The HID 2002PCCAN-A1194 Custom iClass Card is an advanced access control solution designed for high security and versatility. Utilizing 13.56 MHz contactless smart card technology, it ensures encrypted data transmission and supports multiple applications, making it ideal for use in various environments such as access control, biometrics, and cashless vending. With options for custom artwork and photo identification, this card meets strict ISO thickness standards, ensuring compatibility with direct image and thermal transfer printers.
HID 2002PCCAN-A1194 iCLASS Card Features
- 13.56 MHz Technology: Provides high-speed, reliable communications with high data integrity, ensuring quick access and efficient transaction processing.
- High Security: iCLASS technology employs mutual authentication, encrypted data transfer, and 64-bit diversified keys, significantly reducing the risk of data compromise.
- Programmable Formats: Any existing HID format can be factory or field programmed, offering flexibility in access control applications.
- Storage Configurations: Available in 2k bit (256 Byte), 16k bit (2K Byte), or 32k bit (4K Byte) sizes, allowing for tailored solutions to meet specific application needs.
- ISO Compliance: Meets strict ISO thickness standards for use with direct image and thermal transfer printers, ensuring versatility in printing and usage.
- Customizable: Option to add a magnetic stripe, barcode, anti-counterfeiting features, or photo ID, enhancing its utility across various applications.
HID 2002PCCAN-A1194 iCLASS Card Specifications
| Feature | Details |
| Technology | 13.56 MHz contactless smart card |
| Security Features | Mutual authentication, encrypted data transfer, 64-bit diversified keys |
| Programmability | Factory or field programmable HID formats |
| Memory Size Options | 2k bit (256 Byte), 16k bit (2K Byte), 32k bit (4K Byte) |
| ISO Compliance | Meets ISO thickness standards |
| Customization Options | Magnetic stripe, barcode, anti-counterfeiting, photo ID |
| Durability | Passive, no-battery design with a minimum of 100,000 reads |



















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