Exhibitor products

The switch is suitable for DIN rail mounting and is very easy to integrate into your network. Once plugged in, it is immediately ready for operation thanks to the simple plug & play installation. No configuration is necessary. The 8-port unmanaged Ethernet switch is suitable for PROFINET networks. The LLPD (neighbourhood detection) and PTCP (time synchronisation) functions are handled correctly with the switch in accordance with the PROFINET standard. The unmanaged Ethernet switch therefore complies with PROFINET Conformance Class A. Connect up to 8 Ethernet devices at 10 or 100 Mbit/s or new: 1 Gbit.

The unmanaged Ethernet switch impresses with its lightweight yet robust design. Thanks to its ultra-compact and space-saving design, it is also suitable for control cabinets with limited space, such as those found on extensive conveyor belt systems in the field. The FLEXtra SLIM Switch is suitable for mounting on a top-hat rail and can be easily integrated into your network. Once plugged in, it is immediately ready for operation thanks to its simple plug & play installation. No configuration is necessary. In addition to 6 RJ45 ports for up to 1 Gbit, there are also 2 SFP ports for fibre optic connections with up to 1 GBit. The Ethernet switch is suitable for PROFINET networks. The LLPD (neighbourhood detection) and PTCP (time synchronisation) functions are handled correctly by the switch in accordance with the PROFINET standard. The unmanaged Ethernet switch therefore complies with PROFINET Conformance Class A. SFP modules are not included in the scope of delivery! Store-and-Forward architecture RJ45: 10Base-T/100Base-TX/1000Base-T SFP/SFP+: 100Base-FX/1000Base-X Full-/Half-Duplex Autonegotiation Auto MDI/MDI-X (IEEE 802.3u Auto crossover support) LLDP & PTCP Delay-Traffic blocking (for PROFINET networks) PROFINET Conformance Class A Qos-Priority Queues: 8 4k MAC addres lokup table Maximum Frame Size: 9216 bytes

One of the most important functions of a managed PROFINET switch is the prioritisation of PROFINET telegram traffic in the machine network. You can integrate the switch into your automation environment as usual using a GSDML file. One of the most important functions of a managed PROFINET-Switch is the prioritizing of the PROFINET frame traffic in the machine network. The managed switch can differentiate whether the frame is a web query, an FTP file transmission, a media stream, or a PROFINET frame. In the case of a high transmission load, the important frames can thus be prioritized in order to prevent frame losses. With a GSDML file you can integrate the switch into your automation environment in the usual way. The supported PROFINET protocols, such as LLPD, DCP, or even diagnosis alarms, can be easily configured and administered. Technical advantages when using a PROFINET-Switch Prioritizing of PROFINET frames Assignment of a configuration via the device name Neighborhood detection Device exchange without programming device Ring redundancy Each port can be activated or deactivated Diagnostic messages for network problems Identification and maintenance data PROFINET Conformance Class B Integration into the automation network with GSDML file Quick, simple configuration and diagnosis via PROFINET and web interface LLPD, DCP, SNMP, diagnosis alarms VLAN Media redundancy: MRP client RSTP PROFINET Device Scanner Port mirroring Network statistics (frames and errors) Managed switch with 5 x 100 Mbps RJ45 ports Slim design

One of the most important functions of a managed PROFINET switch is the prioritisation of PROFINET telegram traffic in the machine network. You can integrate the switch into your automation environment as usual using a GSDML file. One of the most important functions of a managed PROFINET-Switch is the prioritizing of the PROFINET frame traffic in the machine network. The managed switch can differentiate whether the frame is a web query, an FTP file transmission, a media stream, or a PROFINET frame. In the case of a high transmission load, the important frames can thus be prioritized in order to prevent frame losses. With a GSDML file you can integrate the switch into your automation environment in the usual way. The supported PROFINET protocols, such as LLPD, DCP, or even diagnosis alarms, can be easily configured and administered. Technical advantages when using a PROFINET-Switch Prioritizing of PROFINET frames Assignment of a configuration via the device name Neighborhood detection Device exchange without programming device Ring redundancy Each port can be activated or deactivated Diagnostic messages for network problems Identification and maintenance data PROFINET Conformance Class B Integration into the automation network with GSDML file Quick, simple configuration and diagnosis via PROFINET and web interface LLPD, DCP, SNMP, diagnosis alarms VLAN Media redundancy: MRP client RSTP PROFINET Device Scanner Port mirroring Network statistics (frames and errors) Managed switch with 8 x 100 Mbps RJ45 ports Slim design

