PSxx-OMR0001CN

13 )2 -16No.PS-OMR0001CN-J 2 ON 150 kPaON3(50 kPa)ON 1.5 F42.5 GH64 150 kPa (100 kPa200 kPa) 80 kPa220 kPaOFF (62 ) ISA3-F ISA3-G ISA3-H 1 m 1 m 1 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] 3 m 3 m 3 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] 5 m 5 m 5 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] -17No.PS-OMR0001CN-J 2 ON OUT 10090%0%() (0.1 mm0.09 mm0 mm) 1.5 F42.5 GH64 200 kPa 90%

Digital Gap Checker

The graphs below show the response time when the workpiece is approached at 90% distance and 0% distance (close contact). (: The switch point is 100% distance) (Example: When the switch point is set to 0.1 mm, the response time when the workpiece is at 0.09 mm and 0.00 mm are measured).

PSxx-OMT0001CN

13 )2 -17No.PS-OMT0001CN-E 2 ON 150 kPaON3(50 kPa)ON 1.5 F42.5 GH64 150 kPa (100 kPa200 kPa) 80 kPa220 kPaOFF (67 ) ISA3-F ISA3-G ISA3-H 1 m 1 m 1 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] 3 m 3 m 3 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] 5 m 5 m 5 m ON [mm] ON [mm] ON [mm] [kPa] [kPa] [kPa] -18No.PS-OMT0001CN-E 2 ON OUT 10090%0%() (0.1 mm0.09 mm0 mm) 1.5 F42.5 GH64 200 kPa 90%

SY3000/5000/7000 Series Plug-in Type

Turn it clockwise by 90 to lock it. Turn it counterclockwise to release it.

SY3000V-OMY0001

812 Rc 3/8 1416 5 No.SY3000V-OMY0001 SY Series 5 / DC () m [] ()ISO VG32 (MSDS) IP65 IP67(IEC60529) IP65 IP67 , [] ()ISO VG32 )1()ISO VG32 ,2()ISO VG32 6 No.SY3000V-OMY0001 SY Series 5 / () 3 30 ( ) 1 ()ISO VG32 2 ()ISO VG32 UL UL ,UL1310 Class2 UL 7 No.SY3000V-OMY0001 SY series 0.1Nm IP67(IEC60529) IP67 EXH. () (ON ) (OFF ) () 2 3/5(E) C 4(A)2(B) 4(A)2(B) , [D ] SY 90

SY3000-OMH0002

DIN M8 ( ) DC24V 12V 1V WA (FU) +COM (S) (Z) (R) (U) (SS5Y(3,5)-45)-COM (SS5Y(3,5)-45N) 4 (WA ) (S 3( WA ) L M (GZ, LZ, LOZ, MZ, MOZ) 4 (WA ) 3( WA ) DIN (DZ, YZ) 4 WA 3 WA 4 (WA ) NL: 3( WA ) 1V () 10 No.SY3000-OMH0002 W WA SY series N) DDIN SY115-D SY115-Y SY114(G, L, M) SY115-D/Y (DIN ) SY300SY3000 DIN DIN SY300, SY3000 DIN 10mmDIN 15.8mm 3.57 F IP65() 90

VP4_50-OMU0001

4850 P P A,B () 5 +/30N 6 VP450-OMU0001 VP4*50, VP4*70, VVP4*0 Series 5 1 ()ISO VG32 2 ()ISO VG32 EAEB 3 30 ( ) , 7 VP450-OMU0001 VP4*50, VP4*70, VVP4*0 Series a)3f 3d (P ) 3 (P ) 2-3.5 b)O 1.25mm 10 (VVP460 8 ) 2-4 Y 1.25 mm c)612mm 912mm VP4350() P 3 ( P AorB ) )VP4350 () VP4450() A B EA EB () ()0() DIN 1 1) 1)() 2) 2)2a 2b 3)3a 3)2a 2b 4) 2. 0.5Nm20% 1) 90

VFR3000-OMJ0001

SOL.ASOL.B 1 AC 2 SOL.ASOL.B 1 DC24V 2 () () 1.1Nm ) SOL.ASOL.B 1 AC 2 SOL.ASOL.B 1 DC24V 2 9 VFR3000-OMJ0001-A VFR3000 VFR3000 VFR3000 VFR3000 Series Series Series Series 3 3 3 3 DIN DIN DIN DIN / / / / 01T 01T 01T 01T DIN (A B AB) COM 1.25-3.5M1.25Y-3L1.25-3M VFR3000 AB+ B+COM -COM 90 O 1) 0.9MPa 2) 3) MAX.50 4) 2 5) P 3 AB ARBF3000 P AB ARBF3050 A B P 1.0MPa 1)

VFR5000-OMN0001

N.O. 9 VFR5000-OMN0001 VFR5000 Series/ DIN / 01T DIN 180 (A B AB ) COM ARBF5050 A B P 1.0MPa 1) 1.25-3.5M1.25Y-3L1.25-3M VFR5000 A-B+B+COM -COM AB+ B0.1~0.83MPa 2) VFR5100 A COM 5~60 () 3) VFR5200 A COM B Rc1/8 3 (kg) 0.83 A COM B VFR5 400 PA 44 38 32 (mm2) P1=0.7MPa;P2=0.5MPa S PB 38 40 31 5 AEA 90 (mm2) P2=0.5MPa S AEB 77 1) 0.9MPa 2) 3) .50 4) 2 5) P A B ARBF5000 ARBF5000

