Accutech 460077 Printed Circuit Board (PCB) Sub Assembly

Accutech 460077 - Core Healthcare Safety Technology and Internal System Logic

Accutech 460077 Printed Circuit Board (PCB) Sub Assembly is an internal printed circuit board that serves as a critical component within monitoring and wander prevention systems used to help protect residents in healthcare environments. Commonly utilized in assisted living facilities, memory care communities, and other care settings, this PCB sub-assembly supports communication and data processing functions throughout the resident monitoring system.

Functionality

• The board is designed to operate alongside compatible Accutech hardware and system components.
• It manages and processes information received from sensors, controllers, and other monitoring devices installed throughout a facility.
• The PCB continuously supports communication between system elements to ensure accurate monitoring and response.
• When monitored activity is detected, the board helps facilitate alarm generation and notification processes that alert staff members.

Features & Benefits

• Constructed with reliable electronic components designed for continuous operation in healthcare environments.
• Compact design allows integration into monitoring devices without disrupting system communication.
• Supports dependable system performance and efficient data handling.
• Helps reduce maintenance requirements through durable construction and stable operation.
• Contributes to the overall reliability of resident safety and wander management systems.

Common Application

• Typically installed within monitoring controllers, door control units, and perimeter security hardware.
• Frequently used in memory care units, nursing homes, assisted living facilities, and healthcare centers utilizing resident monitoring systems.
• Supports facilities that care for individuals with Alzheimer's disease, dementia, or other cognitive conditions that may increase wandering risk.
• Plays an important role in maintaining communication and operational integrity throughout the monitoring network.