This ETS-APP is a tool that allows updating the operating system of some KNX Zennio devices through ETS without having to send them to the factory.
The OS update does not involve a change of functionality or version of the ETS application program, but updates a lower memory layer.
These updates are usually not necessary throughout the lifetime of the product unless there is a behaviour that cannot be changed with a new version of the application program via ETS.
In case you need to use this APP, our support team will have provided you with the necessary files (.bin).
Download the App manual: https://www.zennio.com/download/manual_fw_updater_en
If you want to update the ETS application program version, you can copy parameters and object links using the Zennio Parameter Copier application, also available in the KNX online shop.
Server for Trebor KNX Visualizer.
The KNX RF Field Strength Analyzer (KNX-RF-FSA) app is taking the innate uncertainty of KNX RF installations. By gathering the Received Signal Strength Indicators (RSSI) of all user-selected RF devices and displaying them in a colour-coded matrix, the KNX-RF-FSA makes testing and debugging of KNX RF device connections easier than ever before. Designed to be used for short and long-term observations of the device’s RSSIs, the KNX-RF-FSA is a high-quality tool that can highlight any weaknesses in a KNX RF installation. This tool also tests the functionality of activated repeater for increased area coverage to avoid future problems. The RF FSA is all you need for successfully commissioning your KNX RF installation. Available in MyKNX.
The Reconstruction tool can be used to read out devices in the installation and then create a new ETS project or update an existing project. You may also compare the data from the installation against an ETS project.
This allows to work on projects where the ETS database has been lost or is out of date. This will also work for installations which were created with a previous version of ETS.
These items can be reconstructed: topology, devices with individual address, application program, parameter settings and group object flags, priority and assigned group addresses. You need bus access and same product data which were used to program the devices.
Building or trade structure as well as name and description texts of areas, lines, devices and group addresses will not be reconstructed because they were not programmed into the device.
Note: Devices with plug-ins can only be read out / reconstructed, if supported by the manufacturer of the plug-ins. In case of doubt please contact the manufacturer or our support.
Devices whose product data cannot be used in the current ETS can not be reconstructed.
For more info see https://www.it-gmbh.de/en/ under Products - KNX - ETS Apps
The current app version works only from ETS 5.7.2! The app is available for ETS6.
All changes made in projects (except changes that have been made by device plug-ins) are registered in chronological order in the project history automatically. By licensing the Project Tracing app, you can see all the automatically created entries. This App can also serve to monitor the progress of projects under construction.
- You can find more information here
onework SCAN Lite is the free entry-level version of onework SCAN. The app helps you analyze your ETS project by checking up to 20 devices simultaneously. It reliably identifies devices without a valid physical address as well as unreachable devices.
The app provides a compact project overview and detailed test results at the device level. This allows you to efficiently analyze errors, filter them specifically, and comprehensively document the current project status.
Available in the ETS Apps Store by searching for “oneworkSCAN Lite.” The official product name is onework SCAN Lite.
onework SCAN helps you quickly and reliably assess the status of your ETS project. The app identifies devices without a valid individual address as well as unreachable participants, providing a clear overview of the current project status.
Unlike the free onework SCAN Lite, the full version is designed for auditing larger projects and enables a comprehensive analysis without the 20-device limit. You receive both a compact project overview and detailed results at the device level. This supports efficient error analysis, targeted filtering, and clear documentation of the project status.
If you’d like to test the features first, you can start with onework SCAN Lite for free and check up to 20 devices. This allows you to evaluate the app’s benefits directly in your own ETS project before using the full version.
Available in the ETS Apps Store by searching for “oneworkSCAN.” The official product name is onework SCAN.
The APP MDT RF + Range Check is a useful tool for the analysis and planning of KNX radio installations according to the new RF + standard.
The tool helps you to plan the installation location for new installations as well as to analyze and correct problems in existing radio installations. The MDT RF + Range Check shows you in a simple graphical matrix which connections are critical. Long-term analyzes are also possible to identify external interference sources.
The repeater functionality of the RF + devices can also be examined and evaluated with this tool.
The ise RF Insight app can be used to analyse wireless installations featuring KNX RF Multi and RF Ready/RF+ devices. It provides troubleshooting guidance, and measurement results can be documented for system integrators or customers.
The app can be used from ETS 6.4 onwards, provided a KNX RF Multi/TP media coupler is installed in the RF line or segment.
The Griesser GPA (Griesser Protocol Analyzer) app can decode, record and save KNX bus telegrams of the type 6-byte Griesser object. The GPA app works as a supplement to the Bus or Group Monitor integrated in the ETS. The Griesser GPA app must be launched separately from the Bus or Group Monitor and simultaneously records all KNX telegrams. As it does so, the Griesser object telegrams are recorded in decoded form. The GPA app offers the same functions as the Bus and Group Monitor except that it interprets the proprietary Griesser 6-byte object and decodes the sectors, the priority and the command.