The HY-MO05802 UHF Ultra-Micro Anti-Metal RFID Tag is an industrial-grade, ultra-compact identification solution specifically designed for the management of miniature MRO tools and precision assets. Measuring a mere 2 × 5.8 × 1.7 mm (making it the smallest in the industry), it features an epoxy resin and fiberglass encapsulation and has been specially optimized for performance on metal surfaces, enabling precise near-field identification within a range of 10 Para 40 cm. It is perfectly suited for scenarios involving miniature tools, precision instruments, and small metal assets—applications where traditional RFID tags are unable to provide effective identification.
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Introdução ao produto
The HY-MO05802 is a groundbreaking, ultra-compact, industrial-grade RFID tag designed specifically for the tracking of MRO micro-tools and precision assets. Equipped with the top-tier Impinj Monza R6-P industrial chip and featuring an IP67 protection rating, it boasts a temperature tolerance range spanning from -196°C to +260°C (for short durations). This tag is engineered expressly for scenarios involving the identification of miniature metal tools—challenges that standard RFID tags are entirely incapable of addressing. Supporting two installation methods—surface mounting and recessed embedding—it achieves a truly seamless integration with the tools themselves, thereby pioneering a new dimension in MRO micro-tool management.
Download Technical Datasheet-HY-MO05802 UHF Ultra-Micro RFID Tag
Why Choose the HY-MO05802?
✅ Ultra-Micro – 2 × 5.8 mm; one of the industry’s smallest metal-mountable UHF tags
✅ Ultra-Lightweight – Weighs only 0.08g, ensuring no disruption to tool weight balance
✅ Dual Mounting Options – Surface adhesion or recessed embedding; offers flexible adaptability
✅ IP67 Protection – Fully dustproof and waterproof; designed to withstand harsh industrial environments
✅ Extreme Temperature Tolerance – Withstands ultra-low temperatures down to -196°C and short-term high temperatures up to 260°C
✅ Impinj R6-P Chip – A world-class industrial chip delivering exceptional, desempenho confiável
Especificações
Physical Characteristics
| Parâmetro | Especificação de |
| Dimensões | 2 × 5.8 × 1.7 mm |
| Peso | 0.08 g |
| Material | Epoxy Resin + Fiberglass Board |
| Protection Rating | IP67 (Completely dustproof and waterproof) |
| Embalagens | 100 pieces/bag |
| Método de montagem | Surface Adhesion (Glue) / Recessed Embedding (Slot + Glue) |
| Frequência de operação | 902–928 MHz |
| Communication Protocol | Classe EPC 1 Gen 2, ISO 18000 - 6C |
| Chip de | Impinj Monza R6-P |
| Distância de leitura | 10–40 cm |
| EPC Memory | 128 bits de |
| Memória de usuário | 32 bits de |
| Retenção de dados | 10 anos |
| Escrever ciclos | 100,000 vezes |
| Temperatura de funcionamento | -40°C ~ +85°C |
| Temperature Resistance | -196° C / >2000 horas
125° C / 1000 horas 260° C / 5 minutos (Short-term) |
| Protection Rating | IP67 |
Customization Services
Encoding Customization
✅ Pre-writing of Tool IDs / EPC Codes
✅ Integration with Enterprise Asset Management System Codes
✅ Sequential Batch Serial Number Management
✅ Partitioned Encrypted Data Writing
✅ Pre-writing of Verification/Calibration Information
Batch Processing Services
✅ Batch Encoding (Factory Pre-writing)
✅ Data Writing Integrated with Customer Databases
✅ Synchronous Generation of Associated Barcodes/QR Codes
✅ Provision of Quality Sampling Inspection Reports
Installation Support Services
✅ Design and Manufacturing of Slotting Fixtures
✅ Recommendations for Slotting Process Parameters
✅ Recommendations for Compatible Bonding Materials
✅ Installation and Operation Training
MRO Tool Management Application Scenarios
Micro-Cutting Tool Management
Applicable Items:
- Micro-drills (diameter: 3–10 mm)
- Precision milling cutters, end mills
- Taps and dies (M2–M8)
- Boring tools, reamers
- Precision insert holders
Management Pain Points:
- Cutting tools are small in size and numerous in quantity (often numbering in the thousands)
- Tools have similar physical appearances, making manual identification prone to error
- Tool service life cannot be accurately tracked
- Decisions regarding wear-out and disposal rely on experience rather than data support
High-Value Precision Measuring Instrument Tracking
Applicable Items:
- Precision vernier calipers, micrometers
- Gauge blocks, plug gauges, ring gauges
- Precision dial indicators (0.01 mm e 0.001 mm resolution)
- High-precision sensor probes
- Precision optical measuring tools
Management Requirements:
Precision measuring instruments are central to quality system control; both ISO 9001 and IATF 16949 standards mandate the establishment of a measuring instrument register, as well as regular calibration and record-keeping.
