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MC1250 RM

Aluminum stay RM – frame stay solid

MC1250 RM Start
M1250 RM Stay variants
Properties
  • Aluminum profile bars for heavy loads and maximum cable carrier widths. Double threaded joints on both sides “Heavy Duty”.
  • Available customized in 1 mm grid.
  • Inside/outside: Threaded joint easy to release.
HeavyDuty
Stay arrangement on every 2<sup>nd</sup> chain link

Stay arrangement on every 2nd chain link, standard (HS: half-stayed)

Stay arrangement on every chain link

Stay arrangement on each chain link (VS: fully-stayed)

Inner width (B<sub>i</sub>) in 1 mm increments
Bi 100 – 800 mm in 1 mm width sections
All pictographs

Dimensions

Dimensions
Important information

The maximum cable diameter strongly depends on the bending radius and the desired cable type. Please contact us.

Important information

For rough environmental conditions, we recommend the use of OFFROAD glide shoes with 80 % higher wear volume.

Calculating the cable carrier length
Cable carrier length LK: LK ≈ LS/2 + LB
Cable carrier length Lk rounded to pitch t
hi
[mm]
hG
[mm]
hG'
[mm]
hG' Offroad
[mm]
Bi
[mm] *
Bk
[mm]
qk
[kg/m]
69 96 99.5 103 100 – 800 Bi + 45 4.14 – 8.48
* in 1 mm width sections
KR
[mm]
180220260300340380500

Order example

Order code

MC1250

400

RM

300

4250

HS

Our technical support can provide help for gliding arrangements: engineeringsupport@kabelschlepp.com

Inner distribution

Divider systems

The divider system is mounted on every 2nd chain link as a standard. As a standard, dividers or the complete divider system (dividers with height separations) are movable in the cross section (version A).

Divider system TS0

without height separation
MC1250 RM TS0 EN
Vers.
aT min
[mm]
ax min
[mm]
ac min
[mm]
nT min
A102015

The dividers can be moved in the cross section.

Divider system TS1

with continuous height separation
MC1250 RM TS1 EN
Vers.
aT min
[mm]
aT max
[mm]
ax min
[mm]
ac min
[mm]
nT min
A6251282

The dividers can be moved in the cross section.

Divider system TS2

with partial height separation
MC1250 RM TS2 EN
Vers.
aT min
[mm]
ax min
[mm]
ac min
[mm]
nT min
A721152

With grid distribution (1 mm grid). The dividers are attached by the height separation, the grid can be moved in the cross section.

Sliding dividers are optionally available (thickness of divider = 4 mm).

Order example

Order code

TS2

A

3

K1

K4

34

38

VR1

VR3

Please state the designation of the divider system (TS0, TS1 …), version and number of dividers per cross section [nT]. In addition, please also enter the chambers [K] from left to right, as well as the assembly distances [aT/ax] (as seen from the driver).

If using divider systems with height separation (TS1 – TS2), please also state the positions (e.g. VD23) viewed from the left driver belt. You are welcome to add a sketch to your order.

 

End connectors

Universal end connectors UMB – plastic (standard)

The universal mounting brackets (UMB) are made from plastic and can be mounted from the top, from the bottom, face on or from the side.

M1250 End Connector UMB
M1250 End Connector UMB
Important information

Recommended tightening torque: 54 Nm for cheese-head screws ISO 4762 - M10 - 8.8

M1250 End Connector UMB
Connection point

F – fixed point
M – driver

Connection type

U – universal mounting bracket

End connectors – plastic/steel

Plastic link end connector, steel end connector. The connection variants on the fixed point and on the driver can be combined and, if required, changed afterwards.

M1250 End Connector
M1250 End Connector
M1250 End ConnectorM1250 End Connector
Connection point

F – fixed point    
M – driver    

Connection type

A – threaded joint outside (standard)
I – threaded joint inside
F – flange connection

Connection surface

I – connection surface inside
A – connection surface outside

Order example

Order code

Plastic/steel

F

A

A

UMB

M

U

 

End connector

Plastic/steel

UMB

Connection point

F

M

Connection type

A

U

Connection surface

A

Important information

We recommend the use of strain reliefs before driver and fixed point.

Subject to change.
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