Lifesafety Power FPO75-B100C4E2M Access Power Supply 75W

Product Description

The LIFESAFETY POWER FPO75-B100C4E2M is a 75-watt access control power supply designed to provide reliable, managed power to electrified locking hardware. It supports four lock outputs with Mercury and Lenel bypass functionality, making it suitable for access control panel integrations where output supervision and bypass switching are required. The E2M configuration indicates an enclosure-mounted form factor with managed output modules. Licensed low-voltage technicians and electronic security integrators are the primary installers of this unit in commercial door hardware applications.

This power supply is used in commercial and light-industrial access control installations where multiple electrified locks or strikes must be powered and supervised from a single distribution point. The Mercury and Lenel bypass capability allows it to work within existing panel architectures, reducing the need for additional interface hardware. It is well-suited for installations in office buildings, healthcare facilities, and institutional environments where managed lock power and panel compatibility are required.

Key Features

• 75-watt total output capacity for powering multiple electrified locking devices
• Four dedicated lock outputs for distributed door hardware power
• Mercury and Lenel panel bypass support for direct integration with major access control platforms
• E2M enclosure-mounted module configuration for clean, organized panel installations
• Managed output design supports supervision and fault detection per output

Compatibility

Designed as an OEM-style access power supply for commercial access control systems utilizing Mercury or Lenel panel architectures with electrified lock hardware.

Installation Notes

Installation should be performed by a licensed low-voltage or electronic security technician familiar with access control power distribution. Disconnect and de-energize all circuits before servicing or wiring the unit. Follow local low-voltage wiring codes and any applicable requirements from the authority having jurisdiction. Verify output load requirements of connected locking hardware do not exceed the rated output capacity of each channel before energizing the system.