Bore Size: 15 (5/8"), Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75
Bore Size: 20 (3/4"), Stroke, Inch: 8, Stroke, Hundredths of an Inch: 75
Bore Size: 20 (3/4"), Stroke, Inch: 25, Stroke, Hundredths of an Inch: 75
Bore Size: 20 (3/4"), Stroke, Inch: 35, Stroke, Hundredths of an Inch: 75
Bore Size: 3/4", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: -
Bore Size: 5/8", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: -
Bore Size: 32 (1 1/4"), Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75
Bore Size: 40 (1 1/2"), Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75
Size: 75 (Screw Type Compressor: 75kW; Reciprocating Type Compressor: 55kW), Port Size: 20 (Rc 2)
Bore Size: 1 1/4", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: -
Bore Size: 1 1/2", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: -
Bore Size: 1", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: Floating Joint
Bore Size: 25 (1"), Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: XC57 (Floating Joint)
Bore Size: 1 1/2", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: Air Hydro
Bore Size: 1 1/2", Stroke, Inch: 20, Stroke, Hundredths of an Inch: 75, Option: Floating Joint
Bore Size: 20 (3/4"), Stroke, Inch: 55, Stroke, Hundredths of an Inch: 75, Option: X160 (High Speed)
Bore Size: 20 (3/4"), Stroke, Inch: 15, Stroke, Hundredths of an Inch: 75, Option: X132 (Axial Ports)
Bore Size: 20 (3/4"), Stroke, Inch: 15, Stroke, Hundredths of an Inch: 75, Option: XC57 (Floating Joint)
Unique air cushion construction with no cushion ring, Wide size variations from °20 to °100, Nearly three times the allowable kinetic energy, Improved noise reduction * and repeatability, Interchangeable mounting, Cylinder, 3-Position, 3-POSITION CYLINDER, 0.95 lb
3 position cylinder series RZQ provides intermediate stop mechanism. 2 intermediate strokes are possible with only a small extension in total length. First stage stroke can be specified without changing the overall length. High accuracy is achieved by an intermediate stop method of pressing metallic components against each other. A tube rod with a large bore which is 70% the piston diameter