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Rotary Table Rack Pinion Type MSQ Series With External Absorber. Size: 10 to 30·50 (Part Numbers)

Rotary Table Rack Pinion Type MSQ Series With External Absorber. Size: 10 to 30·50

SMC

SMC

By shortening the effective stroke of the shock absorber, absorption time is shortened, making it possible to improve the takt time.
[Features]
· 4 to 10 times more allowable kinetic energy.
& Nbsp2 types of shock absorber are available, for low energy and high energy.
· Reduced overall length.
& NbspThere are no protrusions from the adjusting bolts or internal shock absorbers, reducing the longitudinal mounting space.
· The table height is the same for both types (types with adjustment bolts and types with internal shock absorber).

(i)Caution

  • Refer to the catalog for details on product specifications.
  • Product images may be representative. Refer to the manufacturer's catalog for details.

PDF

Part Number

Configured Part Number is shown.

Model Number Notation

Model Number Notation

Model Number Notation

Rotary Table, Rack & Pinion Type, MSQ Series (With External Shock Absorber) Specifications

MSQ Series With External Shock Absorber external appearance

MSQ Series With External Shock Absorber external appearance

Rotary Table, Rack & Pinion Type JIS symbol

Rotary Table, Rack & Pinion Type JIS symbol

Main Specifications

  • Fluid: air (non-lube)
  • Maximum operating pressure: 1 MPa
  • Minimum operating pressure: 0.2 MPa
  • Ambient and fluid temperature: 0 to 60°C (no freezing)
  • Cushion: shock absorber
  • Shock absorber type: For low energy: RB0805 (size 10), RB1006 (size 20, 30), RB1411 (size 50)
  • Shock absorber type: For high energy: RB0806 (size 10), RB1007 (size 20, 30), RB1412 (size 50)
  • Rotation: 90°, 180°
  • Angle adjusting range: Each rotation end ±3 °
  • Cylinder bore size: size 10: ø15 (inner diameter 15 mm), size 20: ø18 (inner diameter 18 mm), size 30: ø21 (inner diameter 21 mm), size 50: ø25 (inner diameter 25 mm)
  • Port size: End ports: M5 × 0.8 (size 10, 20), Rc1/8, G1/8, NPT1/8 (size 30, 50)
  • Port size: Side ports: M5 × 0.8 (all sizes)

*The shock absorber service life may differ from that of the rotary table body depending on the operating conditions. Refer to the manufacturer's catalog for the suitable replacement period.

Weight

Basic type

  • 90° specification: (size 10) 600 g, (size 20) 1,150 g, (size 30) 1,460 g, (size 50) 2,390 g
  • 180° specification: (size 10) 570 g, (size 20) 1,090 g, (size 30) 1,390 g, (size 50) 2,280 g

High-precision type

  • 90° specification: (size 10) 670 g, (size 20) 1,340 g, (size 30) 1,690 g, (size 50) 2,720 g
  • 180° specification: (size 10) 640 g, (size 20) 1,290 g, (size 30) 1,620 g, (size 50) 2,600 g

*Values above do not include auto switch weight.

With external shock absorber size 10, 20, 30, 50 external dimensional drawing

Standard type MSQB□L□, MSQB□H□ dimensional drawing / Symmetric type; position of bottom positioning pin hole dimensional drawing (top left)

Standard type MSQB□L□, MSQB□H□ dimensional drawing / Symmetric type; position of bottom positioning pin hole dimensional drawing (top left)

*1 This part is not available with 180° specification.

 

(Unit: mm)

 

SizeAAABABBBCBDCACBDDDDEDFDG
1055.4509.534.527.8604.528.5454620H9615H9
2070.86512462976630.5606128H9917H9
3075.470125032846.533.5656732H91222H9
5085.48015.56337.51001037.5757735H91326H9
SizeEAEBECEDEEEFFAFBFCFDGAGBGCGDGEH
1052.944.333.51497.2808434.52015.6117.545.213
2061.855.34318117.11001062.56.52519.5149.556.417
3063.160.34619.5123.4110104.536.52721.5149.561.517
5086.871.45622158.213012537.532281811.572.920

 

(Unit: mm)

 

SizeJJAJBJCJDKNANBNCND
106.8116.5M8 × 1.2512M8 × 1105.512.54
208.6148.5M10 × 1.515M10 × 114816.54
308.6148.5M10 × 1.515M10 × 114816.54
5010.51810.5M12 × 1.7518M14 × 1.5198.519.56
SizePQSSDSESFUUWAWBWCWDWEWFYAYBYC
10M5 × 0.834929134547153H93.5M5 × 0.8832193H93.5
20M5 × 0.8371171012605420.54H94.5M6 × 11043244H94.5
30Rc1/8*4012711.5146557234H94.5M6 × 11048284H94.5
50Rc1/8*4615214.515756626.55H95.5M8 × 1.251255335H95.5

*In addition to Rc1/8, G1/8 and NPT1/8 are also available.