Aerospace MRO Tool FOD Control
Industry Context:
FOD (Foreign Object Damage) poses a significant threat to aviation safety; any tool left behind within an aircraft structure can lead to catastrophic consequences. Aerospace MRO (Manutenção, Repair, and Overhaul) enterprises therefore maintain extremely stringent requirements for tool management.
Management Requirements:
- Every tool must possess a unique identifier
- A complete inventory check must be conducted before and after maintenance operations
- All tool movements into and out of the maintenance area must be recorded
- 100% detection and alerting mechanisms are required to prevent tools from being left behind
Precision Management of Medical Surgical Instruments
Applicable Items:
- Precision surgical forceps and scissors
- Endoscopic instrument assemblies
- Minimally invasive surgical tools
- Precision orthopedic surgical instruments
- Precision dental instruments
Management of Special Low-Temperature Tools in Petrochemicals
Specific Scenario: Tool management within the LNG (Liquefied Natural Gas) indústria
Environmental Characteristics:
- LNG storage temperature: -162° C
- Tools used for the maintenance of cryogenic pumps and valves must withstand ultra-low temperatures
- Specialized cryogenic tools are high-value assets requiring rigorous management
Anti-Counterfeiting and Brand Protection for High-Value Tools
Applicable Scenarios:
- Anti-counterfeiting verification for imported precision tool brands
- Anti-counterfeiting marking for precision tooling custom-manufactured in-house
- Proof of ownership for valuable tools
- Identification marking for tools authorized for use in maintenance services
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Perguntas Freqüentes
Q1: Under what conditions was the 9-meter reading distance for the fixed reader tested?
A: This result was obtained by testing a fixed reader equipped with a high-gain antenna in an open, unobstructed environment. In actual applications, reading distance is influenced by environmental factors (such as metal obstructions, multipath interference, etc.); por conseguinte, on-site testing and verification are recommended. For handheld readers, a distance of 5.5 meters is fully sufficient to meet the majority of MRO inspection and inventory management requirements.
Q2: Does the 150°C operating temperature refer to continuous operation or momentary tolerance?
A: The range of -40°C to +150°C represents the continuous operating temperature range; within this range, the tag can function stably over the long term. The storage temperature can reach up to 260°C, allowing the tag to withstand brief periods of high heat from equipment and resume normal readability once the temperature returns to the operating range. If continuous operation above 150°C is required, we recommend selecting the HY-HT4836 model (which supports operating temperatures up to 230°C).
Q3: The mounting holes are specified at Φ4.0mm; what should be done if the hole positions on the on-site equipment do not match?
A: There are two potential solutions: ① Drill new Φ4mm holes on the equipment at the site—this requires only simple tools and is easy to execute; ② Opt for a welded mounting method, which eliminates the need to match existing hole positions and allows for installation on any metal surface. We can also provide customized versions with different mounting hole specifications upon request.
Q4: Can the tag be installed on equipment surfaces that have a coating?
A: Sim, it can; no entanto, a thick coating (>2mm) may affect the reading distance. We recommend installing the tag on areas with a thin coating or on uncoated surfaces. If the entire surface of the equipment is coated, we recommend performing on-site tests to verify the actual reading distance before finalizing the installation plan.
Q5: How do I choose between the two frequency bands (902–928 MHz and 865–868 MHz)?
A: Both frequency bands are supported simultaneously on the same tag, meaning no manual switching is required. When used with a US-standard reader (902–928 MHz), the reading distance is 9 metros; when used with a European-standard reader (865–868 MHz), the reading distance is 8.8 metros. You can simply utilize the appropriate frequency band based on the existing reader equipment currently deployed within your organization.
Q6: Will the tag rust or corrode if used outdoors over an extended period?
A: O 304 stainless steel housing offers excellent corrosion resistance and can withstand exposure to rainwater, salt spray, and general acidic or alkaline environments over extended periods. For severe marine atmospheres or environments involving strong acids and bases, custom housings made from 316L stainless steel or specialized alloys are available; please contact customer service for consultation.
Q7: What is the MOQ?
A: Please contact customer service for details; we will provide an optimal quotation tailored to your specific purchasing volume and requirements.
Q8: Do you support sample testing?
A: Sim, we do. We can provide a small quantity of samples to facilitate on-site installation and performance testing, allowing you to verify that the product meets your needs before proceeding with a bulk purchase, thereby minimizing procurement risks.
