Hid Global Corporation 6013TG1ANN Iso Smart Card 32K

Product Description

The HID GLOBAL CORPORATION 6013TG1ANN is a white ISO-format smart card with 32K programmable memory, designed for use in access control and identity management systems. It follows the ISO standard card format, making it compatible with a wide range of credential readers and card programming equipment. Security integrators, access control technicians, and facility managers install this card as a programmable credential in both new installations and replacement deployments. The 32K memory capacity supports encoding of access data, user credentials, and application-specific information in a single card body.

This smart card is suited for commercial and institutional environments where programmable ISO credentials are required. It ships as a blank, white, unprinted card ready for encoding via compatible card programming hardware. Typical applications include employee access control, visitor management, and multi-application credential programs. The card is sold individually and is intended for installation in existing or new HID-compatible access control deployments.

Key Features

• 32K programmable memory for access control and identity data encoding
• ISO standard card format for broad reader and programmer compatibility
• White, unprinted card body ready for custom encoding or printing
• Sold individually (unit of measure: each)
• Classified under Smart Cards category for access control applications

Compatibility

Designed as a programmable ISO-format credential for use with compatible smart card readers and encoding systems in access control applications.

Installation Notes

Smart card credentials are typically deployed by licensed security integrators or access control technicians. Before programming, verify that the encoding hardware and access control software support the 32K ISO card format. Handle cards carefully to avoid damage to the embedded chip. Follow all site security policies and applicable access control system documentation when issuing or re-encoding credentials.