Stanley SG 6500B-1 - Petrol Generator - AVR - 6.5 kW - Continuous 6.0 kW Single Phase

The Stanley SG 6500B-1 generator set offers a maximum single-phase power output of 6.5 kW, making it a solid and reliable choice for those requiring stable power for both domestic and semi-professional applications.

Designed for practical use, the generator is equipped with a wheeled structure with sturdy wheels and an ergonomic handle, making it easy to transport even on uneven surfaces or in work environments where movement is frequent.

The powerful 458 cm³ engine allows powering even large equipment and devices.

Among its strengths is the AVR (Automatic Voltage Regulation) system, which maintains a stable voltage for constant protection of both the generator and connected devices, preventing overvoltages or power surges.

Key features of the Stanley SG 6500B-1 generator include:

• Maximum power of 6.5 kW: ideal for operating electrical tools and critical machinery in the absence of mains power.
• 458 cm³ engine: provides continuous, robust power, suitable for handling heavy loads.
• AVR system: ensures automatic voltage regulation, keeping the output stable.
• Wheeled structure: designed for easy and safe transport.
• Capacious 25-litre tank: offers extended autonomy for long periods of use.

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.

WARNING: All power generators like this one, belonging to one of the lower product levels of the PROFESSIONAL (reference to the product level rating scale used on this site) must not work for sessions longer than 3–4 hours continuously, in order not to compromise in the medium to long term durability of the alternator and other components due to overheating or wear. The same problem would present itself if these products were to be used daily or at least frequently. In all these cases we recommend opting for generators classified as least as PROFESSIONAL, as listed on the rating scale on this website.

The genset alternator is constructed with copper windings.

Maximum single-phase power* in LTP emergency service: 6.5 Kw

* in case of emergency, the generator can deliver this power

Single-phase* effective power in continuous variable duty PRP: 6 Kw

* This is the data that must be taken into account as an actual and constant data in the generator’s output (it guarantees it unlimited hours)

The Stanley power generator is equipped with an AVR board: an electronic device that automatically adjusts the output voltage, making it constant when the load changes

It is also equipped with resistant rubber pads that secure the alternator to the frame.

Main engine features:

Type: 4-stroke, single-cylinder, air-cooled, OHV

Cylinder capacity: 458 cc

Nominal power: 18 Hp

Fuel: Petrol

Tank: 25 L

Activation: Electric with key

The engine is equipped with a 25 litre metal tank.

Detail of the electric start

Detail of the air filter

The control panel of the power generator is comprehensive and feature-rich.

• Electric start with key
• 3-pole, 32 A single-phase socket
• Voltmeter
• No. 02 16A single-phase Shuko sockets
• Reducer

Further generator features

25 L tank cap

Sight glass to check the fuel level

Support feet

Transport wheels

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

The best criterion 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 instructions 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.

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

The best criterion 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 instructions 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.

• The generator must only be used to power individual pieces of electrical equipment (within the limits of its power output in KW, in relation to the in-rush absorption of this equipment, which must be less than the power output of the generator);

• The generator can be used to supply power to domestic systems in the event of emergency (lack of power supply service from one's own electricity supplier in the household), only in versions specifically equipped with the ATS automatic start-up device (specially made for this purpose and equipped with the systems for connection to the domestic meter)

• The generator was NOT designed for PROFESSIONAL use, and is therefore only suitable for occasional (non-frequent) use. Operating sessions must not exceed 3-4 continuous hours (which would lead to overheating or wear of the alternator, particularly its stator and rotor components). If a generator is needed for frequent use (e.g. one use per week), the user will have to look for another type of generator, specifically designed for frequent use, and more precisely a PROFESSIONAL or even better an INDUSTRIAL level generator (equipped not with a standard 3000 RPM alternator like this one, but with a professional alternator at low rpm: 1500 rpm - equipped with both liquid-cooled engine and alternator - having a very different level of specifications and price);

The generator is not designed to be installed in photovoltaic or solar panel systems for energy production, nor for recharging or maintenance of batteries of these specific or other electric systems. This use can seriously damage the generator on its internal components (alternator, engine and electrical component). All photovoltaic systems require a generator for INDUSTRIAL use (and not for domestic use like the present model), specifically designed and manufactured for this purpose. WE DO NOT PROVIDE WARRANTY on generators connected to photovoltaic systems, as this entails an IMPROPER USE OF THE UNIT.

• The generator must only be used to power individual pieces of electrical equipment (within the limits of its power output in KW, in relation to the in-rush absorption of this equipment, which must be less than the power output of the generator);

• The generator can be used to supply power to domestic systems in the event of emergency (lack of power supply service from one's own electricity supplier in the household), only in versions specifically equipped with the ATS automatic start-up device (specially made for this purpose and equipped with the systems for connection to the domestic meter)

• The generator was NOT designed for PROFESSIONAL use, and is therefore only suitable for occasional (non-frequent) use. Operating sessions must not exceed 3-4 continuous hours (which would lead to overheating or wear of the alternator, particularly its stator and rotor components). If a generator is needed for frequent use (e.g. one use per week), the user will have to look for another type of generator, specifically designed for frequent use, and more precisely a PROFESSIONAL or even better an INDUSTRIAL level generator (equipped not with a standard 3000 RPM alternator like this one, but with a professional alternator at low rpm: 1500 rpm - equipped with both liquid-cooled engine and alternator - having a very different level of specifications and price);

The generator is not designed to be installed in photovoltaic or solar panel systems for energy production, nor for recharging or maintenance of batteries of these specific or other electric systems. This use can seriously damage the generator on its internal components (alternator, engine and electrical component). All photovoltaic systems require a generator for INDUSTRIAL use (and not for domestic use like the present model), specifically designed and manufactured for this purpose. WE DO NOT PROVIDE WARRANTY on generators connected to photovoltaic systems, as this entails an IMPROPER USE OF THE UNIT.