SANS 1520-1 Type 41 640/1100V Mining Trailing Cable

Key Specifications of SANS 1520-1 Type 41 Cable

Why Choose SANS 1520-1 Type 41 Cable?

This cable isn’t just about compliance—it’s about performance. Whether you’re dealing with harsh weather conditions, abrasive surfaces, or heavy equipment, the SANS 1520-1 Type 41 flexible electric trailing cable is built to last.

• High Flexibility for Trailing Applications

• Chemical Resistance

• Voltage Rating for Heavy-Duty Use

• Compliance with South African Standards

Applications of SANS 1520-1 Type 41 Cable

What is SANS 1520-1 Type 41 Cable?

The SANS 1520-1 Type 41 cable is a flexible power cable designed according to South African National Standards (SANS), specifically for use in trailing applications.

This type of cable is characterized by its copper conductor, EPR insulation (Ethylene Propylene Rubber), and CR sheath (Polychloroprene Rubber), which provide superior flexibility and durability in rugged environments.

The braided screen offers protection against mechanical damage and electromagnetic interference, ensuring that your equipment runs smoothly without electrical disruptions.

SANS 1411-1 Type 61A Mining Cable 640/1100V

Phase Cores: copper conductor, tinned, finely stranded left lay - ethylene propylene insulation of dielectric and thermal high quality, ozone resistant - copper/nylon braid screened.

Pilot / Earth Conductors: tinned copper wires left lay, EPR insulated, unscreened (use as technically required).

Inner Sheath: CR

Outer Sheath: TPU

Lay: Three tinned copper/nylon braid screened power cores and one unscreened pilot core laid up in the right hand lay around rubber (RD1) filler centre

STANDARDS: SANS 1520-1, SANS 1411, SANS 1411 - 1, SANS 1411-3, IEC 60332-1-2:2004 , EN 60332-1-2:2004

NOMINAL VOLTAGE: 640/1100V

TEMPERATURE RATING: -25°C to +90°C (Fixed)

FLEXIBILITY CLASS:5

Key Specifications of SANS 1411-1 Type 61 A Mining Cable:

Typical Type 61A Applications in South African Mines

Application Mining Equipment

Portable Lighting Handheld lamps, portable work lights

Handheld Power Tools Drills, grinders, and other tools

Small Mining Machines Light-duty machines, drills, and transport vehicles

Why Choose the Type 61 A？

• Flexibility: Ideal for environments where cables need to be moved or repositioned regularly, such as in continuous mining operations.

• Durability: Resistant to harsh conditions (heat, oil, water, and UV exposure), making it reliable in underground or outdoor mining sites.

• Safety: The earth conductor helps ensure the safety of the system by providing a direct path to the ground, preventing electrical faults and accidents.

SANS 1520-1 Type 63 Mining Trailing Cable 1.9 kV To 3.3 KV

In the challenging and often extreme conditions of South African mines, reliability and durability are non-negotiable. Type 63 Mining Trailing Cable, certified under South African SANS 1520-1 standards, is the go-to power solution for operations ranging from 1.9 kV to 3.3 kV.

Designed specifically for the unique demands of hot mines and harsh environments across Africa, these cables are not just cables—they are lifelines that ensure consistent power delivery in some of the world's most demanding mining conditions.

VOLTAGE：3.8/6.6kV1.9/3.3kV

CONDUCTOR：Class 5 flexible stranded tinned annealed Copper

INSULATION：EPR (Ethylene Propylene Rubber)

BRAID：Nylon /Tinned copper wires

PILOT CORES：Unscreened

LAY：Three tinned copper/nylon braid screened power cores and one unscreened pilot core laid up in the right hand lay around rubber (RD1) filler centre

INNER SHEATH：CR (Polychloroprene Rubber)

REINFORCEMENT BRAID：Open nylon braid - minimum 16 strings

OUTER SHEATHCR： (Polychloroprene Rubber)

Key Specifications of SANS 1520-1 Type 63 Mining Cable:

Why Choose the Type 63 Mining Trailing Cables?

