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Bellows

Guideway protection with very little compression

KABELSCHLEPP® bellows are used on all kinds of machine to provide protection for guideways and spindles, in those cases where no hot chips are present and accessibility is not a requirement. Bellows can be individually produced from a range of different materials, depending on your specific requirements.

Examples

Bellows example 1
Bellows example 2

Properties

  • Simple installation
  • High travel speed
  • Minimal compression
  • High quality

Installation variants

  • Horizontal, lying
  • Horizontal, hanging
  • Vertical

Delivery options

  • For travel speeds of up to 1.5 m/s
  • Customized production
  • Available in a wide range of shapes
  • Available in many different materials

Eigenschaften

  • Einfache Montage
  • Hohe Verfahrgeschwindigkeit
  • Minimaler Zusammenschub
  • Hochwertige Qualität

Einbauvarianten

  • Horizontal liegend
  • Horizontal hängend
  • Vertikal

Liefermöglichkeiten

  • Für Verfahrgeschwindigkeit bis 1,5 m/s
  • Kundenindividuelle Fertigung
  • In vielen Formen lieferbar
  • In vielen verschiedenen Materialien lieferbar

Installation variants

Bellow horizontal, lying
Bellows horizontal lying (1)
Bellows horizontal lying (2)
Bellow horizontal, hanging
Bellows horizontal hanging (1)
Bellows horizontal hanging (2)
Bellow vertical
Bellows vertical (1)
Bellows vertical (2)

Explanation of terms

BA = Width of bellows
BB = Width of guideway
B1 = Lateral width to left guide
B2 = Lateral width to the right guide
BU1 = Lateral width of the left lower handle
BU2 = Lateral width of the right lower handle 
b1 = Left guide width
b2 = Right guide width
H = Height of the fold
H1.1 = Height above left guide
H1.2 = Height above right guide
H2.1 = Height of left bellows
H2.2 = Height of right bellows
HG = Total bellows height

h1 = Height of left guide
h2 = Height of right guide
α = Inclination 
LA = Bellows expansion = LS + LZ
LS = Bellows travel length
LSK = Machine travel length
LZ = Bellows compression
n = Quantity of folds
s = Material thickness of bellows 
SF = Thickness of end flange
SS = Thickness of PVC support plate
v = Travel speed of bellows
Z = Extension on the side of the bellows

BA = Breite Faltenbalg
BB = Breite Führungsbahn
B1 = seitliche Breite zur linken Führung
B2 = seitliche Breite zur rechten Führung
BU1 = seitliche Breite des linke Untergriffs
BU2 = seitliche Breite des rechten Untergriffs 
b1 = linke Führungsbreite
b2 = rechte Führungsbreite
H = Höhen der Falten
H1.1 = Höhe über der linken Führung
H1.2 = Höhe über der rechten Führung
H2.1 = Höhe Faltenbalg links
H2.2 = Höhe Faltenbalg rechts
HG = Höhe Faltenbalg gesamt

h1 = Höhe der Führung links
h2 = Höhe der Führung rechts
α = Neigung 
LA = Auszug Faltenbalg = LS + LZ
LS = Verfahrweg Faltenbalg
LSK    = Verfahrweg Maschine
LZ = Zusammenschub Faltenbalg
n = Anzahl der Falten
s = Materialstärke Faltenbalg 
SF = Dicke Endflansch
SS = Dicke PVC Trägerplatte
v = Verfahrgeschwindigkeit Faltenbalg
Z = Verlängerung an der Seite des Faltenbalgs

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