Honeywell WEB-O3022H BMS Cipher IP Expansion Module

The Honeywell WEB-O3022H is a genuine Honeywell BMS Ciper IP Small Expansion Module designed for professional intrusion and alarm applications. As part of Honeywell's established BMS Ciper IP platform, this module extends the capacity and flexibility of a compatible control system by adding supplementary input and output points through a compact expansion form factor. It is intended for use within commercial and light-industrial security environments where scalable, network-aware intrusion detection infrastructure is required. Professional installers and system integrators benefit from the module's role in enabling a distributed, expandable architecture — allowing a single Ciper IP system to grow alongside evolving site requirements without wholesale equipment replacement. The WEB-O3022H is a life-safety and security component suited for deployment in facilities where reliable alarm monitoring, zone management, and system integrity are operational priorities.

Key features & benefits

• Platform Expansion — Extends the point capacity of an existing BMS Ciper IP intrusion system, allowing additional zones and outputs to be incorporated without replacing the central controller.
• IP-Networked Architecture — Designed to operate within an IP-based alarm infrastructure, supporting the connectivity and management expectations of modern commercial security installations.
• Compact Form Factor — The small module profile facilitates installation in space-constrained enclosures and equipment rooms, simplifying integration into existing panel arrangements.
• Genuine Honeywell Component — Manufactured to Honeywell's standards for life-safety and security equipment, ensuring compatibility and reliability within the BMS Ciper IP ecosystem.
• Professional Installer Focus — Engineered for deployment by trained security integrators, the module supports structured commissioning workflows consistent with commercial-grade project requirements.
• Scalable System Design — Enables a staged approach to system growth, allowing facilities managers and security designers to add capacity incrementally as site demands change over time.