DIN 2089-1:1984-12
Superseded
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
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HELICAL COMPRESSION SPRINGS MADE FROM ROUND WIRE OR ROD - CALCULATION AND DESIGN
Hardcopy , PDF
01-07-2002
English
12-01-2013
1 Anwendungsbereich
2 Theoretisches Druckfederdiagramm
3 Formelzeichen, Einheiten und Benennungen
4 Konstruktionsgrundlagen
5 Beanspruchungsarten
5.1 Statische und quasistatische Beanspruchungen
5.2 Dynamische Beanspruchungen
5.3 Arbeitstemperatur
5.4 Querfederung
5.5 Knickung
5.6 Stossbeanspruchung
5.7 Sonstige Einflüsse
6 Spannungsbeiwert k
7 Kennwerte für die Berechnung von Federn
8 Berechnungsgleichungen
8.1 Federungsarbeit
8.2 Federkraft
8.3 Federweg
8.4 Federrate
8.5 Schubspannung
8.6 Draht- oder Stabdurchmesser
8.7 Anzahl der wirksamen Windungen
8.8 Gesamtanzahl der Windungen
8.9 Mindestabstand zwischen den wirksamen Windungen
8.10 Blocklänge
8.11 Vergrösserung des Windungsdurchmessers
8.12 Eigenschwingungen
8.13 Querfederung
8.14 Knickung
8.15 Stossbeanspruchung
9 Zulässige Beanspruchungen
9.1 Zulässige Schubspannung bei Blocklänge
9.2 Zulässige Schubspannung bei statischer oder
quasistatischer Beanspruchung
9.3 Zulässige Hubspannung bei dynamischer Beanspruchung
Applies to calculation and design of helical compression springs with a linear characteristic, made from round wire or rod of constant diameter and in respect of which the principal loading is applied in the direction of the spring axis. The quality specifications for these springs are laid down in DIN 2095 and DIN 2096 Parts 1 and 2.
DevelopmentNote |
Supersedes DIN 2089 (07/2002)
|
DocumentType |
Standard
|
Pages |
28
|
PublisherName |
German Institute for Standardisation (Deutsches Institut für Normung)
|
Status |
Superseded
|
SupersededBy | |
Supersedes |
DIN 3398-1:1992-01 | PRESSURE SWITCHES FOR GAS - SAFETY REQUIREMENTS, TESTING |
DIN 4737-2:2002-08 | Oil controls for vaporizing burners - Part 2: Additional specifications for controls with complementary devices; Safety requirements and testing |
DIN 2090:1971-01 | HELICAL COMPRESSION SPRINGS MADE OF RECTANGULAR STEEL; CALCULATION |
VDI/VDE 2256 Blatt 2:1988-01 | Precision engineering components; damping components; impact dampings |
DIN 3398-2:1992-01 | PRESSURE SWITCHES FOR AIR AND FLUE GASES FOR FURNACE SYSTEMS - SAFETY REQUIREMENTS, TESTING |
DIN 16750:1991-06 | COMPRESSION, INJECTION MOULDS AND DIECASTING DIES - TERMS, SYMBOLS |
DIN 2089-2:1992-11 | HELICAL SPRINGS MADE FROM ROUND WIRE AND ROD - EXTENSION SPRINGS - CALCULATION AND DESIGN |
DIN 3368-2:1989-03 | GAS APPLIANCES, CENTRAL HEATING BOILERS, COMBI-WATERHEATERS - REQUIREMENT, TESTING |
DIN ISO 2162-1:1994-08 | TECHNICAL PRODUCTS DOCUMENTATION - SPRINGS - PART 1: SIMPLIFIED REPRESENTATION |
04/30111048 DC : 0 | EN 88-2 - PRESSURE GOVERNORS AND ASSOCIATED SAFETY DEVICES FOR GAS APPLIANCES - PART 2 - PRESSURE GOVERNORS FOR INLET PRESSURES BETWEEN 0.5 BAR AND 5 BAR |
DIN 2095:1973-05 | HELICAL SPRINGS MADE OF ROUND WIRE; SPECIFICATION FOR COLD COILED COMPRESSION SPRINGS |
DIN 2095:1973-05 | HELICAL SPRINGS MADE OF ROUND WIRE; SPECIFICATION FOR COLD COILED COMPRESSION SPRINGS |
DIN 17682:1979-08 | ROUND SPRING WIRES MADE OF WROUGHT COPPER ALLOYS - STRENGTH PROPERTIES - TECHNICAL CONDITIONS OF DELIVERY |
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