Paxton Access Inc. 692-053-US Proximity Iso Cards 500ct

Product Description

The PAXTON ACCESS INC. 692-053-US is a bulk pack of 500 proximity ISO-format cards with integrated magnetic stripe, designed for use in electronic access control systems. Each card combines passive proximity technology with a magnetic stripe, allowing facilities to use a single credential for both proximity readers and mag-stripe-based systems. These cards are sold as a unit quantity of 500 and are issued to end users by security integrators, facility managers, and licensed low-voltage access control technicians.

These ISO-format proximity cards with magnetic stripe are well suited for commercial and institutional facilities that require high-volume credential deployment. Typical applications include office buildings, multi-tenant properties, campuses, and other facilities running proximity-based access control infrastructure. The magnetic stripe adds flexibility for sites that use legacy card readers or dual-technology checkpoints alongside standard proximity panels.

Key Features

• ISO card format for compatibility with standard proximity card readers
• Integrated magnetic stripe for dual-technology credential use
• Bulk pack of 500 cards for large-scale facility deployments
• Passive proximity technology requires no battery or external power
• Standard card dimensions suitable for printing and badging workflows

Compatibility

Designed as an OEM-style credential for use with proximity-based access control systems that accept ISO-format proximity cards with magnetic stripe encoding.

Installation Notes

Credential issuance and enrollment should be performed by a qualified access control technician or security integrator. Prior to programming, ensure the access control panel and associated software are properly configured to accept the credential format. Follow site-specific security policies and applicable low-voltage installation codes when deploying credentials across reader hardware. Do not expose cards to strong magnetic fields or extreme heat, as this may damage the magnetic stripe or proximity chip.