FONGWAH UHF Tag (Alien H3) Instruction Manual

1. Introduction

This manual provides essential information for the proper use and application of FONGWAH UHF Tags. These tags are designed for efficient asset inventory and tracking, utilizing advanced RFID technology.

2. Product Features

• Memory & Protocol: 96 bits EPC, 512 bits User memory; EPC global C1 Gen2 and ISO18000-6C compliant.
• Chip: Equipped with Alien Higgs 3 chip, each tag features an individual EPC code.
• Reading Range: The reading distance typically ranges from 1 to 8 meters, varying based on the specific reader device and environmental strength field.
• Applications: Suitable for diverse applications including item-level apparel tagging, asset tracking, personal experience & safety, material handling, logistics, and chain of custody.
• Dimensions: Approximately 3.39 x 0.03 x 2.13 inches (86 x 0.76 x 54 mm).
• Material: Constructed from Polyethylene Terephthalate for durability.
• Frequency: Operates within the 860-960MHz UHF band.
• Quantity: Available in packs of 50 pieces.

3. Setup and Installation

FONGWAH UHF tags are designed for easy application. They feature an adhesive backing for direct attachment to items requiring tracking. For optimal performance, ensure the surface is clean and dry before application.

Image: A close-up view of two FONGWAH UHF tags, revealing their internal antenna structure and chip placement.

These tags are typically supplied in a folded pack or on a roll, ready for individual use or batch processing.

Image: FONGWAH UHF tags shown alongside their protective packaging, indicating a folded pack format.

Before deployment, each tag needs to be programmed with specific EPC (Electronic Product Code) data using a compatible UHF RFID reader/writer. The tags are designed to be written with unique EPC numbers, despite some initial batches potentially sharing the same default EPC.

Image: Multiple FONGWAH UHF tags laid out, with text indicating they use Impinj Monza 4QT chips and that users can write EPC numbers via a UHF reader writer.

4. Operating Instructions

4.1 Programming the Tags

To program the FONGWAH UHF tags, you will need a compatible UHF RFID reader/writer device. Connect the reader/writer to your computer and use the provided software (often with an SDK) to write the desired EPC data to each tag. Ensure the tags are within the writing range of the device, typically 0-20 cm for desktop readers.

4.2 Reading the Tags

Once programmed, the tags can be read by any compatible UHF RFID reader. The reading distance can vary from 1 to 8 meters depending on the reader's power and antenna configuration. For optimal reading, ensure a clear line of sight or sufficient signal strength between the tag and the reader antenna.

4.3 Compatible Reader Devices

FONGWAH offers various UHF RFID reader/writer devices that are compatible with these tags. Examples include:

• Model U1-CU-71: Desktop UHF RFID Reader Writer (860-960MHz, Keyboard Emulator, SDK Available, Reading distance: 0 to 50 cm, Writing distance: 0 to 20 cm).
• Model U6-CU-91: Gen2 UHF RFID Reader Writer (860-960MHz, Keyboard Emulator, SDK Available, Read Distance: 0 to 100cm, Write Distance: 0 to 20cm).

5. Maintenance

FONGWAH UHF tags require minimal maintenance. To ensure longevity and reliable performance:

• Avoid exposing tags to extreme temperatures or harsh chemicals.
• Ensure the adhesive surface is applied to a clean, dry, and flat area to prevent peeling.
• Do not bend or crease the tags excessively, as this may damage the internal antenna or chip.

6. Troubleshooting

6.1 Tags Not Reading

• Check Reader Compatibility: Ensure your RFID reader operates on the UHF frequency (860-960MHz) and supports EPC C1 Gen2 / ISO18000-6C protocol.
• Verify Reading Range: Confirm the tag is within the effective reading range of your device. Obstacles or interference can reduce this range.
• Environmental Factors: Metal surfaces or liquids near the tag can interfere with RFID signals. Try repositioning the tag or reader.
• Tag Damage: Inspect the tag for visible damage (creases, tears). A damaged antenna or chip may prevent reading.

6.2 Tags Not Programming

• Writing Range: Ensure the tag is within the specific writing range of your UHF RFID writer, which is typically shorter than the reading range.
• Software Configuration: Verify that the programming software is correctly configured and communicating with the reader/writer.
• Power Supply: Ensure the reader/writer device has adequate power.
• Tag Integrity: A faulty tag may not accept new data. Try programming a different tag.

For persistent issues, consult the manual for your specific UHF RFID reader/writer device or contact FONGWAH customer support.

7. Specifications

Image: A technical drawing illustrating the precise dimensions of the FONGWAH UHF tags.

8. Warranty and Support

For any product-related questions, warranty information, or support needs, please contact FONGWAH customer service. Details can typically be found on the product packaging or the official FONGWAH website. We are committed to assisting you with product changes, refunds, or any other inquiries.