Exhibitor products

Industrial routers for safety-critical applications

EUCHNER combines its proven and robust safety switches and safety gate systems with the advantages of safe, standardised communication via IO-Link Safety. Thanks to comprehensive data availability, the products enable easy installation, maintenance and smooth device replacement. You benefit from: - Secure identification and transmission of the actuator ID and key data (SIL3 / PL e) - Uniform interface for switches, interlocks and safety gate systems - Reduced planning and installation effort - Fewer switch variants thanks to flexible conversion of the coding level via the IO-Link setup - Easy device replacement - Detailed status and fault diagnosis in real time

SES-STERLING presents its new product: the self-closing textile split braided sleeving PLIOSIL WS. It is distinguished by a new opening system, easier assembly of the electrical harnesses and improved support. Split sleeving with overlap: PLIOSIL WS Its characteristics • material: polyester • colour: black • diameters: from 5 to 50 mm • operating temperatures: -50 to +150 °C • fire resistance: V0 UL94, halogen-free Fields of application • automotive industry • railway industry • electronics industry Special features of the PLIOSIL WS sleeving The product has the particularity of opening while allowing a clean closing thanks to its self-closing system. This new feature makes it possible to improve efficiency. Due to its opening, the sheath allows the assembly and maintenance of electrical harnesses and also branches, while adapting to their irregular shapes without stiffening them. It is possible to assemble electrical harnesses before or after connection.

The 23SY-Ei-UHP series pressure transmitters are designed for ultra-high purity applications and come with Ex-ia

Monitoring and control portal

Our sensor cables ensure precise, interference-free signal transmission. Tailored to sensor and measurement systems, they offer flexibility, durability, and outstanding reliability in industrial applications.

Various types of sensors used for a wide range of applications, such as presence/absence or differentiation of parts. Photoelectric sensors: Presence detection of test objects by means of LED light source. Photoelectric sensors are used for presence detection or part discrimination. Distance- or intensity-based detection makes it possible to distinguish between weakly reflective objects as well as highly reflective objects (e.g. metals). Fibre optic sensors: Fast and reliable detection using fibre optics for a wide range of applications. The fibre optic sensors are particularly user-friendly and easy to operate. The large selection of fibre optics means that the right sensor can be found for every application and environmental condition. Laser Sensors: Large Detection Distance for Presence Detection Using Visible Focused Laser Light Beam. KEYENCE has a variety of laser sensors that can detect components based on intensity or distance. Depending on the model, the sensors are available as all-in-one or with a separate evaluation unit. Inductive sensors: Presence detection of ferrous and non-ferrous metal objects. The fast, high-precision detection enables 24-hour monitoring of plants and products and prevents the production of rejects from the outset. Network communication units: Monitor and control sensors via Profinet, EtherNet/IP™, EtherCAT and other protocols. By using KEYENCE network communication units, you simplify the integration of sensor data into the machine control system and can reduce the wiring effort. By comparing multiple processes in parallel, it is possible to detect potential problems before they occur.

A NEW ERA IN DRIVE TECHNOLOGY: Capture your drivetrain data with utmost precision. Sensor integration redefined: R+W’s coupling solution enables precise acquisition of torque, speed, and temperature directly in the drivetrain. In response to rising demands driven by digitalization, automation, and IIoT, the iFlange system offers a future-ready solution already available today. Wireless data transmission via Bluetooth to gateway or app is combined with modular coupling configurations and a comprehensive range of accessories.

The heart of every measurement solution: pressure, force, acceleration, torque or optical sensors from Kistler.

Immer mehr Technologien nutzen die Intelligenz von Sensoren. Die maschinellen Sinnesorgane sorgen nicht nur dafür, dass unser Alltag smart wird, sondern heben auch industrielle Prozesse auf ein neues Effizienzlevel. Jedoch stößt auch der leistungsfähigste Sensor an Grenzen, wenn er äußeren Störungsfaktoren schutzlos ausgesetzt ist. Durchdachte Gehäuse erhalten die Funktionalität der Sensoren und stellen so sicher, dass sich die Investition in IIoT-Technologie für Unternehmen auf dem Weg in die Industrie 4.0 nicht nur kurzfristig, sondern auch langfristig lohnt.

Sensorless standstill monitoring The sensorless standstill monitor UG 9146 from the VARIMETER series is used for sensorless monitoring of electric motors for standstill. This means sensors such as encoders or proximity switches are not required. The standstill monitor measures the induced voltage of the coasting motor. If the induced voltage approaches 0, this means motor standstill for the device and the output relay is activated. With a width of only 22.5 mm, the UG 9146 can be installed in switch cabinets with limited space as well as in retrofit applications. - Simple retrofitting as sensorless - No external initiators required - Space-saving in the switch cabinet due to a width of only 22.5 mm

With a broad sensor portfolio, we cover a wide range of tasks in industrial data acquisition and process monitoring.

Rotary Encoder in stainless steel housing with industrial Ethernet

The SentroBlender is a compact unit operation simulator for method development with minimal material usage. It is fully compatible with the SentroPAT BU II and SentroPAT DA NIR process spectrometers. The device features a 4-inch hygienic flange with sapphire windows, identical to those in standard process equipment. With consistent optical properties, methods developed on the SentroBlender can be seamlessly transferred to production-scale equipment. Its ability to perform precise quantitative analyses using just a few grams of material makes it ideal for rapid, resource-efficient NIR method development.