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CORFLEX® MC-HL / VFD

Description

Armored Power and Control Cable UL Type MC HL, 600 V, 90°C rated LEAD FREE

Contact

845-469-2141
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Description

Armored Power and Control Cable UL Type MC HL, 600 V, 90°C rated LEAD FREE

Standards

National :  UL 1569; UL 2225; UL 44

Description

Multi-conductor 14 AWG to 10 AWG: Multiple conductors and composites, with ground
wire(s), continuous corrugated aluminum sheath, PVC jacket.

 

Construction

Conductor: Bare, annealed copper conforming to ASTM B3 and Class B stranded in
accordance with ASTM B8.


Insulation: Cross linked polyethylene type XHHW-2 per UL 44.


Assembly: Conductors are cabled in concentric layers with or without grounding wire
(s), interstices are filled with suitable non-hygroscopic fillers, as required. A binder tape
of synthetic material assembles the core in an essentially round configuration.


Armor: Continuous corrugated aluminum sheath with no more than 0.2% trace copper
providing complete protection against liquid & gas ingress. It also provides excellent
mechanical protection, additional electrostatic shielding, and serves as an easy means
of grounding equipment.


Jacket: Overall black polyvinyl chloride jacket per UL 1569, 90ºC temperature rating;
low gas emission; limited flame spread and excellent corrosion resistance.


Conductor Identification

 

Power and control:
Multi-conductor 14 AWG to 10 AWG: Method #1-E2 per ICEA S-73-532
3 conductor 8 AWG to 2 AWG: Method #1-E2 per ICEA S-73-532,
3 conductor 1 AWG to 500 kcmil: Method 4 per ICEA S-73-532
2 & 4 conductor 8 AWG to 750 kcmil: Method #4 per ICEA S-73-532

 

Composite power and control:
Power conductors: Method #4 per ICEA S-73-532
Control conductors: Method #1-E2 per ICEA S-73-532


Bending Radius
Fixed position: 7 x cable overall diameter
During pulling: 12 x cable overall diameter


Specifications
• Meets UL 44, XHHW-2 600 V conductors
• Meets UL 1569 requirements for Type MC, Metal Clad cables
• Meets UL 2225 for Hazardous Locations
• Designated Type MC as per NEC Article 330
• Meets CSA C22.2 No. 123-08 for Aluminum Sheathed Cables
• Meets CSA C22.2 No. 174-M1984 for Hazardous Locations
• Marked “MC-HL” for installation and use in Class I Division 1 & 2, Class II Division 1 & 2, and Class III Hazardous Locations

Related documents

Characteristics

Construction characteristics
Conductor materialCopper
Electrical characteristics
Maximum operating voltage600V
Specific characteristics
See all products
  • Conductor cross-section (AWG)

