Controller/Driver LEC/JXC Series <Single Axis Controllers> Step Data Input Type Page 560 Gateway Unit Page 572 Programless Type Page 576 Step Motor LEC-G Series Step Motor Servo Motor (Servo/24 VDC)/ (Servo/24 VDC)/ (24 VDC)/ LECP6 Series LE type LEC-CMJ-T Standard cable Robotic cable LE-CP-m-S LE-CP-m Note) The terminating resistor (110 , 1/2 W) should be provided by the customer.
S T S T S T S T S T C(D)UK6C(D)UK10C(D)UK16C(D)UK20C(D)UK25C(D)UK32For the auto switch weight, refer to page 68 to 72.
N 9 T L A N 1 * S 1 9 T L A N ) a P M ( g i s p e r u s s e r p y l p p u s . x a M ) 5 . 1 ( 0 2 2 ) a P M ( g i s p e r u s s e r p g n i t a r e p o . x a M ) 0 . 1 ( 0 5 1 e g n a r . p m e t g n i t a r e p O ) C 0 6 ~ 5 ( F 0 4 1 ~ 3 2 t n a c i r b u l d e d n e m m o c e R ) 2 3 G V O S I ( 1 # l i O e n i b r u T y d o B C D A e r u s s e r p e n i l d n a k n a t n e e w t e
Mass m X-axis Y-axis Z-axis Z 20 W 20mm 30mm 50mm 2kg 50 Y 30 3 Calculation of load factor for static load m: Mass m m max (from 1 of graph MY1B/m = 27 (kg) Load factor = m/m max = 2/27 = 0.07 X M: Moment m M max (from 2 of graph MY1B/M) = 13 (Nm) M = m x g x X = 2 x 9.8 x 20 x 10= 0.39 (Nm) M Load factor = M/M max = 0.39/13 = 0.03 M: Moment Y M max (from 3 of graph MY1B/M) = 1.6 (Nm
PB H thread depth C Vent hole Note 3) J PC EV Z T M U D K Note 2) L R 4 x O1 thread depth R W A + Stroke B + Stroke S EH M 6 x MO thread depth MR XA H9 depth XA MH Section XX details MA ML + Stroke MC MD Section XX XB XA H9 XA [mm] Incremental encoder Absolute encoder B C D EH EV Without lock With lock Without lock With lock A W Z A W Z A W Z A W Z Size Stroke range [mm] 25 15 to 100 238
-A22 ZPT125 50-(B/N/T)01-A22 ZPT125 75-(B/N/T)01-A22 ZPT125 100-(B/N/T)01-A22 ZPB-T1 25-(B/N/T)01 ZPB-T1 50-(B/N/T)01 ZPB-T1 75-(B/N/T)01 ZPB-T1 25-(B/N/T)01 ZPB-T1 50-(B/N/T)01 ZPB-T1 75-(B/N/T)01 ZPB-T2 25-(B/N/T)01 ZPB-T2 50-(B/N/T)01 ZPB-T2 75-(B/N/T)01 ZPB-T2 25-(B/N/T)01 ZPB-T2 50-(B/N/T)01 ZPB-T2 75-(B/N/T)01 ZPB-T3 25-(B/N/T)01 ZPB-T3 50-(B/N/T)01 ZPB-T3 75-(B/N/T)01 ZPB-T3 100-(B
): SQ1241 Double (latching): SQ1240 t e q w t e q w SQ1241 SQ1240 (A)(B) (A)(B) 4 2 4 2 5 1 3 5 1 3 (R1) (P)(R2) (R1)(P)(R2) Double (double solenoid): SQ1241D Double (double solenoid): SQ1240D y e e q w y e q w e SQ1240D SQ1241D (A)(B) (A)(B) 4 2 4 2 5 1 3 u 5 1 3 u (R1)(P)(R2) (R1)(P)(R2) 3 position: SQ1 41 3 4 5 3 position: SQ1 40 3 4 5 y e e q y w e e q w u u SQ1540 SQ1440 SQ1340 SQ1541
YA-03 Joint YU-03 RS W M V T2 Joint Part No. 2-D through 2-O counterbore T1 B E J Applicable mounting bracket Bore size (mm) Weight (g) Joint part no.
