Secrets of A Marine Battery Charger Revealed

 Underwater battery chargers are typically designed for a 'marine' environment but , their design may be little different from non-marine chargers. One of the keys factor in your choice of a marine battery charger is its strategic usage or application. Marine batteries are usually not much distinct from non-marine batteries except that they may be more likely to be deep bike, deep cycle and starting, lead acid, or covered lead acid. They also may be constructed with materials which fight corrosion and have vibration dampening materials between the plates. Boat battery chargers don't care about their environment, rather they're designed to distinguish between 12V Marine Battery chemistry (flooded, gel cel, AGM - absorbed glass mat).

Here are the most important to positively consider when choosing a marine environment battery charger:

1 . Charger Conditions

Moisture

If your boat is open and exposed to inclement weather, you should choose a charger with a waterproof housing. When considering waterproofing, a specification to look for is ingress protection rating. Some sort of ingress protection rating of IP68 would be totally airborne dust tight and provide protection against prolonged effects of immersion in standard water under pressure. These units are usually fully sealed, safe to store onboard year round, and can be permanently left in a damp setting. They may be described as fully potted which means that the electronics are actually encapsulated in resin.

Your boat application may not degree of waterproof housing. If your boat is large with an filled cabin, where you can insure no direct contact with water, perhaps you may choose a battery charger that is not waterproof.

Vibration

If your battery's ecosystem experiences prolonged, significant vibration, you should look for a vibration substantiation specification for the any unit you are considering. Vibration can be maintained through a rugged case or through vibration dampening substances used in construction.

Temperature

If your environment experiences frequent as well as severe temperature changes, you should choose a battery charger that compensates for temperature changes. This is important to insure the proper convicting and maintenance of your battery.

2 . Charger Output

Charger end product can be described in two ways; amps and finance institutions.

The amps or power output of the charger should really again be determined by applications.

a. Low Output : (6 amps or below) A low output charger may very well be applicable for maintenance use or any low amp 60 minutes battery application.
b. Medium Output - (9 rapid 15 amps) A medium output charger would be related for medium use or occasional use perhaps might be weekends for a trolling motor.
c. High Output instructions (15 amps or above) 1) A high output phone chrgr would be used in high amp hour battery applications (150 ah for example) or any situation where repeated swift recharges are called for.

Banks (physical outputs) determine how countless batteries can be charged simultaneously by the battery charger. Single bankers are used for a single battery while multiple banks can be used to ask for and maintain 2, 3 or more batteries simultaneously. A key list of specifications for multiple bank chargers is whether it has independent outputs (a separate positive and negative connection per bank) and each bank has its own microprocessor to control charging. Independent results allow batteries of different size, type, and charge level to be connected simultaneously to the same battery charger.

3. Electric Chemistry

Batteries used in marine applications may be more likely to get deep cycle, flooded, Gel Cel or AGM. It is advisable to determine your battery's chemistry and carefully select a item that supports that chemistry. Particularly in the case of Gel Cel batteries, it's important to make sure your battery charger is a true gel cel charger. Some chargers that claim to be gel cel chargers are only AGM or deep cycle.

4. Feu Protection

Because of the enclosed nature of some marine program and battery locations, it's important that you check for an feu protection feature. Ignition protection keeps sparks out when ever starting the engine preventing the ignition of associated with flammable gases. Check for compliance with ISO 8846 and even U. S. Coast Guard Title 33 CFR 183. 410 ignition protection specifications. These specifications insure:

a) the device will not ignite a flammable hydrocarbon mixture bordering the device when and ignition source causes an internal boom
b) or is not capable of releasing sufficient electrical or simply thermal energy to ignite a hydrocarbon mixture
c) or the source of the ignition if hermetically sealed.

quite a few. Power Supply

Some battery chargers can provide power inversion so as to be used to power AC devices on your boat. They are also provide converted voltage to charge various DC instruments. If that is important to you, make sure you choose a charger because of this capability.

6. Onboard

Onboard battery chargers can be placed to your boat permanently using a bracket. This makes them straight away accessible each time you need to charge your battery and is far more convenient for leaving the battery charger in maintenance mode steady.