Pad Shape: [Other Shape] Flat, With Groove, Pad Type: Standard / Holder Set, Mounting Method: Recessed, Material: Rubber Group, Rubber Group Material: [Silicone Rubber] Silicone Rubber, Environment: Standard / Low Temp. Resistant / Heat Resistant, Vacuum Outlet Port: One-Touch Couplings, Pad diameter(ø): 16, Vacuum entry port thread diameter: ø6, Buffer specifications: -, Buffer stroke(mm
Adapter Material: Brass, Pad Diameter: ø13, Pad Type: Bellows, Pad Material: FKM, Mounting Thread Size: M5 x 0.8, Female Thread, Vacuum Inlet: ø6, One-touch Fitting
Adapter Material: Brass, Pad Diameter: ø13, Pad Type: Flat w/Groove, Pad Material: NBR, Mounting Thread Size: M5 x 0.8, Female Thread, Vacuum Inlet: ø6, One-touch Fitting
Adapter Material: Brass, Pad Diameter: ø16, Pad Type: Bellows, Pad Material: Urethane Rubber, Mounting Thread Size: M5 x 0.8, Female Thread, Vacuum Inlet: ø6, One-touch Fitting
Adapter Material: Brass, Pad Diameter: ø10, Pad Type: Flat w/Groove, Pad Material: NBR, Mounting Thread Size: M5 x 0.8, Female Thread, Vacuum Inlet: ø6, One-touch Fitting
Adapter Material: Brass, Pad Diameter: ø16, Pad Type: Flat w/Groove, Pad Material: Urethane Rubber, Mounting Thread Size: M5 x 0.8, Female Thread, Vacuum Inlet: ø6, One-touch Fitting
Stability of suction position, ZP3 ZP3E ZP3E ZP2 ZP2V Fine cracks may be generated on the mark-free NBR pad. However, it does not affect product operation.
ZP2 ZP2V ZP ZPT ZPR XT661 XT661 729 XT661 Series Bernoulli Type Body material: Resin Vibration reducing type Original groove-channel design allows the Bernoulli effect with suppressing the amplitude of the workpiece during gripping!
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, VACUUM PAD W/ ADAPTER, VACUUM PAD, ZP, ZP2, ZP3, M30, 15.70000 lb
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, Vacuum Pad, without Buffer, VACUUM PAD, ZP, ZP2, ZP3, M30, 19 lb
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, Vacuum Pad, without Buffer, VACUUM PAD, ZP, ZP2, ZP3, M30, 22 lb
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available VACUUM PAD, ZP, ZP2, ZP3. Vacuum Pad, without Buffer. 51 lb. M30.
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available VACUUM PAD, ZP, ZP2, ZP3. Vacuum Pad, without Buffer. 51 lb. M30.
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, Vacuum Pad, without Buffer, VACUUM PAD, ZP, ZP2, ZP3, M30, 20.00000 lb
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, Vacuum Pad, without Buffer, VACUUM PAD, ZP, ZP2, ZP3, M30, 19 lb
Lateral vacuum entry, With rotating or non-rotating buffer, Built-in one-touch fitting, Pad diameters from 2mm to 50mm, Flat, ribbed, deep, and bellows pad styles, Four different materials available, Vacuum Pad, without Buffer, VACUUM PAD, ZP, ZP2, ZP3, M30, 22 lb
These options include a symmetric style, stroke adjusters, axial piping and auto switches., CYL, SLIDE TABLE, CLEAN ROOM, ACTUATOR, MXS/MXJ GUIDED CYLINDER, B5, 4MM MXJ CLEAN-ROOM, .13227 lb, ModelAdjuster optionGradeIntake flowl/min (ANR)?11-MXJ4(L)Without adjusterGrade 3 (Class 100 or equivalent)1
. <> 6080 D-M9A(V) M3M3 0.60.7Nm (M2.5) (M2.5)0.050.1Nm 56mm 1)(M2.5) 2)M3 BMA3 A 12 4 1) (BMA2-A)(BJ5-1/) () 2) (BMA2-AS/)(BJ4-1/) D-M9A(V) () BBA3:D-B5,B6,G5,K5 BBA4:D-C7,C80,H7 3)BBA3 Best Pneumatics No. P1357 D-H7BA,G5BA BBA3,BBA4 5 (30%) 13 14 () (mm) 1) () 2) 6. 15 7 Best Pneumatics No. P.12631371 Best Pneumatics No.
CR ,, (EE ) 2ROM E 2ROM (100 ,E ), 2ROM E (3) : # : ASCII ,, 30H ) # 0 0 V R 23H 30H 30H 56H 52H 23H+30H+30H+56H+52H=12BH 2B ,30H 32H 3BH : # 0 0 V R 2 ; [CR] 23H 30H 30H 56H 52H 32H 3BH 0DH )ASCII ASCII 09 A B C D E F ASCII 30H39H 41H 42H 43H 44H 45H 46H 30H39H 3AH 3BH 3CH 3DH 3EH 3FH 27 - (4) 1bit () bit (ON 1) b7 b6 b5 b4 b3 b2 b1 1 0 () ON () (5) VR # 0 0 V R [CR] No. #
LECP,LECA LECPA Output pin Output pin0 B1 12 Output pin0 Output pin1 B2 13 keykey Output pin2 B3 14 Output pin1 Output pin3 B4 15 Output pin4 B5 16 Output pin5 B6 17 Output pin6 B7 18 Output pin7 B8 19 Output pin8 B9 20 Last output pin Output pin9 B10 Output pin10 B11 Output pin11 B12 Output pin12 B13 (6-3-5) Input pin monitor It is possible to monitor the input pin of the controller with