Grüniq GR12-100N Handleiding

Grüniq Niet gecategoriseerd GR12-100N

Lees hieronder de 📖 handleiding in het Nederlandse voor Grüniq GR12-100N (12 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 41 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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Installation and Wiring
* Since each battery doesn’t have the same amount of electricity when it left the factory,
the time of initial charge or discharge will be dierent. It is recommended to fully charge
and discharge before the rst time use since this improves the eciency of the built-in battery.
Application Environment
01. Optimum ambient temperature for long-term use: 10°C to 40°C;
02. Working temperature range: -15°C to 60°C;
03. Storage temperature: short term (within 1 month): - 20°C to 40°C;
04. Relative humidity: not more than 85%;
05. Atmospheric pressure: below altitude 5000;
06. The location of the battery should not contain explosive materials. The surrounding medium
should not contain corrosive metals, gases and conductive media that damage insulation.
Water vapor and severe mold are forbiden to be present nearby.
07. The place of application should have facilities to protect against rain, snow, wind, sand and ash.
Attention
01. It is forbidden to use any high-voltage to charge it. Otherwise the BMS components of the
battery will be burned out due to the high-voltage, resulting in the failure of overcharge protection.
As a result, the battery is overcharged, causing the battery heat out of control and re hazards.
The open circuit voltage of 12V battery pack can not exceed 22V, 24V battery pack can not exceed
44V and 48V battery pack cannot exceed 88V. The maximum open circuit voltage of solar panel
cannot exceed twice of the battery voltage.
02. Please use a MPPT controller with lithium iron phosphate battery mode. It is strictly prohibited to
use any inverter and controller integrated equipment or charge controller which match the lead acid
battery to connect the lithium battery, to avoid overcharging of lithium battery and potential re
hazards due to high voltage of solar panel. Also afterthe battery is fully charged, the lead-acid battery
controller continues to charge; thus the BMS of lithium battery cannot work normally.
03. Output must have high-voltage isolation function when using high-voltage inverter and MPPT
controller integrated equipment with lithium battery mode. Ensure that the battery is still in a safe
state in case of MPPT failure.
04. When the source voltage of the charging terminal is higher than 88V, the high voltage circiut breaker
with charging protection function must be connected between the charging controller and the battery,
in order to prevent the failure of the voltage conversion device in the middle and cause overcharging
of the battery.
05. 12V battery pack, maximum support 4 battery packs in series, the highest charging voltage of
4 battery packs in series is less than 88V, and the highest charging voltage of 2 battery packs in
series is less than 44V. 24V battery pack, maximum support 2 battery packs in series, the highest
charging voltage of 2 battery packs in series is less than 88V. 48V battery pack, it is forbidden to
use in series. Ensure the batteries are discharged to empty condition or fully charged before
connecting them in series. Ensure the voltage of batteries are consistent before connecting the
batteries in parallel
06. It is forbidden to connect the positive and negative poles reversely and short circuit the positive
and negative poles of the battery pack; The overload is strictly prohibited.
07. The battery pack should not be used in severe vibration scenarios.
08. It is strictly prohibited to put in water and clean the battery pac and do not place the product in
the outdoor exposed place for a long time to prevent rain or moisture.
09. The battery should not be placed in the room where any combustilble gas or ammable items are
stored, and should be used in a clean, dry and ventilated environment.
10. It is strictly prohibited to knock, throw, reverse or trample on the battery pack. It is strictly
prohibited to use the battery pack when the appearance is seriously damaged (articial knocking,
scraping, falling from height, unauthorized disassembly of the products, etc.).
11. Can connect in parallel up to 2 pcs.
12. During installation and electrical applicances installation, the DC voltage of the solar system may
be twice more than the voltage of system (e.g. 12V system with 24V, 24V system with 48V) , so it is
important to use well-insulated tools.
13. Do not use any measuring tools that are damaged or defective.
14. When you install the system, make sure the re protection measures do not fail. Do no store the
product indoors where any combustible gas or gas mixture is stored.
15. The symbols, logos and labels on the outer surface of the product cannot be modied or removed
without notice.
16. All installation work must be carried out under international electrical specications and related
local congurations.
17. Smoking, naked ame and connecting to unprotected lamps are prohibited while operating
batteries; Keep away from re when using.
18. Never cut through the product with nail or other edge tool.
19. Never ship or store the product together with metal.
20. Never throw the product into re or heating machine to avoid re, explosion and environment
pollution; scrap product should be returned to the supplier and handled by the recycle station.
21. Never use the product under strong static and strong magnetic eld, otherwise it will destroy the
protecting device.
22. The product should be stored in half SOC. It needs to be charged once if out of use for as
long as half a year.
23. Prior to charging, fully check the insulativity, physical condition and ageing status, since breakage
and ageing are never allowed.
24. The restricted use current marked on the product is not applicable to the inductive load. Under
normal conditions, the instantaneous start current of the inductive load is three times that
of the normal operation.
1. Battery Charging
Connect the positive and negative terminals of the battery to the solar panel for charging.
Parallel connection diagram of solar panel
XT90 Terminal Charging Diagram
Negative XT90 Terminal on the front panel is designed for discharging, not for charging.
2. The Method to Connect Battery Pack
According to the correct positive and negative poles, connect the inverter or the
DC electrical appliance.
12V Battery pack connection diagram

Product specificaties

Merk: Grüniq
Categorie: Niet gecategoriseerd
Model: GR12-100N

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