Single Core 125ºC AC 3000V XLPE Insulation Copper Cable
1.Tinned stranded copper conductor 2.XLPE, RoHS compliant 3.Single core copper cable
1.Tinned stranded copper conductor 2.XLPE, RoHS compliant 3.Single core copper cable
1.Tinned stranded copper conductor 2.XLPE, RoHS compliant 3.Single core copper cable
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor /tinned copper stranded wire 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor /tinned copper stranded wire 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor, or aluminum alloy conductor 2.Thermosetting elastomer
1.Tinned/Bare stranded/solid copper conductor, or aluminum alloy conductor 2.Thermosetting elastomer
Aluminum bare conductor refers to a type of electrical conductor made from aluminum without any additional protective coating or insulation. It is a solid conductor typically used in overhead power transmission and distribution systems.
477 AAC (All Aluminum Conductor) refers to a specific type of overhead electrical conductor made entirely of aluminum. It is commonly used in power transmission and distribution systems, particularly in areas where high strength and durability are required.
Aluminum bare conductor refers to a type of electrical conductor made from aluminum without any additional protective coating or insulation. It is a solid conductor typically used in overhead power transmission and distribution systems.
477 AAC (All Aluminum Conductor) refers to a specific type of overhead electrical conductor made entirely of aluminum. It is commonly used in power transmission and distribution systems, particularly in areas where high strength and durability are required.
Used for aluminum alloy cables and photovoltaic modules on the DC side of photovoltaic power plants Or copper aluminum conversion between DC side aluminum alloy cable and inverter The connector ensures the safety and reliability of the connection part
Used for aluminum alloy cables and photovoltaic modules on the DC side of photovoltaic power plants Or copper aluminum conversion between DC side aluminum alloy cable and inverter The connector ensures the safety and reliability of the connection part
Hard Drawn Aluminium: BS EN 60889 AL1 and Zinc coated steel wire as per BS EN 50189 with the class and grade in accordance with ST1A, ST5E and ST6C
Hard Drawn Aluminium: BS EN 60889 AL1 and Zinc coated steel wire as per BS EN 50189 with the class and grade in accordance with ST1A, ST5E and ST6C
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. PP Mesh Rope Filler
4. PE or LSHF Inner Sheath
5. Galvanized Steel Tape Armour
6. XLPO Sheath
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. PP Mesh Rope Filler
4. PE or LSHF Inner Sheath
5. Galvanized Steel Tape Armour
6. XLPO Sheath
1. Tinned Copper Conductor(Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. Tinned Copper Conductor(Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. AA8000 Series Aluminum Conductor (Class 5)
2. Ethylene Propylene E17 (90℃) Insulation
3. EM7 (Fire Retardant,90℃) Sheath
1. AA8000 Series Aluminum Conductor (Class 5)
2. Ethylene Propylene E17 (90℃) Insulation
3. EM7 (Fire Retardant,90℃) Sheath
1. Class 2 Compacted Aluminium Conductor
2. XLPE Insulation
3. PVC 5V90 Sheath
1. Class 2 Compacted Aluminium Conductor
2. XLPE Insulation
3. PVC 5V90 Sheath
1. Class 5 Aluminium Conductor
2. XHF-110 Insulation
3. HFS-110-TP Sheath
1. Class 5 Aluminium Conductor
2. XHF-110 Insulation
3. HFS-110-TP Sheath
1. Class 5 Aluminium Conductor
2. XLPE Insulation
3. PVC Sheath (Black, UV-Resistance)
1. Class 5 Aluminium Conductor
2. XLPE Insulation
3. PVC Sheath (Black, UV-Resistance)
1.Tinned stranded copper conductor 2.XLPE, RoHS compliant 3.Single core copper cable
Inquire Now
1.Tinned stranded copper conductor 2.XLPE, RoHS compliant 3.Single core copper cable
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
Inquire Now
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
Inquire Now
1.Tinned/Bare stranded/solid copper conductor 2.PVC, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor /tinned copper stranded wire 2.XLPO, RoHS compliant
Inquire Now
1.Tinned/Bare stranded/solid copper conductor /tinned copper stranded wire 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor 2.XLPO, RoHS compliant
Inquire Now
1.Tinned/Bare stranded/solid copper conductor 2.XLPO, RoHS compliant
1.Tinned/Bare stranded/solid copper conductor, or aluminum alloy conductor 2.Thermosetting elastomer
Inquire Now
1.Tinned/Bare stranded/solid copper conductor, or aluminum alloy conductor 2.Thermosetting elastomer
Aluminum bare conductor refers to a type of electrical conductor made from aluminum without any additional protective coating or insulation. It is a solid conductor typically used in overhead power transmission and distribution systems.
