-fl Seies 9!"Bsr I l l c o M . I r + ) i (L.-,{+) i ,.-jq35' ) ,**'il-ffi:l;t I F * 5 | | --:a I ,r.t!!-asl |r,Ftn-i '**tb#";1.;'*'*lffi:';l .-^t /#!3 sL | ,..,9!!i,e, l 4s -s 1t^:!!-% , , ",",""" 1l-,:e!"6 ,tL--!9!!",qL+r |L-.!.S!"jqt+r , _^99!j,, r , .-i9!3r r-) tL--sq:L,d r+ ,_!t, r I 5.d"." 1l^:eqBi5, , lL--9s!L,. r+l ,.i9!4rr t I L_l-g!!",o r+l .-^AAr r L.^t9!3, , , ,..' ".' lt+e!'
9!"Bsr I l l c o M . I r + ) i (L.-,{+) i ,.-jq35' ) ,**'il-ffi:l;t I F * 5 | | --:a I ,r.t!!-asl |r,Ftn-i '**tb#";1.;'*'*lffi:';l .-^t /#!3 sL | ,..,9!!i,e, l 4s -s 1t^:!!-% , , ",",""" 1l-,:e!"6 ,tL--!9!!",qL+r |L-.!.S!"jqt+r , _^99!j,, r , .-i9!3r r-) tL--sq:L,d r+ ,_!t, r I 5.d"." 1l^:eqBi5, , lL--9s!L,. r+l ,.i9!4rr t I L_l-g!!",o r+l .-^AAr r L.^t9!3, , , ,..' ".' lt+e!'
1 9 1 9 1 9 20 21 21 21 21 22 22 6 ACTUATORS Linar Cylinders Single Acting Cylinder Double Acting Cylinder Cylinder Construction Cushioning Special Cylinder Options Double Rod Non Botaling Bod Twin Rod Flat Cylinder Tandem Cylinder Multi Position Cylinder Cylinder Mounting Floating Joints Buckling Strength Cylinder Sizing Cylinder Force Thoretical Force Bequked Force 49 49 49 49 50 9U 51
1 9 1 9 1 9 20 21 21 21 21 22 22 6 ACTUATORS Linar Cylinders Single Acting Cylinder Double Acting Cylinder Cylinder Construction Cushioning Special Cylinder Options Double Rod Non Botaling Bod Twin Rod Flat Cylinder Tandem Cylinder Multi Position Cylinder Cylinder Mounting Floating Joints Buckling Strength Cylinder Sizing Cylinder Force Thoretical Force Bequked Force 49 49 49 49 50 9U 51
0.35 (9) 5.51 t140) 2.52 t&) /62\ 3.31 ,ll 3.58 (91) 1.06 tzn 0.t9 (10) 7.28 (186) (1661 2,83 (721 2.99 (76) 386 (s) 4.29 009) (31) 112) 63d3drd.r.i r3s.15,(.)rrr.i r.'
0.35 (9) 5.51 t140) 2.52 t&) /62\ 3.31 ,ll 3.58 (91) 1.06 tzn 0.t9 (10) 7.28 (186) (1661 2,83 (721 2.99 (76) 386 (s) 4.29 009) (31) 112) 63d3drd.r.i r3s.15,(.)rrr.i r.'
A contact protection box is not necessary for solid state switches due to the nature of this product construction. 9. Do not use a load that generates surge voltage.
Motor Type: T5 [AC Servo Motor (T6), 100W, Absolute Encoder], Network Card Type: 9 (EtherNet/IPâ„¢)
Motor Type: T7 [AC Servo Motor (T7), 200W, Absolute Encoder], Network Card Type: 9 (EtherNet/IPâ„¢)
Motor Type: T8 [AC Servo Motor (T8), 400W, Absolute Encoder], Network Card Type: 9 (EtherNet/IPâ„¢)
Motor Type: T5 [AC Servo Motor (T6), 100W, Absolute Encoder], Network Card Type: EtherNet/IPâ„¢
Motor Type: T7 [AC Servo Motor (T7), 200W, Absolute Encoder], Network Card Type: EtherNet/IPâ„¢
Motor Type: T8 [AC Servo Motor (T8), 400W, Absolute Encoder], Network Card Type: EtherNet/IPâ„¢
Size: 100, Motor Mounting Position: RL (Rear, Left), Motor Type: T9 (AC Servo w/ Absolute encoder, 750W output, LECS compatible), Lead (mm): M (1/9 reduction: LET80: 14.44, LET100: 26.67), Stroke: 2000mm, Motor Option: B (with Lock), Cable Type: R (Robotic Cable), Cable Length: 2 (2m), Driver Type: C2 (200-230V, LECSC2-T_), I/O Cable Length: 1 (1.5m)
Size: 100, Motor Mounting Position: FR (Right), Motor Type: T9 (AC Servo w/ Absolute encoder, 750W output, LECS compatible), Lead (mm): M (1/9 reduction: LET80: 14.44, LET100: 26.67), Stroke: 3000mm, Motor Option: B (with Lock), Cable Type: R (Robotic Cable), Cable Length: 5 (5m), Driver Type: B2 (200-240V, LECSB2-T_), I/O Cable Length: 1 (1.5m)
Size: 100, Motor Mounting Position: FR (Right), Motor Type: T9 (AC Servo w/ Absolute encoder, 750W output, LECS compatible), Lead (mm): M (1/9 reduction: LET80: 14.44, LET100: 26.67), Stroke: 800mm, Motor Option: Nil (without option), Cable Type: Nil (without cable), Cable Length: Nil (without cable), Driver Type: Nil (without driver), I/O Cable Length: Nil (without cable)
-T-9, 200~240V, Absolute, EhterNet/IPâ„¢ Card), I/O Cable Length: H (w/Cable, Connector Only)
-T-9, 200~240V, Absolute, EhterNet/IPâ„¢ Card), I/O Cable Length: H (w/Cable, Connector Only)