Five different SIMOCRANE Sway Control Systems with varying functionality are available to meet the requirements of different applications. Most of these systems can be expanded by a camera measuring system. The camera measuring system comprises a camera and a reflector. A camera system can compensate for disturbances caused by external factors, e.g. wind, or sway caused by load lift at an inclined angle.

– Not possible

вњ“ Included in the scope of delivery

¹⁾ Hardware not included in scope of delivery. For more information about the scope of delivery, see section "SIMOCRANE Basic Technology".

²⁾ Separately available accessories.

SIMOCRANE SC integrated Sway Control System

The SIMOCRANE SC integrated sway control system is a software solution that is used on the central SIMOTION D motion controller. The system is currently available in the following variants:

• Overhead bridge cranes/gantry cranes
  (application in three axes in direction of trolley, overhead bridge and rotation/hoist)
• Container cranes STS/grab cranes GSU
  (application in two axes in trolley and hoist directions)

SIMOCRANE CeSAR standalone Sway Control System

The SIMOCRANE CeSAR standalone Sway Control System is an autonomous system that can be used in any controller landscape. The system is currently available with the following functional scopes:

• Overhead bridge cranes/gantry cranes
  (application in three axes in direction of trolley, overhead bridge and rotation/hoist)
• Container cranes STS/grab cranes GSU
  (application in two axes in trolley and hoist directions)

SIMOCRANE Drive‑Based Sway Control

SIMOCRANE Drive‑Based Sway Control is a drive‑based solution for mid‑range crane applications based on SINAMICS for harbor and industry cranes of mid‑performance market. The system is not possible to be used together with the SIMOCRANE CenSOR camera mesuring system.

SIMOCRANE CenSOR camera measuring system

The SIMOCRANE CenSOR camera measuring system can be used with the SIMOCRANE Sway Control Systems, depending on the task to be performed and the environmental conditions.