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Compatibility: The mobile wireless receiver can be coupled with Vices of ALLMATIC Clamp assist Serie: TITAN 2 K/M/L TITAN 2-160 Scope of application: -Acquisition of the current tensions in the fully encapsulated high pressure spindle by means of an integrated, electronic measuring system and transfer to the mobile receiving unit -Independent from the jaws, the measurement system is integrated in the spindle -Clamping force is constantly monitored during its actual tension condition -Storing of the clamping forces can be called up at any time through the electronics integrated in the spindle -Power values are transmitted via radio to the mobile receiving unit (MWR) (2. 4 GHz) -MWR simultaneously and digitally displays the clamping force for up to 4 spindles in kN -The clamping force (reference power) default, set by the user, is indicated by a led at the MWR upon reaching the 90% mark -The last 200 stored clamping operations can be transferred in CSV format

Our wireless SureCross system enables simple and fast transmission of process data from the field to higher level control systems. In both versions, DX70 for simple cable replacement as well as in DX80 for a complex network, gateways communicate through radio signals with the nodes in the field and transfer the signals of the field devices to the controller.

Thanks to our many years of experience in the controls sector, you can benefit from a comprehensive range of products that also includes the right solution for even the most demanding requirements. Control your cranes, machinery and installations with our wire-connected control pendants – and utilise the wide choice of configuration options. Or profit from the maximum flexibility, safety and reliability offered by our radio controls. All of our controls give you ergonomic design, convenient operation and many opportunities to tailor the solution to meet the needs of your application.

WIRELESS FREEDOM MEETS SUPERIOR DURABILITY Building on the proven performance of Wey-TEK, the Wey-TEK HD Wireless Refrigerant Charging Scale sets a new standard for versatility, durability and accuracy in a 250 lb. capacity scale. Wey-TEK HD Wireless uses Bluetooth ® wireless technology to reliably display real-time measurements on your smartphone or tablet using the free app (on the App Store℠ or on Google Play™)*. If you prefer a dedicated handpiece, an optional wireless handpiece is available with a full color display. The app and handpiece both feature an innovative alarm mode which alarms when approaching a programmed target refrigerant charge amount, then alarms again when the target charge is reached. This allows you to walk away and multitask on the job site. Recent changes to EPA standards require logging of refrigerant. The Wey-TEK HD app includes a convenient job log feature to quickly and easily save and email spreadsheets for refrigerant tracking. For customers...

EVO remote control via 10" industrial tablet with Barcode scanner, Docking station and Backstrap The user interface of the EVO controller is mirrored 1:1, providing full access with all functions. As the data is sent over WLAN/LAN, there is no delay to the controls or display. The range complies with common WLAN/LAN standards and can therefore be easily amplified or extended. The tablet has an integrated 2D barcode or QR code scanner for user login and to access the welding programs. The tablet can be used as a mobile device and in the stationary docking station.

Provides a wireless connection between the RC5 control cubicle and personal computer for local control and firmware update.

Predictive maintenance needs measured data to the greatest possible precision. On components with moving or rotating parts, the relevant measuring points (e. g. temperature of an electric motor’s rotor or planetary gearbox bearing) sometimes cannot be accessed with wired sensors. Accordingly, the data needed for condition monitoring can be obtained only with complex calculations and estimates. However, precise and reliable measured data are obtained only when a sensor is placed directly on the moving part. For requirements of this kind we have developed NORIFID, a simple, cost effective measuring system that is based on established technologies, supplies wirelessly power by induction to a sensor on a moving part, and transmits the measured data via RFID to a fixed receiver.

• features many pre-set core temperatures • mobile receiver for great mobility - range up to 30 m • illuminated display • timer/stopwatch function • temperature shows in °C or °F • temperature range: 0°C - 250°C • incl. 4 batteries (wire: 105 mm), AAA, 1,5V

The Fluke 3563 combines a highfrequency piezoelectric sensor and insightful software analytics, enabling maintenance teams to regularly monitor and analyze vibration readings for a facility’s productioncritical assets. Its smart battery management lets maintenance pros determine the data transmission rate and adapt and extend the sensor battery’s life while still getting the data required. The sensor’s LIVEAsset Portal software application includes customizable frequency band measurements, automatically generated thresholds based on asset details, trend visualization, and frequency identification graphs. These views enable users to determine which fault is causing a problem to an asset and the cause of the fault. With this analysis, users can evaluate critical nextstep actions to take. The result is extended peak operating performance and more efficient maintenance team use – delivering increased business value from maintenance operations.

The SenseCeiver Wireless Sensor Gateway has been developed specifically for industrial 4-20mA sensors and by using energy-saving components excellent energy efficiency was achieved. It has thanks to its optimized hardware and software a particularly long battery life and also enables a solar operation. Measure and monitor via the galvanic isolated electrically input for sensors everything you need for your IoT applications. Wireless Sensor Gateway has an additional 12V battery connector to also be able to supply the industrial sensor with voltage. Data can be sent by SMS or GPRS to a device of your choice or to a cloud. It uses a dual-band GPRS modem. The Wireless Sensor Gateway can reach up to 6 months continuous operation on battery power with a 1.35AH battery under optimum working conditions. The Wireless Sensor Gateway switches to sleep mode after sending data which is controlled by a Microchip PIC. The data are sent at preset intervals via HTTP or SMS. The Wireless Sensor...

The Wireless Sensor Gateway has been developed specifically for industrial 4-20mA sensors and by using energy-saving components excellent energy efficiency was achieved. It has thanks to its optimized hardware and software a particularly long battery life and also enables a solar operation. Measure and monitor via the galvanic isolated electrically input for sensors everything you need for your IoT applications. Wireless Sensor Gateway has an additional 12V battery connector to also be able to supply the industrial sensor with voltage. Data can be sent by SMS or GPRS to a device of your choice or to a cloud. It uses a dual-band GPRS modem. The Wireless Sensor Gateway can reach up to 6 months continuous operation on battery power with a 1.35AH battery under optimum working conditions. The Wireless Sensor Gateway switches to sleep mode after sending data which is controlled by a Microchip PIC. The data are sent at preset intervals via HTTP or SMS. The Wireless Sensor Gateway can be...

The contactless charging solution for AGV’s, robots and forklifts in industrial environments. Simply stopping your vehicle at the charging position will start your charging process. Thanks to the contact free design, the system may be installed whereever your process requires. There are no trip hazards and charging will start within less than a second. For optimized charging of Lithium batteries a CAN-interface to communicate with your vehicle components is part of the system.

As a system provider of charging and storage technology, we are presenting our inductive fast charging system etaLINK 12000 for the first time on these pages. The solution enables in-process charging of the lithium-ion batteries of driverless transport systems (AGVs / AGVs), industrial trucks (FFZ) and mobile robots. Loading processes can be flexibly integrated into the intralogistic processes. The scalable energy solution is the world’s first contactless battery charging system with an output of 12 kW and an efficiency of 93%. The result is fully automated charging processes and vehicle availability increased by up to 30%.