Hydraulic Cylinders F with effective thread depth G F with effective thread depth G Q Q R D R H E E 4-K through 8-L counter bore 4-K through C B + Stroke J J 8-L counter bore A + Stroke M M CHKDB20 & 25 CHKDB32 to 100 Width across flats f c a b g e h + Stroke Rod end male thread (mm) F L A B C D E G H J K M P Q R Bore size (mm) 20 M8 x 1.25 9.5 depth 5.4 51 43 8 12 10 10 6 30 5.5 43 1/8 16.5 6 25 M10 x 1.5 9.5
Rush speed into cushion is as follows: M + m 2 = 1.4a Ek = 2 Ek: Kinetic energy (J) M: Weight for the driven object (kg) m: Weight for movable part of cylinder (kg) : Maximum speed (m/s) a: Average speed (m/s) = 1.4 x 300 = 420 mm/s. Note) Set a so that rush speed into cushion should not exceed 0.75 m/s.
Configuration 1 master : 1 thermo-chiller 2 2 R D R D 3 3 S D S D 5 5 S G S G Master This product Do not connect any wire to other PIN numbers. Fig. 3-11 Connection of RS-232C 3.3 Installation HRS Series 3-16 HRX-OM-R005 Chapter 3 Transport and Setting Up 3.4 Piping Connect piping firmly.
Vane style S D Single vane Double vane Size 10 15 20 30 Rotation angle Application Symbol Rotaion angle 90 180 270 90 100 90 180 270 90 100 Single vane Double vane Flange Brackets Part No. (Refer to p.1.1-6 for further information on specifications.) Ass'y part No.
S 1 pc. 22 Vacuum suction type n "n" pcs. Symmetric type Nil Standard L Note 2) Symmetric Auto switch Bore size (Stroke (mm)) Adjuster option Nil Without auto switch Nil AS AT A Without adjuster 6 10, 20, 30, 40, 50 Refer to the table below for auto switch model numbers.
Configuration 1 master : 1 thermo-chiller 2 2 R D R D 3 3 S D S D 5 5 S G S G Master This product Do not connect any wire to other PIN numbers. Fig. 3-10 Connection of RS-232C 3.3 Installation HRS Series 3-16 HRX-OM-R016 Chapter 3 Transport and Setting Up 3.4 Piping Connect piping firmly.
0.4MPapsi 0.4MPapsi 10 5 N 1 2 3 4 5 6 1 2 NPN1 PNP1 P 10 6 3 4 0.2MPapsi 0.2MPapsi 7 10 4 5 6 M 5 SI 10 8 1 7 L 7 L N S 6 7 8 R 6 7 8 T 2 9 B -9No.PS-OMR0001CN-J 2 1F 2GH 3ISO1179-1 4 5kPa 61 7 8M12 9 10 11 12ISO16030 -10No.PS-OMR0001CN-J 2 / (2 2 2 1 ) ((38)3 ) ISA-16 ISA-14 2 ISA-16-2 3 ISA-16-3 4 ISA-16-4 5 ISA-16-5 6 ISA-16-6 ZS-31-B ZS-31-C 4 6
M N P L K H 4x0..5 (0.4[9~11mm] [4x13] [IDFB22E-11*(L=2800)] Unitinch [mm] A B C D E F G H J K L M N P 30.5 23.6 IDFB22E 1 [775] [600] 3.3 11.4 24.5 5.3 15.9 27.5 3.7 1.8 1 0.5 12.4 13.4 [290] [623] [134] [405] [698] [93] [46] [25] [13] [314] [85] [340] 26.8 33.7 IDFB37E 1/2 [855] [680] R IDFB55E/75E Q A B H G E D F C (0.4 (39.4[1000]) J L K M N P 4x0..5 [4x13] (M10) Unitinch [mm] A
through Q R E GB GA 4-NN MM D CB CA C K J JA E H A' A 2-P through KA B 4-T counterbore Width across flats L S + Stroke Z + Stroke (mm) Port size Bore size (mm) GA H J JA A B A' C CA CB D E GB 20 25 32 29 32.5 35 19 23 27 16 20 24 12 15 19 26 32 40 42 50 62 20 25 31 22 25 31 9 10 11 27 22.5 25 14 18 22 12 15.5 19.5 8 10 12 M5 x 0.8 M5 x 0.8 Rc 1/8 Bore size (mm) NN T S Z K KA L MM P Q R Standard
Operating pressure P(MPa) P 0.7MPa 4. Speed V(mm/s) V 500mm/s CL MLGC CNA Guideline for selection of bearing style CB Bearing Required conditions Slection of bearing style CV/MVG Impact load and vibration load are added. Change in load is large. Long life span is required. Slide bearing CXW High accuracy (Little rattle is allowed.)
