Hanwha Vision - Us NHP-P200 Ip Access Controller

Product Description

The HANWHA VISION - US NHP-P200 is a single-door IP access controller designed for networked access control systems. It manages entry and exit points over an IP network connection, replacing traditional wired controller architectures with a more flexible, network-based installation. This unit ships individually and is suited for installation by licensed security integrators and low-voltage technicians working on commercial or institutional access control deployments. The controller communicates over standard IP infrastructure, reducing the need for dedicated proprietary cabling runs between doors and a central panel.

The NHP-P200 is well suited for commercial facilities, office environments, and institutional settings that require controlled single-door access tied into a broader IP-based security network. It fits deployments where per-door IP control is preferred over centralized multi-door panel wiring. Installers working with the OnCafe access control platform will recognize this unit as the primary door controller node for that system.

Key Features

• Single-door IP access control for network-based deployments
• Compatible with the OnCafe IP access control platform
• Sold individually, one unit per package
• Designed for commercial and institutional access control installations
• IP network connectivity eliminates need for long dedicated controller wiring runs

Compatibility

Designed as an OEM-style controller node for single-door configurations within the OnCafe IP access control system.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician familiar with IP-based access control infrastructure. Power down the door strike, locking hardware, and any connected network equipment before beginning wiring. Follow applicable local codes and manufacturer documentation for network termination and door hardware integration. Do not apply power until all wiring connections are verified and covers are secured.