Belt drives

Available format(s)

Hardcopy , PDF

Language(s)

German

Published date

01-06-1993

Publisher

Verlag des Vereins Deutscher Ingenieure

1 Einleitung
2 Definitionen
   2.1 Kraftschlüssige Riemengetriebe
   2.2 Formschlüssige Riemengetriebe
3 Auswahl von Riemengetrieben
4 Aufbau und Eigenschaffen der verschiedenen Riemengetriebe
   4.1 Gemeinsame Eigenschaften aller Riemengetriebe
   4.2 Kraftschlüssige Riemengetriebe
       4.2.1 Flachriemen
       4.2.2 Keilriemen
       4.2.3 Keilrippenriemen
       4.2.4 Rundriemen
       4.2.5 Sonderbauformen
   4.3 Formschlüssige Riemengetriebe
       4.3.1 Zahnriemen
5 Formelzeichen und Begriffe, Massangaben
   5.1 Geometrie der Riemen
   5.2 Geometrie der Scheiben
   5.3 Geometrie der Riemengetriebe
   5.4 Kinematik, Kinetik, Leistung der Riemengetriebe
6 Einsatzbereiche für Riemengetriebe
7 Grundlagen der Berechnung
   7.1 Berechnungsleistung
   7.2 Berechnung der notwendigen geometrischen und
       kinematischen Werte
   7.3 Berechnung der erforderlichen Riemenzahl bzw.
       Riemenbreite
       7.3.1 Erforderliche Breite für Flachriemen
       7.3.2 Erforderliche Anzahl von Riemen bzw. Rippen
             bei Keilriemen und Keilrippenriemen
       7.3.3 Erforderliche Breite für Zahnriemen mit
             Trapezprofil
       7.3.4 Erforderliche Breite für Zahnriemen mit
             kreisbogenförmigem Profil
   7.4 Bestimmung der zum Vorspannen der Riemen erforderlichen
       Werte
       7.4.1 Verstellwege x (zum Spannen) und y (zum Auflegen)
       7.4.2 Vorspannen der Flachriemen
       7.4.3 Vorspannen von Keilriemen und Keilrippenriemen
       7.4.4 Vorspannen von Zahnriemen (Trapez- und Kreisprofil)
8 Dynamisches Verhalten
   8.1 Häufige Schwingungsvorgänge
       8.1.1 Drehschwingungen
       8.1.2 Trumschwingungen
   8.2 Aktive Schwingungsanregung durch Riemengetriebe
   8.3 Praktische Massnahmen zur Erhöhung der Laufruhe
9 Gestaltung
10 Einsatzgebiete in der Praxis
11 Beispiele ausgeführter Anlagen
Schrifttum

The aim of the guideline is to provide the design engineer working in drive technology with the theoretical tools so that he can solve drive problems independently and design the selected belt drive constructively and mathematically.

DocumentType	Standard
Pages	27
PublisherName	Verlag des Vereins Deutscher Ingenieure
Status	Current

ISO 4183:1995	Belt drives — Classical and narrow V-belts — Grooved pulleys (system based on datum width)
ISO 2790:2004	Belt drives V-belts for the automotive industry and corresponding pulleys Dimensions
ISO 9980:2012	Belt drives — Grooved pulleys for V-belts (system based on effective width) — Geometrical inspection of grooves
ISO 2:1973	Textiles Designation of the direction of twist in yarns and related products
ISO 5292:1995	Belt drives V-belts and V-ribbed belts Calculation of power ratings
ISO 9563:2015	Belt drives Electrical conductivity of antistatic endless synchronous belts Characteristics and test method
DIN ISO 9010:1990-06	SYNCHRONOUS BELT DRIVES - AUTOMOTIVE BELTS
ISO 63:1975	Flat transmission belts Lengths
DIN 109-1:1973-12	DRIVING ELEMENTS - CIRCUMFERENTIAL SPEEDS
ISO 1081:1995	Belt drives V-belts and V-ribbed belts, and corresponding grooved pulleys Vocabulary
ISO 8370:1987	V- and ribbed V-belts Dynamic test to determine pitch zone location
ISO 9981:1998	Belt drives Pulleys and V-ribbed belts for the automotive industry PK profile: Dimensions
ISO 9982:1998	Belt drives Pulleys and V-ribbed belts for industrial applications PH, PJ, PK, PL and PM profiles: dimensions
ISO 100:1984	Pulleys for flat transmission belts Crowns
DIN ISO 9011:1990-06	SYNCHRONOUS BELT DRIVES - AUTOMOTIVE PULLEYS
ISO 1813:2014	Belt drives — V-ribbed belts, joined V-belts and V-belts including wide section belts and hexagonal belts — Electrical conductivity of antistatic belts: Characteristics and methods of test
ISO 1604:1989	Belt drives — Endless wide V-belts for industrial speed-changers and groove profiles for corresponding pulleys
ISO 5295:2017	Synchronous belts — Calculation of power rating and drive centre distance
ISO 255:1990	Belt drives — Pulleys for V-belts (system based on datum width) — Geometrical inspection of grooves
DIN 7721-1:1989-06	SYNCHRONOUS BELT DRIVES. METRIC PITCH, SYNCHRONOUS BELTS
ISO 5289:1992	Agricultural machinery Endless hexagonal belts and groove sections of corresponding pulleys
DIN 7719-2:1987-01	ENDLESS WIDE V-BELTS FOR INDUSTRIAL SPEED CHANGERS; MEASUREMENT OF CENTRE DISTANCE VARIATIONS
ISO 5288:2001	Synchronous belt drives Vocabulary
DIN 2215:1998-08	ENDLESS V-BELTS - CLASSICAL V-BELTS - DIMENSIONS
ISO 99:1975	Pulleys for flat transmission belts Diameters
DIN 7719-1:1985-10	ENDLESS WIDE V-BELTS FOR INDUSTRIAL SPEED CHANGERS; V-BELTS AND GROOVE PROFILES FOR CORRESPONDING PULLEYS
DIN 7722:1982-06	ENDLESS HEXAGONAL BELTS FOR AGRICULTURAL MACHINERY AND GROOVE SECTIONS OF CORRESPONDING PULLEYS
DIN 7721-2:1989-06	SYNCHRONOUS BELT DRIVES, METRIC PITCH; TOOTH SPACE PROFILE OF SYNCHRONOUS PULLEYS
ISO 3410:1989	Agricultural machinery — Endless variable-speed V-belts and groove sections of corresponding pulleys
ISO 8419:2003	Belt drives — Narrow V-belts — Sections 9N/J, 15N/J and 25N/J (lengths in the effective system)
ISO 5287:2003	Belt drives Narrow V-belts for the automotive industry Fatigue test
ISO 254:2011	Belt drives Pulleys Quality, finish and balance
ISO 155:1998	Belt drives Pulleys Limiting values for adjustment of centres
ISO 9608:1994	V-belts Uniformity of belts Test method for determination of centre distance variation
ISO 4184:1992	Belt drives — Classical and narrow V-belts — Lengths in datum system
DIN 109-2:1973-12	DRIVING ELEMENTS - CENTRE DISTANCES FOR V BELT DRIVES
ISO 5290:2001	Belt drives Grooved pulleys for joined narrow V-belts Groove sections 9N/J, 15N/J and 25N/J (effective system)