Exhibitor products

Wheel stops are an essential safety tool for preventing vehicles from rolling away. You often see them in car parks and garages. Wheel stops are particularly useful in areas where space is limited or where there is a risk of collision with other parked vehicles or infrastructure. Installing wheel stoppers can help prevent damage to vehicles and property, as well as injury to pedestrians. They are also used to enforce parking regulations or to make optimal use of parking space. Wheel stops are, therefore, an effective and reliable solution for parking management and safety.

No, this is not the beginning of a crime story. Rather, we would like to introduce you to a new product in the ipf portfolio. Our leakage detection device for compressed air. In process automation, the use of compressed air plays an essential role. At first glance, the production of this operating resource seems uncomplicated, but including the provision of this resource, it requires an expenditure of resources that should not be underestimated. For example, compressed air must be available in a correspondingly pure form, i.e. filters must be used to clean the air (condensed water and particles) so that the system does not experience excessive wear. Nevertheless, wear and tear, but also damage, repeatedly lead to uncontrolled loss of system compressed air, which is noticeable by more or less loud hissing. Locating the leakage points of the compressed air was previously sometimes time-consuming and nerve-racking. However, the ipf leakage detector can provide considerable assistance in the search. Special microphone attachments, a headset and an integrated laser pointer allow the position of a leak to be precisely determined. Since the leakage location in a system may not be easily accessible, there are various microphone attachments available to reach even inaccessible fault locations and thus identify them specifically. However, the leakage detector not only assists in troubleshooting, but also in checking and documenting the energy balance. For example, the measured values collected on site can be stored in the device with additional information, transferred to a PC, and software can be used to create complete documentation in the sense of energy management according to ISO 50001. The leakage detector is available as a set in a handy case with complete accessories under article number UY98E266 or as a single device under article number UY000001.

The company Georg Schlegel GmbH & Co. KG expanded its control unit portfolio by two components for the radio sector. For the wireless local area network acc. to the standard IEEE 802.11 Schlegel is offering the adapter RRJ_WLU_01 with USB connector. It is designed for the specification IEEE 802.11n and thus it theoretically allows transmisson rates of up to 600 MBits/s in the frequency range of 2.4 GHz and 5 GHz. The standard IEEE 802.11n is downward compatible to IEEE 802.11g and IEEE 802.11b, thus the adapter can also be used in networks with those specifications. 64/128-bit WEP, WPA and WPA2 encoding are supported. The compact WiFi adapter has a mounting depth of only 41 mm and a USB 2.0 cable of 150 cm length for the connection to a Windows XP, Vista, 7, 8, 8.1, 10, Mac OS X or Linux system. For a considerably lower mounting depth of 27 mm Schlegel has developed the WiFi antenna RRJ_WLA_01. Same as all WiFi products, it is conform to IEEE 802.11 (a/b/g/n/ac) and acc. to IEC 60169-15 it can be connected via a SMA end launch jack. Both WiFi products are IP65 and are designed for a panel cut-out of Ø 22.3 mm and they fit the Rontron-R-Juwel range with its several design awards.

The Wire-tray trunking from PFLITSCH is the ideal solution for routing cables and conduits clearly. Its open design makes it easy to clean and is therefore particularly suitable for use in the food and pharmaceutical industries. But the use of the Wire-tray trunking is also ideal when sufficient ventilation or permanent access to the laid cables and conduits is required. Overall, this solution is characterised by a high degree of flexibility and simple installation.

Secure your project success with expert know-how Our project guide provides you with a reliable assessment of your current industrial project and whether it can be implemented using wireless radio technology. The practical traffic light system of the four "Quick Checks" gives you valuable insights into the suitability of wireless technology for your project and which solution works best for your use case. The project check summarizes our practical experience from more than 40 years in industrial wireless data transmission and offers you an important basis for finding the right technology for your project - and to reliably lead your project to success! With 4 questions towards project success for radio solutions in the industry! Download the free of charge project guide with practical quick check for your industrial wireless .project

