IdentiSys IPC-9020 ISO Composite Prox Card - 34 Bit N10002

IdentiSys IPC-9020 ISO Composite Prox Card - 34 Bit N10002

$6.15
SKU: 002-IPC-9020
Configuration: IdentiSys IPC-9020 ISO Composite Prox Card with 125kHz proximity technology and 34-bit N10002 formatting for secure access control and ID badging applications. Durable composite CR80 construction with enhanced heat resistance for lamination and retransfer printing. Supports facility code programming and sequential credential numbering for compatibility with existing access control deployments.
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The IdentiSys IPC-9020 ISO Composite Proximity Card is designed for organizations utilizing 125kHz proximity credential technology with standard 34-bit N10002 formatting. Manufactured in a durable composite ISO card construction, these credentials are widely used in commercial facilities, healthcare environments, educational institutions, government buildings, and industrial sites requiring consistent and reliable physical access control.

The composite material offers enhanced durability and improved resistance to heat, making these cards well suited for lamination and retransfer ID card printing processes. This allows organizations to produce high-quality photo identification badges while maintaining secure proximity-based access functionality.

These credentials deliver stable read performance in compatible 125kHz proximity reader systems and are commonly used for employee access programs, contractor credentials, and visitor management applications.

Organizations ordering programmed N10002 credentials will typically need to provide their assigned facility code and credential numbering sequence to ensure compatibility with their existing access control system configuration and enrollment structure.

  • 125kHz proximity credential technology
  • 34-bit N10002 formatting
  • Durable ISO composite card construction
  • Heat-resistant for lamination and retransfer printing
  • Printable surface for photo ID applications
  • Supports facility code programming
  • Sequential credential numbering available
  • Comparable to major N10002-compatible credential formats

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