Can i use a battery with higher amps

For all intents and purposes the only limiting factor in choosing a replacement battery in terms of amps is size as batteries higher in amps are often larger in physical size. For this reason batteries with higher CCA ratings have become increasingly popular and sometimes required.

For this reason batteries with higher CCA ratings have become increasingly popular and sometimes required.

Can i use a battery with higher amps. To avoid confusion I would like to add to the first answer that the voltage of the new battery must be the same even though the capacity or amp hours can be increased. In other words dont change out your nimh battery with a li-ion which could give you an even higher capacity but at a much higher voltage. Click to see full answer.

Besides will a higher amp battery damage my car. A larger battery will initially have no impact on the alternator but will pull greater amps during vehicle operation causing the alternator to wear out sooner. Similarly can I damage my car using the wrong battery.

Yes wrong car battery size will eventually damage your alternator. A larger battery with more ampere hours can store more energy and a battery with a higher CCA rating can pump out more current faster when you start the bike - the starter will draw as much as it can handle though the battery isnt pushing a flood down the pipe. It died after a short time and I realized that if you have a battery which requires more amps than the charger can supply it will only charge up to the number of amps which the charger puts out and wear out the battery quicker.

I suppose using a higher amperage charger would work but the phone uses a charging station not a plug-in charger so now I buy batteries with. Using a higher capacity battery mAh will mean that it takes longer to charge fully and allow you to use the light for longer before the battery is discharged. 47K views View upvotes.

Increasing the amperage in the replacement battery will only increase the amount of time the battery can power the device before it needs to be recharged. For all intents and purposes the only limiting factor in choosing a replacement battery in terms of amps is size as batteries higher in amps are often larger in physical size. It may cause your alternator to fail.

High amperage and voltage may also cause spikes in power that could break your CPU or fuse box. Bigger batteries may cause wiring or starter damage. You can use a bigger battery size but always keep in mind these precautions and you need to be very careful whenever you do so.

First of all realise that a larger battery with a higher amperage CCA will not cause any problems on the drawing end. In other words youre not sending too much electricity to some component or something. The higher amperage simply means that more energy is available not that more energy is flowing through the components.

Im sure you. It would be natural to think that a battery running for 100 hours should provide fewer amp hours than a battery that only runs for five because the battery must preserve power to make it last. The truth is that rapidly discharging batteries causes them to produce a lot of heat.

So yes amps certainly matter when it comes to charging your car battery. It is best to stick with a charger ranging from 2 to 75 amps no higher than 10-amps and I recommend something on the higher side of that range to ensure that your battery will be charged overnight. When it comes to amp hours and volts as well for lawn and garden tools higher is better.

But do remember that higher amp hours will mean higher battery weight and of course cost as well. Sometimes materials used in batteries might affect weight. For example interior lights heated seats headlights brake system and ignition all require starting amps.

For this reason batteries with higher CCA ratings have become increasingly popular and sometimes required. Technically a car can use a battery with a lower CCA but it can damage your engine. Your ignition system may also suffer.

Well for years Ive been telling you that the one criteria cold cranking amps. Well thats still very important because cold cranking amps tells you the ability of the battery to do work right now. And the higher the cold cranking amp rating of the battery the better it is for your car.

Voltage vs Amp Hours 101. 18V and 20V Max batteries both use 5 cells per row to reach 18 nominal volts. Each cell contributes 36 volts 40 volts Max and the series connection between them brings it to a total of 18 volts 5 x 36.

Where you can get into trouble is if you have a motor that pulls a higher amp draw than the battery is designed to deliver. Pull 30 amps on a GP2200 battery and it will be no problem. This cell is designed for high amp draw applications.

But pull 30 amps on a 2300 mah AA cell that is designed for digital cameras etc. And that cell will be toast. Basically any USB charger will work but the higher the amps it can output the faster it will charge at least until the phone reaches its limit.

For a rough estimate of the max current in amps A divide the battery amp-hours Ah by 4. A 60Ah battery takes 15A a 100Ah battery 25A and a 200Ah battery 50A. With larger-capacity AGM batteries the maximum recommended charging current cannot be sourced by typical battery chargers and the charger capacity will limit your currents.

Most deep cycle batteries will tell you the Ah rating at multiple C ratings. The C rating tells you how many amp hours the battery can provide for a very specific period of time. For instance at C5 a battery might safely provide 268 amp hours.

This means that is supplies 268 amps in the duration of 5 hours without dropping off. The amp-hour rating is a loose measure of battery capacity so when you start shopping for a new battery you should look for one that has a higher amp-hour rating than what you currently have. If you are unsure of where to look for this information you should speak with a battery technician who can guide you toward products that will be a good fit for your scooter.

Basically the higher amps will allow you to charge a battery in a shorter period of time. When a battery charger says it is charging at 2 amps or 10 amps it is describing the number of amps it is delivering to the battery per hour. So when you are charging a battery at 2 amps then it takes 24 hours for the battery to receive 48 amps of charge.

Generally speaking it is easier to start an engine in a warm environment than in a cold one. The rating refers to the number of amps a 12-volt battery can deliver at 0F for 30 seconds while maintaining a voltage of at least 72 volts. The higher the CCA rating the greater the starting power of the battery.

Consider the CCA Rating if You Live in a Cold Climate. For example if you are using a charger with 45A output you can buy any charger with 45A and above like 6A. We recommend higher amperage to ensure cooler power supply and optimal charge time.

If you get a charger with amperage less than your original power supply you risk overheating your charger burning it and in many case your device will stop functioning andor.