Gliding applications for long travels

What is gliding application?

Gliding applications
Gliding applications

13 tips for a long-lasting energy supply in the application type "sliding"

  • Correct filling
  • Take environmental influences into account
  • Selecting the right guide trough and glide bar
  • Determine acceleration, travel speed and cycle frequency

One-sided gliding application

One-sided gliding application

Lk = S/2 + K

AbbreviationsMeaning Unit
LkEnergy chain length[mm]
S/2Half length of travel[mm]
KAdd-on for bend radius for calculating the e-chain length [mm]
AGuide trough with glide bar
BGuide trough without glide bar
CTotal length of guide trough

Two reverse gliding applications

Two reverse gliding applications
AbbreviationsMeaning Unit
S/2Half length of travel [mm]
STravel[mm]
RBend radius [mm]
H2Clearance height with lowered moving end [mm]
K2Add-on with lowered moving end [mm]
HRITrough inner height [mm]
ATotal length of guide trough [mm]

How do I find the right solution for a gliding application?

Energy chain configurator

energy chain configurator

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