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31 products available

Selected item(s): Apply
Part Number Country ref. Description Conductor cross-section (AWG)
  12000062 318469 12C12(7)TYPEMC HL 600V 1X12GRD 12
  12000059 318378 12C14(7)TYPEMC HL 600V 1X14GRD 14
  12000060 318394 19C14(7)TYPEMC HL 600V 1X14GRD 14
  12001823 670153 3C1/0(19)MCHL600V3X10GDRA90VFD 1/0
  12001846 670146 3C10(7) MC HL 600V 3X14GRD VFD 12
  12001845 670144 3C12(7) MC HL 600V 3X16GRD VFD 12
  12002276 317941 3C12(7)&4C14(7)TYPMCHL600VGRD 12
  12001844 670142 3C14(7)MCHL600V3X18GRD VFD 14
  12001850 670151 3C2(7)CFXMCHL600V3X10GRD UL 2
  12001838 670118 3C2/0(19)MCHL600V3X10GD VFD 2/0
  12001841 670121 3C250(37)MCHL600V3X8GRD VFD 250
  12001839 670119 3C3/0(19)MC HL 600V 3X8GRD VFD 2/0
  12001842 670122 3C350(37)MCHL600V3X6GRD VFD 350
  12001849 670150 3C4(7)CFXMCHL600V3X12GRD UL 4
  12001840 670120 3C4/0(19)MCHL600V3X8GRD VFD 3/0
  12001843 670123 3C500(37)MCHL600V3X6GRD VFD 500
  12001848 670149 3C6(7)CFXMCHL600V3X12GRD ULCSA 6
  12001847 670148 3C8(7)CFXMCHL600V3X14GRDVFD 8
  12000049 317719 4C10(7)TYPEMC HL 600V 1X10GRD 10
  12000048 317693 4C12(7)CFX MC HL 600V 1X12GRD 12
  12000047 317677 4C14(7)TYPE MC HL 600V 1X14GRD 14
  12000052 317792 4C2(7)TYPEMC HL 600V 1X6GRD 2
  12000053 317834 4C2/0(19)TYPEMC HL 600V 1X6GRD 2/0
  12000054 317867 4C4/0(19)TYPEMC HL 600V 1X4GRD 4/0
  12000055 317917 4C500(37)TYPEMC HL 600V 1X2GRD 500
  12000051 317750 4C6(7)TYPEMC HL 600V 1X8GRD 6
  12000050 317735 4C8(7)TYPE MC HL 600V 1X10GRD 8
  12000056 318345 5C14(7)TYPEMC HL 600V 1X14GRD 14
  12000061 318444 7C12(7)TYPEMC HL 600V 1X12GRD 12
  12000057 318352 7C14(7)TYPEMC HL 600V 1X14GRD 14
  12000058 318360 9C14(7)TYPEMC HL 600V 1X14GRD 14
Selected item(s) : Apply

Docs and info

MULTICONDUCTORS, WITH BARE GOUND(S) ELECTRICAL DATA

Part
Number

# of
Cond.

Cond.
Size
AWG/
kcmil


DC 
Resistance

AC 
Resistance
90ºC, 
60 Hz 
Ω/kft

Inductive
 Reactance
(Ω/kft@
60Hz)

Voltage 
Drop
V/(A.Kft)

Ampacities
Note 1

20ºC
 Ω/kft

25ºC 
Ω/kft

75ºC

90ºC

*12001844

3

14(7w)

2.5553

1.0000

3.2583

0.0376

2.9489

15

15

*12000047

4

14(7w)

2.5553

0.6488

3.2583

0.0376

2.9489

15

15

*12000056

5

14(7w)

2.5553

2.6064

3.2583

0.0497

2.9542

15

15

*12000057

7

14(7w)

2.5553

2.6064

3.2583

0.0545

2.9566

14

15

*12000058

9

14(7w)

2.5553

2.6064

3.2583

0.0596

2.9585

14

15

*12000059

12

14(7w)

2.5553

2.6064

3.2583

0.0641

2.9604

10

13

*12000060

19

14(7w)

2.5553

2.6064

3.2583

0.0694

2.9627

10

13

 

 

 

 

 

 

 

 

 

 

*12001845

3

12(7w)

1.6082

1.6404

2.0506

0.0353

1.8610

20

20

*12000048

4

12(7w)

1.6082

1.6404

2.0506

0.0353

1.8610

20

20

*12000061

7

12(7w)

1.6082

1.6404

2.0506

0.0526

1.8685

18

20

*12000062

12

12(7w)

1.6082

1.6404

2.0506

0.0620

1.8726

13

15

 

 

 

 

 

 

 

 

 

 

*12001846

3

10(7w)

1.0118

1.2902

1.2902

0.0332

1.1756

30

30

*12000049

4

10(7w)

1.0118

1.2902

1.2902

0.0332

1.1756

28

30

* Stock Item

Notes:
1) Ampacities are in accordance with NEC Table 310.15(B)(16) for conductors 
in raceway or direct buried at 30°C ambiant temperature and 90°C conductor 
temperature.  The overcurrent protection shall not exceed 15 amperes for 
14 AWG, 20 amperes for 12 AWG, and 30 amperes for 10 AWG copper 
conductors after any correction factors for ambient temperature and number 
of conductors have been applied (NEC Article 240.4(D). For correction factors 
for different ambient temperatures and ampacities at different conductor 
temperatures, see NEC Table 310.15(B)(16). Ampacities for cables having 
more than three conductors have been derated per NEC Article 310.15(B)(3)(a).

