b maXX-softdrivePLC

With the new b maXX softdrivePLC, Baumüller has made separate control hardware unnecessary for specific applications. By combining motion control and PLC functions in the controller, Baumüller has created a decentralized control architecture for programming in accordance with IEC 61131, which makes the design of distributed intelligence in the machine extremely simple. Without complicated tools for control programming, control tasks ranging from simple allocation of digital inputs to complex control algorithms can easily be performed locally in the controller by using the ProDrive parametrization tool.

The b maXX softdrivePLC runs as part of the firmware in the b maXX 5000, b maXX 3300 and the decentralized b maXX 2500 Baumüller drive concepts, and is suitable for single and double axis applications.

With softdrivePLC, programs run in the controller and are highly synchronized with the controller clock at cycle times of up to 125 µs. Simple, specialized filters can also be programmed, in addition to many other benefits:

• Cost savings due to elimination of control hardware
• Fieldbus communication between two axes is eliminated
• Easy implementation of master-slave functionality
• Multi-axis access to parameters is possible

Programming via ProDrive for basic version

Using softdrivePLC means you no longer need elaborate tools for control programming. Control tasks can easily be implemented locally in the controller via the ProDrive parametrization tool — from simple invoicing to highly complex control algorithms.

Integrated into ProMaster and programmable with PROPROG as an extended version

The extended version of softdrivePLC is fully integrated into the ProMaster Engineering Framework. There you will find all the applications required for the creation of the machine and system topology, the fieldbus and I/O configurators as well as applications such as the PROPROG 5 programming environment, the ProCAM cam editor and much more.

b maXX-drivePLC

One of the world is fastest drive-based PLCs

With a cycle time of 100 μs for 1000 lines of STL, the b maXX-drivePLC is suitable for both comprehensive control and demanding motion control tasks. Through the use of our PLC, the control PLC can be assisted, down-sized or even completely replaced. Transparency and clarity is created in the application via the clean decoupling of motion control applications from the machine program.

b maXX-local-drivePLC — a complete control unit for the local axis

The b maXX-local-drivePLC can be integrated into the b maXX 4400 servo controller series and enables the uncomplicated creation of control technology programs with ProMaster or PROPROG wtIII. As an expansion to the b maXX-drivePLC, it allows you to solve simple automation tasks economically.

Speed up your applications

• Makes drives user-programmable
• Delivers excellent real-time performance
• Increases availability
• Reduces control cabinet size
• Ensures a consistently stable system

b maXX-controllerPLC

The b maXX controller PLC logically implements the concept of scalability and modularity to ensure flexible and individualized adaptation to your requirements.

•  Scalable PLC platform suitable for centralized, decentralized and hybrid control architectures.
• Modular control system for PLC and motion control tasks
• Up to five additional modules are p
• luggable, e.g. communication modules such as EtherCAT master/slave, CANopen master, Ethernet interface modules, etc.
• Direct connection of I/O modules
• IEC 61131-3 programming
• Small dimensions create space savings in the control cabinet or terminal box
• High real-time performance via highly synchronous real-time tasks

b maXX-PanelPC

PC-based control technology

Our panel PCs are equipped with powerful co

mponents and based on open standards from the automation and IT world.  As control units, they not only satisfy demanding real-time requirements for calculation-intensive applications, but can also take on other tasks such as visualization and IT connectivity.

The b maXX Panel PC has an integrated EtherCAT 

master, which meets all current requirements for information transfer within the automation system.

Maximum performance in c

ontrol and communication

• For centralized and hybrid control architectures
• Windows 7 embedded operating system with integrated real-time kernel for demanding, highly synchronized control tasks and machine visualization in one module
• Based on industrial PC technology
• High-performance integrated EtherCAT Master
• High-precision system synchronization through EtherCAT Distributed Clocks
• IEC 61131-3 programming
• Fully integrated into an engineering framework
• Comprehensive motion control implementation

Your benefits

• Use the functions of a controller and the services of an open operating system
• One system for all tasks: PLC, HMI, IT connection
• Open hardware and software platform
• Windows operating systems are in use worldwide
• Backup and restore mechanisms for the entire automation system
• PC-based control technology increases performance while reducing costs
• Multi-core processors for computing capacity with defined real-time properties
• Open communication interfaces

b maXX-PCC

Just like our panel PCs, our box PCs are based on open standards from the automation and IT world. You can program the controllers with both IEC61131-3 as well as with the open Common Intermediate Language (CIL) in Visual Studio® and thus accelerate applications through a combination of traditional programming and standard language.

Maximum performance in control and communication

• For centralized and hybrid control architectures
• Windows 7 embedded operating system with integrated real-time kernel for demanding, highly synchronized control tasks and machine visualization in one module
• Based on industrial PC technology
• High-performance integrated EtherCAT Master
• High-precision system synchronization through EtherCAT Distributed Clocks
• IEC 61131-3 programming
• Fully integrated into an engineering framework
• Comprehensive motion control implementation

Your benefits

• Use the functions of a controller and the services of an open operating system
• One system for all tasks: PLC, HMI, IT connection
• Open hardware and software platform
• Windows operating systems are in use worldwide
• Backup and restore mechanisms for the entire automation system
• PC-based control technology increases performance while reducing costs
• Multi-core processors for computing capacity with defined real-time properties
• Open communication interfaces

b maXX-safePLC

Reduce the complexity of your plants and machines

Integrated safety technology ensures that technical failure, incorrect use or manipulation no longer pose a threat to the production process and safety of employees. In addition to increasing safety, the productivity of the system is also raised. Safety systems exhibit greater availability than comparable standard systems. Thus the built-in diagnostic functions and safe operation of the machine by the employee can contribute to the early detection and elimination of production faults and failures. This prevents costly system downtimes.

Technical Data b maXX-safePLC

• 32-Bit Risc-CPU 667 MHz
• Combination of Standard and SIL3
• CPU capacity: Standard/SIL3 assignment can be parameterized (e.g., 60% / 40%)
• Standard: 25 µs/1 K instructions

b maXX-safePLC

The b maXX-safePLC BMC-M-SAF-02 combines standard and dual circuit safety control and corresponds to IEC 61508 SIL3 and EN 954 Kat.4. as well as EN 13849 Pl e. The b maXX-safePLC has high realtime performance and suits hoghly synchronous realtime tasks for PLC and motion control functions. The programming of the standard and safety functions is completely integrated in the engineering framework ProMaster. In combinatione with the EtherCAT communication module and the safety protocol FSoE decentralized and hybrid safety topologies are possible. For the use of the b maXX-safePLC a BMC-M-PSB-02 power supply is necessary.

Memory module

The memory module BMC-M-CFI-01 is for downloading and uploading of projects on the PLC. It may be installed between PLC and power supply if updates are performed without an engineering PC. As storage media you may choose between two different Compact Flash Cards.

Power Supply

The power supply BMC-M-PSB-02 feed the CPU and the communication modules and is the connection for the bus terminal.

Control Platforms b maXX Baumuller - Baumuller automation