Exhibitor products

When it comes to cam action indexing plungers, Ganter offers something very special: the new cam action indexing plungers from the GN 721 series with stop for left- or right-handed operation available with optional locking function. Admittedly, Ganter already offers a very wide range of cam action indexing plungers. Yet frequent inquiries from customers for special designs prompted the company to add another standard part to its extensive standard product range. More specifically, the cam action indexing plungers from the GN 721 series differ in that they limit the range of action to 180 degrees and offer the option of left- or right-hand lock. This allows multi-lock applications to be created with the same direction of movement, and therefore easier handling of valves or other components. In principle, the curve transforms the 180 degree rotation of the lock into an axial lift. If the spring-loaded lock does not unintentionally snap back from this end position, other optional designs with reliable lock notch are available. Also optional: the lock nut pursuant to ISO 8675, which counters the cam action indexing plunger that can be mounted via the external thread in a specific assembly position, and thus guarantees a defined, construction-related locking position. In addition to the normal steel design, the cam action indexing plunger is also available in stainless steel. In both material versions, the lock is available with and without polyamide valve. Other customer-specific special solutions are also possible—for example, cam action indexing plungers with different curve slopes, smaller swivel ranges, special geometries, with a center position or specific locking ranges. More information can be found at www.ganter-griff.com.

Spectra at AAA Friedrichshafen

Compact and flexible embedded PC at the highest level Every application in mechanical and plant engineering is different and often requires a compact and flexible embedded PC. The embedded PCs in the Spectra PowerBox 3000 series have been meeting these requirements since the first generation. In the current generation of the Spectra PowerBox 3000E series, Comet Lake processors are used in conjunction with the Intel® W480E chipset. There are numerous high-performance processor variants to choose from, including the 65-watt Core™ i9-10900E with 10 cores and up to 4.7 GHz or the 80-watt Xeon® W-1270E processor with 8 cores and 4.8 GHz. In the highest configuration level, an external, temperature-controlled PWM fan is used in full load operation, otherwise the box PCs in the Spectra PowerBox 3000E series operate without a fan. A “feel-good LED” indicates at all times whether the internal temperature of the system is within the permissible operating temperature range. Two DDR4 SO-DIMM RAM up to 64 GB support the powerful processors. The integrated Intel® UHD-630 graphics chip enables the connection of three independent displays, which are controlled via HDMI, VGA and DisplayPorts. Depending on the model, a graphics card up to a format of 235 mm x 111 mm with a maximum output of 110 watts can be installed. This can be perfectly tempered with an optional air circulation fan kit. With the Spectra PowerBox 3000E series, you can choose between three installation heights. Depending on the model, up to two PCI/PCIe plug-in cards and three additional Mini PCIe modules can be used for individual adaptations to the application. Additional interface cut-outs are already provided for this purpose. Optional extensions with 4 x GbE or 4 x PoE are easily possible via plug-and-play. In total, up to 20 LAN connections can be realized. Thanks to the large selection of extensions, the PowerBox can be adapted very easily and flexibly to your application.

Embedded PC for demanding AI applications Sophisticated AI applications in industry require a suitable computer platform to run multiple processes in the shortest possible time and/or in real time - a so-called Edge AI system. The Spectra PowerBox 420 is a very powerful industrial Edge AI Box PC. Depending on the application, you can choose between different 12th generation processors (Alder Lake) from Core i9 to Celeron. The 12th processor generation is particularly effective due to its hybrid architecture with performance and efficiency cores. The performance cores are used for demanding tasks, while the efficiency cores handle the less intensive tasks. And all this with a maximum TPD of 65W (for Core i9). Alder Lake supports DDR5 memory with 4800 MHz up to 64 GB. Combined with ECC technology, which supports the additional stability and reliability required for industrial automation applications and effectively reduces the risk of failures and data loss. Thanks to the integrated Intel® Deep Learning Boost function (Intel® DL Boost) with VNNI instructions, the execution of deep learning workloads is particularly optimized. The Intel® Xe architecture of the UHD 770 graphics chip boosts GPU performance in image classification to 2.8 times the speed of the Comet Lake-S platform and provides the processing power required for edge AI computing. The PowerBox 420 offers two GLAN ports as well as 4x USB 3.2 Gen2 and 4x USB3.2 Gen1. In addition, it provides you with a wide range of native I/O interfaces and supports optional I/O extensions such as LAN, M12, DIO and COM. And to meet the rapidly growing demand for wireless networking in industrial applications, additional WiFi, GNSS, 4G and Bluetooth can be realized with one M.2 key E slot and two mini PCIe slots.