2) Three conductor cables with 3 grounds are also suitable for VFD applications.

MULTICONDUCTORS, WITH BARE GOUND(S) PHYSICAL DATA

Part Number 

# of
Cond.

Cond.
Size
AWG/
kcmil

Insulation
Thickness
mils

Ground
Wire
Size
AWG

Nominal
Diameter
over Core (in) 

Nominal
Diameter
over Sheath (in) 

Jacket
Thickness
mils

Nominal
Diameter
over
Jacket (in)

Approx. Net
Cable
Weight
(lb/kft)

 

 

 

12001844

3

14(7w) 

30

3x18(7w) 

0.39

0.555

50

0.66

200

 

12000047

4

14(7w) 

30

14(7w) 

0.336

0.503

50

0.606

191

 

12000056

5

14(7w) 

30

14(7w) 

0.366

0.532

50

0.635

212

 

12000057

7

14(7w) 

30

14(7w) 

0.417

0.601

50

0.704

263

 

12000058

9

14(7w) 

30

14(7w) 

0.486

0.645

50

0.748

307

 

12000059

12

14(7w) 

30

14(7w) 

0.56

0.783

50

0.887

388

 

12000060

19

14(7w) 

30

14(7w) 

0.669

0.921

50

1.028

572

 

 

 

 

 

 

 

 

 

 

 

12001845

3

12(7w) 

30

3x16(7w) 

0.34

0.555

50

0.66

226

 

12000048

4

12(7w) 

30

12(7w) 

0.385

0.55

50

0.653

239

 

12000061

7

12(7w) 

30

12(7w) 

0.478

0.64

50

0.744

338

 

12000062

12

12(7w) 

30

12(7w) 

0.639

0.828

50

0.932

502

 

 

 

 

 

 

 

 

 

 

 

12001846

3

10(7w) 

30

3x14(7w) 

0.45

0.62

50

0.725

312

 

12000049

4

10(7w) 

30

10(7w) 

0.448

0.621

50

0.724

319

 

 

 

 

 

 

 

 

 

 

 

 

3 CONDUCTORS WITH 3 BARE GROUNDS* ELECTRICAL DATA

Part
Number

Cond.
Size
AWG/
kcmil

Ground
Wire 
Size
AWG

DC 
Resistance

AC 
Resistance
90ºC, 
60 Hz Ω/kft

Inductive
 Reactance
(Ω/kft
@60Hz)

Voltage 
Drop
V/(A.Kft)

Ampacities
Note 1

20ºC Ω/kft

25ºC Ω/kft

75ºC

90ºC

12001844

14(7w)

3x18(7w)

2.5553

2.6064

3.2583

0.0376

2.9489

15

15

12001845

12(7w)

3x16(7w)

1.6082

1.6404

2.0506

0.0353

1.8610

20

20

12001846

10(7w)

3x14(7w)

1.0118

1.0320

1.2902

0.0332

1.1756

30

30

*12001847

8(7w)

3x14(7w)

0.6361

0.6488

0.8111

0.0348

0.7452

50

55

*12001848

6(7w)

3x12(7w)

0.4002

0.4082

0.5104

0.0329

0.4737

65

75

*12001849

4(7w)

3x12(7w)

0.2516

0.2566

0.3209

0.0312

0.3024

85

95

*12001850

2(7w)

3x10(7w)

0.1574

0.1605

0.2009

0.0299

0.1938

115

130

*12001823

1/0(19w)

3x10(7w)

0.0999

0.1019

0.1278

0.0281

0.1272

150

170

*12001838

2/0(19w)