Then, the charging time (T) for a 100 l tank, T = t x = 49 x = 49 (s). V 10 10 10 T = t x = 110 x = 110 (s). V 10 10 10 T = t x = 2.4 x = 24 (s).
PF3W511() [ M P a ] [ M P a ] PF3W521() [ M P a ] -33No.PF-OMN0009CN-F PF3W511(PVC ) PF3W521(PVC ) [ M P a ] [ M P a ] -34No.PF-OMN0009CN-F PF3W504/520/540 PF3W504S/520S/540S [MPa] [MPa] [ M P a ] [ M P a ] a] [MP a] [MP PF3W511() PF3W521() PF3W511/521(PVC ) [MPa] [ M P a ] [ M P a ] a] [MP [MPa] a] [MP -35No.PF-OMN0009CN-F IN 3F.S.8 cm (100 L/min 11 cm ) IN OUT PF3W504
steel rod Rod side nose mounting Head side pivot mounting Double end mounting Block mounting O O O O O O O S S O O O O O O NCA S S S S S O O O S O O N N S S S S S S N N N O O O O S 1 1 1 1 1 2 1 1 1 3, 4 1 DN S S S S S S O O O O N S S O S S S O O O O N -X N N O N N N O O O O O N N N O O O O O 20N N O O O O O O N N O O O O S Data N O O O O S O O O O O O O O O 1, 5, 6 O Combination
Allowable Kinetic Energy [J] Bore size [mm] 20 25 32 40 Male rod end 0.11 0.18 0.29 0.52 Female rod end 0.11 0.18 0.18 0.52 18 fR: Allowable lateral load at rod end [N] Kinetic energy E [J] = (m1 + m2) V2 16 m1: Mass of cylinder moving parts kg m2: Load mass kg V : Piston speed at the end m/s 2 14 JCM40 12 JCM32 10 Table (2) Mass of Cylinder Moving Parts Without Built-in Magnet/0 Stroke 8
LVC DIN terminal: D Conduit terminal: T Cable 6 to 12 LVA F S Q 27.5 34 F (Q) LVH LVD LVQ LQ R C U 25 LVN C (44) R E R TI/ TIL G1/2 E PA G1/2 A H D (S) B B A H D 2-P Port size 2-P Port size PAX 2-M Thread depth N 2-M Thread depth N PB L L K K N.C.
E1 2 I E[J]I[kg][rad/s] Imr m[kg] rm 5.1 19 I I I I kg kg kg kg m m m m 2 2 2 2 m: m: m: m: kg kg kg kg b 20 5-2. 5.1 5.1 32 0.023[J] 40 0.028[J] 2 t [rad]t[s] E E1 2 I t E 2 I t E[J][rad]I[kg] 2 t (1) t = & (2) C C t 2 1 tdt 2 + = = & & t=0 =0C=0 t 2 1 t 2 1 2 = = & t 2 = 21 5-3.
6.5 29 32.5 3H9 3 15.5 3H9 3 7 912 Rotary Table MSQ 1122Dimensions: Size 10, 20, 30, 50 Basic type: MSQBA 1122XB effective depth XC WB effective depth WC 2 XA 8 x WD depth WE (Circumference: 8 equivalents) 4 x JJ depth 8 WA 2 2 x J through JA counterbore depth JB 45 22.5 BE WF WF BD 2 x M5 x 0.8 Port (Plugged) Effective depth FB DD M5 x 0.8 depth 5 (Vacuum suction port) D BB DE 2 x P Port
P 2-TC TD D I E 0 -0.05 0 -0.05 E AL TE 2-TC K F TA DL2 TF TG A S + Stroke H NA F ZZ + Stroke Section TA With non-locking type manual override (suffix N) With locking type manual override (suffix L) HN HR MO RF WL WL KA 0.1 C 8-J NA (mm) Stroke range Bore size (mm) A AL B1 C D DL2 E F GA GB H H1 HR HN (max.)