MGG C 4-O D Q 2-P T U W E S K L B AA A X AB I J R AP Y + Stroke V Z + Stroke Non-locking type Locking type 8-AF AC AD AE With rod side locking Q Y + Stroke R With head side locking For standard strokes Dimensions not marked with an "" are the same as standard.
Body oplrcn combnalon is Nominalbore size Aclualion I Nol ava labe vrthoul auto v tch l Nol avarlabe wth Double od (V/) r Nol availabe w h spnnq reLurn o.sp.ing enend. .r !
D 2.8 x P First tentative bore size determination 0.3 x Wcos + Wsin D 5.0 x P 0.3 x W + W D 5.0 x P W W > Wv P > Pv Determination of allowable load weight & pressure (Refer to page 25 for vertical operation.)
size determination F3 D 1.6 x P WB Inclined operation W + WB WV P PV W + WB WV P PV Determination of allowable load mass & pressure (Refer to page 1466 for vertical operation.)
Model to be used Type of cushion Workpiece mounting position Mounting orientation Average speed Va (mm/s) Load mass W (kg): Fig. (1) Overhang Ln (mm): Fig. (2) L1 L2 + A5 L3 2 2 E = W () 1 2 V 1000 Find the kinetic energy E (J) of the load. 2 E = 1 () = 0.088 1 2 420 1000 Collision speed V = 1.4 Va ) Correction factor (Reference values) V = 1.4 x 300 = 420 Find the allowable kinetic
Yes Yes Grommet Relay, PLC 12 V 100 V 24 V IC circuit 5 V, 12 V Solid state switch Relay PLC 12 V Grommet 24 V IC circuit 5 V, 12 V Diagnostic indication (2-color indication) 12 V For 25, 32, 40, 50, 63 Lead wire length (m) Load voltage Electrical entry Auto switch model Pre-wire connector Applicable load Perpendicular (1) In-line Special function Wiring (Output) Type 0.5 (Nil) 3 (L) 5 (Z
Flat pad P. 11 3.5 x 7 4 x 10 4 x 20 4 x 30 5 x 10 5 x 20 5 x 30 6 x 10 6 x 20 6 x 30 8 x 20 8 x 30 W P. 17 Oval pad 3.5 x 7 2 x 4 4 x 10 U H P. 33 HT P. 33 Heavy-duty pad HB P. 35 HW P. 36 U P. 27 Mark-free pad H P. 28 Related pad S Sponge pad P. 30 Resin attachment K P. 29 Pad with ball spline buffer U P. 24 H P. 37 Heavy-duty ball joint pad HB P. 43 Cyclone pad (Non-contact pad) Made
Flat pad P. 11 3.5 x 7 4 x 10 4 x 20 4 x 30 5 x 10 5 x 20 5 x 30 6 x 10 6 x 20 6 x 30 8 x 20 8 x 30 W P. 17 Oval pad 3.5 x 7 2 x 4 4 x 10 U H P. 33 HT P. 33 Heavy-duty pad HB P. 35 HW P. 36 U P. 27 Mark-free pad H P. 28 Related pad S Sponge pad P. 30 Resin attachment K P. 29 Pad with ball spline buffer U P. 24 H P. 37 Heavy-duty ball joint pad HB P. 43 Cyclone pad (Non-contact pad) Made
Flat pad P. 11 3.5 x 7 4 x 10 4 x 20 4 x 30 5 x 10 5 x 20 5 x 30 6 x 10 6 x 20 6 x 30 8 x 20 8 x 30 W P. 17 Oval pad 3.5 x 7 2 x 4 4 x 10 U H P. 33 HT P. 33 Heavy-duty pad HB P. 35 HW P. 36 U P. 27 Mark-free pad H P. 28 Related pad S Sponge pad P. 30 Resin attachment K P. 29 Pad with ball spline buffer U P. 24 H P. 37 Heavy-duty ball joint pad HB P. 43 Cyclone pad (Non-contact pad) Made
Flat pad P. 11 3.5 x 7 4 x 10 4 x 20 4 x 30 5 x 10 5 x 20 5 x 30 6 x 10 6 x 20 6 x 30 8 x 20 8 x 30 W P. 17 Oval pad 3.5 x 7 2 x 4 4 x 10 U H P. 33 HT P. 33 Heavy-duty pad HB P. 35 HW P. 36 U P. 27 Mark-free pad H P. 28 Related pad S Sponge pad P. 30 Resin attachment K P. 29 Pad with ball spline buffer U P. 24 H P. 37 Heavy-duty ball joint pad HB P. 43 Cyclone pad (Non-contact pad) Made
