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ACP301 Pneumatic Cylinder Actuator

The Pneumatic Cylindrical Actuator – ACP300 Series Combines the power of pneumatic cylinders and FY300 Series capabilities – smart microprocessed positioner that allows applications in modulating control.

More than taking the microprocessor to the actuator,the ACP300 Series is presented in linear and rotary versions, giving the user a wide choice of applications in the many final control elements such as dampers for furnace draft control, water gates, heavy valves and other applications requiring movement control.
The ACP300 receives a control signal from the controller and moves the cylinder to the exact position of control according to the control strategy and loop tuning.

With the intelligence integration to the actuator, the ACP300 allows the user to configure the opening
characteristic of the cylinder with the control of movement. In case the standard curves do not comply with the control requirements, it is possible to configure the ACP300 Series on a user-adjustable 16-point curve.

AD/AR/AL Electric Actuators

Rotary Electric Actuators are electromechanical equipment that substitute with high reliability manual valve operation on:

  • Sites with difficult access or high danger to the operator;
  • Cases demanding high actuation torques;
  • Conditions requiring fast positioning, especially on valves with large total number of turns;
  • Work regime with high frequency of maneuvers;
  • Automatic process control whose vales operate in two extreme positions or with modulated intermediary repositioning.

SMAR electric actuators are available in 4 torque ranges for operations of valves type drawer, guillotine, globe, butterfly, sphere and male, among others, whose torques are in the 20 to 80 Nm range (for AR and AL models) and 150 to 1850 Nm (for AD model), and rotations between 6 and 48 rpm. Superior torques can make use of additional adapted stages of gear coupled to the actuator output axle. All models are equipped with protection system against excessive load or when foreign objects intervene on its course. These systems automatically turn off the motor hence protecting the actuator/valve system.