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All Categories > Armored Cables > Continuously Welded Corrugated Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL, CWCMC, VFD  
 

Continuously Welded Corrugated Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL, CWCMC, VFD


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CWCAP 1/c

Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL 1/C

(12)

Application

All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 degC, for emergency overload of 130 degC and for short circuit of 250 degC. The cables meet the requirements for application in NEC Class I , Class II and Class III, Div 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding ...

CWCAP 2/c

Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V, Type MC-HL 2/C

(15)

Application

All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 degC, for emergency overload of 130 degC and for short circuit of 250 degC. The cables meet the requirements for application in NEC Class I , Class II and Class III, Div 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding ...

CWCAP 3/c

Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V/1kV, Type MC-HL, CWCMC, VFD 3/C

(15)

Application

All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 degC, for emergency overload of 130 degC and for short circuit of 250 degC. The cables meet the requirements for application in NEC Class I , Class II and Class III, Div 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding ...

CWCAP 4/c

Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V, Type MC-HL, CWCMC 1kV, VFD 4/C

(12)

Application

All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 degC, for emergency overload of 130 degC and for short circuit of 250 degC. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding ...

CWCAP 5/c

Continuously Corrugated Welded Armored Power Cable, FR-XLP Insulation (XHHW-2), 600V, Type MC-HL 5/C

(12)

Application

All cables produced to this specification are recognized by the NEC as 600 Volt Type MC-HL and are suitable for use as described in the code. The conductor temperatures are rated for continuous operation of 90 degC, for emergency overload of 130 degC and for short circuit of 250 degC. The cables meet the requirements for application in NEC Class I, Class II and Class III, Div 1 and 2, Hazardous Locations covered under NEC Articles 501, 502 and 503. The cables are intended for use in industrial applications where aluminum armor protection is necessary. The continuously welded sheath serves to provide a completely moisture impervious barrier for the core as well as providing superior electro static shielding ...

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