WAREHOUSE PAGING SYSTEM

Tesla, Inc., a leading auto manufacturing company, required a comprehensive warehouse paging system to support voice paging, scheduled break bell alerts, and emergency mass notifications across three large parts warehouses and distribution centers totaling over 1.4 million square feet.
The objective was to implement a wireless communication solution capable of handling daily public announcements, shift and break change alerts, and instant mass notifications during emergency events. Each warehouse paging system needed to deliver the following core capabilities:

Visiplex’s warehouse paging system was implemented using multiple wireless paging base stations strategically located at security desks and manager stations. The system included both indoor and outdoor wireless PA speakers, installed throughout the facility and in critical areas such as smoking and break zones, muster points, and parking lots. To enhance visibility and ensure ADA compliance, wireless LED message boards and multi-color beacon lights were also installed across the facility for visual alerts.

During daily operations, the PA speakers broadcast scheduled break bell and shift change alerts, while the LED message boards display synchronized time and important facility messages with high visibility.

Thanks to its modular, wireless design, the Visiplex warehouse paging system was fully installed using in-house maintenance staff, resulting in substantial cost savings. Final system testing, commissioning, and on-site staff training were completed by Visiplex technicians to ensure reliable, seamless operation.

Optimized Warehouse Paging System Performance – The wireless warehouse paging system was successfully implemented across all three Tesla facilities, significantly improving site-wide safety, operational efficiency, and communication. The solution enhanced daily workflows and emergency readiness while delivering the following key capabilities:

The fully wireless design allowed Tesla to deploy the warehouse paging system with minimal disruption, using internal resources for installation and reducing overall implementation costs.