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|GBS||VOLTS||capacity||kWhr||len x wid x ht mm||weight|
|EVG12V040A||12.8V||40Ah||0.5||197 x 127 x 190||6.8kg|
|EVG12V060A||12.8V||60Ah||0.8||273 x 128 x 192||9.2kg|
|EVG12V100A||12.8V||100Ah||1.2||273 x 128 x 245||12.6kg|
|EVG12V160A||12.8V||160Ah||2.0||280 x 290 x 190||21.0kg|
|EVG12V200A||12.8V||200Ah||2.5||285 x 290 x 250||27.0kg|
|EVG12V300A||12.8V||300Ah||3.8||360 x 275 x 330||46kg|
|EVG12V400A||12.8V||400Ah||5.1||365 x 292 x 320||55kg|
|CALB||VOLTS||capacity||kWhr||len x wid x ht mm||weight|
|EVP12V100A||12.8V||100Ah||1.2||287 x 150 x 240||13.5kg|
|EVP12V180A||12.8V||180Ah||2.3||285 x 185 x 300||22.5kg|
NOTE: A Battery Control Unit BCU-PPAK-4C (12V) or 8C (24V) is highly recommended for battery protection. It can control up to three of these battery packs in parallel for up to 240A continuous draw
Note: For deep cycle battery sizing use about 60-70% of the capacity of Lead Acid SLA batteries.
EV Power Paks cost more than SLA batteries. Please inquire if you are prepared to pay more for a better, lighter, longer lasting battery.