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Modular Safety System ES is the engineering software for the configuration, start-up and diagnostics of the 3RK3 modular safety system. The software combines the configuring of the hardware, the programming of the safety functions, and the testing and diagnostics of the safety system.

Efficient engineering with three program versions

вњ“ Function available

-- Function not available

Additional functions

Language selection

The program interface language can be switched during use between German, English and French

Help function

A context-sensitive help function provides useful assistance with questions concerning the use of the program

Consistency check

A consistency check informs clearly about function assignment errors; Checks are carried out automatically when a project is saved and during the configuration test, but they can also be initiated manually.

Lists

Lists of symbols and cross-references can be issued for effective processing of the project file

Standards-compliant printouts:
The programs of the SIRIUSВ ES software family make machine documentation far easier. They enable parameterization printouts according to ENВ ISOВ 7200. The elements to be printed are easy to select and group as required.

Hardware configuration

The configuration defines the system's hardware layout. It lays down which modules are used in the system: A central unit as a safe control system including onboard peripherals, expansion modules with inputs and outputs, an interface module for connecting to PROFIBUS. For better clarity the layout is shown in a graphic presentation. In addition, the project data on the AS-i bus can be obtained online or configured from the AS-iВ Library. For each module, it is optionally possible to issue an equipment ID which is shown in the logic diagram for identification of the inputs and outputs.

Definition of the hardware layout

Graphic parameterizing of the safety logic by Drag&Drop

The functionality of the safety logic is laid down with a graphics editor designed for intuitive operation. Safe monitoring functions (EMERGENCY-STOP, non-contact protective devices/light arrays, protective doors, etc.), output functions and logic functions (AND/OR operations, counting functions, time functions, etc.), non-safety-related input/output functions, device status functions and control functions can be dragged from the extensive functions catalog onto the work interface by Drag&Drop. Depending on the version, each function has several input and output connecting points through which the functions can be interconnected by simple mouse clicks. Double-clicking on a function symbol opens the associated properties dialog in which all the parameters can be displayed and configured, e.g. scope of the function's inputs and outputs, channel type configuration (single/two-channel, NC contact/NO contact), activating cross-circuit detection, defining start options, assignment of hardware inputs and outputs, etc. Each function can of course also be issued with an individual name so that e.g. the position of a safety switch in the plant can be documented.

The safety logic can be divided into several diagrams to enable structured processing of the entire plant. The user can freely position the functions on a practically infinitely large drawing board. Connecting lines are drawn automatically. If there is not enough space, more pages are automatically added to the diagram in horizontal or vertical direction. Connecting lines extending over several pages are automatically cross-referenced during print-out. If required in the interest of clarity, the user can divide a connecting line manually into two segments, whereby the mutual reference is marked by reference arrows. Freely creatable comments can be placed at any point in the diagram for the purpose of further documentation. Every point in the logic diagram can be processed with ease by dragging and zooming.

Every project can be saved as a file and be protected from unauthorized access with a password.

Processing the safety functions in the graphics editor

AS-Interface

Evaluation of the AS-i slaves connected to the AS-iВ bus is also parameterized using the tried and tested method described above. The CTT2 diagnostics slave allows cyclical and acyclical diagnostics to be carried out without difficulty.

In order to be able to use the AS-i functionalities, an Advanced central unit or ASIsafe (basic/extended) must be used.

User prompting during start up and maintenance

To start up the 3RK3 Modular Safety System, the created project file is uploaded to the device. There are two ways of doing this:

• Connect the serial interface (COM) or USB interface of the PC to the device using a special connection cable
• Use the DP interface to download the parameterization through any PROFIBUS node.

Access to the device can be password-protected.

After the project is loaded, the user switches the device by means of the software from configuring mode to test mode in which the safety functions are tested.

Activating the diagnostics shows the status of the individual functions in the graphic logic diagram by means of different colors and symbols. In addition, the signal status of each input and output can be manually overwritten ("forcing").

If the test is completed successfully, the user releases the configuration and switches the device to safety mode, in which case "forcing" is automatically deactivated.

Service personnel can activate the graphic diagnostics in safety mode as well. The I&M (Identification & Maintenance) data saved in the device facilitates maintenance.