SCHNORR DISC SPRINGS蝶形彈簧
SCHNORR®碟形彈簧DISC SPRING
動態(tài)過程碟形彈簧通常在極端力和負載條件下有效且可預測地支持動態(tài)過程。SCHNORR®碟形彈簧具有以下優(yōu)勢：
1、在較小的區(qū)域內承受較大的力。
2、在動態(tài)負載下可預測的使用壽命。
3、使用*上等的彈簧材料。
4、遵守力和尺寸規(guī)格。
原裝SCHNORR®碟形彈簧的特征：
1、充分利用空間，彈簧載荷高，撓度小可組合使用串聯(lián)和并聯(lián)配置，以定制載荷撓度特性。
2、通過添加或拆卸單個彈簧來調節(jié)長度。
3、自我阻尼大，預設可在靜態(tài)載荷下不進行設置。
4、在動態(tài)載荷下可預測的使用壽命，使用壽命長。
ORIGINAL SCHNORR®
DISC SPRINGS
Conical Shell
A disc spring is a conical shell which can be loaded along its axis either statically or dynamically.
Particular feature: “Highest load in the smallest space”
Effective January 2017 the familiar DIN standards for disc springs (?DIN 2092-Calculation of Disc Springs“ and ?DIN 2093-Quality requirements, Dimensions“) have been withdrawn.
These solely German standards have now been incorporated into European standards with the aim of securing the availability of high-quality standard disc springs for the whole world market.
- DIN EN 16983 – Quality requirements, Dimensions
- DIN EN 16984 – Calculation.
Dynamic Processes
Disc springs support dynamic processes efficiently and predictably: often under extreme force and load conditions.
Original SCHNORR® disc springs excel by:
- High force in a small area.
- Predictable service life under dynamic load.
- Use of highest quality spring materials.
- Adherence to force and dimension specification.
Materials with the highest tensile strength and utmost elasticity are required to make disc springs.
Materials for disc springs are principally supplied in the following forms:
Carbon Spring Steel per
DIN EN 10132-4
PER EN DIN 10123-4
C67S (1.1231) – Ref: AISI 1070
C75S (1.1248) – Ref: AISI 1078
Chrome Vanadium per
DIN EN 10151
PER EN DIN 10132-4
51CrV4 (1.8159) – Ref: AISI 6150
Corrosion Resistant Steel per
DIN EN 10151
PER DIN EN 10151
X10 CrNi 18-8 (1.4310) – Ref: AISI 30301
X7 CrNiAl 17-7 ( 1.4568) – Ref: AISI 631, 17-7 PH