IdentiSys IPC-9000 Clamshell Prox Card - 34 Bit N10002

IdentiSys IPC-9000 Clamshell Prox Card - 34 Bit N10002

$3.25
SKU: 002-IPC-9000
Configuration: IdentiSys IPC-9000 Clamshell Prox Card with 125kHz proximity technology and 34-bit N10002 formatting for secure access control applications. Supports facility code programming and sequential credential numbering. Durable clamshell construction designed for high-traffic, high-use environments requiring long-term wear resistance and reliable daily performance.
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The IdentiSys IPC-9000 Clamshell Proximity Card is designed for organizations utilizing 125kHz proximity credential technology with standard 34-bit N10002 formatting. Featuring a rugged clamshell construction, these credentials are commonly deployed in commercial facilities, healthcare environments, educational institutions, government buildings, and industrial sites where long-term durability and dependable access performance are required.

The reinforced clamshell design is built to withstand frequent handling and everyday wear, making it ideal for employee access credentials, contractor badges, and visitor management programs in high-traffic environments. These cards provide reliable read performance in compatible 125kHz proximity reader systems and are engineered for consistent operation over extended daily use.

Unlike printable ISO cards, the clamshell format prioritizes durability and longevity over visual customization, making it a preferred option for organizations requiring a strong, long-lasting credential solution.

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 clamshell card construction
  • Designed for high-traffic environments
  • Supports facility code programming
  • Sequential credential numbering available
  • Long-lasting wear-resistant design
  • Comparable to major N10002-compatible credential formats

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