If a battery is charged slower it lasts longer.Avoid charging any battery in a time period of less than 24 hours, unless you really need to place the battery back in service in a short time.Each 5 deg C above 35 deg C reduces the life by roughly one year. Keep the battery in a well ventilated environment which does not rise much above 25 deg C.Avoid the use of “trickle rate” chargers that do not have an automatic float mode or current control circuitry that is guaranteed not to overcharge your battery.Never leave an unregulated or so called “automatic” charger connected to your battery overnight, unless it shuts off completely.All the chargers we supply are professional level equipment guaranteed to extend battery life.Īvoid battery chargers that do not have an “end of charge control” too much output current can ruin a battery in just a few hours. Now you need to choose the right device to properly charge, maintain and recondition them, once they start showing signs of aging.īuying a low cost charger with limited charging capabilities will shorten the life of the batteries rather than prolong them. Finally, multiple cell industrial battery chargers are available when the situation dictates that many batteries will need to be recharged at the same time.Ĭhoosing the right type of battery charger:Ĭhoosing the right battery for the job is only half the story. Similar, yet specialized charger styles are used for cordless phone batteries, as well as camcorders and cordless phones. These are simply plugged into a, AC wall socket or other AC outlet, and the current is fed back into the rechargeable batteries. The most common chargers are for lead acid, lead calcium, Nicad, or lithium batteries. It is dangerous to use chargers for battery types with which they are not associated. Industrial battery chargers are manufactured with specific battery types in mind.
In such cases, the resulting damage can be disastrous for personnel and equipment. Damaged batteries are susceptible to release of hydrogen gas or battery acid while being recharged. Thirdly, always check each individual battery before charging to make sure that it has not been damaged during operation. If the battery, or battery bank, are reverse connected, they risk being damaged, or even worse, exploding. Secondly, it is important to observe proper polarity when charging the battery. If allowed to sit too long, the battery may be irrevocably damaged, and need to be replaced.
This will affect performance and longevity. The longer a battery sits in the uncharged state, the greater the chance of the battery sulphating. First, a drained battery should be recharged as soon as possible. When using industrial battery chargers, there are three important issues to keep in mind. Industrial battery chargers are found in all manner of industries from simple chargers to larger, yet portable models for cars, boats, and forklifts to battery charging systems used to charge large banks of station batteries in an industrial setting. There are four methods commonly used for recharging batteries: constant-current, constant potential (or voltage), float, pulse, ripple, taper, and trickle. Charging is the process of returning a discharged battery to a state in which it can be used again. Industrial battery chargers, as the name implies, are used for charging rechargeable batteries.
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