3x10(7w)

0.0797

0.0813

0.1021

0.0280

0.1041

175

195

*12001839

3/0(19w)

3x8(7w)

0.0629

0.0642

0.0808

0.0275

0.0847

200

225

*12001840

4/0(19w)

3x8(7w)

0.0497

0.0507

0.0641

0.0271

0.0695

230

260

*12001841

250(37w)

3x8(7w)

0.0424

0.0432

0.0584

0.0263

0.0608

255

290

*12001842

350(37w)

3x6(7w)

0.0301

0.0307

0.0395

0.0263

0.0470

310

350

*12001843

500(37w)

3x6(7w)

0.0212

0.0216

0.0290

0.0250

0.0367

380

430

*Stock Item

Notes:
1) Ampacities are based on NEC Table 310.15(B)(16) for not more than three
 current-carrying conductors in raceway, cable, or earth (direct buried), based on 
an ambient temperature of 30°C (86°F). Refer to NEC Table 310.15(B)(2) for the 
ampacity correction factors where the ambient temperature is other than 30°C (86°F).
2) Three conductor cables with 3 ground wires are also excellent for use with variable
 frequency drives.  In addition to UL, these 3-conductor constructions are also certified 
to CSA C22.2 No. 123 and CSA C22.2 No. 174.

3 CONDUCTORS WITH 3 BARE GROUNDS* PHYSICAL DATA

Part Number 

Cond.
Size
AWG/
kcmil

Insulation
Thickness
mils

Ground
Wire
Size
AWG

Nominal
Diameter
over Core (in) 

Nominal
Diameter
over Sheath (in) 

Jacket
Thickness
mils

Nominal
Diameter
over
Jacket (in)

Approx. Net
Cable
Weight
(lb/kft)

 

 

 

12001844

14(7w) 

30

3x18(7w) 

0.390

0.555

50

0.660

200

 

12001845

12(7w) 

30

3x16(7w) 

0.340

0.555

50

0.660

226

 

12001846

10(7w) 

30

3x14(7w) 

0.450

0.620

50

0.725

312

 

*12001847

8(7w) 

45

3x14(7w) 

0.520

0.750

50

0.838

413

 

*12001848

6(7w) 

45

3x12(7w) 

0.600

0.802

50

0.905

542

 

*12001849 

4(7w) 

45

3x12(7w) 

0.700

0.937

50

1.039

735

 

*12001850 

2(7w) 

45

3x10(7w) 

0.830

1.127

50

1.232

1097

 

*12001823

1/0(19w) 

55

3x10(7w) 

1.040

1.350

50

1.473

1592

 

*12001838

2/0(19w) 

55

3x10(7w) 

1.126

1.422

50

1.510

1882

 

*12001839

3/0(19w) 

55

3x8(7w) 

1.250

1.606

60

1.739

2400

 

*12001840

4/0(19w) 

55

3x8(7w) 

1.360

1.734

60

1.867

2910

 

*12001841

250(37w) 

65

3x8(7w) 

1.477

1.925

60

2.058

3316

 

*12001842

350(37w) 

65

3x6(7w) 

1.685

2.028

60

2.162

4375

 

*12001843

500(37w) 

65

3x6(7w) 

1.954

2.340

75

2.504

6026

 

*Stock Item 

 

 

 

 

 

 

 

 

 

4 CONDUCTORS WITH 1 BARE GROUND ELECTRICAL DATA

Part
Number

Cond.
Size
AWG/
kcmil

Ground
Wire 
Size
AWG

DC 
Resistance

AC 
Resistance
90ºC, 
60 Hz Ω/kft

Inductive
 Reactance
(Ω/kft
@60Hz)

Voltage 
Drop
V/(A.Kft)

Ampacities
Note 1

20ºC
Ω/kft

25ºC 
Ω/kft

75ºC

90ºC

12000047

14(7w)

14(7w)

