Marine Battery Cable

What is marine battery cable?

Marine battery cable is a durable, high-quality cable designed to handle the harshest marine environments. To survive in a marine environment, battery cable needs to be able to withstand the constant vibration that a boat is subject to, as well as survive a wide range of other environmental conditions. Additionally, an essential quality that this type of cable needs to possess is flexibility. In a boat, wires will often need to run through tight spaces and make frequent bends and turns. A standard cable may not be able to handle the turns and bends without compromising the integrity of the cable itself. It is for reasons such as this that Pacerdeveloped a unique line of marine battery cable that carries a proprietary insulating jacket. This cable is designed for durability, flexibility, and longevity. We make our cable so durable, that it is designed to out-live the battery

"This cable is designed for durability, flexibility, and longevity. We make our cable so durable, that it is designed to out-live the battery itself."

How to Select the Right Battery Cable for your project?

Selecting the right battery cable is easy when you know what you’re looking for. The first thing to consider is the type of battery cable. The two most common styles are UL and SAE. UL is rated for 600V, has a thicker insulation, and more conductors. SAE on the other hand is rated for 60V, carries a thinner insulation, and offers less conductive material. This makes UL slightly heavier than SAE. Once you have the style chosen the next step is selecting the correct gauge. Battery cable typically goes from 6 gauge to 4/0 aught. The size will be determined by the power requirements as well as the length of the cable run. Use our convenient voltage drop calculator to help you determine the correct gauge and length of battery cable. The last consideration is color. The color of the insulation can be used to determine the purpose of the cable. Now you know the factors you need to consider when selecting a battery cable for your application. If you are using battery cable to create full assemblies, be sure to use high quality lugs and epoxy lined heat shrink to get a superior environmentally sealed connection.

What makes Pacer cable superior to the competition?

With a focus on things like flexibility and longevity, Pacer worked out how to make high-quality marine battery cable. Fast forward 40 years and add the idea of continual refinement and you have the process that created superior marine battery cable that the competition cannot compete with. With nearly four decades of refining, testing, and further refining the processes and methods, Pacer has created a marine cable that is unparalleled in the wire and cable industries. Take a look at just a few of the more obvious reasons Pacer marine battery cable surpasses any test thrown it's way.

How flexible is Pacer marine battery cable?

Pacer marine battery cable is so flexible that it can easily be tied into a tight knot and then undone without compromising its strength or durability. Can other wire and cable manufacturers say their cable does that? The insulation is made from a proprietary blend of PVC that never uses any regrind. Our blend focuses on durability, longevity, and, of course, flexibility. You will find that Pacer marine battery cable is much more flexible than your average everyday marine battery cable. This is just one of the many reasons you will find Pacer marine battery cable implemented in so many locations.

Where is marine battery cable implemented?

Pacer marine battery cable is implemented in some of the biggest boats on the water. They are also used in everyday boats around the world. Our battery cable is commonly used to replace existing older cables when not going into new boats. As boats age so do the wires and cables that power them. Often times when a boater finds that they have faded battery cables, cracking battery cables, or damaged battery cables, they turn to us for replacements. If you are looking to make your own assemblies, you will need the proper tools, battery posts, lugs, and heat shrink. Lucky you came to the right place. Once you know what you need to get, make sure you pay careful attention to the insulation color.

How do I know which color of insulation to choose?

In order to choose the right color cable, you should have a basic idea of what the colors represent. The whole concept of coloring the insulation is to make its intended usage obvious for anyone working on a boat. This, in turn, makes the process of maintaining, repairing, and replacing wires and parts easier as you can visually identify the wire. For example, let's say you want to replace the positive battery cable. Well, knowing that the cable is red is going to make this task much easier. That is the logic behind the color chart. Below you will find a basic chart that explains the color code. Now you'll understand why having such a method in place is important.

Marine Cable Color Code Chart
Color	Item	Application	Available Gauges
Black	Negative	Negative connection	6AWG - 4/0AWG
Red	Battery Power	Power distribution from battery	6AWG - 4/0AWG
Orange	Accessory Feed	Ammeter to alternator or generator Distribution panel to accessory switch	6AWG
Yellow	Ground	Ground line	6AWG - 4/0AWG
Green	General Usage	General Usage	6AWG - 2AWG
White	General Usage	General Usage	6AWG - 2AWG

What gauge and length of cable do I need?

The gauge and length of cable required varies from job to job but will be based around the amount of power required. The problem is that people tend to forget about voltage drop. Voltage drop is where the electrical potential is decreased in an electrical circuit. This dissipation of energy occurs due to the resistance or impedance caused by the cable itself. Unfortunately, it is an unavoidable fact of life. The good news is that we have you covered. We have a handy voltage drop calculator that makes determining the proper gauge based on length, amperage, and voltage drop a simple task.

