ClipX – Il condizionatore di segnale industriale preciso e di facile integrazione

ClipX device description for Ethernet/IP.

Date: 09/2018  |  Size: 4 KB

The tool reads the current configuration and the user-defined channel names from the ClipX and writes them to the .eds file.

Even if the configuration is individual, ClipX inserts all the channels that can be added as parameters in the file,

so that when the configuration is changed in ClipX, they can be taken over in the PLC software without creating a new .eds file.

Date: 08/2020  |  Version: 1.0  |  Size: 512 KB

ClipX device description files for Profibus (DPV1)

Date: 03/2018  |  Size: 2 KB

ClipX device description files for ProfiNet RT and IRT.

Date: 06/2018  |  Size: 28 KB
Related Documents: Release Notes

ClipX device description file for EtherCat.

Date: 03/2018  |  Size: 3 KB

Archive including all current files for firmware and ClipX WebServer.

To update firmware and WebServer the existing WebServer in the ClipX can be used (no additional software or hardware needed).

Date: 08/2023  |  Version: 3.4.1  |  Size: 5 MB
Related Documents: Release Notes

This is a description of the open ClipXApi.dll with code-examples in C#, C and C++ for implementing ClipX in customized LINUX software applications.

The ClipX LINUX-API is based on a communication to the object directory of ClipX and uses its internal fifo storage.

ClipX uses a fixed sample rate of 19.2 kHz. The transfer rate of the values from ClipX to catman can be set from 0.1Hz to 1kHz.

Legal notice: This example does not imply any warranty or guarantee.

Date: 09/2019  |  Version: 1.0  |  Size: 475 KB

This is a description of the open ClipXApi.dll with code-examples in C#, C and C++ for implementing ClipX in customized WINDOWS software applications.

The ClipX WINDOWS-API is based on a communication to the object directory of ClipX and uses its internal fifo storage.

ClipX uses a fixed sample rate of 19.2 kHz. The transfer rate of the values from ClipX to catman can be set from 0.1Hz to 1kHz.

Legal notice: This example does not imply any warranty or guarantee.

Date: 09/2019  |  Version: 1.1  |  Size: 5 MB

Macro-project containing CAE data for ePLAN Electric P8.

Date: 01/2018  |  Size: 22 MB

This example considers a simple example for data-viewing and setup for ClipX.

It is available as It is available as EXE-file and source-code for DELPHI XE7.

Legal notice: The example given is intended to illustrate the integration of ClipX via Ethernet(TCP/IP) into a DELPHI-application.

This example does not imply any warranty or guarantee.

Date: 12/2018  |  Version: 1.0  |  Size: 4 MB

This example considers a simple example for data-viewing and data-storage for ClipX.

It is available as executable-file and source-code for LabView 2018.

Legal notice: The example given is intended to illustrate the integration of ClipX via Ethernet(TCP/IP) into a LabView-application.

This example does not imply any warranty or guarantee.

Date: 12/2018  |  Version: 1.2  |  Size: 176 MB

This example considers a simple example for OPC-UA communication with data-viewing and data-storage for ClipX.

ClipX acts as OPC-UA server and the PC application as OPC-UA client. Minimum hardware required for ClipX is version 2.0

Legal notice: The example given is intended to illustrate the integration of ClipX via Ethernet(TCP/IP) into OPC-UA-application.

This example does not imply any warranty or guarantee.

Date: 09/2019  |  Version: 4.1  |  Size: 6 MB

This service-tool visualizes, transfers and stores parameter settings from a ClipX compressed parameter-set file in a txt-file. Legal notice: The tool do not imply any warranty or guarantee

Date: 12/2019  |  Version: 1.2  |  Size: 236 KB

This example considers a simple demo-project, how to integrate ClipX in several plc-networks which are based on Ethernet, e.g. Modbus-TCP.

Therefore, the possibility of transmitting non-real-time data via field bus is used. These data do not interfere the fieldbus data.

Legal notice: The example given is intended to illustrate the integration of ClipX via Ethernet(TCP/IP) into a LabView-application.

This example does not imply any warranty or guarantee.

Date: 05/2019  |  Version: 1.0  |  Size: 19 MB

Java tool for finding HBM devices in Ethernet-networks even with non-configured network-settings. Unzip and copy the file to the PC and run it. All HBM devices will be shown in the network. Right mouse-click opens a menu to read and setup the device network-settings. Note: Java has to be installed on the PC.

Date: 03/2018  |  Size: 270 KB

This is a collection of technical application reports for typical requirements around ClipX.

They show a step-by-step solution up to the running project in ClipX.

Available languages: English

• ClipX running direct and indirect force measurements
• ClipX configuration with sensor adjustement-assistant
• ClipX running IEPE- and piezoelectrical sensors
• ClipX using Wireless-Technology (Wlan)
• ClipX using TEDS-Editor to read/write TEDS-data
• ClipX 1/4-SG-bridge measurement
• ClipX Reference-measurements
• ClipX with calculated channels and ClipX-bus:
• Result-(summing) signal with x,y-components
• 6x6 Matrix compensation
• PID-controller
• Automatic-mean calculation (CW)
• Stand-still detection
• Event-counter
• Mechanical-work calculation
• Tolerance-windows
• Methods of Peak-measurements
• ClipX integration in an automation-network
• ProfiNet (Isonchronus-Real-Time (IRT) with TIA-portal (Siemens)
• Profibus with Simatic-Manager (Siemens)
• EtherCat with TwinCAT (Beckhoff)
• Ethernet/IP with SoMachine (Schneider)
• Modbus-TCP with SoMachine (Schneider)
• OPC-UA Client-Server application
• Several 3.party software integration

Legal notice: The examples given are intended to illustrate the solution and integration into ClipX.

The examples do not imply any warranty or guarantee.