Mircom Technologies TX3-BBCX-4W Door Control Cabinet

Product Description

The MIRCOM TECHNOLOGIES TX3-BBCX-4W is an eight-door access control cabinet designed for multi-door security installations in commercial and institutional facilities. This cabinet serves as the central hardware enclosure for access control panel components, housing the electronics and wiring infrastructure that manage door entry across multiple access points. It is part of the TX3 access control platform and is specified and installed by licensed low-voltage or security system technicians. The TX3-BBCX-4W supports organized, code-compliant installations where multiple controlled entry points are managed from a single cabinet location.

This cabinet is suited for commercial buildings, schools, healthcare facilities, government offices, and other multi-entry environments requiring centralized access control. It fits within the TX3 series access control ecosystem, supporting up to eight doors from a single enclosure. Installers working on mid-size to large access control deployments will find this cabinet appropriate for consolidating panel hardware, power supplies, and associated wiring in one protected enclosure.

Key Features

• Supports up to eight-door access control configurations
• Designed for centralized panel and wiring organization
• Part of the MIRCOM TX3 access control platform
• Enclosure format protects internal electronics and connections
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style cabinet enclosure for use within the MIRCOM TX3 series multi-door access control system platform.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician familiar with access control panel wiring and applicable local codes. De-energize all connected power supplies and access control hardware before servicing or mounting components inside the cabinet. Follow the manufacturer's published wiring diagrams and adhere to NEC requirements for low-voltage system enclosures. Verify that the mounting location meets environmental requirements for the installed electronics.