FLEXtra SLIM SPE-Switch, unmanaged 4x SPE, 2x RJ45 The Helmholz "FLEXtra SLIM SPE-Switch, unmanaged, 6-Port" is suitable for installation on a DIN rail and connects up to 4 Ethernet devices via SPE with 10 Mbit and 2 Ethernet devices with up to 1000 Mbps via RJ45. The FLEXtra SLIM SPE switch is also suitable for PROFINET networks. The LLPD (neighbourhood detection) and PTCP (time synchronization) functions are handled correctly with the switch in accordance with the PROFINET standard. The FLEXtra SLIM SPE switch therefore complies with PROFINET Conformance Class A. With the 10Mbit SPE standard "T1L", cable lengths of up to 1000m are possible, 10 times longer than with standard Ethernet. The compact, industrial-grade and lockable connectors of SPE cabling also reduce the space required for cabling. SPE also enables power transmission to the end device via the same cable pair. With Power over Dataline (PoDL or SPoE), energy and data are sent via one cable, with an output of up to 18 W. Connections The FLEXtra SLIM Ethernet SPE switch has 4 SPE connections (X1 P1 - X1 P4) and 2 RJ45 connections (X1 P5 & X1 P6). The switch must be supplied with 24 V DC at the wide range input "Ext. V DC 18...30 V" via the supplied connector plug. The connection (FE, ) is for the functional earth. Connect this properly to the reference potential. - 4x SPE 10Base-T1L (IEEE 802.3cg), 10 MBit, up to 1000m cable length - SPE connector according to IEC 63171-2 ("Phoenix Contact") - SPoE power classes 10, 11, 12 (SCCP); up to 8.4 W (24V) - 2x RJ45 Ethernet 100Base-TX/ 1000Base-T, up to 1Gbit - Store-and-forward architecture - Full/half duplex, autonegotiation - Auto MDI/MDI-X (IEEE 802.3u Auto crossover support) - LLDP & PTCP Delay-Traffic blocking (for PROFINET networks) - PROFINET Conformance Class A

The new Helmholz FLEXtra Ethernet switch unmanaged for up to 1000 Mbit (Gigabit) can be used for a wide range of industrial applications thanks to its very compact design. The lightweight yet robust industrial design is suitable for DIN rail mounting and is very easy to integrate into your network. Once plugged in, it is immediately ready for operation due to the simple plug & play solution. The tool-free push-in connection for the redundant power supply supports you in this. The practical design with the intelligent arrangement of the Ethernet sockets saves space in the control cabinet. The status LEDs on the top of the FLEXtra Ethernet switch, which are always clearly visible, enable easy diagnostics even when the cabling is full. The FLEXtra Ethernet switch unmanaged is suitable for PROFINET networks. The LLPD (neighbor detection) and PTCP (time synchronization) functions are handled correctly with the switch according to the PROFINET standard. The FLEXtra Ethernet switch unamanged thus complies with PROFINET Conformance Class A. With the FLEXtra Ethernet switch you can connect up to 16 Ethernet nodes with up to 1000 Mbps. Mixed operation with devices that only support 10 or 100 Mbit is possible without configuration effort. – Store-and-forward architecture – 10BASE-T/100BASE-TX/1000BASE-T – Full-/Half-Duplex – Auto negotiation – Auto MDI/MDI-X (IEEE 802.3u auto crossover support) – QoS priority queues: 8 – LLDP & PTCP delay traffic blocking (for PROFINET networks) – PROFINET Conformance Class A – 2x 16K MAC address lookup table – 2x 256 Kbyte memory for frame buffering – Up to 51 Gbps high-performance memory bandwidth – Supports Jumbo frame sizes up to 10KByte – Redundant power supply