VFR6000-OMQ0001

AC ( )() DC24V 16Nm 9 VFR6000-OMQ0001 VFR6000 Series/ / / / ) DIN DIN DIN DIN / / / / DIN 90 10 VFR6000-OMQ0001 () X () [3(EB)4(EA) ] () (PE) 11 VFR6000-OMQ0001 o. 1(ISO VG 32) [3(EB),5(EA),PE] X(30.2~0.9MPa0.1~0.9*MPa) 1. 2. 3. 4. 5. 6. 7. 12 VFR6000-OMQ0001 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

VP300-OMP0001

1 1 1 1 1 M3 M3 M3 M3 1/4 0.4~0.5Nm 2 2 2 2 M5 M5 M5 M5 1/6~1/4 1~1.5Nm 1) 1) 1) 1) ISO VG32 (MSDS) 6 No.VP300-OMP0001 VP Series VP Series VP Series VP Series 3 3 3 3 / / / / ( ( ( ( ) ) ) ) ( ( ( ( ) ) ) ) 30 () 1 ()ISO VG32 2 ()ISO VG32 IP65 (IEC60529) IP65 7 No.VP300-OMP0001 VP Series VP Series VP Series VP Series/ / / / L L L L /M /M /M /M 3.2~3.7mm () (+-) () (1mm) 90

VP3145-OMM0003

OMM0003 VP31 5 3 / / () C-R C-R ( ) DC 5% AC 15% (ON)(OFF) 0.1 0oC 0.2Mpa (INOUT ) 4 VP3145-OMM0003 VP31 5 3 / ( ) 9 ) 1 ()ISO VG32 2 ()ISO VG32 5m Nm Rc 3/8 2224 Rc 1/2 2830 Rc 3/4 2830 Rc 1 3638 Rc 11/4 4042 Rc 11/2 4850 Rc 2 4850 +/5 VP3145-OMM0003 VP31 5 3 / ( ) 30 1 ( ) 6 VP3145-OMM0003 VP31 5 3 / DIN DIN 1. 3. 1) 2) 2a 2b 3) 3a 4) 1) ( ) 2) 3) 2a 2b 0.5Nm20% 90

VFR3000-OMY0001

(A)(B) (A)(B) Rc 1/8 4 2 4 2 (kg) 0.83 5 1 3 5 1 3 (mm2) PA 44 38 32 (EA)(P)(EB) (EA)(P)(EB) (A)(B) (A)(B) P1=0.7MPa,P2=0.5MPaS PB 38 40 31 4 2 4 2 (mm2) AEA 90 5 1 3 5 1 3 P2=0.5MPaS BEB 77 (EA)(P)(EB) (EA)(P)(EB) ()( ) 2.8N m 7 VFR3000-OMY0001 VFRA3000,4000 3 VFRA3000 VFRA4000 3 1(P) 8 VFR3000-OMY0001 R , 9 VFR3000-OMY0001 No. 1ISO VG 32 R (1) (2) (3) (4) (5) (6) 10 VFR3000

EXxx-OMZ0016

After it comes into contact with the gasket of the coaxial cable pedestal, continue to tighten it by 90 degrees clockwise. * To ensure IP67 water and dust Included M2.6 x 8 screw: x 2 Recommended torque 0.9+/-10%Nm resistance Bracket Coaxial cable 2 x M4 Recommended torque 1.3+/-10%Nm -59No.EX-OMZ0016-C Attach the male connector of the coaxial cable to the antenna connector of the wireless

90)

Available in 32 and 40mm bores with strokes from 5 to 100mm; rotation from 90 to 180 . Connection ports are available on both sides of the cylinder, as well as end-of-stroke sensing for all positions., Cylinder, Rotary, ROTARY ACTUATOR, D31, 1948.00000 lb

Rotary table w/external shock absorber, Four bore sizes available, High precision or basic type available, 90 and 180 rotation available, Auto switch capable, Rotary Table, ROTARY ACTUATOR, D35, 2126.00000 lb

Rotary table w/external shock absorber, Four bore sizes available, High precision or basic type available, 90 and 180 rotation available, Auto switch capable, Rotary Table, ROTARY ACTUATOR, D33, 2000.00000 lb

Rotary table w/external shock absorber, Four bore sizes available, High precision or basic type available, 90 and 180 rotation available, Auto switch capable, Rotary Table, ROTARY ACTUATOR, D35, 1816.00000 lb

consumption as it does not have a compressor, and reduction in the amount of facility water used because heat is exchanged directly with the circulating fluid which results in reduced facilities investment, space saved facility water facilities, and reduced running cost.Circulating fluids type: fluorinated, ethylene glycol aqueous solution, and clean/DI water, Temperature range setting: 20 to 90