Hangi yayın nerede kullanılacağı belirlenirken kritik
noktalar için şu formüller kullanılır:
Symbol
Unit
Term
De
mm
Outside
diameter
Di
mm
Inside
diameter
Do
mm
Mean
diameter
E
N/mm2
Modulus
of elasticity
F
N
Spring
load of a single disc
(with or without front ends)
ho
mm
Formed
height
lo
mm
Free
overall height of spring in its initial
position
s
mm
Deflection
of single disc
t
mm
Thickness
of single disc
t1
mm
Reduced
thickness of single disc in the case of
springs with ground ends (group 3)
R
Poisson's
ratio
N/mm2
Design
stresses at the points designated OM, I,
II, III, and IV
(see figure)
▲F
N
Relaxation
Disc springs for static and dynamic load
Disc springs are particularly suited for use in applications that require a high force but have limited space. By combining
the springs in various ways, it is possible to obtain
different forces and characteristics. See figures opposite.
The disc springs we stock are of the highest quality and
have a special profile, which keeps the inner diameter
unchanged when the spring is compressed. As a result,
these springs produce very little friction, exhibit low
working loss and have a considerably longer lifespan. The
advantages afforded by this design are not requirements
of standards SMS 2313 or DIN 2093.
Disc springs are divided into three groups:
• Group 1: Springs with a thickness (t) < 1.25 mm have
not been chamfered on inner or outer diameters.
• Group 2: Springs with a thickness (t) from 1.25 up to 6.0
mm are chamfered on inner and outer diameters.
• Group 3: Springs with a thickness (t) > 6.0 mm are
chamfered on all sides. In addition, all contact
surfaces are ground flat.
Disc springs for static load :
We can manufacture disc springs of a simpler design in
varying material qualities. These disc springs are intended
for static loads, e.g. as tensioning washers in a threaded
joint einforcement.
Custom dimensions :
Upon request, we also manufacture disc springs in custom
sizes using both standard materials and special
materials, e.g. stainless, acid-proof and heat-resistant
materials, in a wide selection of qualities.
IMPORTANT :
All dimensions are in mm
De = Outer diameter
Di = Inner diameter
t = Material thickness
t1 = Material thickness (Group 3)
Lo = Unloaded length
ho = Cup height, max. deflection
s = Deflection
F = Spring force in Newtons
Material: Group 1: CK 67/51CrV4
Group 2: 51CrV4
Group 3: 51CrV4
Finish: Shot peened, phosphated, blackened and oiled
1 kp = 9.80665 Newtons, 1 Newton = 0.10197 kp