<b>Spectra PowerBox 530 – Ideal for powerful AI applications</b> Powerful AI applications are increasingly being run directly on the process. Embedded computers used in these high-performance applications must be extremely compact and robust. The Spectra PowerBox 530 series box PCs meet these requirements and are the ultimate solution for high-performance computing applications in limited space. Equipped with 14th generation Intel® processors (Raptor Lake) with up to 24 cores, they are state-of-the-art. NVIDIA RTX A4500 MXM graphics cards are used for excellent GPU performance, offering high graphics performance with low space requirements thanks to Ampere architecture, modern core technology and PCIe Gen4. The Spectra PowerBox 530 has two native Gigabit LAN ports. Expansion modules can be used to add four more 1 Gigabit or two super-fast 10 Gigabit LAN ports. Eight USB3.2 ports with 5 - 20 Gbps also ensure perfect connectivity. Up to 8 x COM, HDMI, DisplayPort and VGA as well as optional digital I/O and Power-over-Ethernet round off the range of versatile, individually configurable interfaces. Measuring just 260 x 200 x 85 mm, the Spectra PowerBox 530 requires less space than a DIN A4 sheet of paper. Thanks to its low height, it is also suitable for confined installation situations. The innovative cooling design improves system cooling with two independent heat pipe channels for the CPU and GPU in the solid aluminium housing cover with cooling fins. Last but not least, the Spectra PowerBox 530 can be easily integrated into existing IT and software environments thanks to the pre-installed Windows operating system – especially in Windows-based infrastructures, which are common in many companies.

IMAGE PROCESSING IN A NEW DIMENSION Modern processes in industrial AI and machine vision are closely linked to image processing. This requires industrial PC systems with CPU and GPU performance large enough to process the tasks in real time. The Spectra PowerBox 5000 high-end GPU computing system opens the doors to a whole new dimension in image processing. It consists of a basic system that can be expanded with up to two modular GPU expansion boxes. With the help of this modular design, you can scale the system to suit your requirements. The excellent computing power of the base system is based on Intel® Xeon® or Core™ i3/i5/i7 (Coffee Lake-R) CPUs of the 9th generation and an Intel® C246 chipset as well as two DDR4-2666 ECC/non-ECC SO-DIMM up to 64 GB. The compact PC also has four 2.5" hot-swap SATA SSDs and has an M.2 M-key socket for NVMe SSD storage. By means of expansion cards, you can realise additional I/Os or further functionalities, such as 8 x GbE LAN/PoE, 6 x USB 3.2 and 2 x 10 GbE LAN. The GPU expansion boxes, which are simply plugged on to the base system, offer space when expanded to the maximum for two 250 W graphics cards with a length of 328 mm or other PCIe expansion cards. The total power consumption is 720 W max. Of course, these high performance requirements also demand a corresponding cooling concept. Effective heat dissipation is achieved by the special enclosure structure and the use of insulated external smart fan kits on both sides of the enclosure. The industrial usability of the high-end GPU computer is additionally supported by the mechanical construction of the compact PC, which ensures high shock and vibration resistance, and by the wide current input range of 9 to 48 V.

<b>PANEL PC OR MONITOR: READY TO RUN</b> User-friendly, industry-oriented, resource-efficient, repair- and maintenance-friendly: this describes the panel PCs and monitors of the Spectra PowerTwin series. The models are characterized by a modular design that supports individual assembly for different application scenarios in the industrial environment. They are based on a modular principle in which the two main components of a panel PC or monitor - the display and the system unit (PC or monitor module) - are designed as independent logical units. All components are compatible with each other and can be combined via a uniform plug-in connection system. Only the desired system unit has to be plugged into the display in the selected size and an individually assembled panel PC is "ready-to-run". The modular design guarantees problem-free, cost-efficient adaptation at any time. The very wide display selection includes display diagonals from 8.4" to 24" in the standard version. Sunreadable versions with UV-resistant H7 tempered glass are available in 8" to 19". Additional widescreen variants from 15" to 24" complete the range. The operating technology can also be chosen between multi-touch, analog resistive or without touch. The PC modules of the Spectra PowerTwin series offer a wide selection of processors, ranging from Intel® Atom™ to Core™ i of the 9th generation. In all variants, operation is fanless. All models are designed for use as operating and control platforms in industrial environments and guarantee reliable operation even under high mechanical and thermal environmental influences. The PowerTwin series is also suitable for industrial use due to its wide range voltage input from 9 to 48 VDC and the robust IP65 front.

