Electrical Power Cable <TUCANA>

Product Name: Power Cables <TUCANA>

Keywords: 

power cable, 

industrial power cable,

power cable supplier, 

power cable distributor,

power cable exporter,

power cable wholesale,

high voltage power cable,

low voltage power cable (<600V),

power cable for industrial application,

IEC certified power cable

Catalogue

Category B: PVC Wires and Cables

B1: 600V Polyvinyl Chloride Insulated Wire (IV)

B2 600V PVC Insulated and Coated Cable (VV)

B3 600V PVC Insulated and PVC Coated Control Cable (CVV)

B4 600V PVC Insulated PVC Copper Tape Shielded Control Cable (CVV-S)

B5 600V Heat-Resistant PVC Insulated Wire (HIV)

Category C: Cross-linked Polyethylene Power Cables

C1 Cross-linked Polyethylene Power Cable

Category D: 600V TO 15kV EPRN Power Cables

D1 600V TO 15kV EPRN Power Cable

D2 2PNCT Power Cable

D3 600V Chlorosulfonated Polyethylene (Hybalon) Insulated Wire (LHH) for Lead-Out

D4 600V EPR Rubber Insulated Leads (LP)

Category E: Fire-resistant and Heat-resistant Wires and Cables

E1: Round 600V XLPE insulated PVC-coated fire-resistant cable (FR-CV)

E2 Round 600V XLPE Insulated LSHF Coated Fire-Resistant Cable (FR-CL)

E3 Round 600V XLPE Insulated PVC-coated Heat-Resistant Cable (HR-CV)

Category F: Low-smoke and Non-toxic Wires and Cables

F1 600V XLPE/LSHF Flexible Cable (single Core)

F2 Cross-linked polyethylene insulated (steel wire armored) low smoke non-toxic outer sheath cable

Contents:

Category B: PVC Wires and Cables

B1: 600V Polyvinyl Chloride Insulated Wire (IV)

Nominal voltage below 600V, polyvinyl chloride insulated wire (marked IV), used for fixed circuit wiring of general electrical equipment, conforming to CNS 679 standard.

Product Introduction

Application: 600V polyvinyl chloride insulated wire (marked: IV), used for fixed wiring in buildings and equipment. Conforms to CNS 679 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – Polyvinyl chloride (PVC)

Features

Polyvinyl chloride (PVC) is a highly insulating polymer with excellent abrasion resistance and weather resistance. This product has obtained the National Quality Certification Mark No. 6040 and domestic sales verification registration.

B2 600V PVC Insulated and Coated Cable (VV)

Nominal voltage 600V (inclusive) and below, PVC insulated and coated cable (marked VV), used for wiring of electrical equipment, conforming to CNS 3301 standard.

Product Introduction

Application: Nominal voltage 600V (inclusive) and below, PVC insulated and coated cable (marked VV), used for wiring of electrical equipment, conforming to CNS 3301 standard.

Construction: (1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – PVC

(3) Two or more cores, filled and twisted with appropriate wrapping

(4) Coating – PVC.

Features

Polyvinyl chloride (PVC) is a highly insulating polymer with high insulation, abrasion resistance, and weather resistance. This product has obtained the National Quality Certification Mark No. 6042 and Domestic Sales Verification Registration.

B3 600V PVC Insulated and PVC Coated Control Cable (CVV)

Nominal voltage below 600V, PVC insulated and coated control cable (marked CVV), used for control circuit wiring, conforming to CNS 4898 standard.

Product Introduction

Applications:

Nominal voltage below 600V, PVC insulated and coated control cable (marked CVV), used for control circuit wiring, conforming to CNS 4898 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – PVC

(3) Two or more cores, filled and twisted with appropriate wrapping

(4) Sheath – PVC.

Features

Polyvinyl chloride (PVC) is a highly insulating polymer with high insulation, abrasion resistance, and weather resistance. It has received national quality certification mark No. 6886.

