mapp UserX allows a user management system to be set up with just a few clicks. Both users and roles can be created and managed. This includes access rights, user data, password rules, logging in/out and connecting to the HMI application.

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mapp Tweet makes it possible to transmit messages directly from the machine. This allows service technicians to be informed of emergencies involving the machine via SMS text message. Quick responses to critical situations are possible via a direct connection to mapp AlarmX.

Functional scope:

The information to be sent via SMS text message or the commands being processed by the machine are defined when the component is set up. This allows certain alarms to be defined in mapp AlarmX that will send an SMS text message when triggered. The time period in which the recipient must respond can be defined. If no response is received, the message is automatically forwarded to the next defined contact. SMS communication also works in the other direction. The state of a machine can be queried per SMS text message, for example, or a different reaction triggered. SMS text messages can be sent or received either via the B&R SiteManager or another modem that uses the AT command set.

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Typical applications:

Standstill monitoring when safety doors are openDistance reduction to protective equipment through safe stopRisk reduction through secure monitoring of speed limits

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mapp Services sets up the entire infrastructure of a machine. It allows services such as user, alarm and recipe management to be created quickly and easily, for example. The basic license for mapp Services contains the components mapp AlarmX, mapp File, mapp IO, mapp J1939, mapp Backup, mapp Recipe, mapp Alarm, mapp User and mapp Skyline.

Typical applications:

Creating an alarm, user and recipe management systemManage dynamic hardware configurationsCreating, copying, deleting and renaming rename data using a file browser

Functional scope:

The mapp Services base license consists of a wide range of components that can be quickly and easily configured and put into service.mapp AlarmX implements an alarm management system. Alarms from other mapp components are collected and displayed automatically. User-defined alarms are created in the configuration. The alarm behavior, alarm message and much more can be configured for each of these user alarms. Different reactions can also be defined per user alarm. For example, an SMS text message can be sent using mapp Tweet. It is possible to store additional information. This could be a PDF file, for example, that explains how the alarm can be corrected. The alarm history can be exported as a CSV file to a storage medium. Current and historical alarms can be displayed using a mapp View or VC4-based HMI application. The alarm message can be displayed and exported is different languages. mapp Recipe is used to create a recipe management system. It is possible to define which process variables should be saved in which recipes. Recipes can be saved on a USB flash drive as a CSV or XML file, for example. It is possible to store recipes with password protection and protection from tampering. Recipes can be displayed visually and managed. In addition, changes in the recipe system can be logged automatically by mapp Audit. If a new recipe is created or a parameter modified, therefore, this will be recorded in the audit trail. mapp File is used to create a file management system. When setting up the component, the user can define a list of storage media that the file manager can access. The file browser can be displayed and operated via the HMI application. Files can be created, copied, deleted or renamed, for example. mapp IO allows the hardware configuration to be changed at runtime. Which input and output modules should be imported is defined using an import file. If a file is imported, plausibility checks can be performed. These check, for example, whether the specified module exists and can be added at the desired position. mapp J1939 follows the SAE J1939 network protocol. SAE J1939 describes the communication on a CAN bus system in commercial vehicles used to transmit diagnostic data such as engine speed, temperature or control information. The component makes it possible to send and receive data via the network protocol.mapp Backup can store backup files of the target system on a USB flash drive or install an existing backup. The machine application can also be updated with mapp Backup. mapp Skyline is used in combination with widget “Skyline”. Using this component, a machine line can be clearly represented in a mapp View HMI application. The structure of the machine line is defined in the configuration.

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Typical applications:

Safe homing of an axisImplementation of safe software limit switchesLimitation of the travel range when safety doors are open

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Functional scope:

The following safety functions are included:Safe Direction (SDI)Safely Limited Increment (SLI)Safe Brake Test (SBT)Safely Limited Torque (SLT)

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Functional scope:

The individual process steps are defined when configuring the mapp Sequence component. These process steps can then be ordered as needed at runtime to achieve a dynamic machine sequence. The machine sequence is displayed visually in a mapp View HMI application. This includes displaying the current process step as well as editing the sequence. Created sequences can be saved and reloaded. It is also possible to export sequences and import them on another machine. Dynamic interlocks can be used to protect the machine. These protect the machine sequence and thus ensure it is executed correctly.

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Typical applications:

Pick-and-place applicationsPalletizingWeldingCoating

Functional scope:

The mapp Robotics licenses include all necessary functions to control robots. Axes can be joined into axis groups and moved together with interpolated path-controlled movements. The robotics functions are available via an easy-to-use interface that enables intuitive programming.Additional functions include:Jogging for intuitive manual operationCoordinate systems for executing programs at different positionsWorkspace monitoring to avoid collisionsJerk-limited movement profiles to reduce oscillations

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Component mapp SafeOPTION or MpSafetyX provides secure data exchange between HMI elements and the SafeLOGIC controller. This makes it possible to transfer safety-related parameters from the HMI application to the safety application. Typical use cases include selecting an operating mode or defining limit or threshold values.One “OptionManager” function block is supported per SafeLOGIC controller during configuration in Automation Studio. Up to 16 option function blocks can then be used per “OptionManager” function block. The following option function blocks are available:MpSafetyXOptionIntUI: This function block can be used to configure up to 8 SafeBOOL parameters. Either “Multiple-choice” or “Single-choice” mode is possible.MpSafetyXOptionBoolUI: This function block can be used to configure up to 8 SafeINT parameters.Suitable function blocks for configuration in SafeDESIGNER are included in library “SafeOPTION_SF”.

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