V V V -XC47 to -XC58 -XC59 to -XC61 Change of port location V V V V V V V V 30 to 100 S,W,Y* V S,W,Y* S,W,Y* S,W,Y* S,W,Y* -XC59 to -XC61 -XC63 One side air-hydro, One side air V V V V V V V V 50, 63, 80, 100 V V V V -XC64 One side air-hydro, One side air V V V V V V V V V V V V * -XC8 to -XC11 and -XC31 to -XC36 do not include the angle adjustable type. * -XC37 to -XC46 and -XC47
" W W My Mp Mr W W W K=1 6& & 6, . 6* , < MXH Mp W Mr W My W W MXU 6, 1 W 6& * 6* ) K=0.6 W MXS Mey Mep MXQ ; # ; ( 6* ) MXF * 6, MXW ; # 9 $ 9 $ MXJ Graph (1) Allowable Load Mass Coefficient: Table (1) Allowable Kinetic Energy: Emax (J) Table (2) Maximum Allowable Load Mass: Wmax (kg) MXP $ 5 MXY &(' 9 4 5 " '('&2 '('*+ '('.. '(&& '(&1 '(*) $ '('''('&, '('*+ '('.. '('2' '(&* 7 '('.)
D-A9V/M9(V)/M9W(V)/M9A(V)L with bore sizes of 40 to 80. q BMP1-032 w BMG2-012 MGJ MGP Besides the models listed in How to Order, the following auto switches are applicable. Refer to pages 1719 to 1827 for the detailed specifications.
R V Basic type (B)/CG5BAS : With air cushion WA WB GA GB 2-P W 10 H1 Width across flats B1 M BM Max.
Ground the F.G. cable with a resistance of 100 or less +24 V +24 V Brown (2 pcs.) +24 VDC +24 V +24 V +24 V Brown (2 pcs.) +24 VDC +24 V +24 V +24 V 0 V 0 V DC/DC Power supply 24 VDC Power supply 24 VDC Blue (2 pcs.) 0 V 0 V 0 V DC/DC 0 V Blue (2 pcs.) 0 V 0 V F . G. F . G.
F Y RS Q G RS H A T D RZQ W U MI W S 20 (22) V M 10 (11) H + Stroke A + 2 stroke B + Stroke CEP1 CE1 RSQB Bore size: 32, 40, 50 32 40 50 2 Stroke F Q 2-P CE2 Z J ML2B I C J G5-S D T W E CV U 4-N through 8-O counterbore MVGQ 20 (22) 10 (11) V CC H + Stroke A + 2 stroke B + Stroke M 0.2 E RB Built-in One-touch fittings (20 to 50) Tubing O.D.
Release valve Manual override V V Exhaust A Vacuum pump system/Manifold 1.1 1.28 ZZB-SM5 ZB0030-K1L(O)-P D side U side 1 3 Stations 1 2 3 4 D side U side n 1 Stations n 1.535 (Fully open: 1.67) Pressure sensor Pressure sensor (11.8: Lead wire length) 1.71 PV PD PV PD Port open to atmosphere Port open to atmosphere (inch) Vacuum (V) port Supply valve Supply valve Release valve Release valve
For example, when analogue output is 1 to 5 V, F.S. = 5[V] 1[V] = 4[V], (ref. 1%F.S. = 4[V] x 1% = 0.04[V]) F.S. (Full span, Full scale) H A function to store the accumulated flow value in the products internal memory. The flow value will be stored at a set time interval of either 2 or 5 minutes.
W = P x S x 0.1 x 1/t W = 1 g = 0.0098 N 0.0098 = P x 0.13 x 0.1 x 1/4 S = P/4 x (0.4)2 = 0.13 cm2 P = 3.0 kPa t = 4 (Horizontal lifting) According to the calculation, 3.0 kPa or more of vacuum pressure can adsorb the workpiece. (3) Based on the workpiece shape and type, select: Pad type: Flat Pad material: Silicone (4) According to the results above, select a vacuum pad part number ZP3-04US