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Battery Dimensions:
13
8.4
Terminal Dimensions:
16
8
Overview
The ExpertPower LiFePO4 12v100Ah rechargeable
battery is optimized for low rate applications which
require high energy density.
Features
• High energy density
• Automatic protection with internal battery
management system
• Low self-discharge rate
• Long cycle life
• Excellent performance in all operating temperatures
Battery Specifications:
Nominal Characteristics
Nominal Voltage /V
Nominal Capacity /Ah (25°C , 0.2C)
Mechanical Characteristics
Weight
Dimensions L W H
BCI
6.8
Terminal
Electrical Characteristics
Voltage Window
Charge Voltage
Standby Voltage
Max. Continue Discharge Current
Max. Permanent Discharge Current
Max. Continue Charge Current
Operation Conditions
Cycle Life (+20°C 0.2C 100%DOD)
Operating Temperature
Storage Temperature
mm
Storage Duration
Safety Standard
EP12100
LiFePO4 Series
12.8V
≥ 100Ah
22.6 lbs
13 x 6.8 x 8.4 in
Group 31
F12/ M8
9.2 – 14.6V
14.4V
13.8V
100A
200A 2Sec.
50A
>2500 Cycles
Discharge:
- 4 – 140˚F
Charge:
32 – 140˚F
32 – 86˚F
12 Months at 77˚F
UI1642 at cell level
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Table of Contents
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Related Manuals for ExpertPower EP12100
Summary of Contents for ExpertPower EP12100
- Page 1 EP12100 LiFePO4 Series Overview The ExpertPower LiFePO4 12v100Ah rechargeable battery is optimized for low rate applications which require high energy density. Features • High energy density • Automatic protection with internal battery management system • Low self-discharge rate • Long cycle life •...
- Page 2 EP12100 LiFePO4 Series Battery Attributes Cycle Life vs. DOD Temp. at 0.2C Discharge Curves Under Different Temperatures Self-Discharge Characteristics 0.2C CC-Cv Charge Characteristics BMS - Battery Management System: Protection Protection Condition Recovery > 100A Delay 15 ± 2S Discharge > 1A or Charging >...
- Page 3 EP12100 LiFePO4 Series Series & Parallel Configuration Supports expansion up to 4 batteries in either series for 24V 100Ah, or in parallel at 12V 400Ah. Wiring Considerations During the wiring of sequenced batteries, it is imperative to adhere to the following guidelines to ensure optimal safety and performance: •...
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Page 4: Battery Charging
EP12100 LiFePO4 Series LiFePO4 Series Battery Charging Efficiently charging LiFePO4 Batteries involves a precise 2-stage algorithm known as "Constant Current/Con- stant Voltage" (CC/CV). Following the standard LiFePO4 profile, the process entails a 0.2C Constant Current (CC) charge up to 14.2V, followed by Constant Voltage (CV) at 14.4V charge until the current reduces to ≤ 0.05C. -
Page 5: Usage And Storage
EP12100 LiFePO4 Series LiFePO4 Series Usage and Storage 1. Before Use Inspection: Before employing the battery, conduct a thorough examination to ensure its integrity, free from visible damage or structural irregularities. 2. Terminal and Other Visual Checks: Do not utilize the battery if terminals are bent, broken, or if the battery... -
Page 6: Warranty Information
11. Use of an appliance with built-in charging for a different battery chemistry. 12. Connecting the batteries to higher voltage or currents than supported, as stated in this document. *For a full version of our product warranty please visit our website at: https://www.expertpower.us/pages/warranty-information or scan the QR code below. - Page 7 EP12100 LiFePO4 Series For Questions Visit us at: (562) 630 - 3002 6437 Alondra Blvd And Support ExpertPower.us support@expertpower.us Paramount, CA 90723...
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