Battery Reconditioning Charger – The Benefits of Having it

Having a reliable battery charger is crucial to the service life any type of battery. Not only that it will allow you to properly recharge your battery, it will also make sure that the battery will receive a regulated amount of electricity to protect it from any issues that may occur. Older battery charger models may require regular attention because they have the tendency to overcharge batteries. Unlike the newer models that are mostly built with system controlled by microprocessors that makes them smart devices that protects the battery from overcharging.

With continuous innovation and fast-phased technological advancements in the battery and charger industry. Smart chargers today are optimised to help users maintain their batteries properly. Some of them can detect the state of charge of the battery, there are models that offer more features and there are some intelligent models that can even function as a battery reconditioning charger. Making the newer battery chargers today more beneficial and extremely dependable.

In this particular post, we are going to focus on the smart chargers equipped with state of the art features like various charging modes and reconditioning capabilities. Battery chargers that has the ability to recover the severely depleted batteries.

What are Battery Reconditioning Charging Devices?

Battery reconditioning charging devices are intelligent chargers that also has the ability to carry out the battery reconditioning process. These devices are built with advanced microprocessors that allows them to detect the battery’s state of charge and prevent it from being overcharged. They are considered to be an upgraded version of smart chargers because they are engineered to have a cutting edge inverter technology. Allowing them to recover deeply and severely discharged batteries with the help of an advanced switching circuitry that converts the AC input into DC output.

How These Amazing Devices Work?

These battery chargers and reconditioners are designed with a cutting-edge microprocessor that manages the entire charging process. It regularly checks that condition of the battery throughout the recharge operation. Allowing the device to accurately provide a regulated amount of electricity (amperage) and voltage according to the charger’s SEVEN designated charging requirements. In case the battery failed on preliminary battery test carried out by the charger, the device will immediately switch to reconditioning mode and attempt to recover the battery.

The reconditioning process typically last for four hours and then after the attempt to recover the battery. The charger will again conduct another battery test to see if the attempt was successful. Once the charger detected that the recovery process was successful, it will then start the charging process based on the SEVEN stage requirements.

The Key Features of Battery Chargers and Reconditioners

To help you understand why these devices are considered to be the best choice for users who wants to keep their batteries healthy and extend battery life. Listed below are the three key features that a battery charger and reconditioner has to offer.

● Microprocessor Controlled Recharging – Similar to any smart battery chargers today, a battery reconditioner and charger operates by consistently monitoring the state or condition of the battery. Then carry out the suitable or ideal operation the battery needs.

● Precise and Accurate Reading – These intelligent battery chargers that can carry out a reconditioning process also offers very accurate and precise reading of the right amount of voltage and amperage the battery needs. Eliminating the risk of getting the battery overcharged and damaged.

● Ability to Desulfate A Battery – What makes a charger and reconditioner unique from all the typical smart chargers is its ability to perform a desulfation process. It is a very handy device that can restore lightly sulfated batteries with a mode that is specifically designed to break down sulfate buildups within the battery.

The 7-Stage Automatic Switching Mode Feature Explained

Another feature that this device has that separates it from the conventional battery chargers is the Automatic Seven-Stage Switching mode. This feature makes charging a lot more easier, quicker and most importantly safer for all types of lead-acid batteries. This cutting-edge feature allows users to leave the charger do its job without worrying about overcharging the battery.

To give you an idea how this automatic 7-stage switching feature works here are the seven steps explained.

Stage 1: Desulfation or Pulse Charge – During this stage the battery undergoes the desulfation process where the sulfate buildups within it are broken down; to recover the failing battery plates.

Stage 2: The Soft Start with 50% Current – After desulfating the battery, the charger prepares it by delivering a preliminary charge. This will slowly introduce power or electric current to the battery without overwhelming it causing severe damage.

Stage 3: Bulk Charging Operation with 100% Current – In this stage, the charger feeds the battery at the maximum current rate. To fill up its capacity up to 80% as quick as possible.

Stage 4: Absorption Process Supplying Constant Voltage – The battery switches to a slow charging rate allowing the battery to absorb more electricity until it reaches its maximum capacity (100% Charged State). This is the stage that prevents the battery from being overcharged.

Stage 5: Monitoring the Voltage with a Battery Test – This is the stage where the charger will check if the charging process is successful. The charger carries a 90-second voltage test to determine the state of charge of the battery. Then based on the result, the charger will then try to decide what is the best action for the battery.

Stage 6: Reconditioning Process with Constant Current – If the battery needs to be reconditioned, it will happen in this stage. By providing constant current, the charger will attempt to revive the deeply discharged battery. During this process the charger will try to equalize the state of charge of the cells of the battery as well as the acid content between the top and bottom.

Step 7: Float Charging or Maintenance Mode – If the battery was successfully charged the charger will then switch to this mode. The maintenance mode where it will keep the the battery’s charge at 100% without overcharging it.

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