Table of Contents 3 w e q !1 r y o e t !2 Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080-6370-Main Office: (650) 588-9200-Outside Local Area: (800) 258-9200-www.stevenengineering.com 4 Built-in magnet Without magnet Single acting u i r y o e w i e u !
Red flashes if the CPU is abnormal. q w e r t y u Green lights up when emitters require cleaning.
Ventilation (H/X inlet) Ball tap Expansion TS E Circulating fluid return port valve A Level switch Expansion Fluid level gauge valve B Customer's E machine Temp. sensor (Ref. discharge (Heat load) Press. sensor (Outlet) TS PS TS Heat Temp. sensor Circulating fluid outlet port exchanger (Outlet) Press. sensor (Ref. low press.)
E (KF ) Fn J H B A G A mm A B C D E Fn G H J XLC-16 40 110 38 1 30 17 40 26 XLC-25 50 120 48 1 12 40 26 39 27.5 XLC-40 65 171 66 2 11 55 41 63 36 9 XL-OMV0002 4-2.162580,100,160 C E D C E E (KF ) (K ) Fn Fd J K H B A G A mm A B C D E Fn Fd G H J K XLC-50 70 183 80 31 10.5 75 52 77 29 10.5 XLC-63 88 209 100 39 11 87 95 70 76.5 36 9 XLC-80 90 250 117 45.5 11 114 110 83 105 44 9 XLC-100 108
Meter-out Graph/Pressure to time Meter-in Graph/Pressure to time Movement of the cylinder by fixed throttle valve c ontrol valve d e Movement of the cylinder e p s y b er by meter control Pressure Stroke Pressure Stroke Pressure Stroke e cylind ement of th PH Delay in pressure transmission Mov PR (Atmospheric pressure) Delay in pressure transmission PR (Atmospheric pressure) During the operating
low load shock absorber + Adjusting bolts MY1W Bore size Stroke L TT h h E F EA h EB W F Stroke adjusting unit S (Shock absorber stroke) T MY1W16, 20 F MY1W50, 63 Shock absorber EC EY h 3.6 3.6 3.5 4.5 4.5 5.5 5.5 TT 5.4 (Max. 11) 5 (Max. 11) 5 (Max. 16.5) 8 (Max. 20) 9 (Max. 25) 13 (Max. 33) 13 (Max. 38) S 40.8 40.8 46.7 67.3 67.3 73.2 73.2 E 14.6 20 24 29 35 40 52 EY 39.5 45.5 53.5 67
Manifold mounting 3 D E DIN rail mount type Direct mount type 2.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
K J H G F E D C B A 475 432 512 472 525 482 562 522 L Booster part no. Tank model VBA2100-03 VBA2200-03 VBA4100-04 VBA4200-04 VBA2100-03 VBA2200-03 VBA4100-04 VBA4200-04 394 Rc 3/8 VBAT20 VBAT20S 305 206 674 180 200 100 400 Rc 1/2 430 Rc 1/2 444 Rc 3/8 VBAT38 VBAT38S 355 256 824 205 250 150 500 Rc 3/4 480 Rc 1/2 14-9-9
D U 25 Approx. 44 R C C R G1/2 E E G1/2 B B 2-P Port size A A D 2-P Port size (S) Port size G1/2 Compatible heavy duty cord Cable O.D. 6.8 to 10 L L K 2-M Thread depth 6 K 2-M Thread depth 6 (mm) Electrical entry P Port size B C Model A D E F K L M Grommet: G Conduit: C DIN connector: D Conduit terminal: T U 81 91.5 101 103.5 Q 98 101 104 104 R 36 44 53 55.5 S 68 71 74 74 Q 46 50 52 52 R
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.
SMC's E-MY2 series e-rodless actuators require no programming, and have both the operational ability of an air cylinder, and the speed controllability of an electric actuator. The series consists of the E-MY2B (basic), E-MY2C (cam follower guide), E-MY2H (linear guide, single axis), and the E-MY2HT (linear guide, double axis) styles.