Valve Mounting Direction: S (Solenoid on Same Side as A Port), Piping: 41 (Base Mounted), Stations: 6 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 2 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 3 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 4 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 6 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 10 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: Solenoid on Side Opposite to A Port, Piping: 41 (Base Mounted), Stations: 20 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: S (Solenoid on Same Side as A Port), Piping: 41 (Base Mounted), Stations: 3 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
Valve Mounting Direction: S (Solenoid on Same Side as A Port), Piping: 41 (Base Mounted), Stations: 4 Stations, A Port Size: M3 (M3X0.5 Type 41, S41)
OUT Standard specification Option Note) Water (Standard, up to 40C) Air (Standard, Dry) Turbine oil Vacuum (up to 1.3 x102 Pa) Carbon dioxide (CO2), Nitrogen gas (N2) Vacuum (up to 1.3 x101 Pa) (V, M) Non-leak (106 Pa m3/s or less) (V, M) IN N.O.
(Applicable bolt size i5 M3.) These grcoves can b used for fnmly fixing the tying ba.ds or lad wis oi the auto switch, etc., dd also termiml boards, etc-, to the main body of the cylinder q " l-f9 -l lF'rg _1+T l---' l I I Detailed drawing ol part a Detailed drawing of part b Part a Patl a Ff"frf?
L L N'm J MJ in3 in3 Energy em3 (ee) 0.0610 m3 35.320 0.0283 28.329 1t3 N'm 0.7375 11 Ib 1t3 J 0.7375 It Ib L 0.0353 Power It IbiS hp 9al(U.S.) 3.785 gal (U.S.)
Bore size (mm) Hexagon socket head cap screw size (mm) Appropriate tightening torque (Nm) 6, 10 M3 1.08 10% 16 M4 2.45 10% 20, 25 M5 5.10 10% 747 CDU 2122CDU/ 1011Free Mount Cylinder CDU6 to 25, CDU6 to 25 212210116/10 Air Preparation Equipment Pressure Control Equipment Flow Control Equipment Pressure Switches/ Pressure Sensors Directional Control Valves Air Grippers Modular F. R.
Round head screw (M3 x 8) 4 pcs. Enclosed parts Round head screw (M4 x 6) 2 pcs. Round head screw (M3 x 8) 4 pcs. 13 Accessories Series EX600 Reinforcing brace This bracket is used on the bottom of the unit at the intermediate position for connecting 6 units or more. For direct mounting EX600-ZMB1 For DIN rail mounting EX600-ZMB2 Enclosed parts Round head screw (M4 x 5) 2 pcs.
Required ventilation rate [m3/min] Heat radiation amount [kW] Differential temp. of 6C between inside and outside of installation area HRS090-A-20/40 17 290 145 Differential temp. of 3C between inside and outside of installation area Model 89 A HRS090 Series Specific Product Precautions 3 Be sure to read this before handling the products.
AMH150 AMH250 AMH350 AMH450 AMH550 AMH650 AMH850 Air flow rate NOle) Q/min (ANR) 200 500 1000 2000 3500 6000 12000 1/4 3/8 1/2 3/8 1/2 3/4 1/2 3/4 1 3/41 1 1 1/2 1 1/2 2 Port size 1/8 1/4 3/8 Weight (kg) 0.38 0.55 0.9 1.4 2.1 4.2 10.5 Note) Max. ftow capacity at a pressure of O.7MPa{7.1 kgflcm').
(2 ) (71 ) 0.50.7 Nm M3 -16No.PF-OMS0001CN-A IN8cm 2F.S.
(Only "With motor cover") (Nm) M2.5 0.3610% M3 0.6310% M4 1.510% M5 310% The fingernail of "Grommet" is inserted in the hole of "Pulley box". Grommet 43 - 7. Troubleshooting Alarms below are abstract of representative examples. For other alarms, see operation manual of controller. No.
) . 24 3.9 EtherNet/IP . 25 (1) . 25 (2) PLC . 25 (3) LED . 25 3.10 PLC . 25 4. . 26 4.1. . 26 4.2 EtherNet/IP . 27 4.3. . 28 4.4. . 30 -1No.JXC-OMT0001CN-C 1 . 30 2DIN . 30 4.5 . 31 (1) . 31 (2) . 32 (3) . 33 5. . 34 5.1 (IP ) . 34 5.2 PLC () . 35 TM . 36 TMEtherNet/IP 5.3 RSLogix5000 6. . 38 6.1 . 38 (1):C PWR . 38 (2):M PWR . 38 (3) : CI . 39 6.2 . 40 (1) . 40 (2) . 41
Moment (Nm) Payload (N) ML1C/M2,M3 How to calculate the load ratio A. Consider q Max. payload, w static moment, e dynamic moment (when stopper collides) when calculating the Max. allowable moment and payload. Evaluate q and w as a (average speed), and e as (collision speed =1.4a).