• Superior heat resistance for high-temperature environments

• Optimized sheath and insulation for tropical and equatorial regions

• High-strength conductors for reliable power transmission over long distances

• SANS 1520-1 certification, ensuring the highest standards of safety and performance

• Flexibility and durability, making it easy to install and able to withstand the rigors of mining operations

These features make the Type 63 Mining Trailing Cable the ultimate power source for South African mines especially for mining operations in tropical regions

SANS 1520-1 Type 66 Mining Trailing Cable 3.8 KV To 6.6 KV

Key Specifications of SANS 1411-1 Type 61 Mining Cable:

VOLTAGE：3.8/6.6kV

CONDUCTOR：Class 5 flexible stranded tinned annealed Copper

INSULATION：EPR (Ethylene Propylene Rubber)

BRAID：Nylon /Tinned copper wires

PILOT CORES：Unscreened

LAY：Three tinned copper/nylon braid screened power cores and one unscreened pilot core laid up in the right hand lay around rubber (RD1) filler centre

INNER SHEATH：CR (Polychloroprene Rubber)

REINFORCEMENT BRAID：Open nylon braid - minimum 16 strings

OUTER SHEATH：CR(Polychloroprene Rubber)

Why Choose the Type 66 Mining Trailing Cable?

When it comes to mining in South Africa, you need a cable that’s up to the challenge. The Type 66 Mining Trailing Cable is more than just a cable—it’s a solution to the unique challenges of South African mines.

With its high-temperature resistance, superior flexibility, and compliance with SANS 1520-1, this cable is the pinnacle of excellence, delivering the performance and reliability you need to keep your operation running smoothly.

Investing in the Type 66 cable means investing in a product that’s designed to withstand the harshest conditions, ensuring that your mining operation is safe, efficient, and cost-effective.

Whether you’re dealing with the intense heat of underground coal mines or the mechanical stress of reeling and pulling, the Type 66 Mining Trailing Cable is the reliable choice you’ve been searching for.

Choose Type 66 for your South African mining operation, and experience the difference that a purpose-built, high-performance cable can make.

South Africa’s coal mines are known for their challenging conditions. High temperatures, rough terrains, and the constant stress of reeling and pulling cables can take a toll on any mining operation.

That’s where the Type 66 Mining Trailing Cable comes in. It’s not just a cable—it’s a lifeline for your operation, ensuring that power is delivered reliably, even in the harshest environments.

SANS 1520-2 Type 611 / 611-ECC Mining Cable 6.35/11 KV

Key Specifications of SANS 1411-1 Type 61 Mining Cable:

Conductor: Class 5 flexible stranded tinned annealed Copper
Insulation: EPR (Ethylene Propylene Rubber) thermosetting compound and a strippable semi-conducting core screen (triple extruded)
Braid: Nylon /Tinned copper wires
Pilot Cores: Insulated with EPM (Ethylene Propylene Monomer)
Lay: Each power core individually screened with tinned copper/textile braid, laid up three insulated pilot cores
ECC Variant: One pilot core replaced with tinned conductor
Inner Sheath: CR (Polychloroprene Rubber)
Reinforcement braid: Open nylon braid - minimum 16 strings
Outer Sheath: CR (Polychloroprene Rubber)
Voltage Rating: Uo/U 6.35/11 kV
Temperature Rating: -25°C to +90°C
Minimum Bending Radius: 9 x Overall Diameter
STANDARDS: SANS 1520-2, SANS 1411-1, SANS 1411-3 UV resistant Sunlight resistant Oil resistant

APPLICATIONS: For mining machinery and portable apparatus including those in hazardous areas, including section feeders, medium sized draglines, shovels and drills.

SANS 1520-2 Type 622 ECC Mininig Trailing Cable Cu/EPR/CR/Braid/CR 12700/22000V

Ideal Applications for the Type 622 ECC Cable:

Electrically Driven Machines: Its flexible nature and resistance to oil, UV, and mechanical stress make it suitable for a variety of electric equipment.

Medium-Sized Draglines, Shovels, and Drills: These types of heavy equipment require cables that can handle high voltages and extreme environmental conditions. The Type 622 ECC Cable offers 12.7/22 kV capacity and is resistant to UV, sunlight, and oil, making it the perfect choice for these demanding machines.

Open-Cast Mining: Open-cast mining environments are known for their harsh conditions. The Type 622 ECC Cable is UV-resistant, oil-resistant, and designed to operate in extreme temperatures, making it suitable for use in open-cast mining operations.

Section Feeders and Portable Electric Apparatus: Because of its flexibility and durability, this cable is also used in section feeders and portable electric apparatus, ensuring consistent power supply even when the equipment is constantly moved.

Reeling Purposes: The Type 622 ECC Cable is also suitable for reeling applications, thanks to its flexible design and minimum bending radius. This feature makes it an excellent solution for equipment that needs to be mobile, while still maintaining a high level of performance.

Mining environments require robust, reliable, and safe cables to power equipment in the harshest conditions. The Type 622 ECC Mining Trailing Cable has been engineered to withstand the toughest challenges of mining operations, while adhering to stringent safety standards such as SANS 1520-2, ensuring compliance with South African electrical regulations.