In the industrial sector, modern radio systems connect the field level with the control level in a cost-effective and efficient way. They can be used and extended flexibly and as a result are suited for a variety of applications. They are highly robust and reliable, making them fit for use in difficult environments. They also form a key part of Industry 4.0. In the wireless I/O version, sensor and actuator signals are exchanged bidirectionally between the participating communication levels. Wireless Serial allows RS485-based bus telegrams to be transmitted. In both cases, the devices are used in lieu of cables. Matching accessories such as antennas, cables, add-on modules, etc. complete the portfolio. Product groups - Radio data transfer systems - Radio transfer systems for measuring data - Industrial transfer systems with mobile radio phone (GPRS, HSCSD, UMTS) - Wireless automation systems

Our proven BERNSTEIN switches are now also available as wireless versions – for applications that require high flexibility combined with clearly defined switching processes. Energy-efficient wireless transmission enables ranges of up to 80 metres outdoors and approximately 30 metres in industrial environments, ensuring robust, reliable signal transmission. The combination of mechanically advanced switch technology and modern wireless communication creates a solution that is precise, durable and versatile in its integration. • No cable – maximum freedom of positioning • Quick, easy installation and no cable breakage • Strong, interference-free wireless connection even in harsh industrial environments • Extremely robust – built for daily industrial use • Maintenance-free and no battery needed thanks to energy harvesting

Have you often been annoyed that the angled M12 connectors and their cable outlets point in all possible directions, just not where you would like? Have you ever had the situation where the M12 sockets were not installed in accordance with the standards? WIRflex can solve this problem! This means your M12 cables always run in the desired orientation. Simply determine the angle of the cable outlet depending on the installation position of the socket. We manufacture your cables precisely, with 359 additional options! Please feel free to speak to us during your visit to the trade fair.

Your USB-C connector isn't screwable? The screwable cable does not have the right performance or the wrong length? WIRflex can solve this problem! Your favorite USB-C cable becomes screwable. From quantity 1, if desired. Please feel free to speak to us during your visit to the trade fair.

Our hardware impresses with quality “Made in Germany”, high security standards and absolute usability. The INSYS products are ideally suited as a gateway for industrial data communication and flexibly round off your individual ecosystem.

Our hardware impresses with quality “Made in Germany”, high security standards and absolute usability. The INSYS products are ideally suited as a gateway for industrial data communication and flexibly round off your individual ecosystem.

In many work environments, a floor-standing column is simply not an option. Whether this is because floor space is limited, because passageways need to remain clear, or because the workspace changes regularly – there is a great need for an alternative solution. With the Wizard Arm Overhead, we consistently move the technology upwards: the entire system is mounted on the ceiling, on a ceiling beam or within an X/Y rail system. This removes the column from the room – and makes way for what matters most: your work. The overhead arm hovers above the work area, creating space for fast, safe and ergonomic working. All movements take place within the working radius and the rail system, so that every position can be reached precisely and reliably – whether automatically or manually. At its heart is a lightweight swivel arm made of anodised aluminium profiles, fitted with a standardised centre joint that allows for maximum mobility. This enables the arm to reach every point in the work area – effortlessly and precisely. A key feature of the Wizard Arm Overhead is its versatility: • In the X/Y direction, the system can be moved either manually or driven by intelligent electric drive modules. • The arm can be positioned smoothly within its working radius. • Up and down movement is controlled simply via the control handle on the control unit. This allows the system to be precisely tailored to on-site requirements – from simple workstations to complex production processes. It combines the advantages of a compact design with the flexibility and performance of a large system – whilst being significantly more streamlined in terms of installation, effort and space requirements. A solution, therefore, that fits in rather than getting in the way – that’s just right.

If a synchronous mains load is required or no neutral conductor is available, the devices in the DPNSW series are the right choice. The three-phase supply also provides phase redundancy within the power supply unit: If one phase fails, the output voltage of 24 V continues to be made available with reduced power. The Wöhrle DPNSW power supply series provides reliable power in the 240 W to 960 W range. The particularly slim devices also offer high space savings and very high efficiency levels to further optimise the efficiency of your systems. The DPNSW 2440 can also be connected in parallel to supply applications with a power requirement of more than 40 A. This enables a simple and uncomplicated power increase of up to several kW. This means that even higher outputs are available passively cooled on the DIN rail.

Quality made to measure for automated manufacturing. From small and light to large and stable - BLOKSMA offers customized Workpiece Carrier Systems for Automated Manufacturing. In over 2,500 individual designs!