AWID GR-AWID-0-0 Graphics-Quality Proximity Cards – 50 Pack

roximity Credentials for Professional Access Control

The AWID GR-AWID-0-0 Graphics-Quality Proximity Cards are premium ISO-compliant credentials built for secure access control and professional identification. Featuring a white matte finish for high-quality dual-sided printing, these cards are ideal for use with photo ID printers and AWID proximity readers. Designed for both aesthetics and reliability, they provide consistent read performance in commercial, residential, and institutional environments.

Key Features

• Pack of 50 proximity cards for bulk installations
• White matte finish suitable for dual-sided high-resolution printing
• Standard credit card dimensions (3.375″ x 2.125″ x 0.033″) meeting ISO/ABA standards
• Can be slot-punched for portrait or landscape orientation
• Read range of 4 to 22 inches depending on reader and environment
• Proprietary encryption ensures secure, maintenance-free operation
• Optional magnetic stripe version available (GRMAG-AWID)
• Custom graphics options including logos, color artwork, and text

Technical Specifications

• Model: GR-AWID-0-0
• Quantity: 50 cards per pack
• Frequency: 125 kHz (LF proximity)
• Read Range: 422 inches (depending on reader)
• Card Type: ISO/ABA CR80 format
• Finish: White matte, both sides printable
• Dimensions: 3.375″ x 2.125″ x 0.033″
• Operating Temperature: -35C to +65C
• Data Capacity: Up to 72 trillion unique codes
• Mounting: Slot-punch or badge holder compatible

Applications

• Commercial and industrial access control
• Employee and tenant ID badging
• Multi-tenant and gated community systems
• Secure parking and perimeter control
• Integration with AWID 125 kHz proximity readers

Conclusion

The AWID GR-AWID-0-0 Graphics-Quality Proximity Cards (50 pack) provide a professional, durable, and secure solution for large-scale access control and identification needs. Their print-ready surface, ISO compliance, and long read range make them a top choice for professional installations using AWID proximity systems.

Cut Sheet