Air cylinder White particles can emerge from the surface of the seal during storage, but they do not affect its performance. 23 3-4. Troubleshooting Problem Major causes Countermeasures Operation has lost smoothness. 1. Lubrication Apply the specified grease after cleaning of parts failure (Grease pack: GR-S-010(10g) GR-S-020(20g)) 2.
Wiring distance is too long and If the wiring is longer than 23m, signal is attenuated. provide transducer of differential and (When counter and cable from input/output. the operation other companies are used, wiring CEU5 are recommended. manual of the distance of 23 m is not counter. guaranteed.)
gauge with drain guide (with color zone) H H B B B B B B B J J AC20C-A 58.5 59.5 37.5 37.5 104.9 87.4 93.9 91.4 AC25C-A 58.5 59.5 37.5 37.5 156.8 117.6 122.1 137.6 142.1 123.6 121.9 AC30C-A 65 66 37.5 37.5 156.8 117.6 122.1 137.6 142.1 123.6 121.9 AC40C-A 72 72 42.5 42.5 186.9 149.6 154.1 153.9 169.6 174.1 155.6 AC40C-06-A 72 72 176.1 157.6 155.9 42.5 42.5 188.9 151.6 156.1 171.6 23
Air Cylinder Speed controller Solenoid valve Regulator Air source Air filter Fig. 6 Basic Circuit 23 - 6. Troubleshooting Trouble Major causes Countermeasures Operation has 1. Shortage of Apply the specified grease. lost smoothness. grease at the sliding part of the piston rod 2.
Tightening torque driver 0.60.05 Nm Torque driver See Check item for tightening torque of 2 screws. 23 9DISASSEMBLY DRAWING 1) AW20-B Stem assembly Convex Valve assembly Valve spring Valve guide Mounting screws (4 pcs) Handle spanner flats concave2 places Element Bonnet T type convex Adjust screw assembly Baffle Convex Bowl seal Adjust spring Bowl assembly Blanking plate assembly Mounting
157.6 156 152 188.9 156.1 171.6 176.1 AC50-B 28 44.3 27.8 54.8 42.5 80.8 42.5 80.8 228.6 227 223 259.9 227.1 242.6 247.1 AC55-B 28 44.3 27.8 54.8 42.5 80.8 42.5 80.8 242.6 241 237 273.9 241.1 256.6 261.1 AC60-B 28 44.3 27.8 54.8 42.5 80.8 42.5 80.8 242.6 241 237 273.9 241.1 256.6 261.1 Note) For the AC20-B only, the position of the pressure gauge is above the center of the piping. 23
Description Note 1A Rod cover 1B Seal retainer 6 only 2 Head cover A 3 Cylinder tube 4 Piston rod 5 Piston A 6 Piston B 7 Bumper A 8 Bumper B 9 Rod seal 10 Piston seal 11 Tube gasket 12 Wear ring 13 Mounting nut 14 Rod end nut 15 Magnet 23 - Revision history 4-14-1, Sotokanda, Chiyoda-ku, Tokyo 101-0021 JAPAN Tel: + 81 3 5207 8249 Fax: +81 3 5298 5362 URL http://www.smcworld.com Note: Specifications
internal slider with a Bore size intermediate stop with pneumatic pneumatic circuit (mm) circuit (Es) (J) When an intermediate stop is performed with a 6 0.007 pneumatic circuit with a 3-position solenoid valve, 10 0.03 the kinetic energy should be equal to or less than 15 0.13 the values in the table 11. 20 0.24 Piston speed has to be less than the allowable value 25 0.45 32 0.88 40 1.53 23
(The tightening torque should be about 2 to 3 Nm.) (5) Modification of the detecting position should be made in the condition of 3. 17 A Table 2 Table 3 18 19 Table 4 A 20 Table 5 A 21 A Table 6 22 Table 7 23 Table 6. Auto switch Connection and Example 24 3. Maintenance 3-1.
