SMC Corporation of America
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Search Results "RDLQA50-100-FR"

Graph (7) Air Consumption of Tube or Steel Pipe (For one cycle) Graph (8) Required Air Volume of Cylinder and Piping 1000 1000 1000 1000 100 100 100 100 Air consumption (l(ANR)) Piping length (inch) Air consumption (l(ANR)) 10 10 Required air volume (l /min (ANR)) Max. piston speed (inch/s) Required air volume (l/min (ANR)) Bore size (in) Tube I.D.

FR double layer, FR soft nylon 6, 8, 10, 12 Specifications Fluid Air/Water Note) Model KRM11 KRM12 1.0 MPa Maximum operating pressure Proof pressure Ambient and fluid temperature Thread None Hexagon socket head blank plug with sealant: 1 pc. Accessory Note) Applicable for general industrial water. Please consult with SMC if using for other kinds of fluid.

I I I 3.886 4.661 5.436 6.2t1 Table 6.19 Theoretical Air Consumption ot double acting cylinders from 20 to 100 mm dia, in liters per 100 mm stroke Example 1.

I I I 3.886 4.661 5.436 6.2t1 Table 6.19 Theoretical Air Consumption ot double acting cylinders from 20 to 100 mm dia, in liters per 100 mm stroke Example 1.

L..k.g.: Port to porl (internal) not 1o exceed 0.m7 cubic feet per minule at 100 PSIG (6.9 Kgtcm'). Op.r.Sng Pr..rur..! 28 'Vacuuh to 30o FSIG (20 Kglrcm?).

L..k.g.: Port to porl (internal) not 1o exceed 0.m7 cubic feet per minule at 100 PSIG (6.9 Kgtcm'). Op.r.Sng Pr..rur..! 28 'Vacuuh to 30o FSIG (20 Kglrcm?).

300 100 MI W S 100 300 Speed (mm/s) Speed (mm/s) Speed (mm/s) 300 300 CEP1 Max. 500 mm/s of high speed transfer is possible.

Table (7) Allowable shaft load (N) Load direction Size Fsa Fsb Fr 30 29.4 29.4 29.4 50 490 196 196 63 588 196 294 80 882 196 392 100 980 196 588 Fig. (4) Load direction Point of application of force of Fr is the center of shaft flat face and longer dimension of the key.

Fsa Fsb M Fig. 2 Table 6 [N] [N] Load direction Size Size Load direction High Basic precision Fsa Fsb Fr M[Nm] Fsa Fsb Fr M[Nm] type type 10 78 74 78 2.4 10 107 74 86 2.9 20 137 137 147 4.0 20 197 137 166 4.8 30 363 197 196 5.3 30 398 197 233 6.4 50 451 296 314 9.7 50 517 296 378 12.0 70 476 296 333 12.0 100 708 493 390 18.0 200 1009 740 543 25.0 Flange application Table 7 shows L-dimension

ldbF k pcd by 6 Edd h with integral with integral vacuumgauge digitalswitch 56 IllL $enie Schematic Symbol NZLr12-EE NZLl12 NZLl12-Efl s1.2mm 100!

ldbF k pcd by 6 Edd h with integral with integral vacuumgauge digitalswitch 56 IllL $en ) Schematic Symbol NZLr12-EE NZLl12 NZLl12-Efl s1.2mm 100!

Protective Face Cover a i t More usr-f riendly controls a Raised rubber button fil controls are clearly U" set apart. simple to fr operate, soft to the !a toucn. .

6.4 22.2 M5 100 N/A fflf15xl.5 2fs63i Ofl Sorisr60.526.C 95.3 7 6.2 8.60 54.9 12.7 29.5 9.7 flA M8 370 I fl/A lMltb4x?

Note 3) The maximum dimensions that appear are those measured at the maximum rotating angle. settings: 100 and 190.

Note 3) The maximum dimensions that appear are those measured at the maximum rotating angle. settings: 100 and 190.

(PFMC7102) [ 100] 100 L/min (PFMC7202) [F 3] [ r ES] Response time [ 1.0] 1 second page 42 [F10] [ SUb] Sub display [ oUt] Set value page 43 [F20] [ inP] External input 3 [REACUM] Accumulated flow external reset page 47 [F22] [ Fr E] Setting of analogue output 4 [ oFF] Variable range OFF page 48 [F30] [SAvE] Accumulated value hold [ oFF] Not held page 49 [ PoS] Orientation [ HoR] Horizontal

+ 100 (n 2) 35 + 30 (n 2) 10 35 100 Note) For cylinders with two D-A93/M9/M9W auto switches.

Additional weight with magnet. .0.02 0.12 + 0.05 x 100/50 + 0.022 + 0.02 = 0.262 kg Calculation: (Example) JCMBZ25TR-100F Basic weight.0.10 (Basic (Female thread on rod cover), Rc1/8 port, 25) Additional weight.0.05/50 mm stroke Cylinder stroke.100 mm stroke 0.10 + 0.05 x 100/50 = 0.20 kg Allowable Kinetic Energy Allowable Lateral Load at Rod End fR Table (1) Max.