Speed Controller with One-touch Fitting

0 u AS-FP w e AS-FM Meter-in type Meter-out type !4 !1 Meter-in type Meter-out type AS-D Seal method: Sealant For R, NPT thread Seal method: Sealant For R, NPT thread AS-T e !1 ASP !0 o q r ASN !2 t AQ q w ASV r y AK u t VCHC i i ASR ASQ !0 o y u w Meter-in type Meter-out type e Meter-in type Meter-out type Component Parts Component Parts No.

CXS

8 Piston rod B Rod seal e Aluminum bearing alloy NBR !

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

3 Ejector assembly ZK2 EJ A W 10 Nozzle nominal size 07 0.7 10 1.0 12 1.2 15 1.5 Bellows type with groove Flat type with groove 257 ZHP Series Dimensions 30 N 70 Silencer In the case of Flat type P 16.6 EXH. 24.7 P F E D C A PD port 3 6.2 K M Female thread mounting M Male thread mounting Unlocked: 32.2 PD port 2 Locked Unlocked J PD port 1 G H P port L E F 6.2 10 7.8 6.2 Lock screw 14.4 1.4

Compact Cylinder

2 y q e !3 o !0 With auto switch (Built-in magnet) 32 to 63 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com !2 r t i !4 y q e !3 o w u !0 !1 M: Rod end male thread Component Parts Replacement Parts: Seal Kit No. Description Material Note Bore size (mm) Kit no.

Table of Contents

3 w e q !1 r y o e t !2 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com 4 Built-in magnet Without magnet Single acting u i r y o e w i e u !

CXS

8 Piston rod B Rod seal e Aluminum bearing alloy NBR !

RLQ

Bore size (mm) 32, 40 50, 63 T2 T1 M F E D B Part No.

Booster Relay Series IL100

0 Exhaust portr Adjusting springe Upper diaphragmw Upper diaphragm chamberq SIG Lower diaphragmy Lower diaphragm chambert OUT IN1 Springo Valvei Pistonu IN2 56 Series IL201/211/220 Construction 2 12 IL211 IL201 1 r r e t e !2 !2 u t u w w i !9 i !9 q q !7 !7 IN OUT IN1 OUT1 !0 !6 !3 o !3 q !8 !6 IN2 OUT2 !8 !7 !6 o IL220 !3 r e !2 w u y i !9 !5 @1 OUT IN1 !1 q @2 @0 IN2 !

0.5

Red flashes if the CPU is abnormal. q w e r t y u Green lights up when emitters require cleaning.

Gun Type Ionizer

Hardness and deterioration of connected tubes e. Air leakage 192

I/O Configurator (NFC version)

Diagnostic information is allocated to the head of the input data of the I/O map. d) Diagnostic allocation None/Simple/Detailed Detailed Available The wireless channel equivalent to the number of set units is valid. e) Max Remote units 0/15/31 pcs. 15 pcs.

EXxx-OML0010CN

a) (52) b) 28 c) (52) c) (16) e) (16) f) (/) g) () h) () i) j) k) l) m) -19No.EX-OML0010CN-C 4.

HRX-OM-S004

Ventilation (H/X inlet) Ball tap Expansion TS E Circulating fluid return port valve A Level switch Expansion Fluid level gauge valve B Customer's E machine Temp. sensor (Ref. discharge (Heat load) Press. sensor (Outlet) TS PS TS Heat Temp. sensor Circulating fluid outlet port exchanger (Outlet) Press. sensor (Ref. low press.)

HRX-OM-Q026

Heat exchanger Ventilation Circulating fluid Expansion E circuit valve A Expansion Inverter pump valve B E Temp. sensor (Ref. discharge Ball tap Fluid level gauge TS Press. sensor Over flow port (Ref. low press.)

XL-OMV0002

E (KF ) Fn J H B A G A mm A B C D E Fn G H J XLC-16 40 110 38 1 30 17 40 26 XLC-25 50 120 48 1 12 40 26 39 27.5 XLC-40 65 171 66 2 11 55 41 63 36 9 XL-OMV0002 4-2.162580,100,160 C E D C E E (KF ) (K ) Fn Fd J K H B A G A mm A B C D E Fn Fd G H J K XLC-50 70 183 80 31 10.5 75 52 77 29 10.5 XLC-63 88 209 100 39 11 87 95 70 76.5 36 9 XLC-80 90 250 117 45.5 11 114 110 83 105 44 9 XLC-100 108

CEU1

ROM E ROM6.5 E ROM OUT 0.0 0.0 (100ms) MODESHIFTSET DATA No.SET MODE No.

CEx-OMQ0011

. - 3. 3. 3. 3. 1. 1. 1. 1. a.560 b.2585%RH c. d. e.

Rotary Table

The kinetic energy can be calculated using the formula below. 2 1 = I E E: Kinetic energy [ J ] 2 I: Moment of inertia [ 2 m kg ] : Angular speed [ s rad ] There is a threshold of kinetic energy that a rotary actuator allows. Therefore, by finding the moment of inertia, it is possible to find the threshold value of the rotation time.

LEH_C

a b c d e f g h i j k a ABS INC ABS() / / INC()// b c ) 0.5mm ()/ P.53 8.3 d e f )LEHZ(J)LEHFLEHS 40100% LEHZJ10L, LEHZJ16L 50100% g INP ON P.51 8.3 INP INP ON h 16 - )LEHZ(J)LEHS 550mm/secLEHF10 520mm/sec LEHF203240 530mm/sec /P.50,51 8.3 , i )150% P.52 8.3 j 2 AREA ON INC ABS() k () INP ON() )No.1 5 4 1( ) 17 - (1) a b c d e f g h i j k No.0 0 1<2 INP

CG5-S

3 y o q u e !0 w Parts list Material No. 1 2 3 4 5 6 7 Description Material No.