SANS 1520-2 SANS 1520-2 Type 633 / 633-ECC Mining Cable 19/33 KV

Conductor: Class 5 flexible stranded tinned annealed Copper
Insulation: EPR (Ethylene Propylene Rubber) thermosetting compound and a strippable semi-conducting core screen (triple extruded)
Braid: Nylon /Tinned copper wires Pilot Cores Insulated with EPM (Ethylene Propylene Monomer)
Lay: Each power core individually screened with tinned copper/textile braid, laid up three insulated pilot cores
ECC Variant: One pilot core replaced with tinned conductor
Inner Sheath: CR (Polychloroprene Rubber)
Reinforcement Braid: Open nylon braid - minimum 16 strings
Outer Sheath: CR (Polychloroprene Rubber
STANDARDS: SANS 1520-2, SANS 1411-1, SANS 1411-3

APPLICATIONS: Electrically driven machines, movable electric apparatus in hazardous areas, portable electric apparatus. Section feeders. Open cast mining, medium sized draglines, shovels and drills. Suitable for reeling purposes. Other industrial applications.

SANS 1520 Type 61B Mining Cable Copper Shield 0.64/1.1KV

FAQ: Frequently Asked Questions:

What is the Type 61B Copper Shield 0.64/1.1kV Mining Cable used for?

The Type 61B Copper Shield Mining Cable is designed for low-voltage applications in mining environments, particularly in African mines where conditions can be harsh.

Which African countries is this cable suitable for?

The Type 61B Copper Shield Mining Cable is suitable for use in mining operations across Africa, including South Africa, Zambia, Ghana, Botswana, and the Democratic Republic of Congo.

What are the benefits of using this cable?

The Type 61B cable offers superior protection against electromagnetic interference, excellent durability, and compliance with SANS 1520 standards, making it a reliable choice for mining operations.

Countries like South Africa, Zambia, Ghana, Botswana, and the Democratic Republic of Congo are rich in mineral resources, and mining is a major economic driver in these regions. However, mining in Africa comes with its own set of challenges:

Extreme Conditions:

African mines are often located in remote areas with harsh climates, from the scorching heat of the Kalahari Desert to the humid jungles of the Congo Basin. The Type 61B Copper Shield Mining Cable is built to withstand these extreme conditions, ensuring reliable performance no matter where it's used.

Electrical Safety:

Safety is paramount in any mining operation, and the Type 61B cable’s compliance with SANS 1520 standards guarantees that it meets the highest safety standards. The cable's copper shielding protects against electrical faults, reducing the risk of accidents and ensuring the safety of workers.

Longevity:

Mining equipment is expensive, and downtime can be costly. The durability of the Type 61B cable means fewer replacements and repairs, saving both time and money in the long run.

SANS 1339 12.7/22kV Type A XLPE/PVC/SWA/PVC Steel Wire Armored SWA Mining Cable

Why Choose the Type A Mining Trailing Cable?

• Compliance with SANS 1339 Standards Compliance with the SANS 1339 - P1 specification ensures that this cable meets the safety and performance standards required for use in South Africa's mining industry.This compliance guarantees that the cable can withstand the harsh conditions of underground mining, such as exposure to moisture, chemicals, and extreme mechanical stress.

• High Voltage Capacity The 12.7/22 kV voltage rating makes this cable suitable for high-voltage mining applications, ensuring efficient power transmission over long distances.

• Durability in Harsh Environments The steel wire armored (SWA) construction ensures that the cable can withstand mechanical stress, impacts, and abrasion, making it perfect for underground applications where cables are often exposed to harsh conditions.

• The outer PVC jacket further protects the cable from moisture and chemicals.

• Excellent Electrical and Thermal Properties The XLPE insulation provides excellent resistance to high temperatures and electrical stress, ensuring that the cable remains reliable even under high voltage and extreme conditions.

• Corrosion Resistance The copper conductor is highly resistant to corrosion, ensuring long-term reliability even in damp and chemically active environments such as mines.

Applications of Type A 12.7/22 kV Copper Mining Cables

• Underground Power Distribution: Suitable for distributing high-voltage electricity in underground mining operations.

• Material Handling Systems: The cable can be used in material handling systems that require high-voltage power supply.

• Mining Equipment Power Supply: Perfect for supplying power to heavy machinery used in mining operations such as drilling machines, conveyor belts, and crushers.

Why Steel Wire Armored (SWA) Construction?

The steel wire armored (SWA) construction is a key feature of this cable, offering mechanical protection and durability. SWA armoring is particularly beneficial in environments where cables are exposed to physical damage or stress, such as in underground mining operations.

The armor shields the cable from crushing forces, impacts, and abrasion, ensuring the cable remains functional in the toughest conditions.