K0650
Series
Pitch
65 mm
65 mm
Inner heights
36 – 42 mm
36 – 42 mm
Inner widths
68 – 600 mm
68 – 600 mm
Bending radii
75 – 300 mm
75 – 300 mm
Pictographs
Inner height
Outer height
Inner width
Outer width
Inner width (Bi) in x mm increments
Pitch
Bending radius
Long travel length
Travel length unsupported
Travel length gliding
High additional load
High travel acceleration
High travel velocity
Stay arrangement on every 2nd chain link
Stay arrangement on every chain link
Cannot be opened
Opens outward
Opens inward
Opens inward/outward
Covered cable carrier
Sliding dividers
Fixable dividers
Fixable dividers in x mm grid
Height separation possible
Height separation in 1 mm increments
Hole stay available
Guide channel required
Strain relief
Clean room suitable
Quiet running/low noise
Sold by the meter
Low weight
ESD material
Ex-protection-material
Heat-resistant
Cold-resistant
Resistant to hot chips
Flame-resistant V0 (UL94)
Flame-resistant V2 (UL94)
Installation dimensions
Unsupported arrangement
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KR [mm] |
H [mm] |
Hz [mm] |
LB [mm] |
UB [mm] |
|---|---|---|---|---|
75 | 205 | 245 | 366 | 168 |
115 | 285 | 325 | 492 | 208 |
145 | 345 | 385 | 586 | 238 |
175 | 405 | 445 | 680 | 268 |
220 | 495 | 535 | 822 | 313 |
300 | 655 | 695 | 1073 | 393 |
Load diagram for unsupported length depending on the additional load.
Sagging of the cable carrier is technically permitted for extended travel lengths, depending on the specific application.
Intrinsic cable carrier weight qk = 2.5 kg/m. For other inner widths, the maximum additional load changes.
Speed
up to 8 m/s
up to 8 m/s
Acceleration
up to 40 m/s2
up to 40 m/s2
Travel length
up to 4.8 m
up to 4.8 m
Additional load
up to 20 kg/m
up to 20 kg/m
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Gliding arrangement
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Speed
up to 2 m/s
up to 2 m/s
Acceleration
up to 3 m/s2
up to 3 m/s2
Travel length
up to 220 m
up to 220 m
Additional load
up to 20 kg/m
up to 20 kg/m
The gliding cable carrier must be guided in a channel.
More information
If the cable carrier is positioned so it is rotated by 90° (gliding on the outside of the side band), slide discs snapped onto the side optimize the friction and wear situation.
