Altronix Corp T1MK1F4V Access Power Supply 12/24V 4A

Product Description

The ALTRONIX CORP T1MK1F4V is a Trove1 series access control power supply designed for low-voltage security and access control systems. It delivers selectable 12 or 24 volt DC output at up to 4 amps and includes integrated fusing for overcurrent protection. The unit accepts a 220 volt AC input, making it suited for installations where 220V mains power is available. Licensed electricians and security systems integrators are the primary installers of this type of power supply in commercial and light industrial access control applications.

This power supply is used in access control infrastructure where a reliable, fused DC power source is required to drive door controllers, magnetic locks, electric strikes, or other low-voltage access hardware. The Trove1 form factor is designed to mount within compatible Trove enclosures, providing a clean, organized power distribution point. It is appropriate for both new installations and retrofit projects in commercial buildings where 220V single-phase power is the available source.

Key Features

• Selectable 12V or 24V DC output to support a range of access control devices
• 4 amp output capacity for driving multiple loads from a single supply
• Integrated fusing provides overcurrent protection for connected equipment
• 220V AC input for compatibility with international or commercial 220V mains
• Trove1 form factor designed for organized enclosure-based installations

Compatibility

Designed as an OEM-style replacement or original installation component for Trove1 series enclosure-based access control power supply applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified security systems technician familiar with low-voltage access control wiring and applicable NEC requirements. Disconnect and lock out all AC mains power before servicing or wiring this unit. Verify that the selected output voltage matches the requirements of all connected access control devices before energizing. Follow the manufacturer wiring diagram and local code requirements for proper grounding and overcurrent protection.