B4 600V PVC Insulated PVC Copper Tape Shielded Control Cable (CVV-S)

Control cables with a nominal voltage of 600V or below, PVC insulated and copper tape shielded (marked CVV-S), are used for control circuit wiring and comply with CNS 12726 specifications. Product Introduction

Applications:

Control cables with nominal voltage below 600V, PVC insulated and copper-tape shielded

(Marked CVV-S) Used for control circuit wiring, conforming to CNS 12726 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – PVC

(3) Two or more cores, filled stranded and appropriately wrapped

(4) Copper tape shielding

(5) Sheath – PVC.

Features

Polyvinyl chloride (PVC) is a highly polymerized material with high insulation, abrasion resistance, and weather resistance. It is wrapped with a layer of copper tape as a shielded control cable.

B5 600V Heat-Resistant PVC Insulated Wire (HIV)

Heat-resistant PVC insulated wire (marked HIV) with nominal voltage below 600V, used for fixed wiring of electrical machinery and motors, conforming to CNS 8379 standard.

Product Introduction

Applications:

Heat-resistant PVC insulated wire (marked HIV) with a nominal voltage below 600V, used for fixed wiring of electrical machinery and motors, conforming to CNS 8379 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – Heat-resistant PVC.

Features

Polyvinyl chloride (PVC) is a highly polymeric material with high insulation, abrasion resistance, and weather resistance, as well as heat resistance. Its quality has been verified and registered for domestic sales.

Classification C Cross-linked Polyethylene Power Cable

C1 Cross-linked Polyethylene Power Cable

Nominal voltage 600V~25kV, cross-linked PE insulated PVC-coated cable (marked CV), used for wiring in power transmission and distribution systems, conforming to CNS 2655 standard.

Product Introduction

Applications:

Nominal voltage 600V~25kV, cross-linked PE insulated PVC-coated cable (marked CV), used for wiring in power transmission and distribution systems, conforming to CNS 2655 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire 

(2) Conductor shielding layer (voltage greater than 2 kV) 

(3) Insulation – XLPE 

(4) Insulator shielding layer (voltage greater than 2 kV) 

(5) Copper tape shielding (voltage greater than 2 kV) 

(6) Two or more cores filled stranded and appropriately wrapped 

(7) Coated – PVC.

Features:

600V~25kV cross-linked PE cable, awarded National Quality Certification Mark No. 6041.

Category D 600V TO 15kV EPRN Power Cable

D1 600V TO 15kV EPRN Power Cable

Nominal voltage 600V~15kV EPR (ethylene propylene rubber) insulated Neoprene (chloroprene) coated power cable (marked EPRN) for wiring in electrical equipment, conforming to ICEA standards.

Product Introduction

Applications:

Nominal voltage 600V~15kV EPR (ethylene propylene rubber) insulated Neoprene (chloroprene) coated power cable (marked EPRN) for wiring in electrical equipment, conforming to ICEA standards.

Construction: 

(1) Conductor – Tinned or untinned soft copper stranded wire 

(2) Conductor shielding (voltage greater than 2kV) 

(3) Insulation – EPR 

(4) Insulator shielding (voltage greater than 2kV) 

(5) Tinned copper tape shielding (voltage greater than 2kV) 

(6) Two or more cores filled stranded and appropriately wrapped 

(7) Sheath – Neoprene.

Features

EPRN power cables are used in power distribution systems. They have excellent insulation resistance, excellent impact resistance, bending resistance, abrasion resistance and tensile properties, as well as good oil resistance, chemical resistance, heat resistance and weather resistance.

D2 2PNCT Power Cable

Nominal voltage below 600V, two types of EPR (ethylene propylene rubber) insulated and Neoprene (chloroprene) sheathed flexible cable (marked 2PNCT), conforming to CNS 10741 standard.

Product Introduction

Applications:

Flexible cables (marked 2PNCT) with EPR (ethylene propylene rubber) insulation and Neoprene (chloroprene) sheath, rated for voltages below 600V, conforming to CNS10741 standards.

Construction: 

(1) Conductor – Tinned flexible soft copper stranded wire 

(2) Insulation – EPR 

(3) Two or more cores filled and appropriately wrapped 

(4) Sheath – Neoprene.

