MDV60A0075-5A3-4-0T MOVIDRIVEC MD 60A Drive Inverter SEW

Description

Overview

Essential details：MDV60A0075-5A3-4-0T MOVIDRIVEC MD 60A Drive Inverter SEW

System Description
1.1 Application fields
The internal synchronous operation function enables a group of motors to be operated at asynchronous angle in relation to one another or with an adjustable proportional relationshipelectronic gear).
Internal synchronous operation is particularly suited to the following sectors and applications.
Beverage industry
– Filling stations
Multiple column hoist
Synchronous material transport
Extruder applications, cutting to length material off the roll- Flying saw
– Rotating knife
Internal synchronous operation offers the following advantages in these applications:Possibility of travel-dependent synchronization – smooth synchronizing without overshooting.
Possibility of travel-dependent offset.
Signed input of the master gear factor.
Possibility of synchronizing with a virtual encoder
Possibility of synchronized SBus connection between master and slave.
Software solution – no option pcb required.

MDV60A0075-5A3-4-0T

Superiority products MDV60A0075-5A3-4-0T MOVIDRIVEC MD 60A Drive Inverter SEW

1.2Functional description
The internal synchronous operation function takes the form of a special firmware package whichonly expects increments from a master. The master can either be the X14 input (physical masterdrive) or any IPOS variable (virtual master drive), for example in conjunction with the SBus or avirtual encoder.
Synchronization
The time-controlled synchronization mechanism has been implemented. An angular differentiain the slave drive resulting from free running is reduced to zero.ln addition, a special type of synchronization can be employed. The slave drive moves at asynchronous angle to the master drive following a specified number of master incrementstravel-dependent synchronization). The slave drive moves with a quadratic ramp in thissynchronization mechanism.
Synchronous operation
Various functions are included in synchronous operation. For example, it is possible to operatewith a specified offset after a specific travel distance. The offset between the master and slavedrive comes into effect after a specified number of master increments.Disengaging
The slave disengages from synchronous operation using the stop cycle process. This processcan be started manually by setting a system variable or it may be event-driven via a binary input