Exhibitor products

Our HSB-sigma® portal linear units are the lighter and more streamlined alternative to the HSB-gamma® series – ideal for multi-axis systems where efficiency and reduced weight are key. Each HSB-sigma® unit is built around a closed, high-rigidity aluminum profile developed in-house and equipped with an integrated HSB roller guide. The optimized arrangement of the hardened guide strips allows the carriage to absorb forces almost equally from all directions, ensuring balanced performance and dependable stability. The HSB-sigma® series is available in four sizes, from HSB-sigma® 70 to HSB-sigma® 160. A range of drive options is offered to meet practical requirements and enable flexible system configurations.

Different switch brackets and position detections are available for the workpiece carrier detection and for area monitoring in transfer systems. Switch brackets are available as an accessory for many stop module types. The switch bracket used to hold inductive proximity switches M12x1, for inquiry of workpiece carrier position. For the navigation of the workpiece carrier in a transfer system it is important to know whether a workpiece carrier is present at the stop gate and how many workpiece carriers are piled up at the stop module. If a stop module lowers and releases the workpiece carrier, it is important to know when the stop module can rise up into the upper blocking position again to stop the next workpiece carriers. All these queries can be done with proximity switches, mounted in the switch brackets. With the position detection ASW a region of a conveyor path is queried. When a workpiece carrier is in contact with the ASW, an inductive proximity switch M12x1 is actuated. The workpiece carrier actuates the ASW through its geometric shape. The position detection ASW usually is used after lift-transverse units.

Positioning, lifting and indexing the workpiece carrier The fastest and most precise of their kind: stroke positioning units for exact, vertical lifting and indexing of workpiece carriers. Attachment of electronic switches in T-slots, which signal the upper and lower position. Hole for attaching variable indexing bolts, depending on the application and workpiece carrier. The indexing function is pneumatic. Available in pneumatic and electric versions.

Our PPVK push-in potential distribution terminals offer the ideal solution for avoiding incorrect wiring in the power supply within the control cabinet, especially when there are a large number of cables. They enable structured and clear power distribution within AC and DC control circuits. Thanks to their compact design and reduced wiring requirements, the power supply for your equipment in the control cabinet can be implemented easily, efficiently, and in a space-saving manner.

** Volumetric proportioning and mixing system for 2-component resins ** The volumetric dosing and mixing system from DAV Tech offers a flexible and highly precise solution for dosing versatile 2-component resins. Fluids such as polyurethane, epoxy, and silicone resins are taken directly from the original containers—including agitation, recirculation, and thermal control, as well as level monitoring with alarm. The GP gear pumps ensure precise volumetric dosing, while the DA2K valve enables immediate start and stop. The integrated control unit manages all process parameters – including dosing modes (e.g., jog, fill mode), automatic flushing, and multi-program functionality. Operation is via a multilingual graphic panel. Remote support is available via tele-assistance. Pressure sensors at the inlet and outlet ensure seamless process control. This modular plug-and-play approach is ideal for precise, safe, and efficient dosing and potting processes in industry, especially when processing two-component resins.

### Product Description – Universal Power Amplifier PAM-199 The PAM-199 module is designed for controlling directional valves with two solenoids or one/two independent pressure and throttle valves, each with one solenoid. With a variety of adjustable parameters, it offers optimal adaptation to different valves. The integrated power amplifier, featuring a cycle time of just 0.125 ms, ensures a robust, space-saving, and cost-effective solution. **Key Features:** - **Modes 195/196/197:** Configurable for directional, throttle/pressure, or proportional valves. Controlled via analog signals (+/- 10 V, 0…10 V, 4…20 mA with cable break monitoring). - **Flexibility:** Up to eight setpoints and ramps selectable via digital inputs. - **Regulation & Protection:** Output current independent of power supply and solenoid resistance. Short-circuit proof, with cable break monitoring and automatic power stage shutdown in case of faults. - **Advanced Parameterization:** Programmable RAMP, MIN/MAX, DITHER (frequency/amplitude), PWM frequency, and valve characteristic linearization via 10 setpoints. **Typical Applications:** Control of directional, throttle, and pressure valves from all leading manufacturers (e.g., Bosch Rexroth, Bucher, Parker). Particularly suitable for applications requiring high precision and flexibility. **Specifications:** - One module for all applications - DNV GL certification for maritime use - Compact design with reproducible digital settings - Analog and digital inputs, freely scalable - Fault diagnostics and advanced functionality monitoring - Parameterization via WPC software With an output current of up to 2.6 A and user-friendly configuration, the PAM-199 is the ideal solution for versatile proportional valve control systems.

