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Atlas Copco GA26VSD is a variable-frequency screw air compressor in the GA series of Atlas Copco. It is specially designed for high efficiency, energy conservation, and flexible adaptation to different gas usage requirements, and is widely used in various industrial scenarios.

Atlas Copco G2 FF is a specific model within the G2 series. Here, "FF" typically stands for "Full Feature" configuration, indicating that this model may have additional enhanced functions and configurations beyond the basic version, designed to meet more complex or demanding industrial application scenarios.

Never forget to order a spare part and avoid unplanned downtime. As your original equipment manufacturer, we know exactly which parts are needed for every service intervention. These are offered as a single maintenance kit with the quality assurance of genuine Atlas Copco parts.

Maintenance and Care Regularly replace filters: air filter, oil filter, oil-gas separator. Prevent impurities from entering the system. Check the lubricating oil: oil level, oil quality (oxidation, emulsification). Replace the oil according to the manufacturer's recommended schedule. Clean the cooling system: For air-cooled models, clean the radiator regularly; for water-cooled models, check the water quality and temperature. Tighten bolts: Prevent vibration from causing bolts to loosen, which may lead to safety hazards. Monitor operating parameters: Regularly record exhaust temperature, pressure, current, etc. Address any abnormalities promptly.

Atlas Copco G11FF is a small fixed-type oil-injected screw air compressor under the Atlas Copco brand. It is specifically designed for small and medium-sized industrial settings, featuring a compact structure, high efficiency, and reliability. It is widely used in scenarios such as pneumatic tool driving in workshops, small production lines, and laboratories where there is a moderate demand for compressed air.

Basic working principle A three-phase induction motor generates a rotating magnetic field by connecting to three-phase alternating current and passing it through the stator windings. The rotor cuts the magnetic lines of force in the magnetic field, generating an induced current, which is then subjected to electromagnetic force and rotates in accordance with the magnetic field (the rotational speed is slightly lower than that of the rotating magnetic field, and there is a slip rate). The electrical energy is converted into mechanical energy to drive the compression mechanism of the air compressor (such as pistons, screws, etc.) to operate. Adaptation features