Lifesafety Power ISCAN250B-24P Access Control Power Supply

Product Description

The LIFESAFETY POWER ISCAN250B-24P is a multi-output access control power supply designed for professional security and access control installations. This unit provides 24 individual power outputs and supports both 12-volt and 24-volt operation, making it adaptable to a wide range of field devices. It is intended for use by licensed security systems integrators and low-voltage electricians working on commercial and institutional access control projects. The ISCAN250B-24P delivers distributed, protected power to door controllers, electric locks, readers, and other access hardware within a single panel-mounted assembly.

This power supply is suited for commercial access control deployments where multiple independently powered outputs are required from a centralized distribution point. Typical installations include multi-door access control systems in office buildings, schools, healthcare facilities, and government sites. The 24-output configuration reduces the need for multiple standalone power supplies, consolidating power distribution into one managed unit. Installers working with panel-based access control architectures will find this format well-suited to structured low-voltage wiring environments.

Key Features

• 24 individual power outputs for distributed device power
• Dual voltage support: 12-volt and 24-volt operation
• Panel-mountable form factor suited for organized low-voltage enclosures
• Designed for access control applications including electric locks and readers
• Single-unit consolidation reduces multi-supply wiring complexity

Compatibility

Designed as an OEM-style replacement or direct-install power distribution unit for commercial access control systems requiring multi-output 12-volt or 24-volt panel power supplies.

Installation Notes

Installation should be performed by a licensed low-voltage electrician or certified security systems integrator familiar with NEC low-voltage wiring requirements. Disconnect and lock out all power sources before servicing or wiring the unit. Verify that the output voltage selection matches the voltage requirements of each connected field device before energizing. Follow the manufacturer documentation and local codes for enclosure grounding and overcurrent protection.