
Overview
Description
POWERLINK-Interface
System Requirements
Ordering Information

The POWERLINK Device Monitor is a tool for the graphical inspection and configuration of POWERLINK devices in a POWERLINK network. The embedded scripting ability makes it possible to access the implemented POWERLINK services and to write test or control applications with a minimum of effort.

The
information on how to display the device object dictionary
is obtained from the XDD file of the device (XDD - XML
Device Description according to ISO 15745) or can be scanned
from the device directly.
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The program’s graphical user interface consists of
The
tab Action is used for reading and writing device
objects with POWERLINK SDO transfer messages.
Supported standard actions are:
Optionally a slider with a random value range can be assigned to every object to achieve a more useful configuration. For each object the meaning of each bit can be displayed.

Values of manually configured device objects can be stored to a file and reloaded into the device.
The NMT tab makes several fields available for the execution of NMT services.
Under the tab Description an object description of the currently selected object in the object tree is shown. The description is taken from a text file which is created by the POWERLINK Design Tool or manually written with a common text editor.
Additional
tabs are available for graphical representations of
process data and can be defined by the user.

Network
Overview
The network overview displays the devices in an POWERLINK
network.
The console is an extra feature. With the console an interactive access to the POWERLINK network is possible by using commands for:
Complete
sequences of commands can be combined to procedures by means
of the embedded scripting language.

This feature is particularly useful for POWERLINK device developers. Through the scripting language all implemented POWERLINK communication services are available for test and control applications. Logging of the test sequences is also possible.
By using the POWERLINK Library and the POWERLINK Design Tool from port the developer gets a closed tool chain for creating POWERLINK compatible devices.
Through the scripting language access to elements of the graphical interface is available too. The graphical representation of values or test results is therefore application specific extensible.
port
GmbH can perform special adaptions to the GUI or behavior to
meet POWERLINK device characteristics for service or
assembly testing.
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The
POWERLINK Device Monitor requires a hardware
interface. It’s a special POWERLINK/Ethernet router
using the synchronous Ethernet POWERLINK on one side an on
the other side it provides its services via TCP/IP.
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Operating System:
Windows™ 2000/XP, Vista
LINUX™
Processor:
Pentium III and better RAM:
256 MByte
Harddisk Space:
>20 MByte available

1770/10
POWERLINK-DM-W
(Full Version, Windows™)
1770/20
POWERLINK-DM-L
(Full Version, LINUX™)
0640/50
CANopen-EDS2XML-W
EDS-to-XML converter Windows™
0640/51
CANopen-EDS2XML-L
EDS-to-XML converter LINUX™
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Datasheet as PDF
Download Demo Version
$Revision: 1.12 $