ERYY 12.8V160Ah LiFePO4 Solorage X Battery Instruction Manual

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PRODUCT OVERVIEW

Combination: 12.8V 160AH
Dimension : L13W6.78H8.66 inch
ABS Shell Color: Dark Black

BASIC TECHNICAL INFORMATION

Working Voltage ———————————————– 12.8V
Charging Voltage ———————————————– 14.6±0.2V
Maximum Continuous Load Power ————————- 2048W
Maximum Continuous Charging Current —————— 50A
Maximum Continuous Discharge Current—————— 100A
Overcharge Release Voltage ———————————- 3.45V±0.05V

VARIOUS APPLICATION SCENARIOS

SOLORAGE X BATTERY could be your best portable energy supply and could work for years in your daily life if the battery is properly charged and well cared for.

♦ RVs,Caravans,Campers,Commercial Buses, Trucks, Trailers, etc.
♦ Wind Power Supply & Solar Power supply
♦ Home Energy System
♦ Boating& Fishing
♦ Outdoor camping
♦ Passenger Car Audio System
♦ Portable Computer & Video Camera
♦ Electric Equipment & Telemeter Equipment
♦ Lighting Equipment
♦ Fire Alarm & Security Systems
♦ Toys & Consumer Electronics

CONNECTION TIPS

Conditions to connect the battery in series or in parallel:

• Be the same battery capacity (Ah);
  *Be from the same battery brand;
• Be newly purchased within one month.
  CONNECTION METHOD
  Wear rubber insulation gloves before connection.
  Make sure the gloves are dry and pay attention to safety while connecting.
  How to Connect Batteries in Series?
  After series connection, your battery system voltage will be doubled according to the batteries’quantity, you’ve connected.
  E.g.: If you connect 2 x 12V 160Ah batteries in series, the battery system will be 24V(25.6V) 160Ah.
  How to Connect Batteries in Parallel?
  After a parallel connection, the battery capacity will be doubled according to the battery quantity you’ve connected.
  E.g.: If you connect 2 x 12V 160Ah batteries in parallel, the battery system will be 12V 320Ah.

How to Connect Batteries both in Series & Parallel?

Step 1 : Connect the batteries in parallel.

Step 2 : Connect the paralleled batteries system in series.

Step 3 :
Connect the battery system to the load.
Connect battery ① negative pole to the load negative, and positive pole to battery ⑧ positive pole to the load.
TIPS: To connect battery ② positive pole with battery ⑦ negative pole as steps above could achieve the same effect.

NOTE: Please don’t connect battery ① positive pole with the load positive pole. Since battery ① positive pole is in series connection with battery ②. Battery system failure may occur dueto a wrong connection.

PLEASE DO NOT CONNECT THE BATTERIES IN REVERSE ORDER.
E.g.: Connect 4 x 12V 160Ah batteries for a 24V 320Ah battery system.
Step 1 : Connect the two batteries separately in parallel for 2 x 12V 160Ah battery systems.
Step 2 : Connect the 2 x 12V320Ah battery systems in series for a 24V 320Ah battery system.

CHARGING TIPS

*About Charging Voltage
Based on the characteristics of Lithium Iron Phosphate (Li FePO4) batteries, the voltage measured by all LiFePO4 batteries during charging is not the real voltage of the batteries. Therefore, the battery voltage will drop gradually to its real voltage after charging and disconnecting from the power source.
If there is remand to measure the battery real voltage, please charge and disconnect the power supply and make the batteries be still for over 15 minutes, then you could start to measure the real voltage.

*Charging the Batteries
Use 14.6V lithium iron phosphate (LiFePO4) battery charger to maximize the capacity.
Recommended charging voltage: Between 14.2V to 14.6V
Recommended charging current: 20A(0.2C) The battery will be fully charged within about 5 hours to 100% capacity.
50A(0.5C)The battery will be fully charged within about 2 hours to 97% capacity.

Inverter/Controller
Select “12V(14.6V)LI(LiFePO4) Mode” or
Select “Use Mode” to enter values according to the below parameters.

CHARGING
Charging Limit Voltage ——————-14.6V
Over Voltage Disconnect Voltage——-15V
Over Voltage Reconnect Voltage ——–14.2V
Equalizer Charging Voltage ————–14V
Float Charging Voltage ——————-13.8V
Boost Charging Voltage ——————–13.8V

DISCHARGING
Boost Reconnect Charging Voltage—————- 13.2V
Low Voltage Disconnect Voltage——————– 10.8V
Low Voltage Reconnect Voltage——————– 12.4V
Under Voltage Warning Voltage——————— 11.6V
Under Voltage Warning Disconnect Voltage——12V
Discharging Limit Voltage—————————- 10.4V
Over-Discharge Disconnect Voltage—————-10.4V
Over-Discharge Reconnect Voltage—————- 11.6V
Over-Discharge Delay Time————————– 0.8s

WARNINGS

BATTERY DISPOSAL
The electrodes of the wasted battery should be wrapped in insulation paper to avoid fire and explosion.
PROHIBITION OF DISASSEMBLY
Never disassemble the cells.
The disassembling may generate an internal short circuit in the cell, which may cause gassing, firing, explosion or other problems.
The electrolyte is harmful.
Li-Fe battery should not have liquid from electrolyte flowing, but in case the electrolyte come into contact with the skin, or eyes, physicians shall slut the electrolyte immediately with fresh water and medical advice is to be sought.

PROHIBITION OF DUMPING OF CELLS INTO LIQUID
Do not soak the battery in the liquid, like water, seawater, non-alcoholic drinks, fruit juice, coffee or other liquid.

PROHIBITION OF USE OF DAMAGE CELLS
If any abnormal features of the cells are found such as damage in a plastic envelope ofthe cell, deformation of the cel package, smelling of an electrolyte, an electrolyte orleakage and others, the cell shall never be used anymore.
The cells with a smell of the electrolyte or leakage should be placed away from the fire to avoid firing or explosion.

PROHIBITION OF USING IN BELOW ENVIRONMENT
Do not use the batteries in a place with strong static electricity and strong magnetic field, otherwise it is easy to damage the battery safety protection device and bring hidden danger.

NOTE:
This limited warranty does not cover any damage due to:
(a) transportation;
(b) storage;
(c) improper use;
(d) failure to follow the product instructions or to perform any preventive maintenance;
(e) modifications;
(f) unauthorized repair;
(g) normal wear and tear; or
(h) external causes such as accidents, abuse, or other actions or events beyond our reasonable control.

Email: support@eryyshop.com
https://www.eryyshop.com

References

• ERYY SHOP

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