Fully Automated Vault Doors
Integrates into an automated currency ecosystem
Up to Grade XIII EXCD.
Cerberus automated doors have been designed for cutting edge facilities within central banks, money printing facilities and bullion storage sites. They allow the integration of automated systems and safe passage of robot self guided vehicles within the highest security areas of these buildings. They are all designed to order and we can accommodate many different requests according to the requirements of your facility. Security is paramount in our designs and we can deliver most requests with fully certified doors up to EN1143-1 Grade XIII.
Engineered for Automation and Safety
Oversized door options for AGV (Automated Guided Vehicle) access
Built-in sensors and safety mechanisms to prevent accidents
Multiple inputs/outputs for integration with external systems
Flexible software programming tailored to your operational needs
Key Features & Capabilities
Fully Motorised Operation
Cerberus automated doors offer remote monitoring, one-touch closing and locking, and optional alarm integration for emergency scenarios. In critical events, doors can automatically block and close, ensuring fast, secure response with minimal manual input.
Motorised door opening
Motorised boltwork mechanism
Motorised safe lock
Full integration with high
security Insys locking system
Cerberus automated doors have been designed for cutting edge facilities within central banks, money printing facilities and bullion storage sites. They allow the integration of automated systems and safe passage of robot self guided vehicles within the highest security areas of these buildings. They are all designed to order and we can accommodate many different requests according to the requirements of your facility. Security is paramount in our designs and we can deliver most requests with fully certified doors up to EN1143-1 Grade XIII.
Dual control
99 users + Manager codes
Certified to EN1300 & EN17646 Class C
Open via PIN code and optional RFID as secondary authentication