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ORV16

ORV20

ORV25

ORV32

ORV40

ORV50

3.2 [2.4]

6.3 [4.6]

12 [8.9]

30 [22]

60 [44]

100 [74]

0.5 [0.4]

1.2 [0.9]

1.6 [1.2]

3.2 [2.4]

6.3 [4.6]

10 [7.4]

0.5 [0.4]

1.2 [0.9]

1.6 [1.2]

3.2 [2.4]

6.3 [4.6]

10 [7.4]

20 [4.5]

32 [7.2]

50 [11.2]

80 [18.0]

120 [27.0]

200 [45.0]

20 [4.5]

32 [7.2]

50 [11.2]

80 [18.0]

120 [27.0]

200 [45.0]

20 [4.5]

32 [7.2]

50 [11.2]

80 [18.0]

120 [27.0]

200 [45.0]

Mp

N

m

[ft

lbf]

Mr

N

m

[ft

lbf]

My

N

m

[ft

lbf]

W

1

N [lbf]

W

2

N [lbf]

W

3

N [lbf]

40 [9.0]

70 [15.7]

120 [27.0]

200 [45.0]

300 [67.4]

480 [107.9]

40 [9.0]

70 [15.7]

120 [27.0]

200 [45.0]

300 [67.4]

480 [107.9]

20 [4.5]

35 [7.9]

60 [13.5]

100 [22.5]

150 [33.7]

240 [54.0]

W

1

N [lbf]

W

2

N [lbf]

W

3

N [lbf]

Although the slit type rodless cylinders 

ORV

series can be used with directly applying loads, make sure

that the load and moment do not exceed the values in the table below. In addition, since load capacity
may vary depending on the speed, confirm the rubber bumper and shock absorber absorption capacity
on p.1055 before use.

Selection

Allowable load and moment

許容負荷・モーメント

Mr=Fr×r2

r2

F

r

許容負荷・モーメント

Mp=Fp×r1

Fp

r1

許容負荷・モーメント

W

1

W

2

W

3

許容負荷・モーメント

My=Fy×r3

F

y

r3

No shock absorber

With shock absorber

: Mp

Fp

×

r1(N·m)

: Mr

Fr

×

r2 (N·m)

: My

Fy

×

r3 (N·m)

: W

1

,W

2

,W

3

(N)

Pitching moment
Rolling moment
Yawing moment
Maximum load capacity

Model

Direction of

moment 

Caution:

The moment including the inertial force generated when the load is moved or stopped
must not exceed the values in the above table.
Keep the mass and speed within the range of the rubber bumper and shock absorber 
capacity graphs.

1054̲1067ORVシリーズ̲ENG  07.9.10  1:58 AM  ページ1054

Summary of Contents for ORV16

Page 1: ...INSTRUCTION MANUAL Ver 1 0 BK UC003 Ver 1 0 SLIT TYPE RODLESS CYLINDER ORV Series Air Cylinder ...

Page 2: ...ns subject to dripping water dripping oil etc or to large amounts of dust use a cover to protect the unit or mount with the piston yoke facing downward 2 Do not engage in electric welding close to the slit type rodless cylinders ORV series The welding spatters could damage the outer seal band 3 The product cannot be used when the media or ambient atmosphere contains any of the substances listed be...

Page 3: ...ORV series can be used with directly applying loads make sure that the load and moment do not exceed the values in the table below In addition since load capacity may vary depending on the speed confirm the rubber bumper and shock absorber absorption capacity on p 1055 before use Selection Allowable load and moment 許容負荷 モーメント Mr Fr r2 r2 Fr 許容負荷 モーメント Mp Fp r1 Fp r1 W1 W2 W3 My Fy r3 Fy r3 No shoc...

Page 4: ...5MPa Rubber bumper capacity Shock absorber absorption capacity The slit type rodless cylinders ORV series uses shock absorbers as optional equipment The absorbable mass and impact speed however lie within the with shock absorber range shown in the rubber bumper and shock absorber capacity graph to the right Do not use it when the maximum impact speed exceeds 800mm s 31 5in sec The slit type rodles...

Page 5: ...ORV25 32 0 0 5 0 5 1 0 1 1 5 2 0 2 5 3 0 3 5 4 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 ORV40 50 ORV16 ORV20 ORV25 ORV32 ORV40 ORV50 Displacement mm Displacement mm Displacement mm Pressure MPa Pressure MPa Pressure MPa Amount of stroke change due to the rubber bumper In the slit type rodless cylinders ORV series note that use of the rubber bumper results in the stroke varying according to pressure as sh...

Page 6: ...cautions for the supporting types 7 When the total cylinder length is long the load could give a large deflection that could result in defective operation If the relationship between the load on a 2 point support at both ends and the stroke exceeds the range shown in the graphs below always use an F type support at an intermediate position Two point support at both ends Three point support W 10 10...

