Triplex Boat Cable – 10 AWG

$17.91$1,525.20

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SKU: BC5W2-10/3T105(0-2-9)-101-9 Category: Tag:
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10 GA Duplex Specifications - UL BC5W2-10/3T105

Specifications
Data
Part Numbers
BC5W2-10/3T105(0-2-9)-101-9
Jacket Color
White
Inner Conductor Colors
Black, Green, and White
Type
Triplex Boat Cable - High Flex
Gauge
10 AWG
Number of Conductors
3
Strand Count
105
Conductor Material
Tinned Copper
Nominal O.D.
0.265 x 0.605
Nominal Wall Thickness
0.027
Voltage
600 V
Insulation Material
PVC
Temp Rating
105°C Dry, 75°C Wet
Compliances
UL 1426 BC-5W2, US Coast Guard, ABYC E-11

Description

Our 10 AWG Triplex Boat Cable delivers reliable power for medium-duty marine applications. Its flexible design and corrosion-resistant construction make it ideal for demanding environments.

Our 10 AWG triplex boat cable is a specialized electrical wiring designed for use in boats and other marine vessels. It plays a crucial role in powering onboard systems such as lights, pumps, motors, and other equipment. Built to endure the harsh marine environment—exposed to saltwater, high humidity, and extreme temperatures—our 10 AWG triplex boat cable is engineered for durability and reliable performance in these demanding conditions.

Product specifications for boat cable include:

Conductors

Boat cable is typically made with tinned copper conductors, which are more resistant to corrosion than standard copper conductors. This helps to ensure the longevity and reliability of the cable in the marine environment.

Insulation

The insulation used in boat cable is designed to provide protection against electrical shock and short circuits, and must meet strict performance standards. It should also be resistant to salt water and other environmental factors.

Jacket

The jacket of boat cable serves as the outer layer of protection, and must be able to withstand exposure to salt water, sunlight, and other harsh conditions. It should also be flexible, even in cold temperatures, to allow for ease of installation.

Voltage

Boat cable must be designed to meet the specific voltage requirements of the electrical system on board. The cable must be able to safely handle the maximum voltage that it may be exposed to, as well as any voltage spikes or fluctuations.

Current capacity

Boat cable must also be designed to meet specific current capacity requirements, as determined by the electrical load it will be carrying. This includes both the maximum current capacity as well as the continuous current capacity, which is the amount of current that the cable can safely carry over an extended period of time.

Resistance

The resistance of boat cable is an important factor in determining its performance, as it affects the amount of power that can be safely carried by the cable. Boat cable should have a low resistance to allow for efficient electrical transmission, while also meeting safety requirements.

In conclusion, boat cable is an essential component of any marine electrical system. When choosing boat cable, it is important to consider the specific specifications of your boat and equipment, as well as the harsh conditions of the marine environment. By selecting high-quality boat cable, you can ensure the safe and reliable performance of your marine electrical system.

Additional information

Weight N/A
Length

10’, 25', 50', 100', 250', 500', 1000'