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for Vibration
CONCRETE VIBRATION
Working with concrete represents one of the greatest challenges faced by professionals in the construction industry.
INTERNAL ECCENTRIC
A cable rotates within a hose at the revolutions of the drive motor, at around 12,000 rpm. The rotation of the cable is directly transmitted to an eccentric, housed inside the poker, which generates strong vibration.
INTERNAL HIGH FREQUENCY
A frequency converter transmits energy through a protected electrical cable inside a hose to the motor located within the needle. This motor moves an eccentric that generates significant vibration inside the head poker.
INTERNAL PENDULAR
A cable rotates within a hose at the revolutions of the drive motor, at about 3,000 rpm. The rotation of the cable is directly transmitted to a pendulum located at the inner tip of the head poker, causing it to describe an epicycloidal movement. This movement multiplies the revolutions, achieving frequencies of 12,000 vpm.
INTERNAL PNEUMATIC
A compressor transmits pressurized air through a hose connected to a cylinder in the form of an eccentric, located inside the head poker.
EXTERNAL
The mold or formwork containing the concrete is subjected to vibration with externally attached vibrators that do not come into contact with the concrete.
