Energy EY-7TDE AVR - Diesel Power Generator with AVR 5 kW - Continuous 4.5 Three-Phase

The three-phase diesel generator ENERGY EY-7TDE AVR is a device designed for professional use, equipped with electric key start. This model represents the excellence of the Italian brand ENERGY Gruppi Elettrogeni, thanks to the combination of high-quality components such as the Yanmar engine and the LINZ alternator.

It is a robust, compact, and versatile generator, designed to adapt to multiple operational contexts: from construction sites to the agricultural sector, through to energy emergencies in homes or businesses, and even mountain refuges or service stations.

At the core of the generator are two fundamental elements: engine and alternator. In the EY-7TDE AVR, both stand out for reliability and performance. The alternator is by LINZ, an Italian company internationally recognized for producing efficient, high-performance alternators made with copper windings.

The diesel engine with a 435 cc displacement develops a power of 8.6 Hp, while the alternator can generate a maximum power of 5 kW. Additionally, there is an AVR (Automatic Voltage Regulator) board, which allows maintaining a constant output voltage even with load variations, ensuring greater stability and safety in power supply.

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.

Alternator LINZ E1S10M KE

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 level 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.

The alternator of the generator set ENERGY EY-7MDE AVR features a copper winding.

Maximum nominal power* in emergency service LTP: 5 KW

* In emergencies, the generator can deliver this power

Nominal power* in continuous variable service PRP: 4.5 KW

*The latter us the data to be considered as an actual and constant figure in the generator's output (it guarantees it unlimited hours)

Maximum single-phase power output: 2 KW

The power generator is equipped with an AVR board: an electronic device that performs automatic voltage regulation, keeping it constant with load variations

Features:

• Detail of electric start
• Detail of the muffler
• Detail of the diesel tank

WARNING

Engine without oil.

Before starting, carefully read the instruction manual.

Nominal Power: 8.5 HP

* Also known as "Commercial Power", this is the classic standard definition of power that was 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 major commercial sales channels.

Effective Power: 7.7 HP

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

Power outlets:

Nr 1 16A CEE industrial socket 230 V three-phase 5 poles

Nr 1 16A CEE industrial socket 230 V single-phase 3 poles

Nr 1 Breaker to connect and disconnect the power

Nr 1 LED voltmeter

Reset Button

Regarding the power needed for your 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 electrically 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, orient yourself towards a generator with a power in WATTS equal to or greater than the result obtained (*)

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

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