Italyco Maxi 6/270 D- Rotary screw compressor - Max. pressure 10 bar

The Italyco Maxi 6/270 D screw compressor stands out for its reliability and high performance, representing a major solution in the compressor sector.

Equipped with a rotary screw system, it ensures efficiency and quietness, keeping noise levels below 68 dB(A), ideal for those seeking a quiet working environment.

Designed to provide a constant, pure air flow, this model is the preferred option for industrial applications where air quality is critical. The ability to generate high quality compressed air makes it essential in sectors that require maximum purity.

Efficiency and reliability are central to the design of the Italyco Maxi 6/270 D compressor. An advanced suction and compression system, utilising cutting-edge rotors, allows a progressive increase in pressure and a continuous supply of high quality air.

With an output of 4 kW and a tank capacity of 270 litres, sucking in 650 litres of air per minute and reaching a maximum pressure of 10 bar, the compressor is particularly suitable for continuous use in industrial environments, where operational constancy is critical.

The versatility of the compressor allows it to be adapted to different working contexts, such as machine shops and various industries, ensuring continuous operation and reducing downtime due to cooling.

The intuitive design facilitates maintenance operations, allowing users to perform fast and efficient interventions, minimising downtime and optimising productivity.

The rotary-screw air compressors are particularly suitable for those environments that require a greater air flow rate and longer operating times. Unlike piston models, they do not require a rest period, but only an initial phase during which the air compressor must reach a suitable temperature to be able to deliver the maximum pressure and flow rate.

The new screw unit in the range guarantees high efficiency and reliability. These models feature a single-stage compression unit cooled by fluid injection, designed to achieve a greater accessibility during maintenance operations.

The components subject to wear have been reduced to allow maintenance to be carried out in total autonomy and avoid unnecessary interventions that could damage the machine.

The screw group and the electric motor are fixed on an anti-vibration base which eliminates the transmission of vibrations to the air compressor, to greatly reduce noise and mechanical stress on the fixed parts of the machine.

Sound emission level: 68 dB

The cycling refrigeration dryer allows filtering and dry the compressed air produced by the compressor. This process allow the production of better quality compressed air without any residue, but above all it will prevent the formation of condensation inside the tank itself and the occurrence of any steam damage.

The atmospheric air sucked in by a compressor is a mixture of gases, water vapour and solid contaminants, and without the use of a treatment system these pollutants could reach the machines and cause damage. The air also contains a certain amount of moisture, in greater quantities at higher temperatures. This accumulation can create problems and disturbances to the compressor, and as mentioned above also to the connected equipment.

For example: a compressor with an operating pressure of 7 bar and a capacity of 200 l/s compressing air at 20 °C with a relative humidity of 80 per cent injects 10 litres of water per hour into the compressed air line.

To avoid this, it is necessary to dry and filter the compressed air, especially in machines that produce air over long periods of time. This process will allow the production of better quality compressed air without any kind of residue, but above all it will prevent the formation of condensation inside the tank itself and the occurrence of steam damage.

The process of drying, or cooling, compressed air allows large quantities of water to condense and subsequently separate. The air after this process is reheated, thus preventing condensation inside the tank. In addition, this heat exchange between the incoming and outgoing air also reduces the cooling capacity required by the circuit.

Using a compressor without a dryer can cause various problems to the system or connected equipment, such as:

Corrosion of the equipment and piping system;
Damage to the pneumatic controls, with the possibility of safety shutdowns;
Need for continuous and excessive maintenance.
Possibility of icing up when working at low temperatures;
Quality problems due to discolouration with regard to paint adhesion;

The compressor has a three-phase electric motor. The induction motor is characterised by its very long service life (it is almost eternal) and low maintenance requirements.

This motor is in fact brushless, the main component subject to wear in electric motors. It is precisely the absence of this component that gives the engine its proverbial durability. It is to be considered the top in reliability, quietness, durability, energy efficiency and maintenance.

The compressor is connected via a geared motor to the pumping unit

• Type: Three-phase electric
• Voltage: 400 V
• Power: 5 Hp
• Frequency: 50 HZ

The compressor is equipped with an electronic board that manages, optimises and monitors all phases of operation. Thanks to effective run/stop control, fuel consumption is also reduced.

Reading the data is simple and straightforward:

• Pressure;
• Hour meter by load and no-load running time;

Other features include:

Outlet valve

270 L tank

Cooling fan

Dashboard

Lifting point.