HES PDB-8C8R1 8-Channel Power Distribution Module
The HES PDB-8C8R1 is a professional-grade power distribution module engineered for security integrators deploying managed power delivery across multi-device access control installations. With eight independent channels, each rated at 1A output, this relay-based module provides safe, centralized power management for door locks, card readers, and auxiliary security equipment. The unit's PTC (Positive Temperature Coefficient) outlets deliver inherent overload protection, reducing the risk of nuisance shutdowns and equipment damage in high-demand security environments.
Key Features
- 8 independent power channels with 1A per-channel output capacity
- PTC outlet protection for automatic thermal overload response
- Relay-based control for remote or programmatic switching
- Standard 19-inch rack or surface-mount form factor
- Indoor-rated installation for secure facility deployments
- Compatible with standard access control and security integration platforms
Technical Highlights
The PDB-8C8R1 integrates seamlessly with existing access control systems that support relay output signaling, enabling synchronized power distribution across door access points, auxiliary devices, and integrated security loads. Each channel operates independently, allowing granular control and load balancing across your security infrastructure. The relay-based switching architecture supports both manual override and automated scheduling through compatible control platforms, making it ideal for facilities requiring 24/7 managed power delivery with failsafe redundancy options.
Applications
- Multi-door access control system power management
- Centralized distribution for magnetic locks and electric strikes
- Card reader and credential reader power provisioning
- Auxiliary device switching in integrated security deployments
- Enterprise and institutional facility access infrastructure
Built for integrators and security professionals, the PDB-8C8R1 eliminates single-point power failures and simplifies wiring complexity in systems managing multiple access control devices. Its proven relay architecture and thermal protection design make it a reliable foundation for professional security deployments.
