Automobilinis inverteris 12V/230V 1200W su gryna sinuso banga

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Prekė: Automobilinis inverteris 12V/230V 1200W su gryna sinuso banga. Kategorija: Įtampos keitikliai.

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A car inverter is a device that converts direct current 12 V into alternating current 230 V, which is the standard voltage in the European Union and most countries in the world.

It is specifically designed for use in passenger cars, RVs, and other areas without access to the electrical grid.

⭕Application of the product

Can power a wide range of electrical devices, such as laptops, chargers (e.g. for mobile phones, drones, power tools), TVs, monitors, power tools and small household appliances.

Inverter checked with pressure coffee machine 1450W - works correctly.

This transducer easily supports power tools such as angle grinders or electric drills.

Since the output waveform is pure sine wave, it is compatible with all electrical and electronic devices.

⭕Shape of the output waveform - pure sine wave.

The output waveform of the transducer can be pure sine wave or modified sine wave. The choice of transducer type depends on the device it will power.

Pure sine wave is identical to the wave occurring in the mains. Thanks to this, it works properly with all devices, even those that are very sensitive to changes in the shape of the voltage wave or contain AC motors.

Inverters with modified sine wave provide a more economical and simple solution, ensuring the proper operation of most electronic devices. However, they are not recommended for use with devices equipped with AC motors, such as generator refrigerators or power tools, as this can cause damage to them. Although these tools can be connected and still work, it will damage them.

All our inverters are safe for equipment and produce pure sinsusoid.

⭕Full protection for connected devices

Intelligent control system and fan ensure proper and safe operation of the device. The converter includes a range of specially designed protections that provide comprehensive protection for connected devices, including:

UVP - protection against too low supply voltage,

OVP - protection against too high supply voltage,

OTP - protection against overheating,

SCP - short-circuit protection,

OPP - overload protection;

⭕inventively designed

This device is designed for ease of use and has no location restrictions. The converter housing is made of high quality aluminum, which makes it lightweight, yet durable and characterized by excellent thermal conductivity.

On the back of the converter are mounted two fans ensuring proper heat dissipation, as well as positive and negative terminals to connect the battery.

⭕ Product Specifications

· Status: new

· Usable power (continuous): 1200W

· Instantaneous power: 2400W (< 0,1s)

· Nominal input voltage: 12V

· Operating voltage range: 10 - 15V

· Efficiency: ≥90%

· Output voltage: 230V AC 50Hz

· Course of voltage: pure sine wave

· Power consumption of the switched on converter in idle mode: ~7W at 14V

· Output sockets: 2x AC

· Display: yes (input/output voltage, load, frequency)

· Voltage stability: +/- 3%

· Recommended batteries: Lead / AGM / Li-ion

· Protections: too low DC voltage, too high DC voltage, thermal, short-circuit, overload

· Dimensions: 15 x 30 x 8 [cm] (W) /d. /h. ) However, when installing, keep the safe distance required for effective cooling.

Weight: 1,8kg

⭕What is included in the set

· Inverter

· Cables for connection to the battery

· User Manual

General comments on converters.

The supply voltage value of most converters is 12V, which is very popular and convenient. However, this has its downsides resulting from pure physics, which you should be aware of when using.

· Current on the 12V side can reach very high values. E.g. The nominal current for the 1000W converter is ~90A.

Large currents require the use of large cross-sectional power cords for two reasons:

· The first, obvious, is the heating of the wires. This will not lead to the cable burning out, but without a problem, e.g. to melt insulation and the risk of fire of adjacent materials.

· The second is the voltage drop, which is very important for 12V installations. Using too thin cable without a problem can cause a situation that there will be a voltage of 12V on the battery, but with a loaded converter on the cable will fall, e.g. 2V, which will cause the converter to turn off due to too low supply voltage. Therefore, the length and cross-section of power cords is very important.

When choosing the power of the converter, remember:

· The inverter should not work continuously at its full power, so it should be selected so that the rated power of the connected devices is no more than ~80% of the power of the inverter.

· Some devices draw significantly more power when switched on for a short time. For example, all have an engine. Then the power of the converter should be significantly higher to meet the momentary significant overload. The additional power supply is very dependent on the specific type of connected device and it is difficult to give an exact dependence here.

Security of DC power supply circuit:

· Virtually all inverters have DC track fuses. They are built inside, soldered to eliminate contact parts (due to high currents).

· Internal fuses should never burn out during normal operation. They protect the system mainly in the event of damage to the device.

· When connecting the converter, we recommend using external fuses on the DC line. We have them on offer, they should be available for purchase at the top of the offer. They should be mounted close to the power source, i.e. the battery. They then protect the installation against e.g. accidental short circuit formed somewhere on the power line running to the converter, such as. abrasion of the cable to the mass, or accidental short circuit near the DC terminals of the converter.

Specifications