Altronix Corp TCV3 Trove3 Backplane Access Power Panel

Product Description

The ALTRONIX CORP TCV3 is a Trove3 backplane designed to integrate Altronix power and CDVI access control components within a single enclosure. The backplane serves as the mounting and interconnection platform that aligns power supply hardware with access control boards, reducing field wiring complexity and consolidating components into a unified assembly. It is sold as an individual unit and is intended for installation by licensed low-voltage or access control technicians working on commercial security and access control systems.

The TCV3 backplane is used in commercial access control installations where Altronix Trove3 enclosures are deployed alongside CDVI access control equipment. It is suited for applications requiring organized, enclosure-based mounting of power and control hardware, such as door controller panels in office buildings, multi-tenant facilities, and other secured commercial environments. This backplane streamlines the physical integration of power distribution and access control boards in a shared enclosure footprint.

Key Features

• Designed as a backplane for Altronix Trove3 enclosure series
• Supports integration of Altronix power supplies with CDVI access control boards
• Consolidates wiring connections within a single enclosure assembly
• Sold as individual unit for flexible system builds
• Reduces field wiring complexity in commercial access control installations

Compatibility

Designed for use with Altronix Trove3 enclosures in conjunction with CDVI access control hardware. Confirm enclosure series and board dimensions before ordering.

Installation Notes

Installation should be performed by a licensed low-voltage or access control technician. Power down all associated power supplies and disconnect any connected access control boards before mounting or removing the backplane. Follow local low-voltage codes and manufacturer enclosure guidelines when securing components to the backplane. Verify component alignment and connector seating before restoring power to the system.