Our RFID e-seal tag combines a serialized passive UHF identity with a locking galvanized steel cable. It is designed for businesses that want to replace manual seal-number entry with reader-generated events while retaining their own logistics, inspection and exception-management system.
System roleThe tag supplies identity and an available detection result. Your reader software determines how those inputs are stored and used.
RFID E-Seal Tag Specifications
Use the listed configuration to confirm RFID compatibility, memory planning, physical fit and required inspection distance.
| Specification | Listed Configuration | Integration Input |
|---|---|---|
| Overall dimensions | 297 × 59 × 20 mm | Available space at the secured opening |
| Copper antenna | 50.6 × 29.6 mm | Expected orientation toward the reader |
| RFID chip | G2IL+ | Reader and command-set compatibility |
| Protocol | ISO 18000-6C Gen2 | Fixed or handheld UHF equipment |
| TID or UID | 64 bits | Chip-identity validation rule |
| EPC memory | 128 bits | Seal-identifier encoding structure |
| User memory | 0 bits | Backend location for extended records |
| Reserved memory | 32-bit access and 32-bit kill passwords | Password ownership and handling |
| Operating frequency | 860–960 MHz | Approved regional UHF band |
| Reference read range | Up to 6 m, reader dependent | Required read-zone dimensions |
| Construction | ABS housing and galvanized steel cable | Opening and cable-route dimensions |
| Installation | Locking style | Authorized locking and opening process |
| Color | Yellow, red, green or customized | Required visual classification |
| Characteristic | Detection sensor | Reader output and exception logic |
What the E-Seal Adds to a Logistics Record
Machine-Readable Identity
The EPC allows compatible equipment to capture the seal reference without relying only on manual number entry.
Chip Identity
The TID or UID can be retained with the EPC when the buyer requires an additional electronic matching field.
Detection Input
The available sensor result can be interpreted by compatible reader software as part of an inspection workflow.
Time-Stamped Read Event
The connected system can combine the captured identity with reader location, operator and event time.
Printed Cross-Reference
Visible serial numbers, barcodes or QR codes can be matched with the electronic identifier.
Centralized Trip Data
Shipment, carrier and custody details remain in the buyer's database instead of the chip's user memory.
Map RFID Reads into the Existing System
Define each data handoff before ordering encoded production quantities.
Encode
Write the approved 128-bit EPC and verify it against the production data file.
Assign
Associate the seal identity with the relevant cargo, vehicle or container record.
Capture
Use a compatible reader to obtain the EPC and required sensor-related response.
Evaluate
Apply buyer-defined rules for expected identities, missing records and exceptions.
Define the Electronic Event Fields
| Event Field | Source | Recommended System Use | Validation Method |
|---|---|---|---|
| EPC | RFID chip | Primary seal reference | Match against the issued identifier |
| TID or UID | RFID chip | Optional chip-level cross-check | Compare with the encoding output file |
| Detection result | Seal and compatible reader | Trigger an inspection rule | Test defined normal and exception samples |
| Reader identity | Reader software | Identify the inspection point | Maintain a controlled reader register |
| Timestamp | Connected system | Order the custody events | Synchronize system clocks |
| Operator or vehicle | Operating application | Add business context to the read | Use an approved login or assignment record |
Choose the Appropriate Reader Workflow
Handheld Inspection
- Operator-controlled reading position
- Close visual inspection
- Manual exception confirmation
- Flexible deployment locations
Fixed Checkpoint
- Defined antenna coverage
- Automatic identity capture
- Duplicate-event filtering
- Reader-location record
Combined Operation
- Fixed reader for routine events
- Handheld reader for exceptions
- Shared identifier database
- Consistent decision rules
Test the Detection Workflow Before Release
| Test Sample | Required Action | Software Check | Acceptance Result |
|---|---|---|---|
| Correctly installed seal | Read in the approved position | Return the expected identity and result | Normal workflow continues |
| Unknown EPC | Present an unassigned test tag | Reject a positive match | Unknown-tag workflow starts |
| Unreadable seal | Simulate a failed RFID response | Avoid recording a false successful read | Manual inspection is requested |
| Detection exception | Use an approved exception sample | Display the configured response | Operator follows escalation rules |
| Duplicate checkpoint read | Read the same seal repeatedly | Apply the required filtering rule | Event count remains usable |
Printing and Encoding Services
Visible Marking
- Company logo and instructions
- Human-readable seal number
- Barcode or QR code
- Yellow, red, green or custom color
Electronic Data
- Customer-defined EPC structure
- Sequential identifier encoding
- TID and EPC data matching
- Read-after-write verification
Delivery Data
- Encoding output file
- Printed and electronic mapping
- Batch identification
- Required import-file format
Information Needed for E-Seal Integration
Physical Seal Requirements
- Protected opening and locking hardware
- Cable-route dimensions
- Housing position and orientation
- Storage and transport conditions
- Required color and printed artwork
Electronic System Requirements
- Operating countries and UHF band
- Reader and antenna models
- Required read-zone dimensions
- EPC and database format
- Detection and exception rules
- Quantity and delivery destination
Related RFID E-Seal Options
Compare passive identification, battery-assisted read range, available seal states and sensor requirements before choosing an electronic seal.
RFID E-Seal Tag Questions
Does this RFID e-seal tag require a battery? +
No. The passive G2IL+ tag obtains operating energy from a compatible UHF reader field. It does not require charging, battery activation or battery-life management.
Does the e-seal include tracking software? +
The seal supplies RFID identity and an available detection input. Reader control, event storage, business rules, alerts and shipment records must be provided by the connected system.
Can the e-seal report its location continuously? +
No. A passive UHF event is created when the tag enters a compatible reader field. Continuous positioning requires separate GPS, communication and power components.
Can detailed cargo data be stored in the tag? +
The listed chip provides a 128-bit EPC and no user memory. Use the EPC as a database reference and store detailed cargo, route and custody information in the backend.
Is the six-meter read range guaranteed? +
No. Six meters is a reference maximum. Reader power, antenna gain, tag orientation, nearby metal, interference and regional regulations affect the applied result.
How should the detection sensor be validated? +
Confirm the available output for the ordered configuration, then test correctly installed seals, representative exceptions and unreadable samples with the intended reader and software.
What information is required for a quotation? +
Please provide the secured opening, cable route, operating countries, reader models, required read zone, EPC format, detection rules, software interface, artwork, color, quantity and destination.
Define the E-Seal and System Interface Together
Send us your locking point, reader setup, operating frequency, EPC structure, event fields, detection workflow, artwork and quantity for configuration review and pricing.
Request an RFID E-Seal Integration ReviewHot Tags: rfid e seal tag, China rfid e seal tag manufacturers, suppliers, factory, rfid seal for asset tracking, rfid seal for bakery products, rfid seal for forklifts, rfid seal for ip cameras, rfid seal for package, rfid seal for switches
