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MT1250

Pitch
Pitch
125 mm
Inner height
Inner height
68.5 mm
Inner width
Inner widths
103 – 800 mm
Bending radius
Bending radii
220 – 500 mm
All pictographs

Stay variants

MT1250 RMD Stay variants

MT1250 RMD

Cover with hinge in the outer radius “standard”

  • Aluminum cover system with hinge for light and medium loads. Assembly without screws.
  • Outside: swivable to both sides.
  • Inside: release by turning 90°.
more details
MT1250 RDD Stay variants

MT1250 RDD

Cover with hinge in the outer radius “standard”

  • Plastic cover system with hinge for light and medium loads. Assembly without screws.
  • Outside: swivable to both sides.
  • Inside: release by turning by 90°.
more details

Installation dimensions

Unsupported arrangement

Unsupported arrangement
KR
[mm]
H
[mm]
Hz
[mm]
LB
[mm]
UB
[mm]
220*
536 586 942 393
260
616 666 1067 433
300
696 746 1193 473
340
776 826 1319 513
380
856 906 1444 553
500
1096 1146 1821 673

* not RMD

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 = 8.0 kg/m. For other inner widths, the maximum additional load changes.

High travel velocity
Speed
up to 10 m/s
High travel acceleration
Acceleration
up to 20 m/s2
Travel length unsupported
Travel length
up to 9.7 m
High additional load
Additional load
up to 65 kg/m
Unsupported arrangement diagram

Gliding arrangement | GO module with chain links optimized for gliding

Gliding arrangement
KR
[mm]
H
[mm]
nRKR
LB
[mm]
UB
[mm]
220* 288 4 2500 1088
260 288 4 2625 1140
300 288 4 2750 1177
340 288 4 3125 1318
380 288 4 3375 1403
500 288 4 4375 1770
High travel velocity
Speed
up to 8 m/s
High travel acceleration
Acceleration
up to 20 m/s2
Travel length gliding
Travel length
up to 270 m
High additional load
Additional load
up to 65 kg/m
Guide channel required

The gliding cable carrier must be guided in a channel. More information

The GO module mounted on the driver is a defined sequence of 4 different KR/RKR link plates.

Glide shoes have to be used for gliding applications.

Subject to change.
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