Exhibitor products

TRU COMPONENTS TC-13807996 DIN Rail Power Supply 48 V/DC 5 A 240 W Number of outputs: 1 x Contents: 1 pc.

TRU COMPONENTS TK4S-14RC PID temperature controller K, J, E, T, B, R, S, N, C, L, U, PL-II -199.9 to 999.9 °C SSR, relay

The TSN Analyser is a new diagnostic device in a robust design developed by eks Engel. It has been developed especially for project planning as well as commissioning, maintenance and continuous monitoring of TSN networks (Time-Sensitive Networking). In contrast to expensive laboratory devices, the TSN analyser enables a simple and cost-effective entry into the analysis of TSN data servers. This is made possible by InnoRoute's TSN technology, which has been tested in the LNI 4.0 and IIC testbeds. Among other things, the TSN analyser supports the real-time standards and procedures from the bridges and bridged network standards IEEE 802.1Q and the profile from IEEE 802.1AS, which is based on the time synchronisation specification IEEE 1588. The integrated web interface allows management and diagnostic functions to be used via a self-explanatory graphical user interface. A command line interface (CLI) is also available. In the future, the functional scope of the TSN analyser can be individually expanded via optional software modules. For example, TSN endpoint, traffic generator and various protocol converters, such as from TSN to Profinet or Modbus-TCP, are planned.

RK Rose+Krieger is expanding its product range of aluminium (Solid Clamps) and plastic (Light Clamps) tube connectors to include a total of seven clamping elements with a size 18 ball joint. Following on from the successful acceptance of four aluminium tube connector models with a size 30 integrated ball joint on the market, three more variants with a ball joint are now complementing the Solid Clamps series. Size 18 base, angle and hinge clamps are the new additions to the range. The series of Light Clamps has also been expanded. Four new plastic tube connectors with ball joints, also size 18, are now available to complement the product range. In addition to the variants mentioned above, this also includes a sleeve clamp. All the new ball clamps have a universal connecting plate that can be rotated 360° to ensure flexible connection and feature two slotted holes and two threads. The connecting plates’ pivoting range is 60° in each case. The clamping elements can be freely adjusted and easily fixed. This makes them ideal for the construction of flexible tube structures, as well as for mounting sensors, reflectors and other elements that need to be precisely aligned or readjusted more frequently, depending on the production requirements and product. A special surface coating on the ball joint makes for a high-strength clamping connection. Features: can be pivoted freely by 60°/can be rotated 360° can be combined with size 18 and 30 tube connectors the clamps feature a universal connecting plate for flexible integration high-strength clamping thanks to special finishes

Maximum flexibility: LED light with 360° rotation, versatile voltages, smart sensors and high safety.

TURN-KEY SYSTEMS Complete Systems – That’s what we do Since decades we have been a reliable partner when it comes to ready-to-use complete systems. Thousands of our realized systems are in use worldwide. Each of them customized/adapted to the individual customer application. Whether it is a simple or a highly complex system - we offer ready-to-install assemblies for almost every application. As a member of the TSUBAKI Group we are part of a globally operating group. Thus we offer our customers and partners the international presence of a global player combined with the flexibility of a mid-size company. Applicable for all systems: - made from high-quality components - perfectly matched/attuned to one another - optimized lead times - delivery just-in-time - complete systems from simple to complex While we take care – you can relax Our experts develop together with you the technical solution for your product. This includes the correct selection of individual parts and the procurement of purchased parts. Because the smooth interplay of all components is essential for a flawlessly functioning system. The result: a customized complete system that consists of up to a several hundred single components. We assist you with: - Comprehensive consulting during planning - Support during configuration - Creating individual cable layout - Engineering for precise interfaces - Tailor-made system to customer requirements - Procurement of all components - Professional supervision during the entire project - Only one contact – throughout the project

Linear position transducer with multivariable TWIIST technology

This electronic module was developed to control two hydraulic positioning axes. Both axes can be controlled completely independently or in synchronism via a field bus. The differential outputs are designed to control continuous valves with integrated or external electronics (differential input). Alternatively, the output signal can be parameterized to 4…20 mA. The module is intended for the connection of analogue position sensors 0…10 V or 4…20 mA (scalable) or digital SSI position sensors. The internal monitoring signals errors and operating states to the higher-level control. Operational readiness is signaled via a switching output. Typical applications: positioning controls or synchronous controls with hydraulic axes. Features • Two independent positioning axes • Can be combined for synchronization control • Setpoint specification, actual value feedback, control byte and status byte via a fieldbus interface • SSI sensor interface or analog sensor interface (0… 10 V or 4… 20 mA) • Simple and user-friendly scaling of the sensors • Speed resolution 0.005 mm/s • Principle of path-dependent braking for robust positioning • Highly precise positioning • Advanced control technology with PT1 controller, drift compensation and fine positioning • Superimposed synchronization controller as PT1 (optimal for hydraulic applications) • Optimal use with zero-cut control valves • Master / slave or mean value control • Error diagnostics and advanced function testing • Simplified parameterization with WPC-300 software

