Camden CX-WC16 Touchless Switch Restroom Controller

Camden CX-WC16 Touchless Switch Restroom Controller

Overview

The Camden CX-WC16 is a dedicated controller designed to manage touchless access and occupancy control in restroom environments. This system integrates motion or proximity sensing capabilities with networked control, enabling facility managers and security integrators to deploy modern, hygienic restroom access solutions across commercial, institutional, and industrial facilities.

The CX-WC16 operates as a centralized controller managing door access logic, sensor input processing, and electric strike activation. Its TCP/IP network connectivity allows remote monitoring and configuration from any networked workstation, eliminating the need for on-site manual adjustments and enabling scalable multi-door deployments across large facilities.

Key Features

• Network Communication: TCP/IP protocol for centralized management and remote door control across distributed locations
• Electric Strike Integration: Direct control of electric strikes for seamless touchless entry without mechanical key or card reader intervention
• Sensor Processing: Processes occupancy and motion detection input from touchless sensors, triggering timed door unlock cycles
• Controller Architecture: Dedicated hardware controller eliminates dependency on PC-based systems, improving reliability and uptime
• Scalable Deployment: Network-based design supports management of multiple restroom zones from a single administrative interface
• Commercial-Grade Reliability: Purpose-built for high-traffic restroom environments requiring consistent, hands-free operation
• Integration-Ready: Compatible with standard TCP/IP-based building management and access control ecosystems
• Configurable Logic: Adjustable dwell times, sensor sensitivity, and door cycle parameters accommodate facility-specific requirements

Integration & Compatibility

The CX-WC16 communicates via TCP/IP, making it compatible with any networked building management platform, access control system, or facility automation infrastructure that supports standard Ethernet-based device integration. Security integrators can configure the controller through standard network tools, reducing commissioning time and training overhead.

Electric strike compatibility includes standard 12V and 24V DC strikes common in commercial door hardware. Network configuration allows assignment of controller zones and door mappings, enabling multi-building or multi-floor restroom management from centralized monitoring dashboards.

The CX-WC16 integrates seamlessly into facilities already using networked access control, eliminating the need for parallel management systems and reducing total cost of ownership. Its TCP/IP foundation ensures compatibility with future system expansions and upgrades without hardware replacement.

Ted Perry

Perspective based on aggregated and affiliated engineering team experience.

I've specified the Camden CX-WC16 in several large institutional restroom renovation projects, and the network-based architecture simplifies both initial deployment and ongoing maintenance. The controller's electric strike integration eliminates mechanical complexities, and TCP/IP connectivity gives facility staff genuine remote visibility into restroom access cycles.

Technical Highlights:

• Network Protocol: TCP/IP communication enables integration with existing building management and access control infrastructure without separate data lines or parallel systems
• Strike Control: Direct electric strike actuation via the controller ensures synchronized sensor input, door unlock cycles, and audit logging across all managed restroom zones

Deployment Considerations:

• Verify network switch capacity and VLAN configuration before commissioning; many facilities underestimate bandwidth requirements when deploying multiple CX-WC16 units across dispersed restroom locations
• Configure sensor dwell times conservatively during initial commissioning—longer unlock cycles reduce nuisance re-locks and user frustration in high-traffic facilities
• Plan electrical infrastructure early; each strike requires dedicated 12V or 24V power conditioning to prevent voltage sag affecting adjacent circuits

For integrators managing facilities with multiple restroom zones, the CX-WC16's network-native design pays dividends over time. Remote diagnostics, centralized configuration, and real-time occupancy monitoring transform restroom management from a reactive, on-site service model into a proactive, cloud-visible operation.