Hid Global Corporation 40NKS-00-01CF1M Signo 40 Smart Reader

Product Description

The HID GLOBAL CORPORATION 40NKS-00-01CF1M is a Signo 40 smart card reader finished in black and silver with a pigtail wiring connection. Designed for access control applications, this reader communicates with compatible access control panels using standard low-voltage wiring routed through the pigtail lead. The Signo 40 series is built for professional installation by security integrators and licensed low-voltage electricians. It is suited for interior or controlled-environment door entry points where contactless smart card credential reading is required.

The 40NKS-00-01CF1M is intended for commercial and light-industrial access control deployments. It mounts at standard door-frame or wall locations and reads contactless smart card credentials presented by authorized personnel. The pigtail connection style simplifies field termination by allowing direct wire-to-wire or wire-to-panel connections without a dedicated connector housing. This unit is sold individually as a single reader per package.

Key Features

• Signo 40 platform smart card reader with black and silver housing
• Pigtail wiring output for direct field termination to access control panels
• Contactless credential reading for access control applications
• Compact form factor suited for standard door or wall mounting
• Sold as a single unit per package

Compatibility

Designed as an OEM-style replacement or new-installation smart card reader for access control systems compatible with the HID Signo 40 reader series.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified security integrator in accordance with applicable NEC low-voltage wiring requirements. De-energize the access control panel and any associated power supplies before making wiring connections at the pigtail leads. Verify panel input voltage and communication protocol requirements before completing the installation. Follow the manufacturer wiring documentation to ensure correct polarity and signal line connections.