Kantech Us HID-C1586KSF-G Isoprox Ii Proximity Card

Product Description

The KANTECH US HID-C1586KSF-G is an ISOProx II composite proximity card designed for access control applications. It operates on standard HID 125 kHz passive RF technology, requiring no battery and drawing power from the reader field at presentation. The composite card body provides durability suited to daily credential use in professional security installations. Access control technicians and low-voltage systems integrators are the typical installers for this credential type.

This card is used in commercial and institutional access control systems where HID-format 125 kHz proximity credentials are required. Typical deployments include office buildings, multi-tenant facilities, healthcare sites, and educational campuses running HID-compatible panel and reader infrastructure. The 40-bit format encodes facility code and card number data read by compatible proximity readers at standard presentation range.

Key Features

• ISOProx II 40-bit data format for facility code and card number encoding
• Passive 125 kHz RF operation — no battery required
• Composite card construction for wear resistance in high-use environments
• Standard CR80 card form factor compatible with common badge holders and lanyards
• Read-only credential — factory programmed, tamper-resistant encoding

Compatibility

Designed for use with HID-compatible 125 kHz proximity readers and access control panels accepting ISOProx II 40-bit credentials. No specific compatible model numbers were provided in the product data.

Installation Notes

Proximity cards are issued credentials and do not require physical installation in the traditional sense, but integrators should verify that the target reader infrastructure supports the ISOProx II 40-bit format before deploying a card order. Facility code and card number ranges should be confirmed with the access control system administrator prior to programming readers. Handle cards away from strong magnetic fields and high-heat sources to preserve encoding integrity.