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AW series pneumatic actuators are divided into double-acting type and single-acing type (sping returm), two separate cyinders, double-piston synchronous
action, fork type transmission structure, easy to manufacture larae size cylinder block, large output toraue, fexible action smooth.
The iner wallofthe cylinder is plated with hard chrome polishing or sprayed with Tefon coating, and the piston rod is plated with hard chrome poishing.
which has good wear resistance; al sliding parts are equipped with oil-free bearings and guide rings to reduce the fiction coeficient, Extended senvice lif.
The U-shaped curve characteristic outoutoraue ofthe AW seies pneumatic acluator is more suitable forthe switching and adiustment of large-diametel
ball valves and butterfly valves, and can also be used in other 90° rotating occasions.
Additional control accessories can be added.
When the pressurized air source enters the air cavily ofthe cyinder le A and right A) from the ai pont(A), the two pistons and the
piston rod assembly move synchronously to the right end ofthe cylinder, orcing the spring assembly to compress,(let A and right A) B and right B) the ai
nthe ar cavly is discharged throuan the air por(B, and alhe same ime, he ision asembiy synchonousiy drves lhe lork shaltorolale counlercockwis
to complele the angular stroke of0” -90" .After the solenoid valve is venllalted, the ar source pressure generales elasic force from the spring assembly
athe pressure reliel(nightB) end ofthe air port (A), so that the two pistons and the piston rod assembly move toward the left end of the cylinder, and at the
same ime, the piston assembly synchronously drives the fork to rotate the shat. Rotate clockwise to complete the 90°-0° motion.
When the pressurized air source enters the air cavity of the cylinder (let A and ight A) from the air por (A), the two pistons and the
piston rod asembly move synchronouslyto the right end of the cylinder, forcing the spring assembly to compress, let A and right A)B and right B) the aii
in the air cavity is discharged through the air port(B), and at the same time, the piston assembly synchronously drives the fork shafto rotate counterclockwise
to complete the angular stroke of0”-90".After the solenoid valve is ventlated, the air source pressure generates elastic force from the spring assembl
atthe pressure relet rnight B) end othe air port (A, so that the wo pistons and the piston rod assembly move toward the left end othe cvlinder and atthe
same time, the piston assembly synchronously drives the fork to rotate the shaft, Rotate clockwise to complete the 90° -0° motion
AW series pneumatic actuators are divided into double-acting type and single-acing type (sping returm), two separate cyinders, double-piston synchronous
action, fork type transmission structure, easy to manufacture larae size cylinder block, large output toraue, fexible action smooth.
The iner wallofthe cylinder is plated with hard chrome polishing or sprayed with Tefon coating, and the piston rod is plated with hard chrome poishing.
which has good wear resistance; al sliding parts are equipped with oil-free bearings and guide rings to reduce the fiction coeficient, Extended senvice lif.
The U-shaped curve characteristic outoutoraue ofthe AW seies pneumatic acluator is more suitable forthe switching and adiustment of large-diametel
ball valves and butterfly valves, and can also be used in other 90° rotating occasions.
Additional control accessories can be added.
When the pressurized air source enters the air cavily ofthe cyinder le A and right A) from the ai pont(A), the two pistons and the
piston rod assembly move synchronously to the right end ofthe cylinder, orcing the spring assembly to compress,(let A and right A) B and right B) the ai
nthe ar cavly is discharged throuan the air por(B, and alhe same ime, he ision asembiy synchonousiy drves lhe lork shaltorolale counlercockwis
to complele the angular stroke of0” -90" .After the solenoid valve is venllalted, the ar source pressure generales elasic force from the spring assembly
athe pressure reliel(nightB) end ofthe air port (A), so that the two pistons and the piston rod assembly move toward the left end of the cylinder, and at the
same ime, the piston assembly synchronously drives the fork to rotate the shat. Rotate clockwise to complete the 90°-0° motion.
When the pressurized air source enters the air cavity of the cylinder (let A and ight A) from the air por (A), the two pistons and the
piston rod asembly move synchronouslyto the right end of the cylinder, forcing the spring assembly to compress, let A and right A)B and right B) the aii
in the air cavity is discharged through the air port(B), and at the same time, the piston assembly synchronously drives the fork shafto rotate counterclockwise
to complete the angular stroke of0”-90".After the solenoid valve is ventlated, the air source pressure generates elastic force from the spring assembl
atthe pressure relet rnight B) end othe air port (A, so that the wo pistons and the piston rod assembly move toward the left end othe cvlinder and atthe
same time, the piston assembly synchronously drives the fork to rotate the shaft, Rotate clockwise to complete the 90° -0° motion