The managed FLEXtra PROFINET switch 16 port can be used to network PROFINET components with 100 Mbps as well as Ethernet nodes with up to 1000 Mbps. Thus, communication from the control level and the machine or the mixing of Ethernet and PROFINET components in one switch is possible. PROFINET prioritization according to Conformance Class B of the machine components is always guaranteed. One of the most important functions of a PROFINET switch is the prioritization of PROFINET telegram traffic in the machine network. The managed switch can distinguish whether the telegram is a web request, an FTP file transfer, a media stream, or a PROFINET telegram. In the event of a high transmission load, the important telegrams can thus be prioritized to prevent telegram losses of the machine components. The supported PROFINET protocols, such as LLDP, DCP or diagnostic alarms, can be easily parameterized and managed. In addition to PROFINET, functions such as SNMP, NTP, VLAN, port mirroring, QoS/CoS mapping and extensive statistics are available for managing the Ethernet network. If required, the configuration can be saved on an SD card or loaded for commissioning. The practical design with the intelligent arrangement of the Ethernet sockets saves space in the control cabinet. The status LEDs on the top of the FLEXtra PROFINET switch, which are always clearly visible, allow for easy diagnostics even when fully wired. In addition, the FLEXtra PROFINET switch supports port control via inputs and port status indication via outputs. Bits in the PROFINET-IO image of the switch can be used as inputs and outputs as well as 4 digital inputs and 2 digital outputs with 24V. The assignment and the function of the inputs and outputs can be configured via the GSDML file.

Flow sensors for conductive liquids SMxx0020

FlowChief visualization systems combine maximum flexibility in the application with highest demands on reliability. With the powerful FlowChief panels and the FlowChief HMI software you have flexible applicable solutions at your disposal, which can be optimally integrated into the machine and plant construction by openness and standardization.

More and more customer applications require both fluid control and pneumatic products. Emerson is meeting this need by providing solutions with the innovation, reliability and speed to meet the needs of this burgeoning fluid automation market. This includes industry-leading products that enable low-power operation, operate at low temperatures, and have global approvals, helping customers maximize efficiency and measurably improve performance. The goal: We help customers to prepare for the future and to realize their full potential. Pneumatics from Aventics As a sales partner of Aventics GmbH, we offer you the complete pneumatics program, service and advice on all components as well as extensive support in solving your automation tasks with pneumatics Fluid control from ASCO Numatics Our extensive product range includes a wide range of solenoid valves, angle seat valves, valve islands, cylinders, filters, regulators, lubricators and accessories. ASCO's global reach accelerates time to market. Our extensive expertise turns ideas into measurable results. As our people create innovative solutions that set the industry standard by anticipating what's next.

The monitoring of flows in pipelines is done by calorimetric flow sensors for viscous liquids. The FK 12 series provides various immersion depths into the pipeline by combination of various probe lengths and mounting through bolt joint. This assures an optimal probe positioning in the media current. A spring-mounted shutter is used for small quantity measurements. A 4…20mA output signal is provided. Flow volumes from 1 to 80 liters are measurable.

Whether pressure, flow, fill level or temperature – wenglor fluid sensors reliably record all relevant values in processes with liquid or gaseous media. Highly precise measurement data and digital interfaces permit accurate process monitoring and data analysis in real time, to optimize sequences and reduce the consumption of resources. The range includes models with or without integrated temperature measurement, display versions for reading process values and sensors in stainless steel or plastic housing. Various output combinations are also available, which are equipped with an IO-Link interface depending on the variant.

In der modernen Industrie-, Medizin- und Gebäudetechnik ist die präzise Verteilung von Medien der Schlüssel zu einem wirtschaftlichen und störungsfreien Betrieb. Individuelle Medienverteilung von Engineering bis Produktion: Wir entwickeln, konstruieren und fertigen Systeme für Industrie & Medizin. Jetzt mehr erfahren!

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Distance - movement - area - speed - barrier. Measuring tasks on mobile machines require robust yet precise technologies for detecting the environment or the objects in it. Radar sensors from Pulsotronic use FMCW radar technology in the 60 GHz range (continuous wave radar) and fulfill their tasks where conventional systems such as ultrasonic or laser sensors capitulate. Virtually insensitive to environmental influences such as temperature fluctuations or soiling, radar sensors enable distance measurements, distinguish between moving and non-moving objects, detect speeds, locate objects in an area or suppress interfering background information. The sensors detect objects at distances of up to 35m with an accuracy of up to 4cm - and in an extended temperature range of -40°C to +85°C without any significant signal deviation. The extremely flat design with a height of only 15 mm enables optimum adaptation to existing external contours without disruptive geometries. Radar sensors work with an integrated antenna. Application-specific adjustments to the measuring range or aperture angle (10-140°) can be set via firmware interfaces. Optional interfaces via CAN, IO-Link or SPE (ex works) round off the universal application profile of the sensors; safety-relevant applications with an IO-Link Safety interface are also planned for the near future. The sensory performance of the radar sensors predestines them for use on agricultural machinery, industrial trucks, construction machinery or also in the field of current flow monitoring and as a component of fleet management systems.