Seaswirl Striper Wiring Diagram

Seaswirl Striper Wiring Diagram – One thing that all of our fishing boats tend to have in common is that they rely on some form of marine 12 volt power cell to run the engine(s), run the electrical system, or both. This month’s focus is on the basics of the 12V marine battery and some essential accessories needed to get work done on a boat. Not all marine batteries are created equal. Prices for a standard 12V Series 24 cell can range from $100 to $1,000 or more, depending on battery type and technology. There are three functional types of batteries, namely starter, deep and dual purpose. Furthermore, battery technology can be divided into four main categories – soaked cell lead acid, absorbent glass substrate (ABG), gel and lithium/iron.

Starter Batteries: Designed to provide high-power instantaneous shocks to start the starter motors of large outboard motors. They have a large number of thin plates designed for maximum surface area and maximum current that can be easily damaged by deep spills. Repeated deep discharges cause loss of power and eventually premature failure. Continuously charged batteries suffer from electrode corrosion, which also leads to premature failure. Starter batteries should therefore be kept in an open circuit, but should be charged at least once every two weeks to prevent sulphation and loss of capacity. For lead-acid types with wet soaked cells, starter batteries tend to weigh less than deep cycle batteries of the same size because the thinner and lighter battery plates do not reach the bottom of the battery case. This allows loose degraded material to fall off the plates and collect at the bottom of the cell, extending battery life. If this loose debris rises high enough, it can contact the bottom of the plates and cause the cell to fail, resulting in a loss of battery voltage and capacity.

Seaswirl Striper Wiring Diagram

Seaswirl Striper Wiring Diagram

According to Crown’s battery engineers, a deep cycle battery is designed to provide sustained power for long periods of time and reliable operation until it is 80% discharged or more, after which it must be recharged. It is important to note that although deep cycle batteries can be discharged to 80% capacity, most manufacturers do not recommend discharging below 50% in order to extend the life of the energy cell. A starter battery only discharges a small percentage of its potential capacity (typically 2-5%) each time it is used. Deep cycle batteries provide long-lasting power, making them ideal for home marine batteries that need more than a quick start.

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Dual Purpose (D/P) Batteries: These hybrid switches are designed to perform initial and deep cycle functions. This is especially useful if you only have one battery on board (never a good idea) or if you want to carry a few dual power supplies as an insurance policy. As the name suggests, D/P batteries tend to have higher cranking power than deep cycles and a much higher cycle rate than starters. It also has additional reserve power for charging accessories and a higher amp-hour rating compared to a starter battery. You can choose one starter / one deep cell and there are a lot of Fisherman readers in that boat. The problem is that if the deep cycle goes out in the middle of fishing, running the electronics and pumps from the starter battery can be the kiss of death at any time.

Submerged Lead-Acid Cell: The submerged lead-acid battery has been the boater’s first choice for many years, although the tide is slowly turning towards some of the more exotic types we’ll discuss later. According to Battery University technicians, “Lead batteries are reliable and cheap per watt. Few other batteries deliver energy as cheaply as lead-acid, making the battery cost-effective for marine use. These batteries are often called lead-antimony and lead- calcium Lead acid is heavy and less efficient when running deeper and longer than lithium based systems Fully discharging creates stress and each discharge/charge cycle permanently drains a small amount of capacity from the battery When the battery is in good working order this loss is small, but fading increases when output is halved. All batteries experience this wear and tear to varying degrees. Depending on depth of discharge, lead acid for deep cycle applications Allows 200 to 300 discharge/charge cycles. aging occurs at elevated operating temperatures and draws large discharge currents.

Absorbed Glass Base (ABG): These batteries are a type of valve regulated lead-acid (VRLA) battery that uses a very fine fiberglass material. According to the manufacturers of Deka Marine batteries, the advantages of AGM types are up to two times longer life compared to soaked lead batteries and significantly higher vibration resistance to protect against wave shocks. They also allow for safer installation with a sealed anti-spill design to prevent acid leakage, increased freeze resistance for improved cold weather performance and reduced discharge rate/loss of power during periods of infrequent use.

AGM flat plate batteries have six rows of glass separator plates where the electrolyte is in a straight line inside the battery. Since the plates are pressed together in layers, the battery capacity is higher. Board compression allows for longer life or higher energy consumption over time. Another twist on the AGM battery is spiral technology, which means more power in a smaller box and much faster charging. Immobilizer plates give you a battery that lasts longer and performs better throughout its lifetime.

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Gel: According to Optima engineers, the design of a gel battery is usually a modification of a standard lead-acid battery. A thickening agent (usually silicon) is added to the electrolyte to reduce movement and current within the battery case, creating a thixotropic gel that permanently locks the electrolyte in this matrix. Gel batteries are usually sealed, do not leak and require no maintenance. Because it uses a gelled electrolyte, there is no need to check the fluid level. Gel batteries retain their internal charge better than most other types of lead acid and typically have a self-discharge rate of only 2-3% per month, so if it’s been a long time between fishing, sea jelly. the battery gives you extra peace of mind.

Lithium-Ion: As a relative newcomer to the three types of lead-acid marine power cells listed above, lithium iron phosphate (aka lithium-ion) batteries have several advantages over lead-acid marine power cells, including:

Lithium batteries provide more power during cranking and maintain a higher voltage when discharged than lead-acid batteries of comparable size. Lithium batteries are also lighter. Some 24-series AGM or gel batteries can weigh more than 60 pounds, while a 24-series lithium battery weighs about 23 pounds. Lithium-ion batteries take charging current up to five times faster than lead batteries.

Seaswirl Striper Wiring Diagram

Lithium-ion batteries hold more power longer than lead-acid batteries, which is a great feature when using an electric trolling motor. Even better, the three 60-pound 12V deep-cycle lead-acid batteries can be replaced with any 36-volt lithium battery that weighs just 30 pounds. The downside of lithium-ion batteries is their price, which can be prohibitive. Depending on battery voltage (12-24-36) and battery type (starter or deep cycle), prices can start at $700-$800 and go into the thousands ($2,200-$2,500).

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There is a lot of information on your marine battery label and it usually tells you all you need to know about the type of power cells you have and their capacity. I’ve included a photo of the sticker on one of my new Optima AGM (absorbent glass mat) 12V marine batteries because it’s a great learning tool. The model number (D27M) indicates that this is a 27 series dual purpose marine battery. MCA (marine starting amplifiers) is 1000 amps. CCA (cold cranking amps) is 800 amps. AH (ampere hour) is 66 and RC (reserve power) is 140 minutes at 25 amp load. The following is a more detailed definition of these ratings, courtesy of Exide Corporation:

Marine Crank Amps (MCA): Marine Crank Amps refer to the number of amps a lead-acid battery can deliver for 30 seconds at 32°F (0°C) and maintain at least 7.2 volts (1.2 volts per cell).

Cold Run Amps (CCA): The cold run rating refers to the number of amps (in amps) a lead-acid battery can deliver for 30 seconds at 0°F (-17.8°C) while maintaining a minimum of 7.2 volts (per 1 ,2 volts) room).

Ampere-hours (AH): The number of ampere-hours that can be delivered under certain conditions of temperature, discharge rate, and terminal voltage. 12 V marine battery with AH “66” marking.

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