Camden Door Controls CV-KTH Hid Format Proximity Tag 25-pack

Product Description

The Camden Door Controls CV-KTH is an HID-format proximity tag sold in a pack of 25, designed for use with access control systems that read standard HID-compatible credentials. Each tag operates as a passive RFID credential, allowing users to present the tag to a compatible proximity reader for door release or access authorization. This pack is suited for facilities requiring credential distribution across multiple users or entry points. Security integrators and access control technicians are the primary installers and administrators of this credential type.

The CV-KTH proximity tags are used in commercial and light industrial access control installations where HID-format credentials are required. Typical applications include office buildings, multi-tenant facilities, schools, and secured entry points managed by a proximity-based access control panel. The 25-unit pack format supports initial system deployments or credential replenishment for existing installations.

Key Features

• HID-format encoding compatible with standard proximity card readers
• Passive RFID credential — no battery required
• Pack of 25 tags supports bulk deployment or credential stock replenishment
• Compact tag form factor for easy carry on a keyring or lanyard
• Suited for commercial access control environments

Compatibility

Designed for use with access control systems and readers that accept standard HID-format proximity credentials. Specific reader or panel compatibility should be confirmed against the installed system prior to ordering.

Installation Notes

Proximity tags are enrolled into an access control system by a licensed security integrator or qualified access control technician using the system's credential management software. No physical wiring or power tools are required to deploy the tags themselves. Ensure the access control panel and reader firmware support the HID format used by these credentials before enrollment. Handle tags carefully to avoid physical damage to the embedded antenna coil.