Rotary Actuator

Applicable shaft types: J, K, T Applicable shaft types: K, T Equal dimensions are indicated by the same marker.

Air Pilot Operated Series NVSA

@nl6l t dory. DITENSIONS A B c D E F o H J t( T N o P B s r u 3.43 (87) 2.

Air Pilot Operated

@nl6l t dory. DITENSIONS A B c D E F o H J t( T N o P B s r u 3.43 (87) 2.

5 Port Solenoid Valve Series SV1000/2000/3000/4000

Connector for unit (Plug) 5 t r t r EX600-AXA EX600-AYA EX600-AMB End Plate q t No.

HRX-OM-R039

. 8-7 8.4.2 HRSE018-A-10-(T) . 8-7 8.4.3 HRSE012-A-20/23-(T) . 8-7 8.4.4 HRSE018-A-20/23-(T) . 8-8 8.4.5 HRSE024-A-20/23-(T) . 8-8 8.5 Pump capacity . 8-9 8.5.1 HRSE012/018-A-10 . 8-9 8.5.2 HRSE012/018/024-A-20/23 . 8-9 8.5.3 OPTION-T (HRSE012/018-A-10-T). 8-10 8.5.4 OPTION-T (HRSE012/018/024-A-20/23-T) . 8-10 8.6 Sample DoC.

Title not found

r G;-:--t tL , y\a :-/Fr .

CJ2

Component Parts No. q w e r t y u No. i o !0 !1 !2 !3 !

CJ2

Component Parts No. q w e r t y No. u i o !0 !

Compact Cylinder

A1 NZ E1 NX 0.2 0.4 NL L1 NO U1 NL L1 NO U1 NX +0.4 +0.2 (mm) Part no.

HRX-OM-M090

Allowable voltage range 10% Circuit protector17 A 10 (For option -T-MT : 15 Electric system Applicable earth leakage breaker capacity9 A 10 (For option -T-MT : 15 (50/60Hz) A 4.6/5.1 4.7/5.2 5.1/5.9 Rated operating current4 For option -T-MT : 5.6/6.7 For option -T-MT : 5.7/6.8 For option -T-MT : 6.1/7.5 consumption4 (50/60Hz) kVA 0.9/1.0 0.9/1.0 1.0/1.2 Rated power For option -T-MT : 1.1/

Free Mount Cylinder Series CU

(g) Stroke (mm) Model 15 10 5 C(D)U6-S,T C(D)U10-S,T C(D)U16-S,T C(D)U20-S,T C(D)U25-S,T C(D)U32-S,T 28 (38) 25 (35) 22 (27) 48 (58) 40 (50) 36 (41) 71 (101) 56 (86) 50 (75) 133 (170) 106 (143) 95 (128) 235 (294) 193 (252) 176 (230) 347 (425) 286 (364) 262 (335) For the mass of auto switch, refer to page 1263.

Proposals for Energy Saving

1 r t y !2 e !4 !5 !4 !5 !

NCQ8

1 r t !2 !

NCQ8

Model 025 (1/4") 037 (3/8") 050 (1/2") 062 (5/8") 075 (3/4") 087 (7/8") 100 (1") 125 (1 1/4") 150 (1 1/2") 175 (1 3/4") 200 (2") 012 (1/8") 2.35 3.75 7.11 11.5 16.5 25.7 NCDQ8Z056-T NCDQ8Z075-T NCDQ8Z106-T NCDQ8Z150-T NCDQ8Z200-T NCDQ8Z250-T 4.84 5.44 13.9 21.8 26.9 36.3 4.55 6.40 13.2 20.7 25.3 34.6 4.27 5.98 12.4 19.6 23.7 33.0 3.99 5.56 11.7 18.5 22.1 31.4 3.06 4.79 8.96 14.2 20.5 29.8

HRX-OM-W058

The weight will increase by 6kg when option T [High pressure pump] is selected. *12 In case option T [High pressure pump] selected. *13 In case option T [High pressure pump] selected, this fitting is not enclosed as accessory. *14 In case option J [Automatic fluid filling] selected.

HRX-OM-R016

Allowable voltage range 10% Electric system Circuit protector17 A 10 (For option -T-MT : 15 Applicable earth leakage breaker capacity9 A 10 (For option -T-MT : 15 (50/60Hz) A 5.2/6.0 Rated operating current4 For option -T-MT : 6.2/7.6 consumption4 (50/60Hz) kVA 1.0/1.2 Rated power For option -T-MT : 1.2/1.5 Noise level10 (50/60Hz) dB 62/65 Dimensions11 mm W377xD500xH660 (W14.8XD19.7xH26.0

Step Motor Controller With Step data Teaching Function (Servo / 24VDC)

RESET A1 RESET RESET A1 2 2 SVON SVON A1 SVON SVON A1 3 3 Load B1 OUT0 Load B1 OUT0 Load B2 OUT1 Load B2 OUT1 Load B3 OUT2 Load B3 OUT2 Load B4 OUT3 Load B4 OUT3 Load B5 OUT4 Load B5 OUT4 Load B6 MODE MODE Load B6 MODE MODE Load B7 BUSY BUSY Load B7 BUSY BUSY Load B8 AREA AREA Load B8 AREA AREA Load B9 SETON WREND Load B9 SETON WREND Load INP INP B1 Load INP INP B1 0 0 Load Load B11 SVRE

Air Slide Table/Long Stroke Type Series MXY

MXY6 MXY8 MXY12 Model A1 0.6 A2 A3 1 MXY6 MXY8 MXY12 2 580 16 15 MXY6 MXY8 MXY12 14 980 20 19 15.5 The above value represents the maximum value for each allowable load mass.

ZSE20(F)_ISE20

Nil Without lead wire M5 female thread ZS-46-A1 ZS-46-3L M5 Lead wire with connector (3-core, 2 m lead wire) A1 Bracket A (Vertical mounting) Piping port L Without waterproof cover R1/8 ZS-46-A2 01 R1/8 Piping adapter ZS-46-N1 A2 Bracket B (Horizontal mounting) u Option 3 Symbol Operation manual1 Calibration certicate1 Nil Y K T NPT1/8 N01 NPT1/8 Piping adapter ZS-46-N2 1 All texts

Vacuum gripper

The required lifting force can then be determined by dividing the theoretical lifting force by the safety factor t.