Page 7: ...rs in this product without permission Because product characteristics vary between shock absorbers if other shock absorbers are used damage to the cylinder etc may occur 8 Use the supplied table mounting bolts to secure the table to the piston yoke Model Tightening torque N m ft lbf ORV16 ORV20 ORV25 ORV32 ORV40 ORV50 8 0 5 9 8 0 5 9 10 0 7 4 24 0 17 7 30 0 22 1 78 0 57 5 13 0 512 14 0 551 17 0 66...

Page 8: ...One side 0 20 0 0 787 One side 0 30 0 1 181 Model Port size Stroke tolerance mm in Notes 1 Use clean air that contains no moisture dust and oxidized oil 2 Use the cushioning capacity etc on p 1055 to select the operating speed 3 Since the stroke will vary depending on the air pressure see the graphs on p 1056 showing the Amount of stroke change due to the rubber bumper Lubrication Stroke adjusting...

Page 9: ...show the lead wire lengths A 1000mm 39in B 3000mm 118in ORV16 ORV20 ORV25 ORV32 ORV40 ORV50 16 0 630 20 0 787 25 0 984 32 1 260 40 1 575 50 1 969 Air pressure MPa psi The figures in the table show the air flow rate and air consumption when a rodless cylinder makes 1 reciprocation with stroke of 1mm 0 0394in The air flow rate and air consumption actually required is found by the following calculati...

Page 10: ...sorber 10 10 Mounting thread size Stroke 10 10 For ORV16 12 10 For ORV20 14 12 For ORV25 18 16 For ORV32 20 16 For ORV40 22 25 For ORV50 Number of shock absorbers with holders 1 With 1 set 2 With 2 sets Shock absorber Note Blank No shock absorber K With shock absorber Note The combination of M type mount and shock absorber not allowed Note The fewest order unit of the seal kit is every 5 sets For ...

Page 11: ...luminum alloy Polyester Rubber magnet Rare earth magnet Synthetic rubber NBR Synthetic rubber NBR Synthetic rubber NBR Polyacetal Hard polyvinyl chloride 1 6 1 2 2 2 2 2 2 2 Zinc plated Anodized Aluminum coated End cap L Hexagon socket button head screw Cylinder barrel Shim Magnet strip Magnet Cylinder gasket Piston bumper Piston seal Piston Inner band guide q w e r t y u i o 0 1 2 q w e r t y u i...

Page 12: ...M4 0 7 Depth 7 M5 0 8 Depth 8 M6 1 Depth 11 M6 1 Depth 12 M8 1 25 Depth 15 MG 29 33 38 49 59 73 MH 6 7 8 11 12 15 MJ 1 1 1 1 2 2 ORV16 ORV20 ORV25 ORV32 ORV40 ORV50 N 40 50 60 80 100 120 M M4 0 7 Depth 6 M4 0 7 Depth 7 M5 0 8 Depth 9 M6 1 Depth 11 M6 1 Depth 12 M8 1 25 Depth 16 P 30 35 40 50 60 70 R 20 24 26 32 40 48 T φ3 6 φ6 5 Counterbore Depth 3 3 φ4 8 φ8 Counterbore Depth 4 5 φ5 8 φ9 5 Counter...

Page 13: ...5 SR 10 10 12 16 16 25 SO 14 17 19 24 27 31 SQ 16 5 17 0 19 5 25 0 32 5 39 0 SS 144 150 158 174 185 103 ST 16 0 18 5 25 0 28 0 40 0 44 0 SU M10 1 M12 1 M14 1 5 M18 1 5 M20 1 5 M22 1 5 SV 142 148 156 172 183 101 SW 34 5 39 5 46 0 59 5 69 0 85 0 SX 12 14 17 21 24 27 SY 140 148 156 170 184 102 SZ 154 166 182 196 116 134 KSHJV10 10 For ORV16 KSHJV12 10 For ORV20 KSHJV14 12 For ORV25 KSHJV18 16 For ORV...

Page 14: ...in lbf Solid State Type Reed Switch Type Symbol For details of sensor switches see p 1544 SENSOR SWITCHES ZE155 Solid state type with indicator lamp DC4 5V 28V Horizontal lead wire ZE102 Reed switch type with indicator lamp DC10V 28V Horizontal lead wire AC85 115V Sensor switch model ZE135 Solid state type with indicator lamp DC10V 28V Horizontal lead wire ZE101 Reed switch type without indicator ...

Page 15: ...9 0 75 24 0 94 26 1 02 31 1 22 C 28 5 1 122 38 5 1 516 44 5 1 752 66 5 2 618 82 5 3 248 94 5 3 720 D 31 1 22 41 1 61 47 1 85 69 2 72 85 3 35 97 3 82 Solid state type ZE135 ZE155 Model ORV16 ORV20 ORV25 ORV32 ORV40 ORV50 A 56 2 20 68 2 68 76 2 99 103 4 06 121 4 76 138 5 43 B 15 0 59 17 0 67 19 0 75 24 0 94 26 1 02 31 1 22 C 31 5 1 240 41 5 1 634 47 5 1 870 69 5 2 736 85 5 3 366 97 5 3 839 D 35 1 38...

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