Kantech Us P20DYE Ioprox Proximity Card Xsf 26-bit

Product Description

The KANTECH US P20DYE is an ioprox proximity access card formatted for XSF and standard 26-bit Wiegand output. It is a passive credential designed for use with compatible ioprox card readers in commercial and light-industrial access control systems. The card communicates with a reader via radio frequency, requiring no battery. Security integrators, low-voltage technicians, and access control installers use this credential to provision user access at controlled entry points such as doors, gates, and turnstiles.

The P20DYE is suited for commercial building access control deployments where XSF format or 26-bit Wiegand protocol is in use. It is a standard card-format credential sold individually and is typically issued to end users as part of a broader access control installation or credential management program. Installation in high-volume commercial environments is common, including corporate campuses, multi-tenant buildings, and secured facility perimeters.

Key Features

• XSF format with 26-bit Wiegand output for broad reader compatibility
• Passive RF credential — no battery required
• Standard card form factor for convenient carry and badge holder use
• Sold individually, allowing flexible credential quantity management

Compatibility

Designed for use with ioprox-compatible card readers that support XSF format or 26-bit Wiegand protocol. Specific compatible reader models were not provided in the available product data.

Installation Notes

This credential is provisioned through the access control system software and assigned to a cardholder record — no hardwired installation is required for the card itself. Low-voltage or access control technicians should ensure the associated reader and controller are powered down or placed in a safe programming state before performing any related panel or reader work. Follow applicable NEC low-voltage wiring requirements and the access control system manufacturer guidelines when installing or servicing associated hardware.