Compact Cylinder with Lock Series CLQ 8 q !1 A B A' B' Without magnet Extension locking u t @5 @0 When shipped Section A-A' Retraction locking !0 !5 Section B-B' !3 !4 @4 With bumper Rod end male thread Note) The sectional drawing above shows the locked condition. (A bolt is used to maintain the cylinder in the unlocked condition when shipped.) Component Parts Material Note Material Note No.
S kit is composed of a flat ribbon cable housing assembly (AXT100-2-PS20) of q SI unit and w P kit (20 pins).
Then, screw in q from the top of the housing w to tighten it. Note ) Tighten within the tightening torque of 0.5 Nm 20%. Changing the entry direction The orientation of a connector can be changed 180, depending on the combination of a housing w and a terminal block e. 1.
This produces an air cushion cylinder which retains the merits of a compact design. Nearly three times the allowable kinetic energy Interchangeable mounting The mounting dimension "M" is the same as the compact cylinder Series CQS/CQ2. Working principle A + A' A' q When the piston is retracting, exhaust is discharged from both A and A' until piston seal H passes the air passage A.
Circuit example CLJ2 Retraction locking: B Extension locking: F CLM2 W A B CLG1 1 A Emergency stop Drop prevention CL1 B W MLGC W A CNG B 2 A MNB W B CNA W CNS A A 3 CLS B B CLQ W RLQ W A MLU A 4 B MLGP B W ML1C Mounting Caution 1. Be sure to connect the load to the rod end with the cylinder in an unlocked condition.
HS 40, 50 25, 32 D-A73C D-A80C D-J79C Approx. 30.5 Approx. 26.6 A A A A 25, 32 40, 50 D-A79W D-F7WV D-F7V D-F7BAVL Approx. 30.5 Approx. 22 A A A A 40, 50 D-P5DW Approx. 31 A A Approx.
Next, IB is entered to find IA the moment of inertia for the rotation of shaft (A) as a + b 2 2 A = ( ) b a 2 B = m 12 No. of teeth = b 11-10-3 4 Technical Data 3: Theoretical Output 5.
Position of rotation axis: Parallel to side b and passes a center of gravity. 1=m 12 a 2 1=m 4 r 2 oWith a load at the lever end rThin rectangle board (Parallelogram) Position of rotation axis: Perpendicular to the board and passes through center line. 2 1 2 2 a +K 1=m1 +m2 3 a Ex.)
effective depth RA Y Q F Depth of counterbore RB I 4-N through 4-N through M0.2 D E K B + Stroke L M0.2 A + Stroke E 25, 30, 40 H effective thread depth C 2 x 4-OA effective depth RA 2-Rc1/8 (NPT1/8, G1/8) 2 x 4-OB Y Q F Depth of counterbore RB E J I M0.2 D W K B + Stroke L A + Stroke M0.2 E (mm) Bore size (mm) Stroke range (mm) Note) F A H B C D E OA I J K L M N OB Q RA W Y RB 10 10 to
Because tube fittings are provided, use a tube with a bore of 10mm, and keep the overall pipe length within 5m. AM850 type (N.O) Use a tube with a bore of 9mm or more, and keep the overall pipe length within 2.8m.
1 I N e C SM 2 OUT A A IN OUT t A-A BLEED w y Note Component Parts Material No.
1 I N e C SM 2 OUT A A IN OUT t A-A BLEED w y Note Component Parts Material No.
(ANR) q Select the point of contact A of inlet pressure and max. air flow capacity in the graph. w Select the type whose max. air flow capacity is over that point; AM650. Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.
(ANR) q Select the point of contact A of inlet pressure and max.air capacity in the graph. w Select the type whose max.air flow capacity is over that point; AME650. Note: Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.
(Example) Inlet pressure: 0.6MPa Max.air flow capacity: 5m3/min(ANR) q Select the point of contact A of inlet pressure and max.air flow capacity in the graph. w Select the type whose max.air flow capacity is over that point; AMF650. AT IDl AMG Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.
VZ (A) 2 (A) 2 VS 3 (R) 1 (P) 3 (R) 1 (P) r e w q r e w q N.O. N.O. (A) 2 (A) 2 3 (R) 1 (P) 3 (R) 1 (P) Component Parts Material Description Notes No. Aluminum die cast Body q Stainless steel Spool/Sleeve Metal seal w Aluminum/NBR Spool valve Rubber seal Resin Piston e Pilot valve r 2.10-7
For the angle adjusting type, angle adjusting screws are mounted to the left cover. of e g k n e ra y w n a io y Angle adjusting screw Angle adjusting screw at 1 ot 8 0 n R io ct e r di g in st u dj n A o a n ti g c e e l e gl ir d a n d g A j u n s ti ti s n u g j d a d ir e e R R l g c 0 0 n ti ot ot o A 8 8 n 1 1 at at y y io io a a n n w w r r y y a a e e n n k k g g of of e e Angle
This produces an air cushion cylinder which retains the merits of a compact design. Operating principle A + A' A' qWhen the piston is retracting, exhaust is discharged from both A and A' until piston seal H passes the air passage A. wAfter piston seal H has passed the air passage A, exhaust is discharged only from A'.
BBA2: D-A7/A8/F7/J7 The above stainless steel screw kit is used for auto switch D-F7BAL and D-F7BAVL when it is shipped mounted on a cylinder. Also, BBA2 is included when a auto switch alone is shipped. 3 Plate Cylinder with Lock Series MLU Construction !4 !7 !0 !4 @1 u q !3 !2 @6 t @4 w @8 r !1 @5 @3 @2 e !6 A A C B M(D)LUB25 y !9 i o !5 @0 Extension locking w q Section A-A !
14 A Current consumption 5 A (100 V) to 2.5 A (240 V) 9 A (100 V) to 4 A (240 V) 10 A (100 V) to 4 A (240 V) 8 A (200 V) Power consumption 440 W*1 850 W*1 900 W*2 1500 W*2 Alarm Refer to Alarm.