Data Trak II for tracking systems to perform on metal and off metal, Data centers, IT asset management, Manufacturing WIP, Automated inventory
The Universal Choice For Visibility
The Data Trak II is a cost-effective tagging solution for tracking systems that require an inventory RFID tag to perform on metal and off.
The passive asset tracking RFID tag enables inventory management for data centers, logistics, warehouses, while keeping operating costs down.
Applications: Data centers, IT asset management, Manufacturing WIP, Automated inventory
RFID TAG TRAK SERIES
The Xerafy TRAK series offers cost-effective inventory RFID tags optimized for identification in the Warehouse, the Factory, the Data Center to deliver real-time visibility into every workflow and lifecycle.
The passive RFID tags for inventory management leverage Xerafy’s field experience with inventory tracking applications and how to meet their requirements and challenges in the field.
They offer durability and performance for lower deployment costs and can be combined with the OUTDOOR long range tags and METAL SKIN printable labels series.
Applications: Versa TRAK, Data Trak II, Slim TRAK, Global TRAK
How to customize
Standard tagging solutions that are fully personalized for RFID systems, to the exact specifications of the critical assets and equipment they are tracking.
Service Bureau customization options are available to mark and program RFID tags.
On the other hand, RFID labels printing can be done in the field or taken care of by the Service Bureau.
And for unique requirements and features, it is also possible to custom build a tagging solution.
Customized using physical markings to feature an asset identification number, a barcode, or a logo for instance.
Custom asset tags can be custom marked in the field, or be taken care of by the Service Bureau of the manufacturer or distributor.
encode
Programmable tags use RFID chips that are specifically designed with memory that can be written.
This allows for the tags to be encoded with custom EPC ranges for unique identification, serialized or unserialized.
The quantity of information that can be encoded will depend on the specifications of the chip being used.
RFID Engineering
Can be designed specifically for a tracking system’s application and deployment requirements: Form factor, material, mounting system, read range, accuracy, user memory, fixed and/or handheld RFID readers, on-site printers and encoders, software configuration.
Connected assets are an example of custom-built RFID tagging solutions that refer specifically to equipment that OEMs have designed with RFID and IOT features built-in.
Applications
Data centers
IT asset management
Manufacturing WIP
Automated inventory
Technical Specifications
RF protocol EPC global Class 1 Gen 2
Frequency 860-960 MHz (Global)
IC type (chip) Impinj M750
Chip memory 96 bits EPC; 96 bits TID; 32 bits user memory
Read range on metal Up to 14.76 ft(4.50 m)
Read range off metal Up to 6.56 ft (2 m)
Polarization Linear
Radiation pattern
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