MGC

View A-A Bore size (mm) Stroke range (mm) AF AE AD AC AB AA A G F E D C B AP H 20 25 32 40 50 75, 100, 125, 150, 200 25 62 15.5 13 11 84 5.6 90 45 24 106 M5 x 0.8 depth 10 9.5 depth 6 22 M6 x 1 depth 10 30 65 16.5 13 15 89 6.8 103 45 26.5 120 11 depth 8 M6 x 1 depth 12 M8 x 1.25 depth 14 27 75, 100 125, 150 200, 250 300 35 70 16.5 13 15 94 6.8 118 50 26.5 135 11 depth 8 M6 x 1 depth 12 M8

TA301

port) (A port) Individual Exhaust Common Exhaust n n: Station n n: Station 2 76 64 3 102 90 4 128 116 5 154 142 6 180 168 7 206 194 8 232 220 9 258 246 10 284 272 2 88 62 3 114 88 4 140 114 5 166 140 6 192 166 7 218 192 8 244 218 9 270 244 10 296 270 Symbol L1 L2 Symbol L1 L2 Calculation formula: L1 = 26n + 24, L2 = 26n + 12 Calculation formula: L1 = 26n + 36, L2 = 26n + 10 5-5-7 4 Courtesy

NCRAI seies

From this point horizontally draw a line, which indicates a rotation time of 2.2 sec/90'. Set the operating speed slower than 2.2 sec/90" How b Calcdate Enqgy ot tr Lod ,=L, r,.t E: Kinetic eneruY (in'lbs) 2 J: Mornerf of inertia(in.lbs.s1 ,":?! * r,: Rotation speed (radls) t ,:FMjon(rad) 18O':314 rad t : Flotation time (s) c) Series:NCRAI J: i/bnent of inrtia irFlb6?

MLGC

A B A B B A B A B 16 (24) A B Hs Hs Hs 21.5 (29.5) 20.5 (28.5) 15 (22.5) 17.5 (25.5) 19.5 (27.5) 20 4.5 8 6 10 9 3 24.5 27 27.5 21.5 (29.5) 20.5 (28.5) 15 (22.5) 17.5 (25.5) 19.5 (27.5) 16 (24) 25 4.5 8 6 10 9 3 27 29.5 30 22.5 (30.5) 21.5 (29.5) 15.5 (23.5) 18.5 (26.5) 20.5 (28.5) 17 (25) 32 5.5 9 7 11 10 4 30.5 33 33.5 25 (34) 24 (33) 20 (27) 21 (30) 23 (32) 19.5 (28.5) 40 10 13.5 35 37.5

MLGC

A B A B B A B A B 16 (24) A B Hs Hs Hs 21.5 (29.5) 20.5 (28.5) 15 (22.5) 17.5 (25.5) 19.5 (27.5) 20 4.5 8 6 10 9 3 24.5 27 27.5 21.5 (29.5) 20.5 (28.5) 15 (22.5) 17.5 (25.5) 19.5 (27.5) 16 (24) 25 4.5 8 6 10 9 3 27 29.5 30 22.5 (30.5) 21.5 (29.5) 15.5 (23.5) 18.5 (26.5) 20.5 (28.5) 17 (25) 32 5.5 9 7 11 10 4 30.5 33 33.5 25 (34) 24 (33) 20 (27) 21 (30) 23 (32) 19.5 (28.5) 40 10 13.5 35 37.5

Rotary Actuator NCRA1 Series Single Rack and Pinion

From this point horizontally draw a line, which indicates a rotation time of 2.2 sec/90'. Set the operating speed slower than 2.2 sec/90" How b Calcdate Enqgy ot tr Lod ,=L, r,.t E: Kinetic eneruY (in'lbs) 2 J: Mornerf of inertia(in.lbs.s1 ,":?! * r,: Rotation speed (radls) t ,:FMjon(rad) 18O':314 rad t : Flotation time (s) c) Series:NCRAI J: i/bnent of inrtia irFlb6?

VPA4

VVPA4 5 0 04 04 1 Thread type Nil Rc G NPT NPTF VP 5 port Air operated manifold F N T 5 Base size Rc A, B Port size Rc 3 4 6 1 VVPA450 Symbol 04 Port size VVPA460 1 2 3 4 Mixed 1 06 10 M (2) Piping Note 2) In the case of mixed specifications, indicate M and specify port location sparately on a manifold specification sheet.

CEx-OMG0106

At piping This is equivalent to a magnetic field of approximately 18cm in radius from a welding area using a welding current of almost 15,000 amperes. To use the system in a magnetic field that exceeds this value, use a magnetic material to shield the sensor unit Foreign matter should not enter. Entering of foreign matter will cause malfunction.

