|Size (L x W x H cm)
||17.7 x 5.9 x 9.4 inches
|Area of use
|What's in the box
||1*3000W Dual Voltage DC 48V to AC 120/240V Solar Inverter Charger with 40A MPPT Controller1*User manual
|From the Manufacturer
||Web: www.tumo-int.comInquiry: email@example.com
||Dual voltage inverter charger.
||Warranty upon 1 year
This wall-mounted dual-voltage inverter charger is simple and functional, and its most outstanding feature is that it can convert DC48V into AC 220V and 240V dual voltage, built-in pure sine wave transformer, very suitable for sensitive equipment. And the inverter charger is equipped with an MPPT solar controller to ensure optimal efficiency.Equipment appearance and descriptionAC 240V output
AC 220V input (Do not reverse)
220V output (Do not reverse)
Solar positive and negative wiring (Do not reverse)
Battery input port (Do not reverse)
Technical ParametersRated power: 3000W
Appearance size (mm): 450*280*140
Packing size(mm): 550*310*230
Net weight / gross weight (kg): 16/18
Protection function: Battery over voltage and low voltage protection, overload protection, short circuit protection, over temperature protection, etc.
Device parameter descriptionInput: mains input display
Battery: battery capacity and voltage display
Output: output voltage display
Load: load display
Product featuresIntelligent CPU control technology, high-precision SMT processing technology, excellent product performance.
LCD real-time display device parameters, operating status at a glance.
Output overload, short circuit protection, over temperature protection, various automatic protection, and alarm prompt.
The most outstanding feature is that it can convert DC48V into AC 120V and 240V dual voltage, and is equipped with an MPPT solar controller. The inverter-charger and the MPPT controller are integrated.
Mains mode/energy saving mode/battery mode can be selected
Charging type/battery/lithium battery charging mode can be selected
Intelligent fan control, safe and reliable, low loss and energy saving
After the battery is protected by high and low voltage, the battery voltage is automatically output after returning to the normal voltage, so that the true unattended function is achieved.