Panel PCs of the PPC1200 Premium series, equipped with high-performance quad-core processors and a wide range of integrated interfaces, are ideally suited for medium to demanding web visualizations. The brilliant displays impress with high brightness, vibrant colors, and exceptionally wide viewing angles. The modern widescreen displays, available in sizes 10.1″, 12.1″, 15.6″, 18.5″, 21.5″, and 23.8″, feature high resolutions and a lifespan exceeding 50 000 operating hours.

User input via projected capacitive multi-touch (PCAP) enables gesture control such as pinch-to-zoom, swipe and twohand operation. The visually appealing, hardened glass surface is easy to clean. The exclusive use of industrial components guarantees a long service lifespan and availability. Permanently soldered RAM and eMMC storage, combined with the absence of moving parts, ensure maximum resistance to shock and vibration. High temperature ranges from 0°C up to +60 °C allow operation under harsh environmental conditions. An extended temperature range from -20 °C to +70 °C is available for selected display sizes upon request.

The pre-installed browser is designed for industrial applications. The integrated on-screen keyboard enables intuitive data entry while reducing application development effort. Unwanted, automatic updates are prohibited by the browser. This ensures that only released software is used in the field, reducing downtime to a minimum.

Built on Debian Linux, the system provides an user-friendly, web-based configuration interface. Configuration settings can be changed directly on the device or remote via browser. The system software includes further useful services such as SSH, NTP, VNC as well as a Web-API for secure hardware access. This allows for example reading data from RFID readers or direct control of LEDs and display brightness from within web applications.

The system software can be adapted individually to customer requirements and can be factory shipped already preconfigured to ensure efficient commissioning.

Bachmann's next generation CPUs.
Strong performers for heavy industry and machine automation.

Processor modules from Bachmann combine high processing performance with outstanding environmental robustness and compact dimensions. Scalable processors with 1 to 4 physical cores and up to 2.3 GHz clock frequency enable a wide range of applications and offer generous reserves for future expansion.

Thanks to MultiCore technology and symmetrical multi-processing for real-time systems, the CPUs are also suitable for demanding applications with large quantity structures and short cycle times.

Machine control, complex motion control or demanding communication tasks including IT security benefit from parallel processing.

Enabled by the large main memory, data-centered applications such as process diagnostics, machine learning or predictive maintenance can also be comfortably implemented.

The generous thermal design and special coating processes permit unusual application environments from -30° to +60°C without fans for the performance classes.

Although trend-setting CPU's with high performance are used here, the engineerting process remains identical for the user across all CPU types.

The programs are binary compatible, can be configured the same way and are consistent across all versions.

Flexible, scalable, and secure: The visualization platform for industry

atvise® is a highly flexible and scalable web-based visualization platform that consistently implements modern industrial requirements. It offers freedom in system architecture, unrestricted platform independence, and relies on proven, future-proof technologies.

With atvise®, scalable HMI and SCADA systems can be implemented that run natively on Windows and Linux, as virtual machines or containers. Whether networked locally directly to machines or globally via cloud installations, atvise® enables central server installations without client licenses, which significantly simplifies installation and maintenance.

The OPC UA-based atvise® server forms the core of the platform and breaks down rigid automation pyramids and connects a wide range of controllers, databases, and web services. Extensive interfaces, dynamic alarm processing, and high-performance archiving make atvise® SCADA a powerful data hub – even for complex plants and redundant systems.

For machine and plant operation, atvise® offers convenient bundles consisting of industrial-grade touch panels and visualization software – both from Bachmann. These complete solutions allow operation on site as well as via mobile web clients. The portfolio of the OT1200, OT1300, and PPC1200 product families, the latest generation of Bachmann panels, is scalable and covers all of your panel use cases – from small to large.

The flexibility is particularly evident in freely configurable system topologies: locally installed individual systems, cascaded systems, or globally distributed cloud-connected networks – atvise® adapts flexibly and ensures continuous synchronization at all times. Alarms and acknowledgments can be processed transparently and consistently across the entire cascade.

Comprehensive certificate management and support for the latest security standards ensure maximum security. This guarantees confidential communication, authentication, and data integrity in networked industrial environments.

Consistent engineering functions such as object-oriented modeling, easy scalability, and dynamic control and visualization shorten project times and increase adaptability to changing requirements.

atvise® combines state-of-the-art visualization and security standards with open, flexible architecture – ideally suited for the digital and networked production of the future.

The CPS100 CPUs combine maximum processing performance with outstanding robustness and compact dimensions. Scalable processors with up to 4 physical processor cores and clock frequencies of up to 1.9 GHz enable the implementation of a wide range of applications and provide a generous reserve for future expansion.

Thanks to multicore technology and symmetrical multiprocessing for real-time systems, the CPUs are suitable for very demanding applications; such as high volume requirements and short cycle times.

