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It’s winter time. Temperature outside is about 40 degrees Fahrenheit. You go into the garage to start your car, but when you turn the key nothing happens. The battery that was just replaced a year ago is already dead. This can’t happen. This shouldn’t happen!
This is a very familiar scenario isn’t it? If you haven’t experienced anything like this, you’re very fortunate! Unfortunately I’m not.
When this happens, it’s a trip to the store for me. And when I leave the store, there is a big hole in my wallet where my money use to be. Such bum moment.
If I had known about PulseTech’s battery management program sooner, I could have saved myself the frustration and the much needed cash.
PulseTech’s battery management program works in 6 steps: Test > Recover > Test > Maintain > Test > Product Install.
Step 1: TEST each battery to get a full understanding of its condition
Action: Test each battery with the 390PT Battery Analyzer.
Result: A complete snapshot of the battery is known and recorded in maintenance log.
Step 2: RECOVER savings from each ‘spent’ battery
Action: Place battery on the recovery charger.
Result: 70% of ‘spent’ batteries can be recovered. Recovering approximately 20 batteries pays for all the maintenance equipment.
Step 3: TEST each battery after 24-48 hours on the recovery charger. When battery is within 80% of its rated CCAs, move it to the PRO-12-RP. Otherwise, return to recovery charger.
Step 4: MAINTAIN stored batteries in desulfated and fully-charged condition
Action: Install PRO-12-RP storage station.
Result: All batteries are maintained in peak condition until needed.
Step 5: TEST each battery to get a full understanding of its condition
Step 6: PRODUCT INSTALL prevent problems by installing desulfators on vehicles as you touch them
Action: Select the appropriate PowerPulse or SolarPulse desulfator and place a reasonable number in inventory. Establish a standard installation procedure so mechanics install a desulfator during their normal touch of each vehicle.
Result: The entire fleet will be armed with desulfators so batteries are automatically maintained on board and last up to five times longer. This results in fewer new batteries purchased, starters and alternators lasting longer, fewer jumpstarts, manpower hours reduced on repairs and hazardous waste disposal fees lowered.
Now, don’t think you can just go out to the store and get a normal battery charger and it will do the job just like PulseTech’s chargers. What makes them different?
PulseTech has a patented high frequency voltage desulfating pulsation charging system which has been scientifically proven to break up naturally occurring sulfation on all types of lead acid batteries. This patented Pulse Technology waveform is simply the most effective method to remove damaging battery sulfation and enhance battery performce.
The entire charging cycle is controlled by microprocessors that consistently evaluate a batteries condition to ensure the appropriate amount of charge is being applied.
Here is the U.S. Air Force Management Equipment & Evaluation Program Report on their findings: “… many batteries previously condemned could be reclaimed if Pulse Technology were used extensively… Pulse Technology worked by removing sulfation from the battery plates as the manufacturer claimed. It is unknown exactly how long a battery will last with Pulse Technology connected, but it is estimated at least 8-10 years of life can be added.”
