Introducing the Solax YM8000LQE3 400V Gasoline Generator from Solax. Category: Energy Independence > Generators. This is a three-phase unit with an output voltage of 380 V (400 V three-phase system) and a rated power of 6.5 kW, capable of handling maximum loads up to 7 kW. The model is designed for autonomous and backup power supply for private households, production sites, construction sites, and repair shops where stable three-phase power is required. It is equipped with a reliable 1-cylinder, 4-stroke, air-cooled gasoline engine, ensuring stable operation across a wide range of loads; for ease of use, both manual start and electric starter are provided. It features low oil level protection, and the fuel tank capacity is 25 L, providing long autonomous operation without frequent refueling.

Key Features

• Type: Three-phase (400 V)
• Output Voltage: 380 V (400 V three-phase system)
• Rated Power: 6.5 kW
• Maximum Power: 7 kW
• Alternator: Synchronous with copper winding
• Voltage Regulator: Automatic Voltage Regulator (AVR)
• Engine: 1-cylinder, 4-stroke, air-cooled
• Start: Manual starter and electric starter
• Fuel Tank: 25 L
• Protection: Low oil level protection
• Housing: Open frame design with rigid steel frame
• Mobility: 2 wheels and handles for transport

Advantages and Operational Features

The combination of a copper-wound alternator and AVR ensures high-quality electricity suitable for sensitive equipment. The open frame design provides quick access to components for maintenance, and the electric starter facilitates starting in cold weather. Low oil level protection prevents engine damage due to insufficient lubrication. Accessible handles and wheels simplify moving the generator around the work area.

Frequently Asked Questions

Below are answers to the most common questions about three-phase gasoline generators and their operational features.

What types of engines are used in three-phase gasoline generators?

Typically, powerful four-stroke gasoline engines with air or liquid cooling are used. Some models feature a V-cylinder arrangement for greater power and better dynamics under load.

Can a three-phase generator be used solely as a 220 V source?

Yes, but special attention must be paid to load distribution across the three phases. If one phase is overloaded and others are underloaded, it will lead to phase imbalance, which will negatively affect the generator and connected equipment.

What methods exist for controlling and balancing the load on the phases of a three-phase generator?

Control and balancing are performed using ammeters on each phase, a voltmeter with phase switching capability, automatic load balancing systems, and by primarily connecting three-phase consumers, which naturally equalizes the load between phases.

What protection systems against overload and short circuit exist in three-phase gasoline generators?

Protection is implemented through automatic circuit breakers for each phase and for the general output, thermal relays to protect the alternator winding from overheating, electronic control units that monitor current, voltage, and component temperature, load symmetry control systems, and fuses.

How to properly start a three-phase gasoline generator?

Start the engine at idle without load and allow it to warm up for a few minutes. After that, connect consumers gradually and evenly across the three phases, avoiding simultaneous connection of a large number of devices to prevent voltage spikes.

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