Title not found

ECC-PNAL-20MR-A (AC100-240V) ECC-PNAL-20MR-D (DC24V) ECC-PNAL-20MT -D (DC24V TRANSISTOR OUTPUTS) 20 1/0 (12 inputs/8 outputs) stand alone controller ECC-PNAL-10MR-A (AC100-240V) ECC-PNAL-10MR-D (DC24V) ECC-PNAL-10MT -D (DC24V TRANSISTOR OUTPUTS) 10 1/0 (6 inputs/4 outputs) stand alone controller ECC-PNAL-6MR-A(AC100-240V) 6 1/0 (4 inputs/2 outputs) stand alone controller How T o Order Specifications

Vacuum Pad with Ejector ZHP Series Pad Diameter: ø63, ø80 ZK2 ZQ Ejector and pad are integrated. ZR Space saving and reduced piping labor! Bellows type with groove ZB ZA Two-stage ejector ZX More efficient ejector 30% reduced 50% increased ZM Air Suction

60 90 75 40 60 Suction flow 45 20 30 15 0 0 20 40 60 80 100 0 0 0.1 0.2 0.3 0.4 0.5 0.6 Suction flow [L/min(ANR)] Supply pressure [MPa] 256 Vacuum Pad with Ejector ZHP Series Construction A-A Component Parts t !

Speed Controller with One-touch Fitting Elbow Type (Metal Body) AS Series

M1 Weight (g) 4 6 6 8 6 8 10 8 10 8 10 10 12 Applicable tubing O.D. d T H D1 D2 L1 L2 L3 Model AS121-M5-F04 AS121-M5-F06 AS221-01-F06S AS221-01-F08S AS221-02-F06S AS221-02-F08S AS221-02-F10S AS321-02-F08S AS321-02-F10S AS321-03-F08S AS321-03-F10S AS421-04-F10S AS421-04-F12S 16 17 17 18.5 17 18.5 21 18.5 21 18.5 21 21 22 13 13 34 31 54 50 52 86 81 93 88 154 146 21 21.5 25.5 26 M5 x 0.8 28.3

Direct Operated Precision Regulator/Modular Style (For Special Applications) - ARP20 to - ARP40 Direct Operated Precision Regulator with Backflow Function/Modular Style (For Special Applications) - ARP20K to - ARP40K 10 20 21 10 20 21 10 20 21 10 20 21

A IN OUT t A-A BLEED w y Note Component Parts Material No.

PSE530/200

IF When auto shift is used: Set value rectification Set value rectification Maintain the constant pressure for 10 ms or more after a drop in the auto shift input.

PSxx-OMV0008CN

* 1015 10 1% 2162 LCD * -8No.PS-OMV0008CN-E ISE70G 02 L2 M 3 Y K T ISE70G 0~1 MPa ISE75G 0~2 MPa ISE76G 0~5 MPa ISE77G 0~10 MPa ISE78G 0~16 MPa 2 A A B B 02 Rc1/4 N02 NPT1/4 F02 G1/4 :ISO1179-1 1 M12 5m M12 5m T S : L IO-Link/1+2 NPNorPNP L2 1 M SI2 1 2kPaMPa / A ZS-50-A M46 2 B ZS-50-B M46 2 ZS-48-A ZS-31-B 5 m M12 ZS-31-C 5 m -9No.PS-OMV0008CN-E M12 4 24 OUT1 IO-Link

VT325

VO325-00 VQZ VT325-T Specifications VZ Type of actuation Direct operated type 2 position single solenoid VS Air Fluid Operating pressure range 0 to 1.0 MPa 10 to 50C (No freezing. Refer to page 4-18-4.)

Clean Air Module

AMD LLB4-1-PRVSF AMH V2 AME 72.1 Mounting hole for 4 x M5 AMF ZFC 58 70 SF 1 A Valve open and locked position 508 10 10 SFD 95 (Lever operating direction) Max. 132 Connection part Rc 3/8 (NPT 3/8) LLB LLB A Hand valve Valve closed position AD Air operated valve 3.5 GD Clean regulator With flow adjuster Pressure outlet port Rc 1/8 One-touch fitting 12 Digital flow switch PA pilot port Rc 1

α PneuAlpha HARDWARE MANUAL

10ms Power Supply ECC-PNAL-***-A 100 240V AC~, +10% -15%, 50 60 Hz Description Code Specication ECC-PNAL-20MT-D, 28.8V DC 5.0 W ECC-PNAL-20MR-D, 28.8V DC 7.0 W ECC-PNAL-20MR-A, 264V AC~ 8.0 W ECC-PNAL-10MT-D, 28.8V DC 2.0 W ECC-PNAL-10MR-D, 28.8V DC 3.0 W ECC-PNAL-10MR-A, 264V AC~ 4.0 W ECC-PNAL-6MR-A, 264V AC~ 3.0 W 24 V DC < 7.0 Amp ECC-PNAL-***-D 5ms ECC-PNAL-***-D 24V DC, +20% -15% 4

ALF400 to 900, ALT-5/-9

When the volume of oil reaches a certain level, float e ascends, valve t descends via lever r, nozzle w closes, and the feeding of oil stops, thus completing the oil feeding process. When the oil inside the case is consumed, float e descends, valve t ascends via lever r, allowing oil to be fed from nozzle w.

25

From the point just found, draw a line to the Y-axis to find the air consumption. The result is approximately 10 L/min (ANR). Air consumption (L/min [ANR]) SUP = 0.7 MPa 40 35 30 SUP = 0.5 MPa 25 20 SUP = 0.35 MPa Caution 15 SUP = 0.2 MPa 10 1.

ZSE30A(F)/ISE30A

(Maximum transmission distance 4 m) 1) The sensors are connected by a dedicated lead wire (ZS-38-5L (for master and one slave) or ZS-38-U (for master and up to 10 slaves)). Copying is performed through a dedicated communication line. 2) Select the slave switch which is to be the master, and change it into a master using the buttons.