What is the manufacturing process like?

The manufacturing process starts by selecting the highest-quality materials possible. Class K copper is chosen for its resistance to corrosion and its high conductivity. This copper is annealed and fine stranded to offer unparalleled flexibility and resistance to vibration. The next step involves tinning the copper. The tinning process serves two functions. First, it creates an additional layer of protection that helps prevent corrosion from taking hold. Second, tinning increases conductivity. These factors work together to make the cable more durable and more effective. The final step is adding proprietary insulation that was designed in-house and focuses on long-term usage and flexibility. All Pacer marine battery cable is manufactured in-house in Sarasota FL USA. Each step of the manufacturing process is designed and refined to make the highest-quality marine battery cable possible. This way, when you see “Pacer” on your marine battery cable, you know you have quality.

Copper
Tinned
Stranded

Why use tinned conductors?

When you are dealing with the marine environment you are dealing with exposure to moisture that a cable wouldn’t normally need to deal with. The problem lies in corrosion. Bare copper in itself is resistant to corrosion, but that resistance is removed when the copper is subject to continual exposure to moisture. This is where tinning comes in. By tinning the bare copper, we extend the life of the battery cable by heavily reducing the chances of corrosion occurring. To make it even better, if corrosion does somehow find its way to your cable, it will spread much slower. The bottom line is that if your cables are going to be used in a marine environment, they need to be tinned.

How is the insulation proprietary, and what makes it better?

When dealing with electrical wiring in just about any kind of boat, there can be a lot of bends and turns that the wire and cable will be subject to. You absolutely need to use a marine wire or battery cable that is built for just that task. The last thing you want is a cable with inferior insulation that will not bend easily or will crack under stress. You will end up spending more time fighting with the cable than necessary and in the end, may need to replace that new cable as well. This is why we focused on developing insulation that can bend and curve in all directions and is even flexible enough so that it won't crack or split. It is so flexible in fact that you can literally tie it in a knot and then untie it with no damage to the conductors or the insulation. Seriously, how many wire and cable manufacturers say that about their wire and cable? The installation will always go much easier when you use a marine battery cable that was designed to be installed in tight spaces with bends and turns. Not only is the insulation designed to be flexible and durable, but it is also made to be highly resistant to a host of environmental conditions.

What resistances does Pacer marine battery cable offer?

In order for marine battery cable to survive in harsh conditions, it has to be built tough. Tough enough to handle conditions that it might not be subject to very often, if ever. Marine battery cable can easily be exposed to moisture, oil, acid, gasoline, abrasion, and more. The point is to make it resilient enough so that, in the event, it is exposed to a certain condition, it will have a better chance at outlasting the environmental hazard. Below you will see a list of resistances that can occur in a marine electrical environment. Pacer marine cable’s proprietary insulation is designed to handle all these environmental hazards making it superior to much of the competition.

Moisture
Acid
Abrasion
Alkali
Oil
Gasoline
Flame

What compliances does Pacer cable exceed?

Pacer's marine battery cable meets and exceeds multiple compliances set in place by governing bodies. The point of compliances is to create a baseline of quality that manufacturers should live up to. Pacer has designed and refined its processes to the point that they actually exceed several of the compliances that have become industry standards. What does that mean? It means that Pacer marine battery cable surpasses the standards that have been set in place making the cable superior when compared to many of the competition’s cables. Below you will find a list of the compliances that Pacer marine battery cable meets or exceeds. Click on the link to be taken to the corresponding compliance.

1426 BC-5W2

1232/1283 (6-2AWG)

1232/1284

CSA: TEW

E-11.15

33 CFR 183.401

What are some advantages of using our cable?

The advantages of using Pacer cable include; its durability, flexibility, and longevity as well as it’s high-conductivity and resistance to corrosion. Additionally, we went over the resistances this cable offers and the compliances it meets. With Pacer marine battery cable you're getting the culmination of nearly forty years of experience and the highest quality marine cable available. Again, this cable is so tough, it is designed to outlive the battery itself.

Which industries use Pacer cable?

Pacer’s marine battery cable is so versatile that it is utilized by a wide range of industries. It is chosen for its durability, flexibility, ease of use, and longevity. Seriously, how could this cable be found in so many different industries if it was not made to be the highest quality possible? You can find it in the power management industry, automotive industry, RV industry, data management industry, marine industry, and multiple others. Take a look at the list below to see just some of the industries where you will find Pacer marine battery cable.

Marine