Accutech ACT-BAT-127 12VDC Backup Battery

Accutech ACT-BAT-127 - Long-Term Care Safety Solutions for Power Backup

Accutech ACT-BAT-127 12VDC Backup Battery is a dependable backup power solution designed to support ResidentGuard security and wander management systems. This battery provides emergency power during utility outages, helping ensure that critical monitoring equipment, door controllers, alarms, and security functions remain operational when uninterrupted protection is required. Its compact design allows easy installation within compatible Accutech control panels and power supply enclosures.

Functionality

• The backup battery automatically provides power when the primary electrical supply is interrupted.
• Supports continued operation of controllers, monitoring devices, alarms, and other connected security components.
• Helps maintain resident safety by keeping critical wander management functions active during power outages.
• Automatically recharges once normal utility power is restored.
• Designed to work seamlessly with compatible Accutech security and monitoring systems.

Key Features & Benefits

• Provides reliable 12VDC backup power for essential security equipment.
• Lead-acid battery technology delivers dependable performance and proven reliability.
• High energy density supports extended backup operation during temporary outages.
• Sealed construction helps minimize maintenance requirements and reduces leakage concerns.
• Supports continuous system availability and enhances facility safety preparedness.
• Compact form factor allows installation within existing control cabinets and enclosures.

Applications

• Commonly used in hospitals, nursing homes, assisted living communities, and memory care facilities.
• Compatible with ResidentGuard LC1200, LS2400, and related security system installations.
• Frequently installed within door-side control panels, power supply cabinets, and monitoring system enclosures.
• Helps maintain protection of monitored exits, emergency doors, and restricted-access areas during power interruptions.