RBQ, Amortisseurs de chocs, course courte (RBQ3213N)

RBQ, Amortisseurs de chocs, course courte RBQ3213N

Détails du produit:

Référence fabricant: RBQ3213N

Marque: SMC

Prix: 109.45

Délai de livraison: 26 jours


Données techniques:

Course S: 13 mm

Vis de montage nominale M: M32

Vis de montage nominale [M]: 32

Énergie absorbée max.: 49 J

Vitesse de collision max.: - m/s


(i)Remarque

  • Please refer to the catalog for specification details.
  • Product images are representative images. Please refer to the catalog for detailed shapes.

Référence pièce

Vous pouvez trouver ici le numéro
de référence lié au produit recherché.

RBQ3213N

Shock Absorber, Short Type, RBQ Series Specifications

RBQ Series (Basic Type) / RBQC Series (With Damper) external appearance

RBQ Series (Basic Type) / RBQC Series (With Damper) external appearance

Allowable deviation angle is 5° allowing effective absorption of rotational energy

Allowable deviation angle is 5° allowing effective absorption of rotational energy

Specifications Model
Basic Type RBQ1604 RBQ2007 RBQ2508 RBQ3009 RBQ3213
With cap RBQC1604 RBQC2007 RBQC2508 RBQC3009 RBQC3213
Max. absorbed energy (J)Note) 1.96 11.8 19.6 33.3 49.0
Outer diameter thread size M16 ×; 1.5 M20 ×; 1.5 M25 ×; 1.5 M30 ×; 1.5 M32 ×; 1.5
Stroke absorption mm 4 7 8 8.5 13
Collision speed (m/s) 0.05 to 3
Max. operating frequency (cycle/min) 60 60 45 45 30
Max. allowable thrust (N) 294 490 686 981 1,177
Ambient temperature range °C -10 to 80
Spring force (N) Extended 6.08 12.75 15.69 21.57 24.52
Compressed 13.45 27.75 37.85 44.23 54.23
Weight g 28 60 110 182 240
Optional: Stopper nut RBQ16S RBQ20S RBQ25S RBQ30S RBQ32S

Note) Max. absorbed energy and max. operating frequency values are at room temperature (20 to 25°C).

Structural diagram / component parts

Structural diagram at collision

Structural diagram at collision

When a colliding object strikes against the piston rod end, it applies pressure to the oil inside the piston. This pressurized oil then jets out through the orifice inside the piston. This generates hydraulic resistance that absorbs the energy of the colliding object.
The oil that shoots out of the orifice is collected inside the outer tube by means of the accumulator expanding and contracting.

Structural diagram at return

Structural diagram at return

When the colliding object is removed, the return spring pushes out the piston rod. At the same time, negative pressure causes the check ball to unseat to allow oil to return to the piston rod and the piston, ready for the next impact.

Number Part Name Material Treatment
1 Outer tube Rolled steel Black electroless nickel plating
2 Piston rod Special steel Heat treated, Hard chrome plating
3 Piston Special steel Heat treated
4 Bearing Special bearing material -
5 Return spring Piano wire Zinc chromate
6 Stopper Carbon steel Zinc chromate
7 Check ball Bearing steel -
8 Accumulator Fluororubber Foam rubber
9 Rod gasket NBR -
10 Scraper NBR -
11 Damper Polyurethane Only with damper

Dimensional outline drawing

RBQ Series (Basic Type) dimensional drawing

RBQ Series (Basic Type) dimensional drawing

RBQC Series (With Damper) dimensional drawing

RBQC Series (With Damper) dimensional drawing

RBQ Series Common dimensional drawing

RBQ Series Common dimensional drawing

 

(Units: mm)

 

Model Shock Absorber Main Body Dimensions Hex nut dimensions
Basic Type With damper D E F H K G LL MM S B C h
RBQ1604 RBQC1604 6 14.2 3.5 4 14 7 31 M16 ×; 1.5 27 22 25.4 6
RBQ2007 RBQC2007 10 18.2 4 7 18 9 44.5 M20 ×; 1.5 37.5 27 31.2 6
RBQ2508 RBQC2508 12 23.2 4 8 23 10 52 M25 ×; 1.5 44 32 37 6
RBQ3009 RBQC3009 16 28.2 5 8.5 28 12 61.5 M30 ×; 1.5 53 41 47.3 6
RBQ3213 RBQC3213 18 30.2 5 13 30 13 76 M32 ×; 1.5 63 41 47.3 6

Kinetic energy E₁ or energy absorption E

Kinetic energy E₁ or energy absorption E calculation graph

Kinetic energy E₁ or energy absorption E calculation graph

Thrust energy at load m·g·s

Thrust energy at load m·g·s calculation graph

Thrust energy at load m·g·s calculation graph

Equivalent mass Me

Equivalent mass graph

Equivalent mass graph

*The equivalent mass graph shows values at room temperature (20 to 25°C).

  • *Please see catalog for information other than the above.
  • * Image is of a representative model.
Référence pièce
RBQ3213N
Référence pièce
Prix unitaire standard
Quantité minimale de commandeRemise sur volume
Jour
d'expédition standard
?
Course S
(mm)
Vis de montage nominale M Vis de montage nominale [M] Énergie absorbée max.
(J)
Vitesse de collision max.
(m/s)
Longueur totale L
(mm)
Valeur de force de résistance max.
(N)
Cycle de fonctionnement max.
(cycle / min)
Option Avec amortisseur

109.45 €

1 26 jours 13M323249-761 17730SansAucun

Loading...

  1. 1

Informations de base

Corps principal, composants associés Corps principal Structure Type fixe Type d'orifice Type multi-orifices
Environnement de fonctionnement Standard Matériau du corps principal Acier laminé Vitesse de collision min.(m/s) 0.05
Désalignement angulaire admissible(deg) 5 Plage de températures de fonctionnement(°C) -10 à 80 Plage de vitesse de collision(m/s) 0.05 à 3

Assistance technique