Safe, sensorless drive monitoring With the speed and frequency monitor UH 6937 from the SAFEMASTER S Series, DOLD offers an efficient, economic solution for safe, sensorless drive monitoring. Monitoring the output frequency of traction converters is just one of the many different ways to use this component. In case of over- or underfrequency, violation of the set window range or wrong direction of rotation the frequency monitor shuts off safely, proving its benefit over frequency converters with integrated safety functions in any application where simplicity, flexibility, and safety are required. As an additional protective measure, the device can be adapted to an application by pressing just a few buttons. With the appropriate wiring, the device can offer the safety functions STO (safe torque off), SOS (safe operation stop), SLS (safely limited speed), SSM (safe speed monitoring), SSR (safe speed range) and SDI (safe direction) in accordance with EN 61800-5-2. With the help of ergonomically shaped buttons on the front, and a lit LCD display, you can quickly and easily access parameters relevant for the application, such as monitoring functions, delay times, and frequency ranges for up to four operating modes – all without a PC.

More than just drive monitoring Regardless of whether the set-up operation must be monitored safely, protection via speed limitation is needed or a safety gate is released after detection of standstill - the speed and standstill monitor UH 5947 of the SAFEMASTER S series is the right choice for your application. The device can be operated via the 4 buttons on the front and the LCD display, thus enabling simple parameterisation. For example, the encoder type, speed limits per operating mode and delay times can be flexibly adapted to your application. During operation, the current speed values can be read directly at any time, which in particular makes commissioning easier. To prevent manipulation, the configuration can be protected against unintentional changes by means of a parameter lock after commissioning. For multiple use, the configuration can easily be transferred from unit to unit via interface. The device status or the current speed can further be processed by a control system via a semiconductor signal output. The speed and standstill monitor UH 5947 covers the combined application of encoder signals and PNP or NPN sensors. Alternatively, NAMUR sensor technology can be used as a device variant. The device can be used in temperature ranges from -20 to +60 degrees Celsius and up to heights of 4000 metres.

Rotary Tables for Buffering, Singulation, and Manual Removal: Rotary tables are versatile systems used in production automation for buffering, singulating, or manually removing workpieces. They offer an efficient solution for storing, separating, or preparing workpieces for further processing. The workpieces are picked up by a rotating, specially coated disc and precisely guided to the inside of the disc by the deflector at the disc&#39;s edge. This ensures high process speeds, as a free space is immediately available for the next workpiece after one is removed. Advantages of rotary tables: Reduced workpiece movement: The rotational speed can be individually adjusted to ensure minimal workpiece movement, thus enabling precise work processes. Efficient buffering and singulation: Ideal for singulating workpieces and efficient intermediate storage in production lines. Manual removal: The rotary table function allows workpieces to be removed and processed quickly and safely. Special standard features: Height adjustment via hydraulic feet: Enables flexible height adjustment to adapt to different production conditions. Quick-release flap: For fast removal and emptying of workpieces. Adjustable speed: The speed can be adjusted as needed to ensure optimal workpiece conveying. PU-coated rotary table: The rotary table is equipped with a polyurethane (PU) coating, which enables particularly gentle and quiet workpiece conveying. Drive disc diameter (standard sizes): 400 mm, 600 mm, 800 mm, 1000 mm. Other sizes are available upon request.

Print and apply system with a capacity of 80 labels per minute. Depending on the label size, 75 labels can be applied with a 50x30mm label format and a 250mm stroke. Labeling can be performed in a stationary or continuous motion mode. The label is applied without contact with the product. Products of varying heights from 2mm to 300mm can be labeled. Additional applicator sizes and vacuum platen sizes are available and can be customized according to customer requirements. The system can be equipped with digital I/O interfaces, potential-free contacts, and other bus systems.

Like a spider in its web A unique four-axis design makes the Epson Spider extremely compact and incredibly fast. Its outstanding precision means it can reach 100% of the positions in its action field, offering you everything you need for efficient production. Closing the gap The tool axis is positioned centrally over the production area, allowing the Epson Spider to reach with ‘short cut’ movements, every point of the cylindrical work area directly, whilst requiring very little space. In conventional SCARA robots, the work area design is kidney shaped, known as ‘dead space’ and an outward robot arm orientation means that travel paths are longer. The Epson Spider does not have any dead space, resulting in more efficient and productive travel paths.

The SF lifting column is ideal for height-adjustable assembly workstations with two table legs that do not require a load capacity of more than 200 kg. It can be moved up and down with a lifting speed of 20 mm/s. The SF lifting column consists of a colourless anodised aluminium profile.

The mounting grooves on 4 sides (width 8 mm) allow the attackment of traverses, intermediate shelves and superstructures on the entire length of the leg. The SK system is used for assembly tables, assembly systems, office desks and in general furniture and machine construction. The SK lifting column consists of two colorless anodized aluminum profiles guided by plastic glides. The inner profile is moved by an internal spindle drive. Up to 4 spindle lifting columns can be connected to one control box and operated synchronously. The SK lifting column can be combined with the SL and SM lifting columns.