Battery charger is referred to as a device which is used to input electrical energy into another electrical cell,or rechargeable battery through an electric current.These chargers are one of the best ways to recharge the gadget battery in order to reuse them as per our requirement.Though,this charger is light in weight as compared to the batteries.We may find the numerous suppliers for charging the batteries of different gadgets that are Trickle charger,Fast charger,Inductive charger,solar charger,pulse charger,intelligent charger etc.

Let us discuss few of them in some detail:

The fast charger is the one that uses the controlled circuitry in the battery to charge it quickly without causing any damage to the cells of the battery.There are also few fast chargers which have the capacity to charge the nimh batteries mainly found in digital cameras,cordless phones,laptops, etc.Trickle charger is the most widely used charger these days which charges a battery at slow and self discharging rate.A battery keeps on charging by way of trickle charger slowly and slowly but never over-charges it.Few examples of this are motorcycle battery charger,car charger,lawn mower charger etc.

Simultaneously,we can have numerous models of motorcycle battery charger is available in the market such as BMW Motorcycle Battery Charger,Schumacher MC-1 Manual Trickle Charger,Battery Tender 021-0144 Battery Tender Plus 6V Charger,Battery Tender 021-0123 etc,which may provide you the perfect battery charging to overcome the battery breakdown blues.Then are the solar chargers which use the solar energy to recharge the batteries and are found to be portable,convenient and environment friendly in nature. These specific chargers are used for charging numerous products like gate openers,deer feeders,electronic portables and electric fences,etc.

Another one is the Inductive charger that makes use of electromagnetic induction to charge batteries.This is done mainly by charging station which sends electromagnetic energy by pairing inductive energy to an electrical device for recharging battery.Apart from these there are other chargers also which is used for charging timer based and USB based applications.At last,we can summarize that this charger is the perfect option for charging the dead lithium batteries to make them in functional position.The only thing which is required to check is the exact purpose of buying the battery charger and for which product it is to be bought for?Thus,this particular clarification may lead you to purchase the specified battery charger for the respective product.

So,do you konw how does power tools battery reconditioning work?

Basically,these tools make use of nickel cadmium or NiCad batteries,which can be recharged for a couple of times before they eventually die. However,even if the battery “dies” it can still be revived through a process called battery reconditioning,rendering it useful once again.Reconditioning should ideally be done prior to the death of the battery’s death,at least once every month in order to extend the battery’s life.

How does one recondition power tool batteries?

These batteries can easily be reconditioned,and you can take this up as a DIY project anytime.To start this DIY project,you will only need two things – an electrical charger and an outlet.Now that you have these two things,you can start your DIY project.Here are some tips to keep in mind once you start the DIY project.

• Now that it is full,use it on the tool again; turn the power tool once again.Check the time it takes to drain it out.Does the same procedure until you notice the battery’s life increase?
• To start, turn on the tool until it completely discharges.Once it dies out,charge the battery and then charge it as you would on a normal basis.Charge the battery until it’s charge is full.
• Make sure that you only discharge as much as two times during the reconditioning process-or else you’ll end straining the battery.
• The battery’s life span may not eventually increase right during the first reconditioning process,but by doing the same thing every month, you can increase your battery’s life span substantially.
• If,after several months of reconditioning,the battery’s life steadily deteriorates,the battery may have already died out and used its full lifespan.For this case,the best option would then be to replace your batteries instead.

It’s good to remember that the suggestion above is simply one way of power tool battery reconditioning.You can try out other reconditioning methods which might be more complicated.Regardless of your method of choice,the important thing is that you take steps to recondition your battery,so that the battery’s life lasts longer and is more useful for you!

There are three (3) major types that are used for modern cordless power tools.These include: Lithium Ion (Li-Ion),Nickel Cadmium (Ni-Cad) and Nickel Metal Hydride (Ni-MH).

Nickel Metal Hydride (Ni-MH) can last more than 400 times of recharge.Nickel Cadmium (Ni-Cad) offer up to 400 charge cycles before needing a replacement.Whereas,lithium battery can power up your cordless power tools with a lifespan of more than 1,200 times recharges (as per manufacturer’s product description) before a required replacement.