Features:

2PNCT is used for flexible portable electrical equipment. This EPR-insulated, Neoprene-sheathed portable cable offers excellent flexibility, withstands impact, bending, abrasion, and tensile stress, and exhibits excellent oil resistance, chemical resistance, heat resistance, and weather resistance. D3 600V Chlorosulfonated Polyethylene (Hybalon) Insulated Wire (LHH) for Lead-Out

D3 600V Chlorosulfonated Polyethylene (Hybalon) Insulated Wire (LHH) for Lead-Out

Nominal voltage below 600V, Hybalon (chlorosulfonated polyethylene) rubber insulated lead-out wire (marked LHH), used for lead-out wires of generators, motors and other motors, conforming to CNS 5747 standard.

Product Introduction

Applications:

Nominal voltage below 600V, Hybalon (chlorosulfonated polyethylene) rubber insulated lead-out wire (marked LHH), used for lead-out wires of generators, motors and other motors, conforming to CNS 5747 standard.

Construction: 

(1) Conductor – Tinned or untinned flexible copper stranded wire 

(2) Insulation – Hybalon.

Features

Chlorosulfonated polyethylene (Hybaron rubber) insulated leads have good flexibility, can withstand impact, bending, abrasion and tensile stress, and have excellent oil resistance, chemical resistance, heat resistance and weather resistance.

D4 600V EPR Rubber Insulated Leads (LP)

Nominal voltage below 600V, EPR rubber insulated leads (marked LP) are used for electrical tool leads and comply with CNS 5747 specifications.

Product Introduction

Applications:

Nominal voltage below 600V, EPR rubber insulated leads (marked LP) are used for electrical tool leads and comply with CNS 5747 specifications.

Construction: 

(1) Conductor – Tin-plated or unplated flexible copper stranded wire 

(2) Insulation – EPR.

Features

EPR rubber-insulated leads have excellent flexibility, capable of withstanding impact, bending, abrasion, and tensile stress. They also possess excellent oil resistance, chemical resistance, heat resistance, and weather resistance.

Classification E: Fire-resistant and heat-resistant wires and cables

E1: Round 600V XLPE insulated PVC-coated fire-resistant cable (FR-CV)

Nominal voltage below 600V, mica-coated XLPE insulated PVC-coated fire-resistant cable (marked FR-CV), used for fire protection system wiring, conforming to CNS 11359 standard.

Product Introduction

Applications:

Nominal voltage below 600V, mica-coated XLPE insulated PVC-coated fire-resistant cable (marked FR-CV), used for fire protection system wiring, conforming to CNS 11359 standard.

Construction: 

(1) Conductor – Soft copper stranded wire or single wire 

(2) Fire-resistant mica tape 

(3) Insulation – XLPE 

(4) Two or more cores filled and stranded with appropriate wrapping tape 

(5) Sheath – PVC.

Features

The 600V mica-coated XLPE insulated PVC-coated fire-resistant cable (FR-CV) has passed the 950℃×90min fire resistance test (IEC 60331) or the 840℃×30min fire resistance test (CNS 11174), and has obtained the Ministry of the Interior's type approval certificate for fire-fighting equipment and materials, and has been awarded National Quality Certification No. 6403. E2 Round 600V XLPE Insulated LSHF Coated Fire-Resistant Cable (FR-CL)

E2 Round 600V XLPE Insulated LSHF Coated Fire-Resistant Cable (FR-CL)

Nominal voltage below 600V, mica-coated XLPE insulated low-smoke non-toxic (LSHF) coated fire-resistant cable (marked HR-CL), used for fire equipment wiring, referring to CNS 11359 standard

Product Introduction

Application:

Nominal voltage below 600V, mica-coated XLPE insulated low-smoke non-toxic (LSHF) coated fire-resistant cable (marked HR-CL), used for fire equipment wiring, referring to CNS 11359 standard.

Construction: 

(1) Conductor – soft copper stranded wire or single wire 

(2) Fire-resistant mica tape 

(3) Insulation – XLPE 

(4) Two or more cores filled and twisted with appropriate wrapping 

(5) Coated – LSHF.