477 AAC (All Aluminum Conductor) refers to a specific type of overhead electrical conductor made entirely of aluminum. It is commonly used in power transmission and distribution systems, particularly in areas where high strength and durability are required.
Inquire Now
Aluminum bare conductor refers to a type of electrical conductor made from aluminum without any additional protective coating or insulation. It is a solid conductor typically used in overhead power transmission and distribution systems.
477 AAC (All Aluminum Conductor) refers to a specific type of overhead electrical conductor made entirely of aluminum. It is commonly used in power transmission and distribution systems, particularly in areas where high strength and durability are required.
Used for aluminum alloy cables and photovoltaic modules on the DC side of photovoltaic power plants Or copper aluminum conversion between DC side aluminum alloy cable and inverter The connector ensures the safety and reliability of the connection part
Inquire Now
Used for aluminum alloy cables and photovoltaic modules on the DC side of photovoltaic power plants Or copper aluminum conversion between DC side aluminum alloy cable and inverter The connector ensures the safety and reliability of the connection part
Hard Drawn Aluminium: BS EN 60889 AL1 and Zinc coated steel wire as per BS EN 50189 with the class and grade in accordance with ST1A, ST5E and ST6C
Inquire Now
Hard Drawn Aluminium: BS EN 60889 AL1 and Zinc coated steel wire as per BS EN 50189 with the class and grade in accordance with ST1A, ST5E and ST6C
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. XLPO Sheath
Inquire Now
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. PP Mesh Rope Filler
4. PE or LSHF Inner Sheath
5. Galvanized Steel Tape Armour
6. XLPO Sheath
Inquire Now
1. Flexible Aluminum Conductor (Class 5)
2. XLPO Insulation
3. PP Mesh Rope Filler
4. PE or LSHF Inner Sheath
5. Galvanized Steel Tape Armour
6. XLPO Sheath
1. Tinned Copper Conductor(Class 5)
2. XLPO Insulation
3. XLPO Sheath
Inquire Now
1. Tinned Copper Conductor(Class 5)
2. XLPO Insulation
3. XLPO Sheath
1. AA8000 Series Aluminum Conductor (Class 5)
2. Ethylene Propylene E17 (90℃) Insulation
3. EM7 (Fire Retardant,90℃) Sheath
Inquire Now
1. AA8000 Series Aluminum Conductor (Class 5)
2. Ethylene Propylene E17 (90℃) Insulation
3. EM7 (Fire Retardant,90℃) Sheath
1. Class 2 Compacted Aluminium Conductor
2. XLPE Insulation
3. PVC 5V90 Sheath
Inquire Now
1. Class 2 Compacted Aluminium Conductor
2. XLPE Insulation
3. PVC 5V90 Sheath
1. Class 5 Aluminium Conductor
2. XHF-110 Insulation
3. HFS-110-TP Sheath
Inquire Now
1. Class 5 Aluminium Conductor
2. XHF-110 Insulation
3. HFS-110-TP Sheath
1. Class 5 Aluminium Conductor
2. XLPE Insulation
3. PVC Sheath (Black, UV-Resistance)
Inquire Now
1. Class 5 Aluminium Conductor
2. XLPE Insulation
3. PVC Sheath (Black, UV-Resistance)