Description Material Surface treatment ZR t NBR, Silicone rubber, Urethane rubber, Fluoro rubber, EPR u o Pad q ZM r e w Adapter plate Aluminum w ZH w Hard chrome plated Piston rod Carbon steel e w Spring Stainless steel r ZU Buffer body Aluminum t Electroless nickel plated Buffer adaptor Brass y q q q ZL Electroless nickel plated Adaptor A Brass u Electroless nickel plated X type adaptor
9 w y !8 e i u !6 !9 !5 o t !7 Long stroke t 20 to 32 With air cushion o r t !9 q !2 !4 w e !8 !3 !6 !9 !5 !1 @0 !7 i !0 Long stroke Component Parts Replacement Parts: Seal Kit Bore size (mm) Kit no. Contents 20 CG1KN20Z-PS Set of the nos. !7, !8, !9 No.
physical property values by circulating uid. m x C x (Tt T0) x V x C x T Q = = t t 1 x 150 x 4.186 x 103 x 10 900 = = 6977 [J/s] 7.0 [kW] m x C x (Tt T0) t x 860 x V x 60 x C x T t x 860 Q = = Cooling capacity = Considering a safety factor of 20%, 7.0 [kW] x 1.2 = 1 x 150 x 60 x 1.0 x 103 x 10 15 x 860 8.4 [kW] = Q x t: Heat capacity [kJ] Thermo-chiller 6977 [W] = 7.0 [kW] Water bath
C85 Series: 8, 10, 12, 16 [cm] 10.0 Mounting Applicable maximum stroke according to buckling strength Operating pressure [MPa] Nominal symbol C85 Support bracket nominal symbol and schematic diagram 8 10 12 16 20 25 Foot: M Rod flange: G Head flange: G Lateral load applied to the rod end fR [N] 0.3 26 38 18 36 24 48 M 1.0 G G N U U M 0.5 19 29 14 27 18 36 W W W C8516 Rod (side) 0.7 16 23
--20-T, HRS024--20-T 0.8 80 0.7 70 Circulating fluid pressure [MPa] Available area Outlet60Hz 0.6 60 Pump head [m] 0.5 50 0.4 40 0.3 30 Outlet50Hz 0.2 20 Return port Available area 0.1 10 0 0.0 5 0 5 10 15 20 25 Circulating fluid flow [L/min] Fig 9.6-4 Pump capacity(HRS012--20-T, HRS018--20-T, HRS024--20-T) HRS Series 9.6 Pump capacity 9-13 HRX-OM-M090 Chapter 9 Documents 9.6.5 HRS012--20
2 @1 e u o t @3 !8 @0 @0 @2 !4 !7 !1 !9 !2 @1 @4 e u o t @3 !8 @0 @0 @2 q w r @5 y !5 !6 i q w r @5 y !5 !
(g) n: Number of stations W = 30n + 50 W = 37n + 63 W = 61n + 101 W = 79n + 127 W = 100n + 151 Note 1) For 10 stations or more (5 stations or more in case of SS5Y7), supply pressure to P port on both sides and exhaust from EA and EB ports on both sides.
OFF SUP 1MC 5Ry SGDE servomotor Motor 1MC 1 R U V SGDE servo pack 2 1MC M T 3 W 1CN 4 150 PULS PULS SIGN SIGN CLR CLR 1 2 3 4 5 6 Be sure to ground.
T 2 x Rc P Cushion adjustment screw 4 x J GA Air release GA V V Width across flats G Width across flats G MM MM R (max.) d W W D d E E D M MA a a M MA F NA NA F K A A K C H + Stroke S + Stroke H B ZZ + 2 strokes (mm) Bore size (mm) B C A a d E D F G GA J K M MA MM NA P R S T V W H ZZ 0 0.018 0 0.021 0 0.021 0 0.021 0 0.025 0 0.025 0 0.025 0 0.062 0 0.062 0 0.074 0 0.074 0 0.074 0 0.074 0
(For details, refer to page 4-4-25.) 4-4-20 21 3 Port Pilot Operated Solenoid Valve Rubber Seal Series SYJ500 Construction q e r t w y q e r t w y N.C. N.O.