High-precision type / MSQA□L□, MSQA□H□ dimensional drawing

High-precision type / MSQA□L□, MSQA□H□ dimensional drawing

  • Size 10: DH 45 mm / DI 46 mm / DJ 20H8 mm / DK 6 mm / DL 15H8 mm / FE 10 mm / HA 18.5 mm / NE 11 mm / NF 18 mm / UV 52.5 mm
  • Size 20: DH 60 mm / DI 61 mm / DJ 28H8 mm / DK 9 mm / DL 17H8 mm / FE 15.5 mm / HA 26 mm / NE 17 mm / NF 25.5 mm / UV 63 mm
  • Size 30: DH 65 mm / DI 67 mm / DJ 32H8 mm / DK 12 mm / DL 22H8 mm / FE 16.5 mm / HA 27 mm / NE 18 mm / NF 26.5 mm / UV 67 mm
  • Size 50: DH 75 mm / DI 77 mm / DJ 35H8 mm / DK 13 mm / DL 26H8 mm / FE 17.5 mm / HA 30 mm / NE 18.5 mm / NF 29.5 mm / UV 76 mm

Rotation Direction and Rotation Angle

  • The rotary table turns in the clockwise direction when the A port is pressurized, and in the counterclockwise direction when the B port is pressurized.
  • By adjusting the shock absorber, the rotation end can be set within the ranges shown in the drawing.
Diagram: standard type rotation direction

Diagram: standard type rotation direction

Standard type rotation angle diagram (for 180°) / position of bottom positioning pin hole

Standard type rotation angle diagram (for 180°) / position of bottom positioning pin hole

Standard type rotation angle diagram (for 90°) / position of bottom positioning pin hole

Standard type rotation angle diagram (for 90°) / position of bottom positioning pin hole

Diagram: symmetric type rotation direction

Diagram: symmetric type rotation direction

Symmetric type rotation angle diagram (for 180°) / position of bottom positioning pin hole

Symmetric type rotation angle diagram (for 180°) / position of bottom positioning pin hole

Symmetric type rotation angle diagram (for 90°) / position of bottom positioning pin hole

Symmetric type rotation angle diagram (for 90°) / position of bottom positioning pin hole

  • *The drawing shows the rotation range of the positioning pin hole.
  • *The pin hole position in the drawing shows the counterclockwise rotation end when the adjustment bolts A and B are tightened equally and the rotation is adjusted 180°.

With external shock absorber / adjustment angle per rotation of angle adjusting screw

  • Size 10: 1.4 °
  • Size 20: 1.2 °
  • Size 30: 1.1 °
  • Size 50: 1.3 °

Precautions

Speed ​​Adjustment

  • *Perform speed adjustment gradually from the low speed side. Speed adjustment from the high-speed side can cause product damage leading to human injury and damage to equipment and machinery.
  • *When operating at high speed with a large load weight, a large amount of energy is applied to the actuator and can cause damage. Refer to the model selection procedure to find the proper operating time.
  • *Do not machine the fixed orifice of the port to enlarge its size. If the fixed orifice size is enlarged, the actuator operating speed and impact force will increase and cause damage.

Lubrication

*Use the product without lubrication. This product is lubricated with grease at the factory, and further lubrication will result in a failure to meet the product's specifications.

*See the manufacturer's catalog for product information other than the above.

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20-MSQB50H2
Part NumberStandard Unit PriceMinimum order quantityVolume DiscountDays to ShipOscillation Angle A Torque
(N･m) 		Torque
(N・m) 		Operation Method Environment, Applications Rigidity, Accuracy Tube Nominal Dia. Allowable Kinetic Energy
(J) 		Allowable Kinetic Energy
(J) 		Format Size Connection port location Switch Lead wire
(m) 		Number of switches Port types Made to order specifications Connector type Specifications Type

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.231Shock absorber for high energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.231Shock absorber for high energies10Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.231Shock absorber for high energies10Standard typeM9BW0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.231Shock absorber for high energies10Standard typeM9BW52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.231Shock absorber for high energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BV0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BW32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy181 ~ Less than 501.060Shock absorber for high energies20Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy181 ~ Less than 501.060Shock absorber for high energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9P0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy211 ~ Less than 501.210Shock absorber for high energies30Standard typeM9B0.52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy211 ~ Less than 501.210Shock absorber for high energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy211 ~ Less than 501.210Shock absorber for high energies30Standard typeM9N32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy211 ~ Less than 501.210Shock absorber for high energies30Symmetrical typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy210.1 to Less Than 10.805Shock absorber for low energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy210.1 to Less Than 10.805Shock absorber for low energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9N32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°10 ~ Less than 2010.8Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)High Rigidity, High Accuracy251 ~ Less than 501.310Shock absorber for low energies50Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Standard typeM9B0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Standard typeM9B0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Symmetrical typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.231Shock absorber for high energies10Symmetrical typeM9BV0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9B0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BV0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BW32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9N0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BV0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9BV32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Standard typeM9NV0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeM9BW32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeM9BWV52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°1 to Less Than 31.67Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard150.1 to Less Than 10.161Shock absorber for low energies10Symmetrical typeM9N52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeA90V32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeM9BW0.52 pcs.M5Standard typeM12 4-pin-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeM9B0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Standard typeM9B52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard181 ~ Less than 501.060Shock absorber for high energies20Symmetrical typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeA930.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9BV32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9BV32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9BW32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9B52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Standard typeM9P0.52 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Symmetrical typeWithout auto switch (built-in magnet)NoneNoneM5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Symmetrical typeM9B32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Symmetrical typeM9BV32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard180.1 to Less Than 10.574Shock absorber for low energies20Symmetrical typeM9N32 pcs.M5Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Standard typeM9B0.52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Standard typeM9B32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Standard typeM9B52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard211 ~ Less than 501.210Shock absorber for high energies30Symmetrical typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9B32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9BV32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9BW32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9B32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9BV52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9B52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9N32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Standard typeM9NW32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeM9B32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeM9BW32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeM9N0.52 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [90°] 90°3 ~ Less than 63.14Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard210.1 to Less Than 10.805Shock absorber for low energies30Symmetrical typeM9NW32 pcs.Rc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

