|Place of Origin:||China|
|Minimum Order Quantity:||50pcs|
|Packaging Details:||standard export carton|
|Delivery Time:||2~4weeks for samples; 4~6weeks for mass production|
|Payment Terms:||L/C, T/T|
|Nominal Voltage:||48V||Typical Capac100Ahity:||200AH|
|Nominal Charge Voltage:||58.4V||Discharge Cut-off Voltage:||40V|
|Max Charge Current:||100A||Max Continuous Discharge Current:||200A|
|Peak Discharge Current:||450A||Work Temperature:||-20℃ - 60℃ ( -4℉ - 140℉ )|
|Cycles Life@ 100% DOD:||≥1600||Weight:||125kg|
|Dimension:||552*400*400 Mm||Material:||Nano LiFePO4|
Quality Electric Forklift/AWP Battery Nano LiFePO4/Lithium 48V200AH ,With LCD & Buzz
1. General Information
This specification defines the performance of rechargeable LiFePO4 battery pack TB48200F-T110B manufactured by Shenzhen Topband Battery Co., Ltd, describes the type, performance, technical characteristics, warning and caution of the battery pack.
2. Specification(@Battery initial Temp25±5℃)
|2.6||Limited charge voltage||58.4±0.2V|
|2.7||Floating charge voltage||55.2±0.2V|
|2.8||Standard charge current||60A|
|2.9||Maximum charge current||100A|
|2.10||Standard discharge current||100A|
|2.11||Maximum discharge current||150A/Continuous for 1 hour|
|2.12||Pulse discharge current||200A/Continuous for 15 min|
|2.13||Discharge cut-off voltage||40.0V|
|Recommended operating temperature:15℃～35℃|
|2.17||Self-discharge rate||Residual capacity:≤3%/ month;≤15%/years|
|Reversible capacity: ≤1.5%/ month;≤8%/ years|
|2.18||Storage Temperature & Humidity Range||Less than 1 month:-20℃～35℃,45%RH～75％RH|
|Less than 3 months:-10℃～35℃,45%RH～75％RH|
Recommended storage environment:
Long time storage:
If the battery need be stored for a long time, the voltage should be 52.8V(50%SOC), and stored in the condition as storage proposal. It need at least one charge & discharge cycle every six months
3. Test Conditions
3.1 Standard Test Conditions
3.1.1 Unless otherwise specified, all performance tests is required conducted at temperature 25℃±2℃, Humidity less than 45%~75%RH.
3.1.3 Unless otherwise specified, the tested product is required unused within two month after outgoing.
3.2 Standard Charge Mode
"Standard Charge" means at 25±2℃ charge to limit voltage with 0.33C constant current, then charge with constant voltage until current less than 0.02ItA.
3.3 Quick Charge Mode
" Quick Charge" means at 25±2℃ charge to limit voltage with 0.5 C constant current, then charge with constant voltage until current less than 0.02ItA.
3.4 Standard Discharge Mode
"Standard Discharge" means at 25±2℃ discharge to the cut-off voltage with 0.33C current.
3.5 Quick Discharge Mode
"Quick Discharge" means discharge to the cut-off voltage with 0.5C current.
4. Product Performance
|4.1||Rated Capacity||200Ah||Rest for 1 hour after fully charged, then discharge with 0.33C current until the battery reaches the discharge cutoff voltage. Repeat above process for three times, if the discharge time is not less than 120 minutes, you can stop and define the Discharging current*time value (Ah) as battery capacity.|
|4.3||Internal resistance||≤25mΩ||50% battery SOC state frequency of 1 KHZ ac resistance tester|
|≥1600cycle||Discharge with the current of 0.33C until it can’t discharge, and then rest it for 1h. Charge the battery following CC(0.33C)/CV(14.6V) mode to full capacity, and then rest it for 1h. Repeat above process until full charged capacity is no more than 80% of normal value. Accumulated times is defined as cycle life.|
|-20℃||≥70%||At 25±5℃ discharge the battery with the current of 0.33C to the cut-off voltage and record charge capacity. Store the battery at various temperatures for 2h and discharge the battery with 0.33C to the cut-off voltage.|
|4.7||Charge Retention ability||
|Charge the battery to full capacity and store it for 28days, and then discharge it with 0.33C to the cut-off voltage.|
5. Protective circuit specification
The batteries are supplied with a LiFePO4 Battery Management System (BMS)that can monitor and optimized each single prismatic cell during charge & discharge, to protect the battery pack overcharge, over discharge, short circuit. Overall, the BMS helps to ensure safe and accurate running.
|5.1||Over charge||Over-charge protection for each cell||3.80±0.03V|
|Over-charge release for each cell||3.60±0.05V|
|Over-charge release method||Under the release voltage|
|5.2||Over discharge||Over-discharge protection for each cell||2.50±0.1V|
|Over-discharge release for each cell||3.00±0.1V|
|Over-discharge release method||Charging recovery|
|5.3||Over current||Discharge over current protection||650±100A|
|Protection delay time||14~26ms|
|Over current release method||Release after cutoff the load.|
|5.4||Short||NO.||Ban electrode short circuit|
|5.5||Battery temperature||Charge over temperature||Protection @55±5℃|
|Discharge over temperature||Protection @65±5℃|
|MOSFET over temperature||Protection @100±5℃|
|5.6||LCD Screen:||Short press a switch, light and display screen: voltage temperature residual capacity current, light up after waiting for screen to go out, after 60 s into power saving state (buzzer open state, the buzzer alarm detection background), short press it again to light up the screen.|
|5.7||Buzz:||Buzzer open state: SOC 10% or less, buzzer alarm, long press switch 3 s, buzzer close and screen OFF buzzer hints|
|Buzzer is turned off, when the SOC 50% or less, need to manually by 3 s starting buzzer long (SOC testing and determine whether the alarm).|
|Buzzer is turned off, charging when the battery pack is SOC > 50%, the buzzer closed automatic reset, in an open position.|
6. Dimensional Drawing
7. 4P - Air head Pin definition (main board and display):
1. The motherboard socket: Pin1 to 12V+,Pin2 to B, Pin2 to A and Pin4 to GND.
2.The LCD panel socket:Pin1 to 12V+,Pin2 to B, Pin2 to A and Pin4 to GND.