What about their charging time?Majority of older ones need 6 hours of recharging time yet last only an hour when used for works.When buying batteries your cordless power tools,charging time should be put into consideration.You do not want to waste your precious time while working,just waiting for the battery to be fully charged.Using Lithium Ion battery can certainly overcome this problem and it is the best way since this battery only takes 15 minutes to recharge.

We usually follow the recommendation of the manufacturer when it comes to maintaining cordless power tool batteries.This usually involves replacement power tool battery that sometimes force you to spend money.Similar to your power tools including their parts, cordless tool batteries come with service warranty.

In rating cordless tool batteries,voltage as well as Amp hour is considered.Ampere-hour is a measure of how long the battery can last,while voltage is a measure of the battery’s electric current or power.Cordless tool batteries are available up to 36 volts.A 19.2-volt battery or even a 14.4-volt one can surpass the battery rating of a 36-volt battery if those batteries with lower voltage capacity have higher amp/hour capacity than the latter.Thus,basing on the information mentioned,the higher the voltage and the higher the amp/hour capacity,the more powerful the tools battery is.The usual sizes available for cordless tools are 1.2, 2.4 and 3.0 Amp/hour.It’s at the bottom part of the battery or sometimes on both sides where you locate the label that describes the batteries amp/hour rating.

Battery technology has significantly advanced since the introduction of cordless power tools; since the development of the Nickel Cadmium (NiCad),power tool batteries have evolved from NiCad to Nickel Metal Hydride (NiMH),and most recently to lithium-ion battery (Li-Ion) technology.Nickel Cadmium batteries were the first on the market for cordless power tools and though the technology is older,it is still very reliable. NiCads are less sensitive to adverse temperatures and have a high recharge cycle,meaning they can be charged and recharged repeatedly for a long period of time.NiCads are also less expensive than NiMH and Li-Ion batteries.

On the down-side,however,NiCads tend to suffer from battery memory effect.This occurs when a battery can no longer accept a complete charge because it had been repeatedly charged without first being fully depleted.As a result,many European vendors won’t sell NiCad batteries.The NiCad’s negative effects on the environment,in fact,cause them to be heavily taxed outside the U.S.A.It seems the battery “remembers” how much energy it has discharged,and only wants to accept back that much energy from charger.The element Cadmium is highly toxic making it the most harmful battery to the environment.

NiMHs are lighter than NiCads but they are far more sensitive to hot and cold temperatures,in fact,NiMH can’t work in below freezing temperatures (32 degrees Fahrenheit and below) and they degrade very quickly in intensely high temperatures (105 degrees Fahrenheit an up).Nickel Metal Hydride batteries run on a higher amperage than NiCads,because of this,they also have a longer run-time.Although the NiMH has a longer run-time than the NiCad it doesn’t accept as many charges.NiCad and NiMH batteries do have very similar overall lifespans but NiMH has a larger energy storage capacity.

A high energy density means that the Lithium Ion has a superior energy to weight ratio storing more energy for their size than most other batteries.Lithium Ion batteries have a higher energy density than most other rechargeable batteries.Li-Ions have a very slow self-discharge rate meaning they retain their charge for much longer.Most rechargeable batteries significantly deplete as they are disengaged,the slow rate of charge-loss in Li-Ions,however,allows them to maintain most of their charge for longer periods,even on a shelf in your shop or garage.

Li-Ions maintain their charge for much longer and have continuous max power throughout their energy discharge cycle.Other batteries consistently lose power as you work. There are many benefits to working with motor lithium battery from their light-weight,to their long run-time.Li-Ions are light-weight,and have a huge storage capacity,this means you now have a lighter,more efficient and powerful battery without the bulk.Lithium Ion batteries are by a landslide the least detrimental to our environment,and for many reasons they are the favorite of most craftsmen.

The Li-Ion has a built-in chip that protects the battery from over and undercharging,and ensures it has a longer life.This computer chip,however,doesn’t allow the battery to continue accepting charge once its energy level has dropped below a certain point.There are,however,some disadvantages to cordless power tool batteries.Li-Ions are a bit more expensive.The complexities of production (in circuitry) accounts for this price difference.Li-Ions also rely on this circuit to stay cool.Since Li-Ions lose charge so slowly,and the battery and charger communicate so well together,it’s fairly simple to keep Lithium Ions temperate and at a safe charge level.