Hid 920PHRNEK00007 Smart Card Reader Wiegand Black

Product Description

The HID GLOBAL CORPORATION 920PHRNEK00007 is a smart card reader designed for access control applications. Based on the RP40-H PIV Class SE designation, this unit reads PIV-compliant smart credentials and outputs data via Wiegand interface. It is built for installation at secured entry points in commercial and government facilities. The black housing suits standard door and wall-mount installations. A licensed access control technician or low-voltage electrician typically handles the wiring and commissioning of this device.

This reader is suited for physical access control systems requiring PIV-class credential validation. It targets commercial, government, and institutional environments where smart card authentication is mandated. The pigtail wiring lead simplifies field termination at the access control panel. The Wiegand output format ensures compatibility with a broad range of access control panels that accept standard Wiegand data streams.

Key Features

• PIV Class SE smart card reader with Wiegand output interface
• Pigtail lead wiring for flexible field termination
• Black housing for discreet wall or door-frame mounting
• Sold as a single unit (each)
• Designed for commercial and government access control deployments

Compatibility

Designed as an OEM-style replacement or addition for access control systems that support PIV-class smart card readers with Wiegand data output. No specific panel or system model compatibility was provided in the product data.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified access control technician in accordance with applicable NEC low-voltage wiring requirements. De-energize the access control panel and associated door hardware before making any wiring connections. Secure the pigtail leads to the panel terminals per the access control panel manufacturer wiring diagram. Verify reader communication and credential read function before returning the system to service.