Actuator Cylinder Area (Diameter) The Actuator Cylinder Area (Diameter) equation determines an Actuator Cylinder's Area (A) given it's Diameter (D). |
Actuator Cylinder Area (Radius) The Actuator Cylinder Area (Radius) equation determines an Actuator Cylinder's Area (A) given it's Radius (R). |
Actuator Cylinder Flow Rate The Actuator Cylinder Flow Rate equation calculates the Flow Rate (Q) given the Velocity (V) in feet per second (ft/sec) and Area (A) in square inches (in2). |
Actuator Cylinder Force The Actuator Cylinder Force equation calculates the Force (F) given the Pressure (P) and Area (A). |
Actuator Cylinder Velocity or Speed The Actuator Cylinder Velocity or Speed equation calculates the Velocity or Speed (V) given the Flow Rate (Q) in gallons per minute (GPM) and Area (A) in square inches (in2). |
Actuator Cylinder Volume Capacity (Area and Stroke) The Actuator Cylinder Volume Capacity equation calculates the Volume or Capacity (V) given the Area (A) in square inches (in2) and Length of Stroke (L) in inches (in). |
Actuator Cylinder Volume Capacity (Radius and Stroke) The Actuator Cylinder Volume Capacity equation calculates the Volume or Capacity (V) given the Radius (R) in inches (in) and Length of Stroke (L) in inches (in). |
Actuator Fluid Motor Power The Actuator Fluid Motor Power equation determines an Actuator Fluid Motor's Power (HP) in horsepower given the Torque Output (T) in inch pounds (in. pds.) and the fluid motor's Speed (RPM) in revolutions per minute. |
Actuator Fluid Motor Speed The Actuator Fluid Motor Speed equation determines an Actuator Fluid Motor's Speed (S) in revolutions per minute (RPM) given the Flow Rate (Q) in gallons per minute (GPM) and the fluid motor's Displacement (D) in cubic inches per revolution (cu. ins. / rev.) |
Actuator Fluid Motor Torque (Flow Rate, Pressure & RPM) The Actuator Fluid Motor Torque (Flow Rate, Pressure & RPM) equation determines an Actuator Fluid Motor's Torque (T) in inch pounds given Flow Rate (Q) in gallons per minute (GPM), Pressure (P) in pounds per square inch (psi) and Revolutions per Minute (RPM). |