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BATTERY TEST
RANGE OF BATTERY CONDUCTANCE
TESTERS |
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Specifications
Instruction Manual |
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Celltron ULTRA
Enhanced conductance methodology
Tests up to 16
volts
Measures up to 6000 AH batteries
Data Storage:
500 string locations of 480 test results stored internally
Memory card
storage
Reference free
testing using the unique "Reference Developer"
Digital Multi
Meter: Measures AC & DC voltage, Current and Scope mode.
3 decimal point
voltage accuracy
Internal NiMH
rechargeable battery with a spare and charger
Celltron Ultra Kit |
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Specifications
Instruction Manual |
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ON-LINE TESTING
Celltron ADVANCED
Tests 2V to12V VRLA and flooded lead acid
batteries for telecommunications, CATV/Broadband, Power utility, UPS
Systems, Industrial, Rail and more up to 4000Ah.
Celltron Advanced Kit |
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Specifications
Instruction Manual |
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Celltron ESSENTIAL
2, 6 & 12 Volt on-line testing
Quick, Simple, Safe &
Accurate
Up to 2000 AH testing
capability
Stores 1 string of 480
test results |
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Specifications
Instruction Manual |
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Celltron START
Tests CCA-related starting
batteries
Provides test decision
CCA and voltage |
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Specifications
Instruction Manual |
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Celltron START+
Multiple battery test algorithm
Tests 1-4 batteries as a pack or
individually
Tests Starting & Charging for
12 & 24-volt systems |
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Specifications
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SecurePower
Tests 6V and 12V VRLA batteries
for security systems, emergency lighting, alarms, mobility vehicles and
UPS Systems
Up
to 55Ah testing capability |
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Questions & Answers |
Conductance Technology
Conductance
describes the ability of a battery to conduct current. It is a measurement
of the plate surface available in a battery for chemical reaction, which
determines how much power the battery can supply. High relative conductance
is a reliable indication of a healthy battery, while conductance declines as
the battery deteriorates. Years of laboratory and field test data have
determined that battery conductance is an indicator of battery state-of
health showing a linear correlation to a battery's timed-discharge capacity
test result. If conductance can be measured, discharge capacity can be
predicted, giving a reliable predictor of battery end-of-life. Other testing
alternatives like voltage and specific gravity testing are not predictive.
Timed discharge testing is very time-consuming and expensive, and impedance
testing does not correlate directly and linearly with discharge capacity.
Thus, conductance testing is a very effective and economical battery
management tool.
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