Features:
Model: 48V /10KW
Output rated power: 10000W
Cell voltage: DC 40
Battery voltage Range:40-68V
Battery type: Solar deep cycle lead-acid battery, lithium battery can be set according to the battery parameters
AC charging voltage: 55.2V (Settable)

Input voltage: waveform Municipal s or connected generator
Rated input voltage: 220Vac 50/60HZ
Low voltage switching point: 175 + 5 Vac transferred into inverter mode
Low-pressure recovery point: 170+ 5 Vac was transferred to the mains electricity mode
High voltage switching point: 270+ 5 Vac transferred to inverter mode
High-pressure recovery point: 265 + 5 Vac was transferred to the mains mode output frequency 50/60±1%
Rated input frequency: 50Hz /60 Hz ±5%
Output voltage
waveform
Consistent with the input voltage waveform.
Power efficiency >85-87%
Charging method PW M
charging current 0A, 5A, 10A, 15A, 20A, 25A, 30A (factory setting 20A)
Automatic boot When the DC voltage is correctly connected, the inverter can be
automatically turned on after being connected to the mains power.
Conversion Time
(AC / DC)
?8ms
Conversion Time
(DC / AC)
?6ms
overload
protection
100% load 1 min, 150%10s: hardware reseter starts
short-circuit
protection
Software protection: Rester starts
Overtemperature
protection
The radiator stops charging after the temperature is greater than 90
degrees for 5 seconds, and the charging resumes after the temperature is
less than 70 degrees.
Overcharge
protection
Charging and protection according to the lead-acid battery
protection battery specifications.
Fan operation is Controlled by each temperature

Rated output power (W): 10000W
Rated output voltage (V):220Vac
Rated output frequency (Hz): 50/60+ 1Hz
Output voltage range: 220±3%

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model 48V /10KW
Output rated
power
10000W
cell voltage DC 40
Battery voltage
range
40-68V
Battery type Solar deep cycle lead-acid battery, lithium battery can besetaccording to the battery parameters
AC charging
voltage
55.2V (Settable)
Input voltage
waveform
Municipal s or connected generator
Rated input
voltage
220Vac 50/60HZ
Low voltage
switching point
175 + 5 Vac transferred into inverter mode
Low pressure
recovery point
170+ 5 Vac was transferred to the mains electricitymodeHigh voltage
switching point
270+ 5 Vac transferred to inverter mode
High pressure
recovery point
265 + 5 Vac was transferred to the mains mode output frequency 50/60±1%
Rated input
frequency
50Hz /60 Hz ±5%
Output voltage
waveform
Consistent with the input voltage waveform.
Power efficiency >85-87%
Charging method PW M
charging current 0A, 5A, 10A, 15A, 20A, 25A, 30A (factory setting 20A)
Automatic boot When the DC voltage is correctly connected, the inverter can beautomatically turned on after being connected to the mains power.Conversion Time
(AC / DC)
≤8ms
Conversion Time
(DC / AC)
≤6ms
overload
protection
100% load 1 min, 150%10s: hardware reseter starts
short-circuit
protection
Software protection: Rester starts
Overtemperature
protection
The radiator stops charging after the temperature is greater than 90 degrees for 5 seconds, and the charging resumes after the temperature is less than 70 degrees.
Overcharge
protection
Charging and protection according to the lead-acid battery protection battery specifications.
Fan operation is Controlled by each temperature sensor.
Rated output
power (W)
10000W
Rated output
voltage (V)
220Vac
Rated output
frequency (Hz)
50/60+ 1Hz
Output voltage
range
220±3%
productiveness More than 85%
Output waveform
distortion ≤3%
peak factor 3:1
Load
applicability
Suitable for various loads
overload
protection
100% -120% load, alarm, protection after 1 minute./ 120% -150% load, alarm, protection after 30 seconds./ Greater than 150% load,alarm, and protection after 3 seconds.
short-circuit
protection
Use software detection protection, turn off the output, and automatically shut down after 10 seconds.
Battery
undervoltage
alarm point
Single-section battery: 84V
Battery
undervoltage
protection point
Single-section battery: 80V
Overtemperature
protection
The radiator temperature is greater than 90℃, with over-temperature protection after 5 seconds.
Fan operation is Controlled by each temperature sensor.
switching mode Switch manually on the operator panel.
run mode
When the inverter works, if the output load is less than 5% of the rated load, the inverter turns off the output and is in the standby state. After 10 seconds, the inverter restarts and checks the load status. If the output load is greater than 10% of the rated load, the inverter will automatically turn on. If, still <5%.

Switch button Control the inverter switch for 2 seconds.
Smuffler
extinction key
Function button: “funct”, short press to eliminate sound extinction, and then presstorestore.
Energy-saving
mode button
Control the inverter to switch between normal or energy-saving modes.
Charging current
button
Select the different charging currents.
Output voltage
display
The number shows the AC output voltage of the current inverter.
Input voltage
display
The number shows the AC input voltage of the current inverter.
Output frequency
is shown
The number shows the AC output frequency of the current inverter.
The mains mode is
shown
The mains icon lights up and displays the mains input voltage
Inverse mode is
shown
Inverter icon lighting and display inverter output voltage + LED (yellow light)Battery level
display
Battery energy display bar is bright or out according to the battery power ratio. Load volume is
shown
The load display bar is bright or out in proportion to the load ratio.
Photovoltaic
charging mode
display
Pv icon to light up and display the PV input voltage current or power + LED (greenlight)Switch alarm The buzzer rings once every 2.2 seconds and calls for 1 second.
Battery
undervoltage
alarm
The buzzer rings once every 0.8 seconds and calls for 0.5 seconds.
Battery
under voltage
protection alarm
The buzzer rang continuously for 10s.
Battery
overvoltage alarm
The buzzer rings once every 2.2 seconds and calls for 1 second
Inverse alarm The buzzer rings every 2 seconds with a call time of 0.15 seconds 4 seconds. Failure sound alarm
overload alarm
100% overload buzzer 0.3s twice in 0.9s with 3s interval./ 120% Overload buzzer for0.15 seconds twice per 0.5 seconds, 2 seconds apart./ 150% Overload buzzer 0 15s 3 timesper075s with 1 8s intervals.
short-circuit
protection
The buzzer shut off automatically after 10 seconds.
No output
protection
The buzzer shut off automatically after 10 seconds.
Overtemperature
protection
The buzzer shut off automatically after 10 seconds.
The ter over
temperature alarm
95 Through the temperature reminder, over-temperature shutdown, Battery
electric
low voltage
The battery
overpressure
e
Too warm overload
d
short