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HID Global LogiTag 161 with HF ICODE 3 technology in the standard configuration for identification and traceability projects. Reference 6N3108-400 supports precise selection in bills of materials and professional orders.
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Refund policyLOGITAG 161 HF ICODE 3 is an HID Global RFID tag intended for professional identification, unique association and traceability activities. The supplied configuration states HF ICODE 3, in the 161 format and standard version. These details help project teams select the correct model without adding unsupported specifications. The product can support integrators, technical departments, manufacturers and operators that need structured, repeatable and well documented RFID workflows.
This standard LogiTag 161 version provides a clear family baseline for projects requiring an identifiable HF ICODE 3 configuration. The absence of PRO, White or EX wording in the name is relevant during selection because it distinguishes reference 6N3108-400 from other variants used in the same project. It is suitable when the bill of materials, sample approval and purchase order call specifically for the standard model, subject to technical validation in the actual application.
RFID tag selection should begin with the real requirements of the application. Available space, chip technology, frequency band, object geometry, mounting position and reading conditions can all affect the overall result. LOGITAG 161 HF ICODE 3 is clearly identified by reference 6N3108-400. Before a large deployment, the tag should be tested with the actual reader, antenna, carrier material and operating distances expected in the process.
The compact format supports integration where installation space needs careful management. The tag may be evaluated for identifying components, containers, carriers or other items that suit the installation method defined by the customer. Final suitability depends on the environment, surrounding materials and operating cycle. A sound project therefore includes samples, acceptance criteria and documented performance checks under representative conditions.
The stated HF ICODE 3 configuration helps align the tag with the planned RFID architecture and keeps master data, readers and software procedures consistent. The chip designation is useful when distinguishing similar variants and limiting errors during purchasing, validation and replacement. It does not by itself guarantee compatibility with every infrastructure. Operating protocol, programming approach, reader settings and data format must be confirmed by the responsible technical team.
For a dependable process, each product reference should have a coding rule, a defined data owner and a verification procedure. The tag then becomes part of a wider information system in which the captured identifier is linked to a product, batch, location, status or processing stage. Consistent data structures improve information retrieval and make integration easier with business applications, production tools or purpose-built tracking platforms.
Physical handling deserves the same attention as digital configuration. Storage, movement, surface preparation and the attachment method should be established before installation. Teams should separate lots, retain the original reference information and visually inspect products on receipt. Where encoding or personalization is planned, an approved sample and a record of the chosen parameters help maintain uniform results across multiple deliveries.
Validation should use representative scenarios, including real objects, realistic orientations, operating distances and potential sources of interference. Testing should extend beyond a single successful read and assess repeatability, process speed, success rate and exception handling. Results can be recorded in a concise validation protocol that supports comparison between positions or configurations and provides operators with clear working instructions.
For professional purchasing, reference 6N3108-400 maintains a precise connection between the request, purchase order and received goods. The catalog price relates to the specified configuration, while the minimum order quantity needs to be included in planning. Before confirmation, buyers should check availability, commercial conditions, any requested services and the exact product version, especially when the project depends on a particular configuration.
Ongoing system management includes periodic reader checks, review of data flows and analysis of missed events. When a tagged item or tag is replaced, the process should ensure that the new identifier is linked correctly to the relevant master record. This approach limits manual mistakes and keeps the solution manageable over time. The tag should be treated as a process component rather than an isolated item.
Final selection should be confirmed through application testing and the technical documentation available for the project. Frequency, chip and format need to match the infrastructure requirements. Careful initial validation helps reduce rework, improve operating continuity and create an RFID system that remains aligned with the intended identification and traceability objectives.