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RF-HZMTY500M-112/2K
Superisys
Anti-Metal tag
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| Quantity: | |
HF 13.56MHz anti-metal tag is an RFID tag designed for metal surfaces.
It solves the problem of metal interference with electromagnetic waves through a special structure and is suitable for short-distance, high-stability industrial scenarios.
| Minimum Order Quantity | one |
| Price | A large amount is negotiable |
| Delivery Time | 5-8 Work Days |
| Stock | In Stock |
| Payment Terms | T/T, Western Union |
| Supply Ability | 1000 per day |
| product model | RF-HZMTY500M-112 |
| working frequency | 13.56MHz |
| Air port agreement | ISO 15693 |
| Read distance | 0-90mm(Related to read head) |
| User memory | 112 Bytes |
| Memory type | EEPROM |
| Rewrite cycle | 100,000 times |
| Data storage time | 10 years |
| size | φ30*4mm |
| Housing material | PPS |
| Fixed mode | Scewing |
| IP rating | IP67 |
| Operating temperature | -40~70℃ |
| Storage temperature | -40~+105℃ |
| Metal resistance | Antimetal metal |
HF 13.56MHz anti-metal tag is an RFID tag designed for metal surfaces.
It solves the problem of metal interference with electromagnetic waves through a special structure and is suitable for short-distance, high-stability industrial scenarios.
| Minimum Order Quantity | one |
| Price | A large amount is negotiable |
| Delivery Time | 5-8 Work Days |
| Stock | In Stock |
| Payment Terms | T/T, Western Union |
| Supply Ability | 1000 per day |
| product model | RF-HZMTY500M-112 |
| working frequency | 13.56MHz |
| Air port agreement | ISO 15693 |
| Read distance | 0-90mm(Related to read head) |
| User memory | 112 Bytes |
| Memory type | EEPROM |
| Rewrite cycle | 100,000 times |
| Data storage time | 10 years |
| size | φ30*4mm |
| Housing material | PPS |
| Fixed mode | Scewing |
| IP rating | IP67 |
| Operating temperature | -40~70℃ |
| Storage temperature | -40~+105℃ |
| Metal resistance | Antimetal metal |
1. Frequency characteristics:
The operating frequency of high-frequency carriers is usually within the range of 13.56 MHz, and has good anti-interference ability.
High-frequency signals can maintain strong reading and writing performance in metal environments.
2. Material selection:
ABS anti-metal materials can effectively shield metal interference.
3. Shape:
The circular shape design is conducive to improving signal reception.
4. Industrial-grade protection design
Protection level IP67, suitable for outdoor or harsh industrial environments.
Concealed and durable
22mm ultra-thin round appearance, can be embedded in equipment or pasted on the surface of tools, anti-vibration and anti-chemical corrosion.
High cost performance
Compared with customized HF RFID Tags, HZMTY series reduces bulk procurement costs with standardized design.
Global compliance
Complies with ETSI, FCC and other radio frequency regulations, suitable for deployment in Europe, America, Asia and other regions.
Flexible encoding
Supports UID solidification or user-defined encoding, adaptable to different management systems (such as ERP, MES).
In the smart manufacturing environment of Industry 4.0, anti-metal HF RFID tags are mainly used in the following application scenarios:
1. Mixed production process tracking
Anti-metal tags are installed on metal shell equipment (such as machine tools, automotive parts) to achieve accurate production tracking and improve production transparency and automation.
2. Smart logistics and warehousing
In environments such as metal shelves and containers, anti-metal tags are used for logistics tracking to achieve full-process visual management and improve inventory accuracy.
3. Industrial safety and anti-counterfeiting
The application of RFID anti-metal tags in scenarios such as safety signs and equipment nameplates fixed on metal surfaces can effectively prevent tags from being tampered with or forged, thereby improving safety.
1. Frequency characteristics:
The operating frequency of high-frequency carriers is usually within the range of 13.56 MHz, and has good anti-interference ability.
High-frequency signals can maintain strong reading and writing performance in metal environments.
2. Material selection:
ABS anti-metal materials can effectively shield metal interference.
3. Shape:
The circular shape design is conducive to improving signal reception.
4. Industrial-grade protection design
Protection level IP67, suitable for outdoor or harsh industrial environments.
Concealed and durable
22mm ultra-thin round appearance, can be embedded in equipment or pasted on the surface of tools, anti-vibration and anti-chemical corrosion.
High cost performance
Compared with customized HF RFID Tags, HZMTY series reduces bulk procurement costs with standardized design.
Global compliance
Complies with ETSI, FCC and other radio frequency regulations, suitable for deployment in Europe, America, Asia and other regions.
Flexible encoding
Supports UID solidification or user-defined encoding, adaptable to different management systems (such as ERP, MES).
In the smart manufacturing environment of Industry 4.0, anti-metal HF RFID tags are mainly used in the following application scenarios:
1. Mixed production process tracking
Anti-metal tags are installed on metal shell equipment (such as machine tools, automotive parts) to achieve accurate production tracking and improve production transparency and automation.
2. Smart logistics and warehousing
In environments such as metal shelves and containers, anti-metal tags are used for logistics tracking to achieve full-process visual management and improve inventory accuracy.
3. Industrial safety and anti-counterfeiting
The application of RFID anti-metal tags in scenarios such as safety signs and equipment nameplates fixed on metal surfaces can effectively prevent tags from being tampered with or forged, thereby improving safety.
FAQ
Q1: Does the HF RFID Tag require an external antenna on the metal surface?
A: No external antenna is required. HZMTY500 has a built-in anti-metal substrate and can be directly attached to the metal surface for use.
Q2: How is the high temperature resistance of the tag?
A: The operating temperature range is -40℃~105℃, suitable for high-temperature sterilization (such as medical equipment) or low-temperature storage scenarios.
Q3: Does it support batch encoding?
A: Yes. UID or user data can be quickly written in batches through the reader/writer to improve deployment efficiency.
Q4: How long is the life of the tag?
A: Passive design, theoretical life of more than 10 years, read and write times ≥100,000 times, no daily maintenance requirements.
Q5: How to ensure data security?
A: Supports password protection and data encryption to prevent unauthorized tampering or cloning.
FAQ
Q1: Does the HF RFID Tag require an external antenna on the metal surface?
A: No external antenna is required. HZMTY500 has a built-in anti-metal substrate and can be directly attached to the metal surface for use.
Q2: How is the high temperature resistance of the tag?
A: The operating temperature range is -40℃~105℃, suitable for high-temperature sterilization (such as medical equipment) or low-temperature storage scenarios.
Q3: Does it support batch encoding?
A: Yes. UID or user data can be quickly written in batches through the reader/writer to improve deployment efficiency.
Q4: How long is the life of the tag?
A: Passive design, theoretical life of more than 10 years, read and write times ≥100,000 times, no daily maintenance requirements.
Q5: How to ensure data security?
A: Supports password protection and data encryption to prevent unauthorized tampering or cloning.
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