• 50 Amp Hour, 24 Volt Battery
• LiFePO4 Chemistry
• 3000- 5000 Cycles*
• 60 Amp Continuous Current
• 100 Amp Surge Current (30 Seconds)
• 1/2 second surge for higher loads
• Drop in Replacement for Lead Acid Batteries
• Acceptable Voltages 28.8 – 29.2 for bulk charging
• 10 Year Warranty
• Designed and Assembled in the USA
• 12.75 x 6.875 x 9 (L x W xH)
• 29 lbs
• Bolt set included:
• 5/16″ x 1″
• 5/16″ x 1-1/4″

Specifications for BB5024

DC Voltage Nominal: 24V
Useable Capactiy (Amp Hours): 50 Ah
Rated Wh Capacity: 1200 Wh
Max Discharge Current (C/1):  60A (Continuous) 100A (Surge for 30 sec) 1/2 Second Surge for higher loads
Max Charge Current (C/1):* 100A 50A
DC Charging Voltage Range: 14.4V – 14.6V 28.4V - 29.2V
Depth of Discharge: up to 100%
Operating Efficiency: 99%
Operating Temperature -4 to 160°F (-20 to 71°C)
Charge Temperature: 25 to 135°F (4 to 57°C)
Cycle Life: 5000 (80% DoD)
Average Lifespan: 13-15 years
Lifetime Capacity: 150,000 Ah
Dimensions (L X W X H): 12.75 x 6.8 x 9 inches
Weight: 30 lbs

FAQs:

- What size Battery Cable should I use in my system? Size of the load and distance from the battery to the load are important considerations. But as a rule of thumb, use: 4 AWG wire with approximate max rating of of 157 amps DC; 1/0 wire with approximate max rating of 291 amps DC; 4/0 wire with approximate max rating is 456 amps DC.
- Can these be mounted in any position? Yes. There is no acid inside of the battery, and the small amount of liquid electrolyte is contained within each sealed cell. You can decide what is best for your application, which gives you the flexibility to put the battery in places you normally wouldn't.
- How long will it take to charge the battery? The length of time it takes to charge a li-ion deep cycle battery depends on the type and size of your charging source. Typically, you can only charge lead acid batteries below 20% of their actual capacity, this is not true with li-ion. You can charge a Battle Born battery up to 5 times faster, although we only recommend that you charge at 50% of the capacity to extend the life of your battery. Keep in mind that you can charge a 100% the capacity of the battery, this will shorten the cycle life (our measurements indicate this would result in 2000 cycles with 80% capacity remaining) but the battery and the BMS can handle it.

- What are the charging parameters? Bulk/Absorption : For your Bulk/Absorption stage, the ideal voltage is between 14.2v-14.6v. This range will allow the battery to fully charge any higher then this and the built in BMS will send the battery into a protect mode.
Float: Our batteries do not need to float so setting your Float voltage to 13.6v or lower will essentially turn it off.
Equalization: Equalization is not recommended for our batteries. Most chargers will allow you to shut this feature off or use a setting that does not use equalization. If you cannot turn off this mode then you will need to adjust the voltage to below 14.6v
Temperature Compensation: Temperature compensation is not needed with our batteries and in some cases, may trigger the built in BMS to go into protect mode. For this reason, we recommend that temperature compensation be shut off or set to 0.

The rate of discharge is how fast you are pulling power from a battery. It’s important to take this into account because most lead acid batteries are rated at a 20-hour rate – meaning the advertised capacity in amp hours is based on the fact that you will pull the power out slowly over 20 hours. If you discharge the battery in 5 hours you will get less energy out of the battery, then you would at 20 hours.

Our LFP (Lithium Iron Phosphate) batteries will deliver their advertised power even if you discharge them in an hour. Even at a 1C rate the batteries will give you close to 100% of their power. And they will do it thousands of times. A sealed lead acid battery discharged in an hour will give you about 40 amp hours. LFP is a better battery then an AGM battery when it comes to actual battery capacity.