Altronix Corp T2HWK7F8D Access Power Supply 8 Door 10A

Product Description

The ALTRONIX CORP T2HWK7F8D is an access control power supply designed to provide distributed power for multi-door access control systems. Built around a Trove2 enclosure platform, it supports up to 8 doors and delivers 10 amps of output capacity. PTC (positive temperature coefficient) overcurrent protection is integrated to safeguard connected hardware from fault conditions. This unit is typically installed by low-voltage security technicians and access control integrators working on commercial or institutional entry systems.

This power supply is suited for commercial access control installations where multiple door controllers, electric strikes, magnetic locks, or similar hardware require a centralized, protected power source. The 8-door configuration makes it appropriate for mid-size installations such as office buildings, schools, or multi-tenant facilities. It ships as a single unit and is intended for panel or rack mounting within a secured enclosure.

Key Features

• Supports up to 8 doors from a single power supply unit
• 10 amp output capacity for powering multiple access control devices
• Integrated PTC overcurrent protection on outputs to prevent damage from faults
• Trove2 enclosure platform provides organized, low-profile installation
• Designed for commercial and institutional access control system deployments

Compatibility

Designed as an OEM-style replacement or new-installation power supply for commercial multi-door access control systems requiring a centralized 10A protected power source.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician in accordance with applicable NEC requirements for access control and low-voltage power distribution. Disconnect and de-energize all circuits before wiring inputs or outputs. Verify that the total connected load does not exceed the rated 10 amp output before commissioning. Follow the manufacturer documentation for proper PTC reset procedures after any overcurrent event.