The air-hydro unit consists of a converter and a valve unit that are compactly integrated. It converts air pressure to an equivalent hydraulic pressure, and this hydraulic pressure is used for operating an actuator, thus solving the problem that is associated with the compression characteristics of air. Thus, in spite of using pneumatic equipment, it performs similarly to a hydraulic unit,
Catalog: CC Cylinder driving speed (mm/s) Cylinder driving speed (mm/s) MQQ M RHC MK(2) No load No load Load ratio Load ratio RS Q G RS H A Bore size (mm) Bore size (mm) Bore size (mm) RZQ CCVL20/21/22/23 CCVL02 CCVS30/31/32/33 Piping bore Piping bore Piping bore Cylinder driving speed (mm/s) Cylinder driving speed (mm/s) Cylinder driving speed (mm/s) MI W S CEP1 CE1 CE2 No load No load Load ratio Load
66 107 116 135 50 24 40 40 28 100 27 1 115 62 180.5 124.9 CCVL02-lG-S 3/4 66 107 116 135 50 24 40 40 28 100 27 2 135 80 180.5 132.8 CCVLl1-lG-S M6 X 1 10.5 to 12.5 3/4 66 107 116 135 50 24 40 40 28 100 27 1 135 80 115 180.5 124.9 CCVLl2-lG-S 3/4 66 107 116 135 50 24 40 40 28 CCVLl3-lG-S 100 27 1 135 80 115 180.5 124.9 3/4 66 107 CCVLl0-S 116 50 40 28 100 27 135 80 115 *Pitch of
100 300 Speed (mm/s) Speed (mm/s) Speed (mm/s) 300 300 CEP1 Max. 500 mm/s of high speed transfer is possible.
101 CCVS3-G-S 45 80 86 35 18 35 25 1 36 17.5 88.2 72 98 57 1/2 148.5 103.9 101 CV CCVS0-S 45 80 86 35 25 36 17.5 88.2 72 98 57 1/2 CCVL02-G-S 66 107 116 50 24 40 28 1 40 27 115 100 62 3/4 180.5 124.9 135 MVGQ CCVL1-G-S 66 107 116 50 24 40 28 2 40 27 100 80 3/4 135 180.5 132.8 135 M6 x 1 10.5 to 12.5 CCVL2-G-S 66 107 116 50 24 40 28 1 40 27 115 100 80 3/4 135 180.5 124.9 135