Energy EY-5,5TB - Petrol Generator 4.1 kW - Continuous 3.6 Three-phase

The EY-5.5TB is a high-quality three-phase generator powered by petrol, manufactured by the Italian company Energy Gruppi Elettrogeni, a leader in the sector. It is a versatile device, ideal for a variety of applications, both professional and domestic.

Its compact and functional structure makes it easy to use and ensures high reliability in a wide range of operational situations.

With a maximum output power of 4.1 kW, this generator stands out for its high performance.

The engine, the heart of the generator, is the Honda GX 270, chosen for its power, reliability, and durability, representing one of the best options in the petrol engine market.

The high-quality alternator is produced by LINZ, a renowned Italian brand known for its excellence in creating efficient and high-performance alternators.

The combination of the Honda engine and the Made in Italy alternator makes the Energy EY-5.5TB a top-tier generator, capable of guaranteeing extraordinary performance and lasting reliability.

The generator is not designed to be integrated into a photovoltaic or solar panel system for energy production, nor for charging or maintaining batteries of these systems or other types of installations; such use can seriously damage the generator.

Features:

The Honda "GX" series is highly professional and has been developed for heavy-duty work in construction, agriculture, generators, welders, etc., characterized by great durability and reliability.

The HONDA GX series engines are today considered "THE BEST ENGINES ON THE MARKET".

WARNING

Engine without oil.

Before starting it, carefully read the instruction manual.

Nominal Power: 8.4 HP

* Also known as “Commercial Power”, this is the classic power definition standard that was also officially used until a few years ago by all the most well-known engine manufacturers. This data is still the most widespread and advertised in the main sales channels.

Effective Power: 6.2 HP

* Corresponds to the actual power expressed on the working organ during use. It is the one indicated as official in the manual or in the technical data of the engine manufacturer.

Alternator LINZ E1S10M G

LINZ Electric is a renowned Italian company that is part of the Pedrollo Group, a leader in the electric pump sector. The group's extensive experience combined with LINZ's high degree of innovation ensures Made in Italy alternators of great quality and reliability.

LINZ can now be considered the top company among alternator manufacturers in Italy.

High-quality and efficient alternator with copper winding.

Voltage: 400 V

Operating frequency: 50Hz

Maximum three-phase output power: 4.1 KW

Maximum single-phase power output: 1,6 KW

Nominal continuous power (COP) three-phase: 3.6 KW

This is the data to be considered as the effective and constant output of the generator (it guarantees unlimited hours of operation).

Operating frequency: 50 Hz

Nominal amperage: 20.2

Electric control panel

Power outlets:

• Nr 1 CEE industrial power outlet 16A 230 V single-phase 3 poles and protection breaker
• Nr 1 CEE industrial power outlet 16A 230 V three-phase 5 poles and protection breaker
• Reset button
• Main switch
• Voltmeter

Among other features, we find:

Detail of the anti-vibration rubber mounts

Detail of the oil tank cap

Detail of the ground discharge

Petrol tank capacity: 5.3 lt

Dimensions: 96.5x59.5x65.5 cm

Weight: 75 kg

Noise level: 96 dB

Regarding the power needed for your intended use, we provide a handy table to guide you through consumption, starting coefficients, and watts.

The best criterion is to first identify which tools you need to power with the generator, and then perform a simple calculation, as explained below, to determine the necessary power the generator must be able to deliver.

Required power = Object consumption X Starting coefficient

The starting coefficient is a fundamental characteristic of every electric-powered tool that indicates how much the object's consumption increases during startup and thus helps determine concretely how many WATTS are needed for its startup.

Example: Compressor (1500 Watts) X Coefficient (2) = 3000 Watts Therefore, aim for a generator with a power in WATTS equal to or greater than the obtained result (*)

Check the consumption of your object in the user and maintenance manual or on the label attached to it

WARNING: the table is purely indicative. Through the aforementioned formula, you can easily calculate the power a generator must deliver to connect and operate specific products and thus identify the most appropriate model for your needs.