THE SOCTESTER™
Sealed Lead-acid (calcium) Battery Analyzers
INDUSTRY STANDARD

SOC140/255 BATTERY ANALYZER STANDARD FEATURES

APPLICATIONS

Ability to verify a battery’s stored energy capacity 43 second automatic test cycle Automatic post-test shutoff eliminates extra drain on tested and internal batteries Self-contained battery power unit Completely portable Internal rechargeable battery tests in excess of 450 batteries per charge Exclusive patented testing method that allows the operator to exercise and explore the battery’s internal profile Reverse Polarity protected Self-contained operating instructions Fail safe operation Measure the battery’s State-of-Charge (SOC) and display, in percentages, overall charge capacity State-of-Charge is displayed up to 5% resolution Internal battery low warning light Internal factory calibration Durably construction Temperature control Adjustable to compensate for battery-temperature Constructed for heavy-duty field use

Emergency lighting systems Propulsion Batteries Communication Batteries Fire alarm systems Integrated security systems Communication systems To verify State-of-Charge of new and stock batteries To verify emergency system minimum operating times To verify capability of operating backup systems Optimized Performance via Battery Matching Propulsion systems UPS uninterruptible power systems Airborne applications Wherever batteries are utilized Allows technician to quickly determine condition of battery to produce its rated power

SOCTESTER™ battery analyzers were developed as fast and accurate field test instruments with the capability of determining the ability of sealed lead-acid (calcium) batteries to perform for specific periods of time.  The measurement developed determines the “True-State-of-Charge” (TSOC), by examining the battery’s internal profile characteristics.

SOC TESTER BATTERY ANALYZERS

SOC testers are fast and accurate field test instruments used to determine the state-of-charge (battery capacity) of sealed lead-acid batteries housed in equipment or stored as inventory.  These patented instruments have been modified with the latest technology to accommodate the newer, more sophisticated batteries entering the market.

While the SOC testers are not the first battery testers on the market, they are the only ones using an exclusive testing method that allows the operator to exercise and explore the battery’s internal profile - in less than 43 seconds - measuring the state-of-charge (SOC) and full rated capacity of the battery.  Because of this short, accurate testing period, SOC battery testers will assist an organization in reducing costs, thus increasing profit while providing ultimate reliability and safety for employees, customers and consumers alike.  Companies often overlook revenue lost due to a misunderstanding in the importance of battery maintenance.  98% of all ups systems failures are the result of faulty batteries and operator error.  Reductions in diagnostic test times, simplified operation, better inventory management and finding field faults with equipment already in service are just some of the ways SOC testers capture these lost revenues, thus ensuring a short pay-back period on the cost of the instrument. 

The expanded use of sealed lead-acid batteries in equipment such as fire/security alarms, emergency lighting and integrated security systems has given rise to the need for more accurate and faster testing methods in order to meet the regulations set up by federal, state and local government agencies regarding duration of power, storage, and transportation, such as the NFPA and other regulatory commissions.  SOC testers are designed to assist users in meeting these regulations, without the burden of increased maintenance costs or service call times.

A battery’s deterioration may be altered by many factors, but the most common causes of diminished stored energy capacity is self discharge and improper battery charging methods.  Typically, self discharge is a phenomenon where the rate increases with temperature.  Even a battery on float charge for long periods of time often deteriorates below its ability to work at full capacity.    It is essential, therefore, to periodically test batteries to determine their SOC, thus assuring required performance characteristics are intact.

Newer type batteries require more sophisticated re-charging technology, which unless clearly understood during the product development process can result in poor operational performance of the equipment being powered.  This is significantly evident in the emergency and security equipment entering the market today. Improper re-charging contributes to battery failure, but misunderstanding of the handling of batteries contributes equally in battery failure rates.  Even the best battery made will not work properly if it is not treated correctly.

SOC testers assure the user that the battery has been tested to provide sufficient energy in emergency conditions.  These portable battery testers are ideal for all applications including field diagnostic, regulatory compliance testing, maintenance or installation and stored battery inventory management.  The SOC testers are perfectly suited for both on-site and laboratory needs and are available in their own ruggedized carrying case with the ability to test in excess of 450 batteries per internal battery charge.  The SOC140 will test 6 and 12 volt 3-140 ampere hour batteries using a 43 second test cycle furnishing an evaluation of the battery’s condition, while the SOC 255 will test up to 255 AHRs at 6 and 12 volts.  Custom voltage and AHR settings may also be available upon request.  Contact Battery tester support via email with your questions, or call 1.800.978.8058 and get a solution right now.