MOSA GE S-5000 HBM AVR - 4.4 kW Petrol Power Generator with AVR - DC 3.6 kW Single-phase

The GE S-5000 HBM AVR petrol generator is a product manufactured by the Italian company MOSA. Thanks to its large tank, the generator has a running time of 12.5 hours (75% PRP).

Moreover, the generator is equipped with AVR, which control the tension. The generator is able to generate a maximum power of 4.4 kW. The anti-vibration pads placed both under the engine and under the alternator will significantly reduce vibrations and increase the stability of the generator. The alternator is manufactured by LINZ, a leading Italian company that produces high-efficiency, high-quality alternators.

Among the machine features, an automatic engine shutdown system, in the event of a low oil level (Oil Alert).

It is powered by a Honda GX 270 petrol engine 270 cc, which is able to reach 7.7 HP. It has a 20 L petrol tank, which allows extended use of the machine.

The generator is also able to guarantee a running time of 12.5 H (75% of PRP).

The generator is a product made up of two basic elements: the alternator and the engine. This GE S-5000 HBM AVR generator model features a high-quality engine and alternator.

The generator is not designed for energy production, charging or maintaining batteries for the photovoltaic or solar panels systems (or similar); this can seriously damage the generator.

Maximum single-phase power output: 4.4 KW

Nominal power in continuous running (COP) Single-phase: 3.6 KW

*The latter is the figure to be taken into account as the actual and constant figure in the generator output during a variable power work cycle.

Voltage: 230V

Operating frequency: 50 Hz

Fuel tank capacity: 20 L

Dimensions: 77x52x66

Weight: 76 Kg

Noise level: 96 dB

Automatic engine stop on low oil level

Thermal overload protection

Standard-supplied Honda GX 270 engine
Powerful and professional, with the latest generation OHV overhead valve technology.

Features:

WARNING

Oil free engine.

Before using the machine, read the instruction manual carefully.

Nominal Power: 7.7 HP

The correct term would be "Commercial” Power, meaning the standard definition used until a few years ago by all well-known engine manufacturers. This technical detail is even more widespread and advertised in the leading commercial channels, although it is a matter that it is higher than the actual power.

Real power: 6.2 HP

* It corresponds to the real power expressed cutting organ in working phase. This is the power indicated as official in the engine instructions manual.

SPE10M G Alternator

LINZ Electric is a renowned Italian company which is part of the Pedrollo Group, leader in the electric pump sector. The vast experience of the group together with the high degree of innovation of the company LINZ guarantee high-quality and reliability Made in Italy alternators.

The LINZ can be now considered the top company among manufacturers of alternators Italy.

High-quality and efficient alternator with copper winding.

Voltage: 230V

Operating frequency: 50 Hz

Revolutions per minute: 3000 RPM

Electric control panel.

CEE industrial socket 16 A 230 V single-phase IP44

CEE industrial socket 32 A 230 V single-phase IP44

Schuko NR1 socket IP54

Hour meter

Breaker switch

Power switch

Charger Module

Ground discharge

Focus on the fuel level gauge

Focus on the anti vibration pads

Focus on the ground discharge

Focus on the carrying handles

Focus on the muffler

As far as the needed power is concerned, we now provide you with an handy chart to help you navigate among consumption, starting coefficients and watt.

The best criteria is to pinpoint first which are the instruments we need to power with the generator and, consequently perform a simple calculation, as explained below, to identify the needed power that the generator need to eject.

Power required = Electric appliance consumption X Breakaway starting coefficient

The starting coefficient is a fundamental characteristic of any instrument which works with electric current because it indicates how much the consumption of the object increases. Therefore, this is needed to concretely determine how many WATT are necessary during the start up operations.

Example: Compressor (1500 Watt ) X Starting coefficient (2) = 3000 Watt Hence you should orientate towards a generator which has a WATT power equal or superior to the result (*)

Check the consumption of the appliance on the instruction and maintenance manual or on the plate attached to the machine.

WARNING: the chart is purely indicative. Thanks to the formula above you can easily calculate the power a generator should deliver to connect and start some specific products and select the model of generator which best suits your needs.