Overview of 24V I/O


MSTKN-H-S14-HM-DB25-M12

The 4-slots Socket Trays was developed for use in industrial environments Socket Trays was developed for use in industrial environments. It is compatible with all common screwdriving systems and Control systems. can be used. The connection to the respective screw system is made via a 25-pin DSUB connector or a coded M12 circular connector, depending on the variant selected. The robust aluminum housing can withstand even the toughest conditions at the workplace. The socket tray has an internal bus system so that each main module can be operated with several extension modules.


MSTKN-H-S24-HM-DB25-M12

The 8-slots Socket Trays was developed for use in industrial environments. It is compatible with all common screwdriving systems and Control systems. can be used. The connection to the respective screw system is made via a 25-pin DSUB connector or a coded M12 circular connector, depending on the variant selected. The robust aluminum housing can withstand even the toughest conditions at the workplace. The socket tray has an internal bus system so that each main module can be operated with several extension modules.


MSTKN-H-T18-HM-DB25-M12

The T18 Socket Trays was developed for use in industrial environments. It is compatible with all common screwdriving systems and Control systems. The connection to the respective screw system is made via a 25-pin DSUB connector. The robust aluminum housing can withstand even the toughest workplace conditions. The quiver has an internal bus system so that each main module can be operated with several extension modules.


MSTKN-P-P14-HM-DB25-M12

The Prism slider was developed for use in industrial environments. It is compatible with all common screwdriving systems and Control systems. can be used. The connection to the respective screw system is made via a 25-pin DSUB connector or a coded M12 circular connector, depending on the variant selected. The robust aluminum housing can withstand even the toughest conditions at the workplace. The socket tray has an internal bus system so that each main module can be operated with several extension modules.

Feature Overview

Communication with the socket quiver takes place via a 24V interface, the connection via a DSUB25 (pin) connector. The interface is used to select the desired operating mode, tool selection, feedback from the socket trays and the
Execution of the diagnostic functionality. The control is dual or bit-coded.

Further functions

Group functions and tool recognition can be parameterized using the programming cable and the software supplied.

You can find detailed information here: Programming cable

Available versions

Socket Trays

type Description
Main module 24V EA Parallel interface
Main module 24V EA parallel interface, Open Protocol variant
Main module Profinet slave fieldbus interface
Main module Profibus slave fieldbus interface
Main module Ethernet/IP slave fieldbus interface
Main module EtherCAT fieldbus interface
extension module Modbus slave fieldbus interface

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