This module is used to control the slide position in proportional valves with electrical feedback. Various setting parameters enable optimal adaptation to the respective valve. The control circuit works with a control cycle time of 1 ms and the integrated power output stage with a cycle time of 0.125 ms for the solenoid current control. The setpoint and the actual value are read in via freely scalable analog inputs (range 0... 10V or -10V...10V or 4... 20mA). The output current is regulated and therefore independent of the supply voltage and the solenoid resistance. The output stage is monitored for cable breakage and switches off the output stage in the event of a fault. The operation is simple and problem-oriented, which ensures a very short training period. Features • Position control for proportional directional valves • Compact design • Digital reproducible setting • Freely scalable analog inputs • PID controller with pre-control • Control of continuous valves with one or two magnets • Free parameterization of ramps, MIN and MAX, dither (frequency, amplitude) and PWM frequency • Characteristic curve linearization • Output current can be parameterized up to 2.6 A • Application-oriented parameterization • Error diagnostics and extended function testing • Setting via USB with WPC-300 software

Power and Energy Solutions It is the goal of any company to increase its energy efficiency and take appropriate measures to reduce the energy consumption of its automation systems without affecting the high degree of availability of processes, production, and machine cells. Ideally, intelligent management of power supply output and energy will increase the availability of systems and machines. Moving towards the modular factory Increasing customer and market demands are changing the layout of factories, resulting in more modules, more flexibility, more automation and fewer rigid structures. This means that automation technology and energy management must also take account of these developments with new technologies. When it comes to power supply, we offer you the perfect power supply and energy management system for your Industry 4.0 production line. This enables you to take the measures necessary to make better use of energy in your production operations. At the same time, the energy management system must ensure full transparency and detailed monitoring of power supply data and consumption data.

GridVis®: Using energy data correctly - lower your energy costs

Reliable all-pole disconnection Power Interlocking enables a switchdisconnector to be integrated into the SAFEMASTER STS safety switch and key transfer system. It enables direct, all-pole disconnection and safety-related interlocking of the power supply to machines and plants. The safety system thus protects people when entering a danger zone. Thanks to its simple design, Power Interlocking, in combination with other SAFEMASTER STS modules, provides wireless, purely mechanical protection for safety doors without the need for an additional control level. - For safety applications up to PL e / Cat. 4 - Safe restart interlock by interlocking the power supply - Suitable for rough environmental conditions thanks to stainless steel design

In a world where energy costs are rising and the demand for productivity is constantly growing, a reliable energy supply is increasingly becoming a decisive success factor for mechanical and plant engineering. Downtime can quickly lead to high costs and jeopardize a company's reputation. The challenges faced by machine builders and plant operators are diverse and complex. With our portfolio, we offer you tailor-made solutions that maintain your energy supply reliably and continuously. We help you to maximize your plant availability and make your processes more efficient - through innovative technologies and practice-oriented services. Our aim is to maximize your system availability and make your production processes reliable, safe and efficient.

Our power supplies provide compact and robust solutions for a reliable power supply.

Special features: - Single-tooth winding with perfectly matched magnet design for high power density - optional single-cable interface with DSL port - moulded stator - (6-) 10-pole - UL certification in preparation Advantages: - extremely compact design - optional operation with forced cooling fan for increased performance Fields of application: - Plastics processing - robotics - special machine construction - Autonomous transport systems - Energy-efficient drives

PowerXL DX1 is a high-performance closed loop adjustable frequency drive that will target high precision speed/torque/position control applications across several industry segments. DX1 is part of PowerXL series of VFDs with the ability to control induction, permanent-magnet and synchron-reluctance motors. It supports open-loop or closed-loop modes, including synchronized multi-axis configurations. The PowerXL DX1 is offered in 6 frame sizes up to 132 kW / 200 HP constant torque, 160 kW / 250 HP variable torque. DX1 defines a new class of user experience, functional safety and cyber security, delivering the highest available classes for each section, combined in a single device.

PP20H – Pressure sensor with hygienic connection • 3-A sanitary standards, FDA-compliant, EHEDG-certified • CIP-capable • Space-saving installations from DN 25 on • Absolute pressure, relative pressure, and vacuum measurement • IO-Link dual channel for easy commissioning and capturing of valuable additional data • Pressure measurement range -1 ... 40 bar PP20S – Pressure sensor with industrial connection • Suitable for all kind of industrial application • Frontflush pressure connection available for requirements of water applications and high viscosity media • Standard use from -1 to 400 bar • High accuracy over a wide temperature range (-40 … 125 °C) due to active compensated temperature compensation • Robust and Compact stainless housing for harsh environment conditions • Abrasive resistant due to ceramic measurement cell • Relative pressure and vacuum measurement • Programmable by the FlexProgrammer 9701