Kantech Us KT-SG-SC-KP2 Smart Card Reader

Product Description

The KANTECH US KT-SG-SC-KP2 is a second-generation smart card reader designed for access control applications. It reads smart card credentials and communicates with an access control panel to grant or deny entry. The single-gang form factor fits a standard electrical box, making it straightforward to integrate into new construction or retrofit projects. This reader is suited for commercial and light-industrial environments where controlled access to secured areas is required. Licensed security integrators and low-voltage technicians are the typical installers for this type of device.

The KT-SG-SC-KP2 is intended for use in door-entry access control systems that require smart card credential reading. Its single-gang mounting profile makes it compatible with standard wall-box installations at doorframes, gates, and entry points in commercial buildings, office environments, and secured facilities. It is sold individually as a single unit.

Key Features

• Second-generation smart card reading technology for credential-based access control
• Single-gang form factor fits standard electrical gang boxes for clean wall installations
• Designed for commercial access control panel integration
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style smart card reader for use in commercial access control systems requiring single-gang mounted credential readers. Confirm panel and credential compatibility with your access control system documentation before installation.

Installation Notes

Installation should be performed by a licensed low-voltage technician or security systems integrator in accordance with applicable local codes and NEC low-voltage wiring requirements. Power down the access control panel and associated door hardware before wiring the reader. Verify that the reader wiring and communication protocol are compatible with the connected access control panel before commissioning. Do not install in environments outside the device's rated operating conditions.