Compressor VKM 362 - 3 M

• Maximum mechanical efficiency
• No more drive parts required
• Reduction of moving components

• Top-efficient cooling air flow
• Special, ground valves made of stainless steel.

• 99% separation of the precipitated condensate directly after the compressor
• For separating large amounts of condensate (water, oil) and dirt particles by centrifugal acceleration of the compressed air
• Use on aftercoolers and refrigeration dryers
• High quality corrosion protection through complete anodization
• Low-flow housing made of seawater-resistant aluminum
• Outside additionally powder-coated
• Differential pressure < 0.06 bar
• With BEKOMAT® steam trap

• EasyTRONIC MICRO II electronic control with pressure sensor operation as standard, thus preventing motor overload, reducing wear and extending service life
• High cooling effect and lower noise level due to thermostatically controlled radial fan
• Operating hours counter records load and overrun times, thus ensuring compliance with maintenance intervals - Indication of maintenance requirements via automatic message
• Rotation direction control for the motor avoids possible damage during commissioning or after a change of location
• Screw compressor with wear-resistant Poly V ribbed belt drive and slide clamping system
• Easy maintenance due to easily accessible elements
• Optimum operating temperatures due to thermostatically controlled fan, optimum cooling air flow and generously dimensioned heat exchanger, thus longer service life, lower fluctuations in oil temperature than with thermostat control
• Aftercooler as standard, thus less effort for drying and filtration of the generated compressed air
• Small external dimensions, thus easy transport and installation

Reducing energy consumption and protecting our precious energy resources has become a global challenge given its impact on the environment. The A-PLUS range, with outputs of 22, 37, 55 and 75 kW, is also available in a speed control version that combines high performance with energy saving solutions. By using a variable speed compressor in a typical installation, you save a significant amount of energy.

• Accurate coverage of the air requirement by continuous control of the engine speed and compressed air generation
• Minimization of unnecessary energy losses by continuous adjustment of the compressed air generation to the actual air requirement
• Energy consumption proportional to the supplied compressed air
• Constant and precise pressure control, adjustable to any value between 6 and 10 bar (13 bar on request)