Safe operation of machines and systems. CAPTRON is the pioneer of the first capacitive two-hand control with safety category 4 (PLe according to EN ISO 13849-1). The safeCAP series offers maximum safety when operating machines with a high risk of injury - e.g. presses or punches. Force-free operation - noticeable relief in everyday life The capacitive buttons respond absolutely reliably to touch - even when wearing disposable or work gloves. This ensures ergonomic operation that is easy on the joints, especially with frequent repetition. Extremely durable - no failures, no replacement necessary The switches are fully encapsulated and resistant to water, oil, dust and impact. The capacitive technology is wear-free - ideal for continuous use. Maintenance benefits from permanently reliable function without the need for regular replacement.

Witte Technology manufactures customised self-adhesive labels, type plates and power rating plates on rolls, sheets or as individual plates in accordance with your requirements and specifications. A wide range of self-adhesive products are available, depending on the purpose of use. Type plates and labels for any application: - for difficult surfaces such as low-energy surfaces, e.g. - Polyethylene - Polypropylene - Structured surfaces such as hammer finish paint - Surfaces containing oil - With non-transferable film if there is a risk of forgery – cannot be removed without being destroyed and therefore not reusable - In the event of excessive stress cause by UV light or the effects of the weather - In the event of excessive mechanical stress - In the event of contact with solvents or chemicals - In extreme temperatures - Automatic - Unlimited variety of customer-specific colours - Post-inscription with a thermal transfer printer or laser printer possible - also with subsequent surface protection (e.g. lacquer protection) Complicated applications can be checked our in our own material testing area , in order to specify suitable materials or carry out testing in accordance with required standards.

For modern IoT applications, automation technology needs to be increasingly more powerful and adaptable. u-mation offers a coordinated hardware portfolio designed for the future-proof preparation of your machines and systems. • u-control 2000 is one of the most compact and state-of-the-art control systems on the market and is the centrepiece of our hardware portfolio. • The controllers modular design is based on the remote I/O system u-remote, and allows for needs-based expansion to include other components from the u-mation family

• Compact sensor with 12.9 x 23 x 32.2 mm • Enhanced functions, such as sonic cone adjustment, moving-average filter, or disruption filter • Best-in-class blind zone of 15 mm • Sensing distances up to 500 mm

BTF Series • Ultra-thin size of only 3.7 mm • Various detection methods and detection distances - Through-beam type: 500 mm / 1 m - Diffuse reflective type: 30 mm / 100 mm - BGS reflective type: 15 mm / 30 mm • Stable and consistent detection • Maximum detection distance: 1 m (through-beam type) • Operation indicator (yellow LED) and stability indicator (green LED) BTS Series • Ultra-slim width of only 7.2 mm • Various detection methods and detection distances - Through-beam type: 500 mm / 1 m / 3 m - Retroreflective type: 200 mm - Diffuse reflective type: 200 mm - BGS reflective type: 15 mm / 30 mm / 50 mm • Stable and consistent detection • Maximum detection distance: 3 m (through-beam type) • Operation indicator (yellow LED) and stability indicator (green LED)

Kleine lüfterlose Box mit großer Leistung: Intel N97 Prozessor mit 4 Cores und 4 Threads

Ultrasonic sensors offer versatile applications for detecting transparent, dark, glossy, reflective or porous surfaces as well as detecting objects or liquids, even under adverse conditions such as contamination, dust, mist or ambient light. The measurement is carried out by transmitting and receiving ultrasonic waves, the results of which are either output as an analog or switching output or transmitted via IO-Link. The sensors can be used in various operating modes, such as synchronous, multiplex, reflex or throughbeam mode. In synchronous mode, up to 40 sensors can be used together depending on the sensor type and thus cover a larger area. Multiplex mode prevents mutual interference between adjacent or opposing sensors. Depending on the application, ultrasonic sensors are available in different housing formats, from the space-saving cylindrical or cubic format to the fork format.