fire propagation and Smoke Release Test for Electrical and optical Fiber Cables. (UL,ST-) n MSHA P-8 n RoHS Compliant APPLICATION Type RHH or RHW- 000 Volt Power and Control Cables are recommended for general power and control applications. These cables may be used in generating plants, substations and industrial plants. Type RHH or RHW- may be used up to 90 C in dry or wet locations. These cables may be installed in wet or dry locations, indoors or outdoors, in raceways, underground ducts, cable tray (size /0 AWG and larger per NEC 9) or lashed to a messenger for aerial installation. FEATURES n A two layer composite of flame retardant, oil and sunlight resistant Chlorinated Polyethylene (CPE) outer layer and Ethylene- Propylene rubber (EPR) inner layer. The composite design provides significant diameter reductions compared to designs using full thickness jackets. n Suitable for continuous operating temperatures of 90 C, wet or dry n Rated RHH, RHW-; /0 AWG and larger listed and marked for CT use n UL listed as Sunlight Resistant n and jacket meet hazardous waste regulations, per Code of Federal Regulations 0 Section (0CFR) for characteristic lead content n Flame Resistance: FT-/IEEE0 for sizes /0 AWG and larger; UL VW- n Meets smoke release and other requirements of Vertical Cable Tray Test UL 85 and is marked ST- for /0 kcmil downstream@nexans.com

49 7-XXX TYPE RHH OR RHW- 000 VOLTS POWER AND CONTROL Part No. 7-XXX- Size AWG/ kcmil Minimum Wires per Conductor Nominal Thickness in. Nominal Thickness in. Nominal Outside Diameter in. Approx. Weight lbs. per,000 ft. *Ampacity 90 C TBD TBD TBD TBD TBD TBD TBD TBD TBD / TBD / TBD / TBD / TBD TBD TBD TBD * Ampacity Calculated with at 90 C conductor temperature and C ambient air, per 0 NEC Table 0.(B)(7) Cable diameters are subject to +/-5% manufacturing tolerance SAVE TIME Order Your RHH or RHW- Cable with Factory Installed Connectors SAVE MONEY Manufactured by Nexans AmerCable Fax:

50 Nexans AmerCable is the leading global manufacturer of jacketed power, control and instrumentation cables for harsh industrial environments. Nexans AmerCable is an ISO 900 certified cable manufacturer that combines leadingedge technology, proven manufacturing techniques and high quality service to deliver the finest cable products available. Our professional field engineering and customer support teams work directly with customers or in partnership with a network of independent distributors to deliver productivity enhancing cable solutions for downstream facilities. WHAT CAN YOU EXPECT FROM NEXANS AMERCABLE? High-Quality Cable with an Emphasis on Safety On-Time Delivery Professional Sales, Support and Service Strategic Inventory Locations Short Lead Times NEXANS AMERCABLE S DOWNSTREAM CABLE PRODUCTS Industrial VFD Foil shielded, power cables engineered for use in variable frequency AC drive applications. Available in several constructions Industrial CIR Crush and Impact Resistant cables without external armoring CORFLEX Type MC-HL Cables Nexans Tray Cables Cables for wet or dry locations in cable trays, raceways, open air or direct burial Nexans Instrumentation Cables 0V & 00V Pairs and Triads 0 West Little York Building # Suite # Houston, TX Fax: downstream@nexans.com 0, AmerCable Incorporated _