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RF Identification Systems RFID RFU61x - SICK
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 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.
RF Identification Systems RFID RFU62x - SICK
Increasingly, global networks are replacing closed added-value chains. The goal here is to achieve best possible efficiency over the entire production and distribution path by means of gap-free data transparency. This is possible using RFID technology (Radio Frequency Identification), which is today defining the trends in contemporary factory and logistics automation. This is how it works: a memory chip that is identified per radio frequency is
attached to an object. The data on the chip can be output and re-written as required.
The RFU62x is a UHF RFID read/write device suitable for scanning ranges of up to 1 m. Transponder communication is compliant with the ISO/IEC 18000-6C (EPC Class 1 Gen 2) standard. The device can be configured to operate from the SOPAS user interface or by sending ASCII commands directly. The well-defined, characteristic read/write range
is particularly well-suited for automatic identification over small object distances, e.g., in conveyor technique.
attached to an object. The data on the chip can be output and re-written as required.
The RFU62x is a UHF RFID read/write device suitable for scanning ranges of up to 1 m. Transponder communication is compliant with the ISO/IEC 18000-6C (EPC Class 1 Gen 2) standard. The device can be configured to operate from the SOPAS user interface or by sending ASCII commands directly. The well-defined, characteristic read/write range
is particularly well-suited for automatic identification over small object distances, e.g., in conveyor technique.
RF identification systems RFU63x - SICK
The RFU63x is an ultra-high frequency (UHF) RFID solution for industrial environments.
Via integrated application management software, the RFU63x is able to solve common industrial applications without any external “middleware” and can, therefore, be used as a standalone solution. This is possible due to an integrated filter and data management system. With IDpro compatibility,
the RFU63x is easy and cost-efficient to integrate in common industrial environments.
Different options for parameter cloning between systems (e.g., integrated MicroSD card feature) reduce maintenance time. The integrated feedback LED can be used to read diagnostic or process feedback.
Via integrated application management software, the RFU63x is able to solve common industrial applications without any external “middleware” and can, therefore, be used as a standalone solution. This is possible due to an integrated filter and data management system. With IDpro compatibility,
the RFU63x is easy and cost-efficient to integrate in common industrial environments.
Different options for parameter cloning between systems (e.g., integrated MicroSD card feature) reduce maintenance time. The integrated feedback LED can be used to read diagnostic or process feedback.
RFID identification systems RFH6xx – SICK
Radio-based RFID technologies in the HF (High Frequency) and UHF (Ultra High Frequency) ranges supplement SICK’s industrial automation portfolio.
In applications where process-relevant data is modified remotely, RFID makes it possible to store data on writable and rewritable media. And, in contrast to optical solutions, RFID provides reliable identification of all objects - despite dirt and everyday wear.
In applications where process-relevant data is modified remotely, RFID makes it possible to store data on writable and rewritable media. And, in contrast to optical solutions, RFID provides reliable identification of all objects - despite dirt and everyday wear.
Sistema de identificação por RFID RFGS Pro - SICK
The complete RFID object identification system for logistics applications.
The RFGS Pro (Radio Frequency Gate System) track and trace system is ideal for optimizing processes in the supply chain process. It is a flexible, intelligent solution specifically for goods receipt and goods issue in logistics.
The RFGS Pro (Radio Frequency Gate System) track and trace system is ideal for optimizing processes in the supply chain process. It is a flexible, intelligent solution specifically for goods receipt and goods issue in logistics.
Tag-based localization LOCU - SICK
Process optimization thanks to full data transparency
Logistics processes in warehousing and manufacturing are subject to a constant striving for efficiency. The objective is to reduce costs and increase the quality of the sequential processes.
For optimal planning and problem-free execution of downstream processes, it is essential to be able to accurately localize goods and items. This is the only way, for example, to reduce unnecessary machine downtimes through knowledge of the incoming products.
SICK’s LOCU range of hardware components for indoor localization provide full transparency in intralogistic processes. LOCU employs ultra-wideband technology (UWB) based localization tags and antennas for receiving and evaluating telemetry data, to localize tagged objects in the covered logistic and manufacturing areas.
Logistics processes in warehousing and manufacturing are subject to a constant striving for efficiency. The objective is to reduce costs and increase the quality of the sequential processes.
For optimal planning and problem-free execution of downstream processes, it is essential to be able to accurately localize goods and items. This is the only way, for example, to reduce unnecessary machine downtimes through knowledge of the incoming products.
SICK’s LOCU range of hardware components for indoor localization provide full transparency in intralogistic processes. LOCU employs ultra-wideband technology (UWB) based localization tags and antennas for receiving and evaluating telemetry data, to localize tagged objects in the covered logistic and manufacturing areas.
Track and trace systems Master Data Analyzer - SICK
The Master Data Analyzer track-and-trace system captures the dimensions, the weight, and the bar code of objects in one step. Measuring automation light grids (MLG) enable measurements to be taken regardless of the object's reflective properties.
