HES PDB-8F1R2 Power Distribution Module 8 Fused 2A

HES PDB-8F1R2 Power Distribution Module 8 Fused 2A

The HES PDB-8F1R2 is a dedicated power distribution module engineered for access control and security system installations. This compact unit delivers eight independently fused outputs, each rated at 2A, providing secure and managed power distribution across multiple security devices. Built-in fire trigger and relay functionality enables coordinated emergency response and controlled activation of connected equipment, making it ideal for integrated security deployments requiring centralized power management with failsafe logic.

Key Features

• Eight independently fused outputs rated at 2A per channel
• Integrated fire trigger functionality for emergency coordination
• Relay control for managed device activation and response
• Compact form factor suitable for cabinet and wall mounting
• Centralized fusing for simplified maintenance and circuit protection
• Failsafe relay logic for secure operation during power events

Technical Highlights

The PDB-8F1R2 delivers 2A per output channel across all eight circuits, allowing flexible power allocation to door locks, credential readers, magnetic locks, and auxiliary security devices. Individual fusing on each output prevents cascading failures and protects downstream equipment from overcurrent conditions. The integrated relay provides switchable control and coordinated triggering, essential for access control workflows and emergency lockdown scenarios. Its compact design accommodates both vertical cabinet mounting and wall-based installations in confined spaces.

Applications

Ideal for access control installations requiring multi-device power distribution with centralized management. Suitable for door access systems, badge reader arrays, auxiliary solenoid locks, strike plates, and emergency egress controls. Commonly deployed in office buildings, healthcare facilities, data centers, and commercial security infrastructure where reliable, managed power with failsafe relay control is essential.