Parallel processing from the multicore units enables a more responsive machine control, complex motion control, and demanding communication tasks. The multicore options also offer various IT security benefits, such as stronger algorithms and longer keys. Data centric applications, such as process diagnostics, machine learning and predictive maintenance are easily implemented thanks to the large working memory.

The generous thermal design and special coating processes enable fanless use in extreme operating conditions from -30 to +70 °C.

Panel PCs of the PPC1200 Premium series, equipped with high-performance quad-core processors and a wide range of integrated interfaces, are ideally suited for medium to demanding web visualizations. The brilliant displays impress with high brightness, vibrant colors, and exceptionally wide viewing angles. The modern widescreen displays, available in sizes 10.1″, 12.1″, 15.6″, 18.5″, 21.5″, and 23.8″, feature high resolutions and a lifespan exceeding 50 000 operating hours.

User input via projected capacitive multi-touch (PCAP) enables gesture control such as pinch-to-zoom, swipe and twohand operation. The visually appealing, hardened glass surface is easy to clean. The exclusive use of industrial components guarantees a long service lifespan and availability. Permanently soldered RAM and eMMC storage, combined with the absence of moving parts, ensure maximum resistance to shock and vibration. High temperature ranges from 0°C up to +60 °C allow operation under harsh environmental conditions. An extended temperature range from -20 °C to +70 °C is available for selected display sizes upon request.

The pre-installed browser is designed for industrial applications. The integrated on-screen keyboard enables intuitive data entry while reducing application development effort. Unwanted, automatic updates are prohibited by the browser. This ensures that only released software is used in the field, reducing downtime to a minimum.

Built on Debian Linux, the system provides an user-friendly, web-based configuration interface. Configuration settings can be changed directly on the device or remote via browser. The system software includes further useful services such as SSH, NTP, VNC as well as a Web-API for secure hardware access. This allows for example reading data from RFID readers or direct control of LEDs and display brightness from within web applications.

The system software can be adapted individually to customer requirements and can be factory shipped already preconfigured to ensure efficient commissioning.

Bachmann's next generation CPUs.
Strong performers for heavy industry and machine automation.

Processor modules from Bachmann combine high processing performance with outstanding environmental robustness and compact dimensions. Scalable processors with 1 to 4 physical cores and up to 2.3 GHz clock frequency enable a wide range of applications and offer generous reserves for future expansion.

Thanks to MultiCore technology and symmetrical multi-processing for real-time systems, the CPUs are also suitable for demanding applications with large quantity structures and short cycle times.

Machine control, complex motion control or demanding communication tasks including IT security benefit from parallel processing.

Enabled by the large main memory, data-centered applications such as process diagnostics, machine learning or predictive maintenance can also be comfortably implemented.

The generous thermal design and special coating processes permit unusual application environments from -30° to +60°C without fans for the performance classes.

Although trend-setting CPU's with high performance are used here, the engineerting process remains identical for the user across all CPU types.

The programs are binary compatible, can be configured the same way and are consistent across all versions.

Flexible, scalable, and secure: The visualization platform for industry

atvise® is a highly flexible and scalable web-based visualization platform that consistently implements modern industrial requirements. It offers freedom in system architecture, unrestricted platform independence, and relies on proven, future-proof technologies.

With atvise®, scalable HMI and SCADA systems can be implemented that run natively on Windows and Linux, as virtual machines or containers. Whether networked locally directly to machines or globally via cloud installations, atvise® enables central server installations without client licenses, which significantly simplifies installation and maintenance.

The OPC UA-based atvise® server forms the core of the platform and breaks down rigid automation pyramids and connects a wide range of controllers, databases, and web services. Extensive interfaces, dynamic alarm processing, and high-performance archiving make atvise® SCADA a powerful data hub – even for complex plants and redundant systems.

For machine and plant operation, atvise® offers convenient bundles consisting of industrial-grade touch panels and visualization software – both from Bachmann. These complete solutions allow operation on site as well as via mobile web clients. The portfolio of the OT1200, OT1300, and PPC1200 product families, the latest generation of Bachmann panels, is scalable and covers all of your panel use cases – from small to large.

The flexibility is particularly evident in freely configurable system topologies: locally installed individual systems, cascaded systems, or globally distributed cloud-connected networks – atvise® adapts flexibly and ensures continuous synchronization at all times. Alarms and acknowledgments can be processed transparently and consistently across the entire cascade.

Comprehensive certificate management and support for the latest security standards ensure maximum security. This guarantees confidential communication, authentication, and data integrity in networked industrial environments.

Consistent engineering functions such as object-oriented modeling, easy scalability, and dynamic control and visualization shorten project times and increase adaptability to changing requirements.

atvise® combines state-of-the-art visualization and security standards with open, flexible architecture – ideally suited for the digital and networked production of the future.