Track-and-Trace system - Master Data Analyzer Vision System - SICK
Fast and precise collection of master data using 3D snapshot technology.
The Master Data Analyzer Vision track-and-trace system captures the dimensions, weight as well as 1D and 2D codes of objects and creates object images in a single operation. The integrated 3D snapshot technology enables very fast recording of object dimensions with a highly precise resolution.
Thanks to the Visionary-S 3D vision sensor, it is possible to precisely collect master data within seconds and transfer that data directly to the host. The system automatically detects new objects and starts measuring – without the need for operators to intervene. The Master Data Analyzer Vision also impresses with its rugged design, simple and intuitive operation, and maintenance-free mechanism.
The Master Data Analyzer Vision track-and-trace system captures the dimensions, weight as well as 1D and 2D codes of objects and creates object images in a single operation. The integrated 3D snapshot technology enables very fast recording of object dimensions with a highly precise resolution.
Thanks to the Visionary-S 3D vision sensor, it is possible to precisely collect master data within seconds and transfer that data directly to the host. The system automatically detects new objects and starts measuring – without the need for operators to intervene. The Master Data Analyzer Vision also impresses with its rugged design, simple and intuitive operation, and maintenance-free mechanism.
Traffic information collector - TIC102 - SICK
Reliable vehicle classification even over multiple lanes.
The Traffic Information Collector (TIC) from SICK is an integrated traffic measurement system that is based on SICK laser measurement technology, a technology that is used in thousands of traffic applications worldwide. The TIC1xx is especially designed for multilane, free-flow applications such as tolling enforcement and traffic management. Through a highly innovative configuration wizard that includes a live 3D view of the traffic, installation of a multilane gantry is quick and easy. The system autocalibrates in moving traffic and can be accessed remotely for maintenance. A software trigger increases the detection rate and reading accuracy of third-party systems such as ANPR cameras and DSRC antennas, as well as in stop-and-go situations. Additional information such as vehicle speed and dimension are given out over the TCP interface.
The Traffic Information Collector (TIC) from SICK is an integrated traffic measurement system that is based on SICK laser measurement technology, a technology that is used in thousands of traffic applications worldwide. The TIC1xx is especially designed for multilane, free-flow applications such as tolling enforcement and traffic management. Through a highly innovative configuration wizard that includes a live 3D view of the traffic, installation of a multilane gantry is quick and easy. The system autocalibrates in moving traffic and can be accessed remotely for maintenance. A software trigger increases the detection rate and reading accuracy of third-party systems such as ANPR cameras and DSRC antennas, as well as in stop-and-go situations. Additional information such as vehicle speed and dimension are given out over the TCP interface.
Traffic information collector Tic501 Pro - SICK
Reliable counting and classification with one sensor over several lanes.
The TIC501 Pro (Traffic Information Collector) profiling system is designed for traffic management and statistical applications in multi-lane, free-flowing traffic. The mounting position of the system components can be adapted easily to the local conditions, which allows the TI C501 Pro to be installed above the lane, between two lanes or next to the road on street lamps and poles.
One TIC501 Pro can detect several lanes at the same time, reducing the installation and commissioning costs. The intuitive user interface guides the operator through the commissioning process in just a few steps. The measurement results are then displayed directly as a 3D point cloud, including the classification result.
The TIC501 Pro (Traffic Information Collector) profiling system is designed for traffic management and statistical applications in multi-lane, free-flowing traffic. The mounting position of the system components can be adapted easily to the local conditions, which allows the TI C501 Pro to be installed above the lane, between two lanes or next to the road on street lamps and poles.
One TIC501 Pro can detect several lanes at the same time, reducing the installation and commissioning costs. The intuitive user interface guides the operator through the commissioning process in just a few steps. The measurement results are then displayed directly as a 3D point cloud, including the classification result.
Volume Measurement Systems - SICK
Whatever the shape or size, accurate volume measurement is the basis for correct decision making. As a technological leader in barcode identification systems, SICK offers you a system that sets new standards of performance, measurement accuracy and reliability.
Exact package data recording – from quickly and accurately determining shipping charges to optimizing storage and transport processes – is becoming increasingly important. As a result, the VMS (volume measurement system) from SICK is ideal for data recording applications that require volume measurements. Regardless of whether cuboid or irregularly shaped objects are to be measured, nor whether the measurement is on flat conveyor belts, sorting systems or at a standstill, SICK offers a reliable and certified measuring system for all applications.
Exact package data recording – from quickly and accurately determining shipping charges to optimizing storage and transport processes – is becoming increasingly important. As a result, the VMS (volume measurement system) from SICK is ideal for data recording applications that require volume measurements. Regardless of whether cuboid or irregularly shaped objects are to be measured, nor whether the measurement is on flat conveyor belts, sorting systems or at a standstill, SICK offers a reliable and certified measuring system for all applications.
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