Swing gates are very traditional structures that require adequate attention during motorization as they are subject to growing friction generated by bad weather, especially if exposed to heavy use. Euromatic offers numerous models, all of which are electromechanical, that have been designed in order to enable easy installation on all types of gates, even those of large dimensions.

CONSTRUCTION FEATURES :

The Euromatic Swing Gate operator has been designed and manufactured according to the "monobloc" conception. The motor, the reduction gear, the steel large diameter worm screw, the capacitor & the force regulator are housed in a compact, diecast, aluminium case. The motor rotary movement causes, through the reduction gear, the worm screw activation and therefore the axial movement of the pulling shaft that activates the gate leaf.

Should a power failure occur, by turning the external key, the motor is disengaged from the reduction gear thus enabling the manual movement of the gate.

The force regulator, properly calibrated permits the thrust adjustment of the actuator according to the real operational requirements and to safety regulations in force.

The case is varnished in powder enamel and is completely weatherproof.
Reduction Gear: Epicycloidal type

Swing gates are very traditional structures that require adequate attention during motorization as they are subject to growing friction generated by bad weather, especially if exposed to heavy use. Euromatic offers numerous models, all of which are electromechanical, that have been designed in order to enable easy installation on all types of gates, even those of large dimensions.

CONSTRUCTION FEATURES :

The Euromatic Swing Gate operator has been designed and manufactured according to the "monobloc" conception. The motor, the reduction gear, the steel large diameter worm screw, the capacitor & the force regulator are housed in a compact, diecast, aluminium case. The motor rotary movement causes, through the reduction gear, the worm screw activation and therefore the axial movement of the pulling shaft that activates the gate leaf.

Should a power failure occur, by turning the external key, the motor is disengaged from the reduction gear thus enabling the manual movement of the gate.

The force regulator, properly calibrated permits the thrust adjustment of the actuator according to the real operational requirements and to safety regulations in force.

The case is varnished in powder enamel and is completely weatherproof.
Reduction Gear: Epicycloidal type