RFU61x

UHF transponder identification using a compact RFID read/write device for short sensing ranges
The RFU61x is the smallest read/write device in the UHF portfolio from SICK. It is perfectly suited for IoT applications directly on the workpiece or component. The RFU61x therefore rounds out the UHF product portfolio from SICK by enabling continuous identification along the entire value chain. The interfaces of the RFU61x enable direct connection of a trigger sensor, whereby the RFU61x can be used as a remote, self-supporting unit. Thanks to the integrated process logic, data can be processed directly in the RFU61x and passed onto the controller or IT systems. Like the other Ethernet-based RFU devices, the RFU61x can also be programmed according to individual requirements using the SICK AppSpace eco-system.

RFU61x AT A GLANCE
Benefits
-Versatile application possibilities due to small size
-Quick and low-cost installation thanks to direct connection option for trigger sensors
-Very little programming work needed in the control thanks to process logics integrated in the device
-Easy configuration through SOPAS ET saves time and costs for testing and commissioning
-Simple connection with M12 cable for IO-Link variants
-Depending on the device variant, SICK AppSpace offers a high level of flexibility when programming individualized software solutions
-Rugged design for reliable operation, even in tough industrial environments

Features
-Extremely compact design
-Scanning range up to 0.5 m
-Connection option for trigger sensors
-Flexible interface concept (e.g. PROFINET, EtherNet/IPTM, OPC-UA, IO-Link (via IO-Link master))
-Integrated antenna and data processing
-Configuration via SOPAS ET
-Ethernet-based variants: Compatible with SICK AppSpace
-Rugged design (IP67)

ADVANTAGES
Complete transparency with the RFU family
Continuous and company-wide identification with a single technology is now possible for the first time. The RFU61x achieves complete transparency in production and logistics processes – from component assembly to the shipment of the end product. The foundation for this is UHF RFID technology: IIoT applications with scanning ranges of 0 to 10 m, bulk reading and resistance to interfering factors such as light, dirt and dust. A direct line of sight to the data card is also not required.

Continuous identification solution for production and logistics process

SICK supports the planning and design of the read/write stations and helps to select a suitable transponder. A worldwide network of service technicians is available for commissioning at the customer site.


SICK supports the planning and design of the read/write stations and helps to select a suitable transponder. A worldwide network of service technicians is available for commissioning at the customer site.


SICK supports the planning and design of the read/write stations and helps to select a suitable transponder. A worldwide network of service technicians is available for commissioning at the customer site.

The RFU61x RFID read/write device, part of the RFID identification solutions from SICK, is allowing for full transparency along the entire value chain for the first time - and all with one technology

Intelligent UHF RFID identification in the smallest of spaces
The RFU61x is the smallest RFID read/write device of its type. It is optimally suited for IIoT applications for identifying workpieces or components. Diverse interfaces allow for the direct connection of trigger sensors. Intelligent data processing is already integrated. The RFU61x can therefore be used as a self-sufficient remote unit.


The RFU61x is optimally suited for applications with small installation spaces. Despite its compact dimensions, it offers the advantages of UHF technology.


The direct connection of a trigger sensor enables quick and easy commissioning.


The integrated process logic cleverly processes read data for all target systems from the control to the cloud.

The compact RFU61x is optimally suited for applications which do not offer much installation space. The sensor independently performs the triggering, reading and writing as well as processing of data.

IO-Link
SICK is a co-founder of IO-Link and offers a very broad range of IO-Link products. Together with many other sensors and actuators, identification solutions from SICK use IO-Link interfaces to generate and receive data and information that go beyond conventional switching signals or measured process parameters. Here you will learn how you can use different sensors combined with the IO-Link Master.

Your advantages at a glance

Increases system productivity
Integration of the sensors at the fieldbus level enables continuous communication up to the cloud. It also allows sensor data to be stored centrally and called up as needed, which is a good basis for increasing system productivity.


Wide range of solutions
The range of solutions from SICK includes many different devices with IO-Link. This enables a uniform communication infrastructure. In addition to the sensors, IO-Link Masters and other software from SICK also play a key role.


Quick and easy device replacement
Easy device exchange due to automated device identification: When using IO-Link devices in connection with the IO-Link Master, device parameters can be transmitted to replacement devices quickly and easily. Specially trained staff, additional tools or instructions are not required.

With point-to-point communication protocols, IO-Link ensures seamless sensor integration into automation networks. This creates the basis for data transparency down to the lowest field level. This opens up new approaches for digitalization. The data obtained helps to increase flexibility, reliability and efficiency and makes it possible to reduce costs in your plant.

SICK LifeTime Services
SICK’s services increase machine and plant productivity, enhance the safety of people all over the world, provide a solid foundation for a sustainable business operation, and protect investment goods. In addition to its usual consulting services, SICK provides direct on-site support during the conceptual design and commissioning phases as well as during operation.
The range of services not only covers aspects like maintenance and inspection, but also includes performance checks as well as upgrades and retrofits. Modular or customized service contracts extend the service life of plants and therefore increase their availability. If faults occur or limit values are exceeded, these are detected at all times by the corresponding sensors and systems.

Consulting and design
Application-specific advice on the product, its integration and the application itself.


Commissioning and maintenance
Application-optimized and sustainable ─ thanks to professional commissioning and maintenance by a trained SICK service technician.


Service contracts
Extended warranty, SICK Remote Service, 24-hour helpdesk, maintenance, availability guarantees and other modular components can be individually combined on request.