MOTOX Geared Motors for Suspended Electric Monorails

Geared Motors with Mechanical Release Coupling

MOTOX-EHB (for suspended electric monorails) is an autonomous range of geared motors for suspended electric monorails. The special features of MOTOX-EHB geared motors include the integrated mechanical release coupling to decouple the transmission of force between the drive and the monorail system. A mechanical release coupling can be used, for example, for the following reasons:

  • To commission the system while it is being assembled before the electric power becomes available

  • To manually move or divert the trolley when a fault situation develops

  • To move the trolley using a chain conveyor system for steep positive and negative gradients

 

In addition to geared motors that are in compliance with VDI Directive 3643 (so-called C1 Standard, light load operation) the range also covers heavy load applications.

MOTOX-EHB geared motors are available as helical bevel and helical worm geared motors in 6 gear unit sizes. They are available in the power range up to 4 kW and rated gear unit torques up to 820 Nm.

An Overview of the Technology – Suspended Electric Monorail Geared Motors for Light Load Applications According to VDI3643

Gear unitdesignation

Gear unit type

No. of stages

Ratio range

Max. rated gear unit torque

Perm. wheel load

CHF28

Worm helical

2 stage

8,2 - 73,9

100 Nm

6.500 N (x=13mm)*

BH.38

Helical bevel

2 stage

8,6 - 63,9

200 Nm

10.000 N (x=13mm)*

* x = distance between the center of the wheel and the shaft hub

An Overview of the Technology – Suspended Electric Monorail Geared Motors for Heavy Load Applications

Gear unitdesignation

Gear unit type

No. of stages

Ratio range

Max. rated gear unit torque

Perm. wheel load

CH.48

Helical worm

2 stage

9,7 - 320,7

376 Nm

20.000 N (x=28mm)*

KH.48

Helical bevel

3-stufig

7,2 - 169,5

450 Nm

20.000 N (x=28mm)*

CH.68

Helical worm

2 stage

11,7 - 364,0

684 Nm

40.000 N (x=28mm)*

KH.68

Helical bevel

3-stufig

5,4 - 243,7

820 Nm

40.000 N (x=28mm)*

* x = distance between the center of the wheel and the shaft hub