APC NBHN125 Netbotz 125 KHZ Handle Kit

Netbotz 125 KHZ Handle Kit

The APC NBHN125 Netbotz 125 KHZ Handle Kit is a specialized security and access control solution designed to provide remote monitoring and control of rack access. This kit is a key component for enhancing the physical security of IT infrastructure in data centers and server rooms. It works in conjunction with a compatible NetBotz appliance to enable access control using 125 kHz proximity cards, ensuring that only authorized personnel can open the rack doors.

The kit includes two rack access control handles, which are designed for both front and rear applications on a single enclosure. This dual-handle configuration provides comprehensive security for the rack. The system allows for remote management and monitoring through EcoStruxure IT Software, giving administrators the ability to receive instant alerts for security risks like breached enclosures or doors that have been left open. The handles also feature a slam latch mechanism for secure closure and included keys for a master key override in the event of a power outage or for maintenance.

Features :

This handle kit is engineered for seamless integration and robust security. It provides a simple way to implement physical access control for your racks. The system allows for user access scheduling, so you can grant or restrict access for specific times for each proximity card. The installation is straightforward, and the kit includes all the necessary components, such as brush strips for cable management, keys, and an installation guide.

Advanced Options :

The APC NBHN125 is a foundational element in a comprehensive, scalable rack management solution. Its ability to integrate with APC's management software provides a unified view of your physical infrastructure, allowing for effective capacity planning and enhanced security. This product is ideal for environments that require organized cable management and controlled environmental separation, as the design helps to maintain thermal efficiency within the rack.