Our security cable seals UHF tag combines a compact M4E RFID unit with tie-up, insertion or locking installation. It is designed for electronic identification at cable bundles, equipment access points, logistics packaging and other assets with limited mounting space.
Security Cable Seals UHF Tag Specifications
The listed configuration operates within 920.5–924.5 MHz. Confirm the authorized regional frequency, attachment structure and applied reading distance before ordering.
| Specification | Listed Configuration | Order Requirement |
|---|---|---|
| Tag dimensions | 47.5 × 26 × 2 mm | Check the available mounting area and clearance. |
| Chip | M4E | Confirm memory and password requirements. |
| TID or UID | 96 bits | Define whether the TID must be recorded with the EPC. |
| EPC or block memory | 496 bits | Provide the required EPC numbering structure. |
| User memory | 128 bits | Confirm the final data fields before encoding. |
| Reserved memory | 32-bit access and 32-bit kill | Define password ownership and handling procedures. |
| Operating frequency | 920.5–924.5 MHz | State the destination country and reader frequency. |
| Housing | PP | Confirm temperature, chemicals and outdoor exposure. |
| Reference read range | Up to 150 cm in free air | Test with the final reader and installation position. |
| Installation | Tie-up, tightening, insertion or locking style | Provide the hole size and required locking method. |
| Colors | White, blue, pink, yellow or green | Specify standard or customized color requirements. |
| Surface suitability | Anti-metal construction | Verify the installed orientation on the actual asset. |
Secure Assets with Limited Attachment Space
The compact tag body and flexible installation options suit assets where conventional adhesive or rigid RFID tags are difficult to position.
Cable Bundles
Attach an electronic identity to grouped cables while keeping the RFID body accessible for inspection.
Equipment Cabinets
Bridge a suitable cabinet opening or locking point to support equipment identity and access checks.
Meters and Instruments
Apply the seal through compatible holes on meters, instruments or protective covers.
Logistics Packaging
Identify compatible cases, containers or packaging closures during controlled handovers.
Tools and Equipment
Connect tools or portable equipment to an RFID asset record for issue, return and inspection.
Maintenance Points
Mark inspection points where technicians need fast access to the correct maintenance record.
Select the Correct Installation Method
| Installation Method | Suitable Position | Fit Check | Applied Test |
|---|---|---|---|
| Tie-up | Cable bundle or narrow equipment support | Confirm bundle diameter and tie length | Inspect retention after movement and handling |
| Tightening | Adjustable loop around a compatible component | Define the required final loop size | Check that the RFID housing is not crushed |
| Insertion | Meter, cover or cabinet with aligned holes | Measure hole diameter and material thickness | Confirm smooth installation and secure retention |
| Locking | Controlled equipment or package closure | Confirm the required locking and removal process | Inspect physical and RFID results after removal |
| On-metal placement | Metal cabinet, machine or equipment frame | Approve the tag orientation and spacing | Measure reading distance on the actual asset |
Build the Seal into the Asset Record
Encode
Write the approved EPC and verify its relationship with the printed seal or asset number.
Install
Apply the seal at the documented position using the approved tie, insertion or locking method.
Verify
Read the installed tag and confirm that the correct equipment or package record appears.
Record
Store the inspection, handover, maintenance or removal result in the buyer's system.
Define the RFID Data Structure
| Data Area | Available Capacity | Typical Project Use | Data Decision |
|---|---|---|---|
| TID or UID | 96 bits | Chip-level tag reference | Decide whether it forms part of the asset match |
| EPC | 496 bits | Asset, seal or package identifier | Define format, length and numbering ownership |
| User memory | 128 bits | Selected operational data | Confirm fields and update permissions |
| Access password | 32 bits | Control protected tag operations | Assign password custody and reader permissions |
| Kill password | 32 bits | Permanently disable the chip if required | Restrict use to an approved procedure |
Plan Reading Around Nearby Metal and Tags
Handheld Inspection
Use a controlled approach distance and orientation to identify a selected cable, cabinet or equipment point.
Workstation Reading
Read tools, components or logistics packaging at a defined issue, return or inspection station.
Multiple-Tag Areas
Adjust reader power and antenna position when several tagged assets are located within the same reading zone.
Custom Printing and RFID Encoding
We can review visible identification and electronic data together after the locking structure and asset workflow are confirmed.
Visible Identification
- Asset or seal number
- Barcode or QR code
- Logo and project text
- Custom color classification
Electronic Data
- Customer-defined EPC
- TID and EPC association
- User-memory encoding
- Password configuration
Order Reconciliation
- Printed and encoded ID matching
- Variable-data file review
- Duplicate-record checking
- Finished-data output format
Information Needed for Configuration
Physical Application
- Asset and sealing-point photographs
- Hole, cable or bundle dimensions
- Required locking and removal method
- Metal surface and available clearance
- Temperature and environmental exposure
RFID Project
- Destination country and frequency band
- Reader model and working distance
- EPC and password requirements
- Printing, color and serialization rules
- Quantity and delivery destination
Related RFID Cable and Security Seals
Compare frequency, locking structure, attachment size, metal performance and required reading distance before selecting another RFID seal.
Security Cable Seals UHF Tag Questions
The page lists tie-up, tightening, insertion and locking installation, but the final cable or locking component must be confirmed for the selected construction. Provide installation photographs and dimensions.
The product is listed with an anti-metal construction. Actual performance still depends on the metal surface, mounting direction, spacing and reader setup, so applied testing is required.
No. The listed result is up to 150 cm in free air. Metal, tag orientation, reader power, antenna type and nearby RFID tags can shorten or alter the usable distance.
The listed frequency is 920.5–924.5 MHz and should not automatically be treated as suitable for every country. State the destination market so an appropriate regional configuration can be evaluated.
No absolute anti-copy conclusion should be based on the EPC alone. Security depends on the chip configuration, password management, physical seal structure and backend identity validation.
The exact electrical response after removal must be verified for the selected seal construction. Do not assume that every locking or cable option automatically changes the RFID status.
Compatible UHF readers can inventory multiple tags. Reader power, antenna placement and software filters should be adjusted so the system captures the intended seals without unwanted nearby reads.
Please provide the asset and sealing-point photographs, hole or bundle dimensions, locking method, metal environment, destination country, reader model, encoding data, printing, color, quantity and delivery destination.
Match the UHF Seal to Your Attachment Point
Send us the asset photographs, hole or bundle dimensions, locking requirement, metal environment, operating frequency, reader model, encoding rules and quantity for configuration review and pricing.
Request a UHF Cable Seal ReviewHot Tags: security cable seals UHF tag, China security cable seals UHF tag manufacturers, suppliers, factory, rfid seal for alarm systems, rfid seal for appliances, rfid seal for application software, rfid seal for door locks, rfid seal for hazardous materials, rfid seal for optical drives




















