TecnoGen H8000 AVR - 5.3 kW Power Generator with AVR - DC 4.8 kW Single-phase

The TecnoGen H8000 AVR single-phase petrol generator is known to be a professional machine designed the production of electric power wherever needed.

The generator stands out for two important components as the engine and the alternator, which are renowned for their high quality.

This model is provided with AVR card (Automatic Voltage Regulation): it allows an automatic output voltage regulation maintaining it constant even in case of sudden changes in load.

The Honda GX 390 represents the top-quality engine of the category, known for its high reliability and performance.

Both the Italian alternator and the Honda engine make the TecnoGen H8000 AVR generator different from the other 90% models available on the market, which are not provided with the same high-branded components and allow considering this unit as a top-range product.

Max single-phase power output: 5.3 KW

Single-phase rated power output in continuous running (COP): 4.8 KW

This last feature represents the technical data to take into account as effective according to the generator capacity of generating electric power (since it allows the generator running for a long period of time).

Voltage: 230 V

Operating frequency: 50 Hz

Petrol tank capacity: 6.5 L

Dimensions: 78X52X56 (LxWxH)

Weight: 73 kg

Noise emissions: 97 dB

Honda GX 390 powerful and professional engine belonging to the latest technology with overhead valve technology OHV.

Specifications:

Honda "GX" is known to be a high professional Series designed for intensive tasks in many applications such as: construction works, agriculture, generators, welding machines.

HONDA engines GX Series are renowned as "THE BEST ENGINES ON THE MARKET".

The engine is PROVIDED WITHOUT OIL.
Please carefully read the instructions manual before using it.

Gross Power: 13.0 HP
The appropriate wording is actually “Power Rating” as it is the classic standard terminology for power. All of the largest engine manufacturers have officially used this definition up until a few years ago.

* For the most part, this is still the information that all the main commercial and sales channels provide, even though it is higher than the net power output.

Net Power: 9.40 HP
This is the actual power transferred to the drive shaft. Engine manufacturers disclose this power information in instructions manuals or technical data sheets as official.

* This information may vary for the same engine model because the equipment manufacturer establishes the rpm rate of the engine that is mounted on said equipment.

LINZ E1S10L L alternator

LINZ Electric is a famous Italian company, part of the Pedrollo Group and leading manufacturer of electric pumps. Their renowned experience and the company high standard of innovation ensure great quality and reliable Made in Italy alternators.

High quality and efficiency alternators. This specific model consists of a copper case.

Single-phase alternator provided with brushes and 2P AVR electric power system.

Voltage: 230 V

Operating frequency: 50Hz

This model is provided with AVR card, which allows an automatic output voltage regulation, maintaining it constant even in case of sudden changes in load.

QM116 Electric control panel

Power outlets:

1 Schuko power outlet 16 A 250 V

2 CEE industrial power outlets

On-off power switch

2 Reset push buttons

Focus on the start push button

Focus on the recoil start

As regards the power needed referring to the use you will make of your generator, here below an extremely useful table to guide you among consumptions, starting coefficient and watt. Firstly, the highest-quality method is to identify which are the electric appliances we need to power with the generator and then perform a simple calculation to identify the necessary power that the generator must supply, as explained below.

Power required = Electric appliance consumption X Breakaway starting coefficient

The starting coefficient represents a fundamental feature for all the electric equipment as it indicates how much the consumption of the electric appliance increases. Therefore, it allows to concretely determine how many WATTs are necessary during the start-up operations.

Example: Air compressor ( 1500 Watt ) X Starting coefficient ( 2 ) = 3000 Watt

Hence, it is important to address your choice on a generator featuring equal or higher WATT-rated electric power than the result obtained from the calculation made.

( * ) Check the consumption of the electric appliance on the operator’s use and maintenance manual or on the plate attached to the machine.

WARNING! Purely indicative table. Thanks to the formula indicated above you can easily calculate the electric power that the generator has to supply in order and connect to the generator specific electric appliances and select the model of generator which best suits your needs.