Converter AZO DigitalIPS-4000 12/230V 4000W

Product Code: AN-12958
Availability: 4-6 business days
Planned delivery date after ordering: 2025-07-29
223.40€
Ex Tax: 184.63€

Qty

Converter allows you to use devices that require power supply AC 230 V , using battery, or installation of vehicles with voltage of DC 12 VOLTS. Ideal for powering laptops, USB devices, printers, cash registers, lighting, small APPLIANCES, chargers and other equipment. Produces an AC voltage with a run of a modified sine wave. Provides 4000 VA maximum power and 2000 VA power. The Converter has active cooling and protection against overheating and overload. Included 8 spare fuse and set of power wires with connector oczkowym.

Technical data:

  • Product name: IPS-4000 12V
  • Input voltage: 11 to 15 VOLTS DC
  • Output voltage: 230 V AC
  • Maximum power: 4000 W
  • Operating power: 2000 W
  • Mileage of output voltage: Modified Sine wave
  • Soft start of induction motors:
  • Overload protection: YES
  • The short-circuit protection: YES
  • Overheat protection: 80 °C
  • Def. power supply: 15 V DC
  • Warning of battery discharge: YES
  • Operating temperature: 0 °C to +40 °C
  • Efficiency: >85 %
  • Cooling: Active
  • Power connector:
  • Screw connection M8
  • Wire with terminals
  • Output connector 230 V: 2 x E (with fitting)
  • USB connector: YES
  • Housing: Aluminum
  • Degree of protection: IP21
  • Dimensions: 345 x 230 x 108 mm
  • Weight: 4900 g

Included:

  • Inverter IPS-4000
  • Power wire: 1 set connector oczkowym
  • 8 spare fuses
Inverters with a modified sinusoid are only suitable for powering electronic devices with a load such as electronic power supplies, audio and video equipment, light bulbs, heaters, lamps.
ATTENTION !!!
It is not permitted to connect to this type of inverter (modified sine wave) devices with transformers or induction motors, e.g. household appliances, transformer power supplies, pumps, power tools, etc.
Otherwise, you may damage the connected device and the inverter itself. To turn on inductive and capacitive devices, you will need a different type of inverter (full sinusoid) that produces a pure sinusoid at the output. Such devices can be found here.