Pneumatic Actuation – P3 Series
P3-Series Pneumatic Actuators
Chemline P3 Series are quarter turn pneumatic actuators specially chosen for all sizes of
ball and butterfly valves. These actuators
are designed to withstand highly corrosive environments, underwater and marine applications. All offer long cycling life.
Normal working temperatures are –32oC to 90oC. They may be actuated with air or non- aggressive fluids up to 120 psi pressure.
P3 Series is one in a range of actuators specially selected for ball and butterfly valves. Hardware kits are available for mounting of actuators in the field. Also offers complete actuated valves, fully assembled and bench tested.
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Size:Up to 6" Ball Valves
Up to 10" Butterfly Valves -
Control Pressure:40 - 120 psi
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Output Torque:(at 80 psi air): Up to 2,422 in-lbs Spring Return, or 5,757 in-lbs Double Acting
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Materials:316 Stainless Steel
Features & Benefits
- Multiple Approvals and Compliances
EAC, DNV-GL, SIL - Corrosion Resistant
316 Stainless Steel - Application Diversity
Industrial Process, Submersion, Bleach or water washdown - Quality Built for Long Cycling Life
Rated for over 1 million cycles, PTFE impregnated piston wear pads and wear rings, Double O-ring shaft seals
Commonly used in these markets
Process Industrial
Chemical, Storage & Transport
High Purity Water
Pools, Water Parks
Utility Water
Valve Specification Guide
Engineering specifications are crucial as they provide precision, clarity, quality assurance and compliance in your projects. Download to save you time and assure accuracy in your specifications.
Chemical Resistance Guide
Corrosion resistance is an important factor in selecting the right material of construction for valves, pipe, tubing, fittings and more. Designed to easily navigate, this guide can be downloaded for easy reference.
Materials of Construction
Understanding materials of construction is essential to the accurate selection of valves, pipe, tubing, fittings and more. Designed to easily navigate, this guide can be downloaded for easy reference.
