Use Battery Analyzer To Keep Your Vehicle Running

By Author: Robert Betts
Total Articles: 2
Comment this article

A battery runs large engines efficiently. They have the capacity to empower motors that runs machines. The performance of the battery depends on the atmosphere and temperature. If the battery gets over heated then let the battery cool before you start the engine. During low temperatures it is necessary to warm your battery. A standard temperature is required for the battery to operate efficiently. Regular maintenance of battery is required for proper functioning.

A battery analyser keeps track of your battery and helps you preventing any battery failure.

Two types of analyzers are available in the market.

1) FIXED CURRENT ANALYZERS- these are easy to operate and perform well in organizations that use medium size batteries ranging from 600mAh to 1500mAh. Smaller batteries get serviced faster as compared to large batteries. The service time of an 1800mAh battery is three times that of a 600mAh battery. They charge and discharge the battery at a preset current of about 600mA. The capacity readout is measured in mAh and refers to the length of discharge. The fixed-current ...
... analyzers are the predecessors of the programmable analyzers.

2) PROGRAMMABLE ANALYZERS- these are accurate and faster. They easily adapt to different battery needs and are more effective in restoring weak batteries. The programmable analyzers service the battery against preset parameters. The discharge and charge currents are adjusted according to the battery rating. The voltage is set to flag batteries with incorrect voltages. These analyzers offer higher battery throughput than fixed current units. These analyzers are suited to service new battery systems and have proven to be more effective in restoring weak batteries. The Cadex C7000-Series is an example of programmable battery analyzer.

An advanced battery analyser evaluates the battery condition and implements the proper service to restore the battery’s performance. These analyzers are capable of measuring the internal resistance of the battery. These readings are used to evaluate the performance of both lithium-based batteries and nickel batteries.

The advanced battery analyzers use ultra-fast charge to determine the capability. When a battery is inserted, the analyzer applies an ultra-fast charge if needed, and prepares the battery for service within minutes. Such features to analyze the battery are required by the mobile phone industry to handle large number of warranty return batteries.

Some analyzers are capable of setting the suitable battery parameters automatically when the battery is inserted. A battery adapter reads a passive code that is imbedded in most batteries. The code may be a jumper, resistor or a specified thermistor value. Some battery packs have a memory chip that holds a digital code. On identification the adapter assigns the correct repair parameters. Many analyzers are capable of printing reports and battery labels. This feature simplifies the job of keeping track of batteries.

It is important to mark the batteries with the services date as this reminds the user of the next due service. Labeling also works well because the basic service history of services is available at a glance. A battery analyzer should be automated and operator in minimum time. A good battery analyzer keeps track of the battery capacity and prevents battery failure.