2.5553

2.6064

3.2583

0.0375

2.9307

15

15

12000048

12(7w)

12(7w)

1.6082

1.6404

2.0506

0.0353

1.8510

20

20

12000049

10(7w)

10(7w)

1.0118

1.0320

1.2902

0.0332

1.1758

30

30

*12000050

8(7w)

10(7w)

0.6361

0.6488

0.8111

0.0348

0.7472

50

55

*12000051

6(7w)

8(7w)

0.4002

0.4082

0.5104

0.0329

0.4737

65

75

*12000052

2(7w)

6(7w)

0.1574

0.1605

0.2009

0.0299

0.1938

115

130

*12000053

2/0(19w)

6(7w)

0.0790

0.0806

0.1011

0.0281

0.1033

175

195

*12000054

4/0(19w)

4(7w)

0.0497

0.0507

0.0641

0.0271

0.0694

230

260

*12000055

500(37w)

2(7w)

0.0212

0.0216

0.0282

0.0250

0.0363

380

430

*Stock Item

Notes:
1) Ampacities are based on NEC Table 310.15(B)(16) for not more than three 
current-carrying conductors (where the 4th conductor is the neutral of a 3-phase, 
4 wire system) in raceway, cable, or earth (direct buried), based on an ambient 
temperature of 30°C (86°F). Refer to NEC Table 310.15(B)(2) for the ampacity 
correction factors where the ambient temperature is other than 30°C (86°F).

4 CONDUCTORS WITH 1 BARE GROUND PHYSICAL DATA

Part Number 

Cond.
Size
AWG/
kcmil

Insulation
Thickness
mils

Ground
Wire
Size
AWG

Nominal
Diameter
over Core (in) 

Nominal
Diameter
over Sheath (in) 

Jacket
Thickness
mils

Nominal
Diameter
over
Jacket (in)

Approx. Net
Cable
Weight
(lb/kft)

 

 

 

12000047

14(7w)

30

14(7w) 

0.336

0.503

50

0.606

191

 

12000048

12(7w)

30

12(7w) 

0.396

0.549

50

0.652

245

 

12000049

10(7w)

30

10(7w) 

0.450

0.620

50

0.730

320

 

*12000050

8(7w)

45

10(7w) 

0.585

0.795

50

0.900

465

 

*12000051

6(7w)

45

8(7w) 

0.680

0.930

50

1.027

675

 

*12000052

2(7w)

45

6(7w) 

0.927

1.214

50

1.320

1332

 

*12000053

2/0(19w)

55

6(7w) 

1.041

1.361

50

1.466

1628

 

*12000054

4/0(19w)

55

4(7w) 

1.134

1.427

50

1.525

1922

 

*12000055

500(37w)

55

2(7w) 

1.356

1.730

60

1.865

2975

 

*Stock Item 

 

 

 

 

 

 

 

 

 

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Selling information

Product features
• UL approved cables Type MC, 600 V; File No. E47409
• UL approved insulated conductors
• Cables pass UL 1685 and IEEE 383 vertical tray fire tests at 70,000 BTU/hr, ICEA
T-29-520 fire test at 210,000 BTU/hr, IEC 332-3 category A fire test, IEEE 1202 and
CSA FT4
• Cables are American Bureau of Shipping (ABS) listed as CWC MC Type MC
• Cables exhibit a low temperature rating of -40ºC impact and –40ºC bend with
suitable precautions
• Temperature rating of 90ºC dry and wet
• 130ºC emergency rating & 250ºC short circuit rating
• Continuous, impervious metallic sheath corrugated for flexibility, prevents ingress of
moisture, gases and liquids
• Aluminum sheath cross-section exceeds requirements of the NEC Section 250.122
for grounding conductor
• Sheath provides good electronic shielding so that Corflex® can be used in certain
instrumentation applications when adequately grounded
• Excellent mechanical & physical properties
• Sunlight resistant jacket
• Suitable for direct burial and use in cable tray and embedment in concrete
• LEAD FREE

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