Altronix Corp T2MK3F8 Access Power Supply 8 Door 6A

Product Description

The ALTRONIX CORP T2MK3F8 is a fused access control power supply designed to distribute power across up to 8 door control devices in a single installation. Built around the Trove2M2 enclosure platform, this unit delivers 6 amps of total output capacity with individual fused outputs for each circuit. Licensed security integrators and access control technicians install this type of power supply in commercial and light industrial environments where centralized, protected power distribution is required for electric locks, readers, and door controllers.

This unit is suited for commercial access control deployments where multiple door strikes, magnetic locks, or electrified hardware must be powered from a single organized panel location. The fused output design provides individual circuit protection, which reduces troubleshooting time when a single door circuit faults. Typical installations include office buildings, multi-tenant facilities, and institutional buildings requiring organized power management for access control head-end equipment.

Key Features

• Supports up to 8 door control circuits from a single unit
• 6 amp total output capacity for distributed access control loads
• Individual fused outputs provide per-circuit overcurrent protection
• Trove2M2 enclosure platform for organized, panel-based installation
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style access control power supply for commercial multi-door installations requiring centralized fused power distribution.

Installation Notes

Installation should be performed by a licensed security or low-voltage electrician in accordance with applicable NEC low-voltage wiring requirements. Disconnect and de-energize all input power before wiring outputs to door hardware or control boards. Verify that the combined load across all 8 outputs does not exceed the 6 amp total rated capacity before commissioning. Individual fuses should be sized appropriately to the connected device load on each circuit.