o63 o80 o50 o32 o40 o63 o80 o50 o40 o32 o63 o80 o50 o40 o32 o20 o25 o20 o25 o20 o25 Series MGZ/MGZR Model Selection Caution Theoretical output must be confirmed separately. Refer to the theoretical output table on page 531. 1. Confirmation of Allowable Load Mass by Each Application Series MGZ 400 100 10 2 10 100 300 300 100 10 1 10 100 300 [Example q] 200 100 10 1 0.5 10 100 300 Vertical upward: Lifter Maximum speed (mm/s) Up to 300 Graph (1) Up to 500 Graph (2) Up to 700 Graph (3) Up to 300 Graph (4) Up to 500 Graph (5) Up to 100 Graph (6) Up to 200 Graph (7) Up to 300 Graph (8) . L: This dimension indicates the position of the load center of gravity when the cylinder is retracted. Note) When using with piston rod extended, use caution as it may exceed the allowable energy. Maximum speed (mm/s) Load center of gravity position L (mm) Vertical downward: Press Horizontal: Chucking L m m F m L F Selection Graph (1) to (3) (Vertical Upward Mounting) Graph (1) up to 300 mm/s Graph (2) up to 500 mm/s Solid line: Operating pressure 0.4 MPa or more Dotted line: Operating pressure 0.5 MPa or more Solid line: Operating pressure 0.4 MPa or more Dotted line: Operating pressure 0.5 MPa or more Graph (3) up to 700 mm/s Selection Example: Vertical Upward Mounting Solid line: Operating pressure 0.4 MPa or more q Selection conditions Mounting: Vertical upward (Lifter) Maximum speed: 500 mm/s Load mass: 40 kg Eccentricity distance: 80 mm Since the conditions are vertical upward mounting with a speed of 500 mm/s, use graph (2). In the graph, find where the lines representing a load mass of 40 kg and an eccentric distance of 80 mm intersect. From the graph, a o63 bore size is selected. Eccentricity distance L (mm) Load mass m (kg) Eccentricity distance L (mm) Load mass m (kg) Load mass m (kg) Eccentricity distance L (mm) Selection conditions: Determine which of the conditions below matches your intended application, then choose one of the selection graphs that follow. 526