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  • Notice of End of Sales for Economy Series Pneumatic Equipment Category. More information.

Auxiliary Device Shock Absorber KSHJ Series (KSHJ6X6-01-2)

Auxiliary Device Shock Absorber KSHJ Series KSHJ6X6-01-2

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  • Auxiliary Device Shock Absorber KSHJ Series
  • Auxiliary Device Shock Absorber KSHJ Series
  • Auxiliary Device Shock Absorber KSHJ Series
  • Auxiliary Device Shock Absorber KSHJ Series
  • Auxiliary Device Shock Absorber KSHJ Series

This auxiliary equipment shock absorber has a unique linear orifice structure with high absorption capacity.
[Features]
·Support from grams to tons
·The linear orifice provides smooth shock absorption and long lifespan
·Absorption capacity fixed type
[Applications]
・ Compatible with pneumatic equipment and production lines in all industries

(i)Caution

  • The product images are representative only. Please refer to the catalog for shape details.
  • Some of the items are scheduled to be discontinued as of end of March in 2023. The manufacturer keep the items produced but they are not available with Misumi.
    There are not the replacement items and the plan to resumption of sale. Please check the quotation and order screen for details.

PDF

Part Number

Configured Part Number is shown.

KSHJ6X6-01-2

Product features details

Difference in impact from other companies

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Drawing

Short stroke type(With hex socket head)

Short stroke type(With hex socket head)

Short stroke type(With hex socket head)

Short stroke type(With hex socket head)

With rod end cap

With rod end cap

Product Specifications

Koganei original orifice※Achieves smooth shock absorption by the method.

  • ※ A small-diameter hole through which liquid flows.

The gap between the main body wall and the piston serves as an orifice, so the load is not concentrated in one place and a long service life is achieved.
The impact value at the time of impact is kept low, reducing device vibration and noise.

ItemModel number
KSHJ4 × 3-01KSHJ4 × 3-02KSHJ6 × 4-01KSHJ6 × 4-02KSHJ6 × 6-01KSHJ6 × 6-02
Maximum absorption capacity J0.30.20.50.310.5
Stroke absorption mm346
Maximum collision speed m/s0.8111
Max. operating frequency cycle/min9030
Maximum absorption capacity per unit time J/min102015
Spring return force N234
Deviation angle1° or less
Operating temperature range ℃0 to 60
ItemModel number
KSHJ8 × 4-01,-11
(With hex socket head)
KSHJ8 × 4-02,-12
(With hex socket head)
KSHJ8 × 5-01,-11KSHJ8 × 8-01,-11KSHJ8 × 8-02,-12
Maximum absorption capacity J0.750.512
Stroke absorption mm458
Maximum collision speed m/s1112
Max. operating frequency cycle/min6090
Maximum absorption capacity per unit time J/min153660
Spring return force N668.6
Deviation angle1° or less
Operating temperature range ℃0 to 60
ItemModel number
KSHJ10 × 6-01
(With hex socket head)
KSHJ10 × 6-02
(With hex socket head)
KSHJ10 × 10-01KSHJ10 × 10-02KSHJ10 × 15-01KSHJ10 × 15-03
Maximum absorption capacity J1.250.75356.5
Stroke absorption mm61015
Maximum collision speed m/s11213
Max. operating frequency cycle/min6090
Maximum absorption capacity per unit time J/min45120200
Spring return force N889.8
Deviation angle1° or less
Operating temperature range ℃0 to 60
ItemModel number
KSHJ12 × 6-01
(With hex socket head)
KSHJ12 × 6-02
(With hex socket head)
KSHJ12 × 10-01KSHJ12 × 10-02KSHJ14 × 8-01
(With hex socket head)
KSHJ14 × 8-02
(With hex socket head)
Maximum absorption capacity J32653.25
Stroke absorption mm6108
Maximum collision speed m/s1121
Max. operating frequency cycle/min60
Maximum absorption capacity per unit time J/min80220100
Spring return force N87.612.5
Deviation angle1° or less
Operating temperature range ℃0 to 60

Specification Table

Model numberSymbol
ABCDEFGHJLNRST
KSHJ8 × 4 (C)-01,-02374332.2M8 × 0.7521011.52.5424256.5
KSHJ8 × 4 (C)-11,-12374332.2M8 × 1.031011.52.5424256.5
KSHJ10 × 6 (C)-01,-02486422M10 × 131213.93535688
KSHJ12 × 6 (C)-01,-02486422M12 × 141416.2363581010
KSHJ14 × 8 (C)-01,-02618532M14 x 1.551719.6463711011
KSHJ16 × 8 (C)-01,-02618533M16 x 1.571921.9464711011
KSHJ20 × 10 (C)-01,-026910593M20 × 1.582427.7564841515

 

 

Difference in impact due to orifice structure

Single orifice

Single orifice
Even if the piston rod strokes, the impact value is concentrated in the first half of the stroke because the orifice is fixed at one location.

Multi orifice

Multi orifice
By gradually squeezing the orifice, it is soft at first and gradually gives a strong resistance, but since the impact value changes each time it passes through the orifice hole, there is a wave in the impact absorption.

Linear orifice

Linear orifice
Since the orifice is narrowed down steplessly, smooth shock absorption is possible.

Our Development Philosophy

 

This product was developed through rigorous testing to meet our customers' needs, combining the design expertise and production technology that our company has cultivated since its founding.

Part Number
KSHJ6X6-01-2
Part NumberStandard Unit PriceMinimum order quantityVolume DiscountDays to ShipAbsorption Stroke
(mm)
Mounting Screw Nominal M Nominal Mounting Screw [M] Maximum Absorption Ability
(J)
Body Material Max. Collision Velocity
(m/s)
Full Length
(mm)
Piston Rod Return Force
(N)
Max. Operating Cycle
(cycle/min)
Allowable Angular Misalignment
(deg)
Absorbed Energy per Minute
(J/min)
Tip Cap/Damper Pitch Stopper Nuts Mounting Fitting

SGD 73.70

1 Piece(s) 10 Day(s) or more 6-61Stainless Steel135.5430115No0.75Without stopper nutSide Mount (Side-Mounted Type)

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Basic Information

Main Body/Related Parts Main Body Structure Fixed Type Orifice Type Multi-orifice
Operating Environment Standard Min. Collision Velocity(m/s) 0.1 Operating Temperature Range(°C) 0::60
Specifications Linear orifice shock absorber

Tech Support

Factory Automation, Electronics, Tools, & MRO (Maintenance, Repair and Operations)
Tel:(65) 6733 7211 / FAX:(65) 6733 0211
9:00am - 6:00pm (Monday - Friday)