-S) SSQ1000-SE SSQ2000-SE * Part numbers above are for a set of ten elements. 10 No.SQ1000V-OMQ0002-B 11 No.SQ1000V-OMQ0002-B 12 No.SQ1000V-OMQ0002-B 13 No.SQ1000V-OMQ0002-B 14 No.SQ1000V-OMQ0002-B 15 No.SQ1000V-OMQ0002-B 16 No.SQ1000V-OMQ0002-B 17 No.SQ1000V-OMQ0002-B 18 No.SQ1000V-OMQ0002-B 19 No.SQ1000V-OMQ0002-B 20 No.SQ1000V-OMQ0002-B 21 No.SQ1000V-OMQ0002-B 22 No.SQ1000V-OMQ0002-B 23
The INPoutput signal is turned on from 20[mm] 0.5[mm]=19.5[mm] Position[mm] c Area2[mm] j Area1[mm] j 100 0 Speed[mm/s] b AREA Output signal ON OFF INP Output condition INP Output signal ON OFF In pos[mm] k 20.5 19.5 0 2 4 6 8 10 12 14 16 18 20 Stroke [mm] 23 - Example of step data entry (2) Pushing operation INPoutput signal, AREAoutput signal a b c d e f g h i j k Step data no.0 : Positioning
LSB MSB LSB (Word) 15 8 7 0 0 L L L L SOLV L L L L L L L L L L L L: Low fixed (0) Input status area Input status area specifications Item Status State 0 Normal SOLV State of power supply for solenoid valve 1 Abnormal (19 V or less) Output area mapping For EX260-SEN1/-SEN2 Output data Offset MSB LSB MSB LSB (Word) 15 8 7 0 0 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 1 31 30 29 28 27 26 25 24 23
16AStroke MY3A25-16AStroke MY3A40-16AStroke MY3A63-16AStroke Polyamide 10 Dust seal band MY3A16-16BStroke MY3A25-16BStroke MY3A40-16BStroke MY3A63-16BStroke 1 Stainless steel 15 Gasket bumper RMA-16 RMA-25 RMA-40 RMA-63 NBR 2 16 Piston seal RMY-16 RMY-25 RMY-40 RMY-63 NBR 2 Scraper 18 MYA16-15-R6656 MYA25-15-R6657 MYA40-15-R6658 MYA63-15-R6659 Polyamie 1 KA00020 KA00048 KA00156 KA00036 O-ring 23
MY3B16-16AStroke MY3B25-16AStroke MY3B40-16AStroke MY3B63-16AStroke Polyamide 10 Dust seal band MY3B16-16BStroke MY3B25-16BStroke MY3B40-16BStroke MY3B63-16BStroke 1 Stainless steel 15 Tube gasket RMB-16 RMB-25 RMB-40 RMB-63 2 NBR 16 Piston seal RMY-16 RMY-25 RMY-40 RMY-63 2 NBR 18 Scraper MYA16-15-R6656 MYA25-15-R6657 MYA40-15-R6658 MYA63-15-R6659 1 Polyamide KA00020 KA00048 KA00156 KA00036 23
NBR JIS B 2401.P12 q Seal 10 x t1 Fluororesin NBR Fluororesin Nylon Fluororesin Fluororesin (Antistatic specifications) Nylon Fluororesin Nylon Fluororesin 101 x t2 98 x t5 w Gasket e Seal Note 3) 23 x t1 r Seal 10 x t1 t Seal 20 x t1 Note 1) The quantity used for 1 filter is 1 each for the following seals, gaskets and O-rings.
Model A ML1C25 ML1C32 ML1C40 23 27 32 Hexagon wrench [Brake operation] 1. Supply the air for releasing the brake to the braking air port on the head cover. This should be 0.4 to 0.5 MPa. 2. Push the manual rod and then screw it until it is housed inside a slider completely. 3. Exhaust the air to release the brake.
Model A ML1C25 ML1C32 ML1C40 23 27 32 Hexagon wrench [Brake operation] 1. Supply the air for releasing the brake to the braking air port on the head cover. This should be 0.4 to 0.5 MPa. 2. Push the manual rod and then screw it until it is housed inside a slider completely. 3. Exhaust the air to release the brake.
A One-touch fittings KP series B Dimensions (mm) Model A B C SFE4G 6 68.5 16.5 SFE5H 8 79 20.5 SFE7J 10 89 24 Bracket SFE-BR3 14 5 3.4 (15.5) 12.5 5.4 5.4 14 24 (20) SFE-BR4/5/7 B C (J) H D (F) G A E E Dimensions (mm) Model A B C D E F G H J SFE-BR4 30 16 7 4.5 7.5 (24.5) 17 15.5 (19.5) SFE-BR5 30 10 8.2 4.5 8.1 (29) 20 18 (23) SFE-BR7 34 14 7.35 4.5 9.8 (35) 24 20 (27.3) ( ): Reference dimensions
Bore (mm) Description Mounting nut Rod end nut SNPS-006 NTP-006 SNPS-010 NTP-010 SNPS-015 NTP-015 6 10 15 1.2-9 Series CJP Recommended Mounting Hole Dimensions for Plug Mounting Style Machining dimensions for Mounting When plug mounted Bore (mm) Stroke A B G F C E D 5 16 12.5 10 6 10 23 3 19.5 8.5 M10 X 1.0 17 3.5 15 30 26.5 24 5 17 13.5 10.5 10 10 23.5 4 12 20 M15 X 1.5 3.5 17 15 30.5 27
SMTSl 4.11-6 With end lock MTSR 5.5-3 Copper-free Actuators SMC Actuator 6, 8, 10, 12, 15, 16, 20, 25, 32, 40, 50, 63, 80, 100, 125, 140, 160 Air Cylinder Series Application Bore size (mm) Name of CAD file Page in Vol.2 Standard Copper-free 6 8 12 (10) 16 (15) 20 25 32 40 50 63 80 100 125 140 160 Series/Variation Mechanical joint rodless cylinder Series MY1 3.23-7 20-MY1B Basic SMY1Bl 3.23-23