-

1 Piece(s) Quote [180°] 180°10 ~ Less than 2010.8Double RackCopper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)Standard251 ~ Less than 501.820Shock absorber for high energies50Standard typeWithout auto switch (built-in magnet)NoneNoneRc 1/8Standard typeNone-Copper and Fluorine Unavailable Specifications

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Basic Information

Type Rotary Table 2-point Stop Main Body Shape Block Shape Valves N/A
Operating Pressure Range(MPa) 0.2::1

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3,423 Part Numbers

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Specification/Dimensions

  • Oscillation Angle A

    • 90°
      • 90°
    • 180°
      • 180°

    Clear

  • Torque(N･m)

    • 1 to Less Than 3
    • 3 ~ Less than 6
    • 10 ~ Less than 20

    Clear

  • Torque(N・m)

    • 1.67
    • 3.14
    • 10.8

    Clear

  • Operation Method

    • Single Rack
    • Double Rack

    Clear

  • Environment, Applications

    • Standard
    • Copper-Based / fluoropolymer-Based Material Not Used (Partially Platting Supported)

    Clear

  • Rigidity, Accuracy

    • Standard
    • High Rigidity, High Accuracy

    Clear

  • Tube Nominal Dia.

    • 10
    • 15
    • 18
    • 20
    • 21
    • 25
    • 30
    • 50

    Clear

  • Allowable Kinetic Energy(J)

    • 0.1 to Less Than 1
    • 1 ~ Less than 50

    Clear

  • Allowable Kinetic Energy(J)

    • 0.161
    • 0.231
    • 0.574
    • 0.805
    • 1.060
    • 1.210
    • 1.310
    • 1.820

    Clear

  • Format

    • Shock absorber for high energies
    • Shock absorber for low energies

    Clear

  • Size

    • 10
    • 20
    • 30
    • 50

    Clear

  • Connection port location

    • Standard type
    • Symmetrical type

    Clear

  • Switch

    • F9B
    • F9BA
    • F9BV
    • F9BW
    • F9BWV
    • F9N
    • F9NV
    • F9NW
    • F9NWV
    • F9P
    • F9PW
    • M9B
    • M9BA
    • M9BAV
    • M9BV
    • M9BW
    • M9BWV
    • M9N
    • M9NA
    • M9NAV
    • M9NV
    • M9NW
    • M9NWV
    • M9P
    • M9PA
    • M9PAV
    • M9PV
    • M9PW
    • M9PWV
    • A90
    • A90V
    • A93
    • A93V
    • A96
    • A96V
    • Without auto switch (built-in magnet)

    Clear

  • Lead wire(m)

    • 0.5
    • 1
    • 3
    • 5
    • None

    Clear

  • Number of switches

    • 1 pc.
    • 2 pcs.
    • 3 pcs.
    • 4 pcs.
    • 6 pcs.
    • 7 pcs.
    • None

    Clear

  • Port types

    • G1/8
    • NPT 1/8
    • Rc 1/8
    • M5

    Clear

  • Made to order specifications

    • Standard type
    • With external adjustment bolt

    Clear

  • Connector type

    • M8 3-pin
    • M8 4-pin
    • M12 4-pin
    • None
    • a: None

    Clear

  • Specifications

    • Standard type
    • With external adjustment bolt

    Clear

  • Type

    • Copper and Fluorine Unavailable Specifications
    • Standard

    Clear

  • type

    • 20-MSQA□
    • 20-MSQB□
    • MSQA10□
    • MSQA20□
    • MSQA30□
    • MSQA50□
    • MSQA□
    • MSQB10□
    • MSQB20□
    • MSQB30□
    • MSQB50□
    • MSQB□

    Clear

  • CAD

    • 2D
    • 3D

    Clear

Days to Ship

    • All
    • 31 Day(s) or Less
    • 32 Day(s) or Less

    Clear

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