Features

600V mica-coated XLPE insulated PVC-coated fire-resistant cable (FR-CV) has passed the 950℃×90min fire resistance test (IEC 60331) or the 840℃×30min fire resistance test (CNS 11174), and has obtained the Ministry of the Interior's type approval certificate for fire-fighting equipment and materials, and has been awarded National Quality Certification No. 6403.

E3 Round 600V XLPE Insulated PVC-coated Heat-Resistant Cable (HR-CV)

With a nominal voltage of 600V or below, this XLPE insulated PVC-coated heat-resistant cable (marked HR-CV) is used for wiring in fire-fighting equipment control circuits and conforms to CNS 11175 specifications.

Product Introduction

Applications:

XLPE insulated PVC-coated heat-resistant cable (marked HR-CV) with a nominal voltage below 600V, used for wiring in control circuits of fire-fighting equipment, conforming to CNS 11175 standard.

Construction:

(1) Conductor – Soft copper stranded wire or single wire

(2) Insulation – XLPE

(3) Two or more cores filled and stranded with appropriate wrapping

(4) Coating – PVC. Features

The 600V mica-coated XLPE insulated low-smoke non-toxic (LSHF) fire-resistant cable (FR-CL) has passed the 750℃×90min fire resistance test (IEC60331) or the 840℃×30min fire resistance test (CNS 11174) and obtained the Ministry of the Interior's type approval certificate for fire-fighting equipment and materials. It possesses the following characteristics:

(1) Low toxicity index: According to NES 713; Toxicity Index≦5

(2) No halogen acid gas production: According to IEC 60754-1; HCl gas content≦0.5%

(3) Low smoke emission: According to ASTM E662; smoke density test Ds≦250, VOF4≦100

(4) Excellent flame retardancy: According to ASTM D2863; oxygen index OI≧30; passed the IEEE 383 vertical flame retardancy test. Low-smoke non-toxic (LSHF) cables minimize fire damage, therefore they are essential for protecting life and property in public places such as underground tunnels, subways, public buildings, underground shopping malls, ships, power plants, schools, hospitals, and mass transit systems.

Classification F: Low-smoke non-toxic wires and cables

F1 600V XLPE/LSHF Flexible Cable (single Core)

F2 Cross-linked polyethylene insulated (steel wire armored) low smoke non-toxic outer sheath cable

600V~25kV cross-linked PE insulated low smoke non-toxic (LSHF) sheathed armored power cable (marked CL-SWA), used for wiring in power distribution systems, conforming to IEC 60502 standard.

Product Introduction

Application: 600V~25kV cross-linked PE insulated low smoke non-toxic (LSHF) sheathed armored power cable (marked CL-SWA), used for wiring in power distribution systems, conforming to IEC60502 standard.

Construction: 

(1) Conductor – soft copper stranded wire or single wire 

(2) Conductor shielding (voltage greater than 2kV) 

(3) Insulation – XLPE 

(4) Insulation shielding (voltage greater than 2kV) 

(5) Copper tape shielding (voltage greater than 2kV) 

(6) Two or more cores filled stranded and appropriately wrapped 

(7) Inner sheath – LSHF 

(8) Steel wire armor 

(9) Sheath – LSHF. Features: 600V~25kV cross-linked PE insulated low-smoke non-toxic (LSHF) armored power cable (CL-SWA) has the following characteristics:

(1) Low toxicity index: according to NES 713; Toxicity Index≦5

(2) No halogen acid gas production: according to IEC 60754-1; HCl gas content≦0.5%

(3) Low smoke emission: according to ASTM E662; smoke density test Ds≦250, VOF4≦100

(4) Excellent flame retardancy: according to ASTM D2863; oxygen index OI≧30; passed the vertical flame retardancy test according to IEEE 383. Low-smoke non-toxic (LSHF) cables can minimize fire losses. Therefore, they are required in public places such as underground passages, tunnels, subways, public buildings, underground streets, ships, power plants, schools, hospitals, and mass transit systems to ensure the safety of life and property.