Inverter modified ELLIES 1440W 2400VA
Inverter modified ELLIES 1440W 2400VA
3 OR 4 instalments
Pay your first instalment today and get what you want now!
- You must be over 18 years old.
- You must have a valid South African ID
- You must have a debit or credit card issued by MasterCard, VISA, or Amex
Description
Upgrade your backup power system with the ELLIES 1440W 2400VA Modified Inverter. This versatile Inverter is designed to work seamlessly with various battery types, providing you with a reliable power source during emergencies. The multifunction LCD display and buzzer alarm ensure that you are always informed about the status of your power supply. With inputs for grid power at 230V AC and battery power at 24V DC, this inverter delivers a modified sine wave output power of 230V AC with a continuous output power of 2400VA/1440W. The auto-restart feature kicks in during AC recovery, and the selectable mains transfer voltage range gives you control over how your power is managed. The automatic transfer switch provides UPS functionality, while the low battery alarm alerts you to potential issues. The inverter also features a battery charger with selectable 10A/20A options, as well as an intelligent 2-stage charging system for efficient power replenishment. With a transfer time of 10 to 20ms and various protections in place, including safeguards against deep discharge, overcharge, short circuits, and over- and under-voltage situations, this inverter is a reliable choice for your backup power needs.
Features
- Works with various battery types
- Multifunction LCD display and buzzer alarm
- Inputs: Grid power – 230V AC, Battery – 24V DC
- Modified Sine Wave Output power – 230V AC
- Continuous output power – 2400VA/1440W
- Auto-restart during AC recovery
- Selectable mains transfer voltage range
- Automatic transfer switch for UPS function
- Low battery alarm
- Battery charger: 10A/20A selectable
- Intelligent 2-stage charging
- Transfer time – 10 to 20ms
- Protections: Deep discharge & overcharge, Short circuit, Over- and under-voltage, Battery short circuit