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6.5 Storage
Systems should be stored out of direct sunlight under the following temperature conditions:
Systems should be put into storage at 80% SOC and checked monthly to ensure SOC does not fall below 20%.
At 20% SOC the battery will self discharge in approximately 2 months.
7. Protection & Faults
• BMS generates faults when maximum operating limits are reached.
• BMS sounds a buzzer when fault limits are triggered.
• BMS monitors the following information for faults and warning:
1. Cell module voltage
2. Battery current
3. Battery temperature
High Temperature
Low Temperature
High Voltage
Low Voltage
Over Current
Low SOC
Inaccurate SOC displayed by
Power Conversion system
Minimum Storage Temperature
Maximum Storage Temperature
▲ CAUTION!
Do not store a discharged battery. Recharge battery after
every use. Batteries that have self-discharged to a severely
discharge state are not recoverable.
▲ NOTE!
Refer to device technical specification tables at the end of
this manual for Fault Limits.
CORRECTIVE ACTIONS
• Stop discharge or charge
• Leave the battery to cool
• Stop discharge or charge
• If charging stop the charge
• Confirm proper charge algorithm is being used
• Do not discharge the battery - if any discharge current is detected, this will force the
battery into Low Voltage Fault
• Charge the battery in Low Voltage Recovery - if no charge current is detected within 2
minutes the BMS will set the battery to OFF
• Reduce current
• Stop discharge
• Charge the battery
• Battery voltage based SOC calculations provided by Power Conversion systems do
not work properly with Lithium battery voltage.
• Use a Discover CAN Bus Battery Discharge Indicator (p/n 950-0005, 950-0006,
950-0007) to display accurate SOC. To communicate accurate SOC in a closed loop
Power Conversion system use a Discover LYNK Communications Gateway device
(p/n 950-0015)
-20°C / -4°F
45°C / 113°F
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