United States Marine Corp., Amphibious Vehicle Test Branch
Camp Pendleton, California, United States
LABORATORY TEST: MAY 1999. The 6TL (Military 12 volt) battery that was marked for disposal (with no bad cells) but lacked adequate reserve time (only 53 min.) and cold cranking amps for a good battery was selected. The 6TL battery using the additive increased reserve time to 131 minutes.
RESULTS: Battery Equaliser additive would be recommended as an alternative to battery replacement and should be implemented into a battery maintenance plan”.
Amerigon, Electric Vehicle Manufacture
Irwindale, California, United States
LABORATORY TEST: MARCH 1998. AEV-005- red with eight Trojan T-125 six volt batteries was instrumented with the Fluke Hydra data logger to monitor battery pack voltage and current at a rate of three cycles per minute.
RESULTS: After five cycles the capacity was increased from a baseline of 120 amp hr to 138 amp hr, an increase of 15%. This increase in amp-hr capacity will yield a driving range increase of 15% also”.
ETRS Pty Ltd., Quality Endorsed Company
West Footcray, Australia
LABORATORY TEST: SEPTEMBER 1997. Setup battery test- controlled environment test second hand, 6 volt 105 ah Telecom type pasted plate Pb-acid stationary batteries. Compare battery performance before and after Battery Equaliser addition with respect to cell voltage and positive and negative plate Voltage characteristics during discharge and charge.
RESULTS: The Battery Equaliser additive produced significant capacity improvement in 4 of the 7 test cells treated. The improvement was attributed to a reduction in the polarization of the positive plated during discharge. The change in capacity after Battery Equaliser treatment varied from 0% to 13%. None of the cells registered a loss of capacity after the addition.”
North East Wales Institute, Deeside College
Connahs Quay, England
LABORATORY TEST: APRIL 1994. Two identical 12 volt lead/acid batteries were obtained and treated one with the test fluid, both were subjected to the same charge-discharge cycles.
RESULTS: There was a large reduction of water consumption in the presence of the additive (850 ml to 410 ml in the test is less than half ) which is related to gas and spray evolution, so a very clear improvement is achieved”.
COSTCO
Carlsbad, California, United States
WAREHOUSE TEST: DECEMBER 1997. Tennant floor scrubber with two 18 volt batteries was charging for 5½ hr. and running for 3¼ hr. before treatment.
RESULTS: Within two weeks after the treatment my machine was charging for 4½ hr. and running for 4½ hr. and is the same three months later. Because of the reduction of charging time we will save .67¢ per day or nearly $250.00 per year off the utility bill for just one piece of machinery.
San Diego Gas & Electric (SDG&E)
San Diego, California, United States
MONITORING TEST FOR COSTCO. Following is the approximate cost reduction of reducing charge time by one hour per day for your floor scrubber.
RESULTS: 9 (full load amps) x .748 (kw conversion factor)=6.732 (kw hrs) x $0.10 (average cost of electricity)=$0.67 per hour per floor scrubber. If you multiple the $0.67 times the number of days per year you charge the floor scrubber you will get your annual cost savings per floor scrubber.”
EXIDE
Dagenham Works East, London England
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Crown Lift Trucks
Southern California, United States
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Tested & Approved
Battery Equaliser has been tested and approved by many leading manufacturers, distributors and associations, including:
