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SIMOCRANE Basic Technology
SIMOCRANE: Load change of power semiconductors
SIMOCRANE Basic Technology – Getting Started and Tips for commissioning
SIMOCRANE Basic Technology: Slack rope controller and Current equalization controller
SIMOCRANE Basic Technology: Changes in SIMOCRANE Basic Technology V2.0 SP2
SIMOCRANE Basic Technology: Axis without encoder
SIMOCRANE Basic Technology : Switchover between Trolley and Boom
SIMOCRANE: SIMOTION RT-License
SIMOCRANE: Long delay time between switch off and on with the pulse enable
SIMOCRANE: IPO-overflow
SIMOCRANE: Upgrade Scout and Simocrane application project
SIMOCRANE: Assignment of DP address at DRIVE-CLiQ slots on Simotion D435
SIMOCRANE: DRIVE-CLiQ - clock synchronization
SIMOCRANE: Link to Cranes Application Notes and SIMOCRANE Standard applications and Tools
SIMOCRANE: Application with SINAMICS V2.6 SP2 and SIMOCRANE Basic Technology
SIMOCRANE: Offset-Mode in synchronous operation
SIMOCRANE: Switch over one motor between two drives (Motor Modules)
SIMOCRANE: Set the actual position automatically after Power-On
SIMOCRANE: Output-choke in switch-over one drive between two motors
SIMOCRANE: Problem in Standard project for Overhead Bridge Crane (OHBC)
SIMOCRANE Basic Technology: Failure detection on Active Line module in parallel operation
SIMOCRANE: Switch over one motor between two drives (Motor Modules)
Part number:

QUESTION:
What should be considered in configuration?

ANSWER:
The encoder signal must be distributed parallel to two SMC30 modules. Each SMC30 must be connected to one drive (Motor Module), refers to the example of STS-crane.

It is only possible with incremental encoder.

 Entry ID:44007025   Date:2010-07-27 
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