Multifunctional high output 5000W low -frequency inverter: UPS device/large capacity DC AC inverter sine wave/70A charger (charging current is adjustable)/UPS Automatic switching/solar power generation outdoors, optimal for earthquakes, disaster prevention use..

• UPS Function: Connecting to AC100V → Power supply in the car only from AC outlet. Battery consumption (power supply from battery) stops. Meanwhile, the battery will be charged. Cancellation of AC100V connection → Automatic power supply from battery resumes.

important point:

• Battery connection is required to start the inverter. It does not start with AC power alone.
• After startup, if the power is supplied from the AC, the power will continue even if the battery is separated..
• Regarding the three modes and UPS functions of P1, the battery is always fully charged in the Menin mode and the joint energy mode.. In the solar -priority mode, the charging starts when the battery voltage is 11V (manufacturer setting, not adjustable) or less, and when it comes to full charge (voltage set in P2), it switches from home power supply to battery power supply.. Switching is within 30 ms of both directions, and appliances and smart home can be used without disconnection.. (Test environment: Sharp AQUOS LC-50U20 [50 inches] TV, Apple TV3 generation, smart home built with a light bulb of Philips Hue).
• The voltage setting of P2 is the end voltage of charging.. While charging, the charging will end when the voltage of the battery rises to the setting voltage..
• The P3 charging current adjustment percentage is 15A, 35A, 55A, 70A..

6 modes:

• Automatic stop/startup mode:

If the external battery is insufficient and becomes low voltage, power supply from the battery will be automatically stopped inside the inverter.. Charged from solar power connected to the battery, etc., when the internal voltage is sufficient, it is detected again inside the inverter and automatically starts the inverter itself.. ( * The voltage value to be automatically launched can be adjusted to any value) Actual use example: Outdoor pumps that operate to the solar panel, etc.

• External power supply priority mode:

With the external power supply and battery connected to the inverter, the power supply from the external power supply is given priority.. If the power supply from the external power supply stops (such as a blackout in the event of a disaster), the UPS function will instantly switch to the power supply from the battery.. In addition, since it can be used without stopping the power supply even when switching, it can be used for a cheap heart without affecting appliances.. When the power supply from the external power supply is restored, it will automatically switch to supply from foreign commercial power supply and start charging at the same time.. Actual use: Temporary blackouts such as home, company, store, etc., to prevent the impact on precision equipment due to power outages, etc.

• Power Charging Mode:

You can use not only the external power supply but also the power using the generator, and you can supply stable power by the built -in AVR (automatic voltage adjustment).. The range of the input voltage is as wide as 80V-130 V, and both 50Hz/60Hz can be used.. Actual use example: Supply of power by generators in a situation where external power is not removed (such as in the event of a disaster)

• Energy saving mode:

When the inverter is operating in the battery priority mode, it is automatically switched to sleep mode after about 20 seconds after about 20 seconds after about 20 seconds in a state where there is no load on the main unit (not AC output [3W or less]). Suppress. When the load occurs again (with AC output), the inverter is automatically started..

• Battery power supply priority mode:

If the inverter itself is connected to both the external power supply and the battery, the battery will be supplied preferentially from the battery.. If the internal voltage of the battery falls below the setting value due to the use of power, it will automatically switch to supply from the external power supply and start charging to the battery at the same time.. If the internal voltage of the battery reaches the set value due to charging such as solar power, etc., switch to power supply from the battery again.. Example of use: Environment that uses solar power and wind power generation

• Make the optimal battery voltage by float charging

If the inverter itself is connected to the external power supply and the batester, the battery will be charged.. The "float charging function" that stops charging when the voltage of the battery is sufficient and is fully charged, reduces the internal voltage by natural discharge, and falls below the set voltage value, and starts charging again. It is installed. Float charging can be expected to have various effects, such as preventing deterioration due to overcharge of the original battery and extending the life of the battery itself..