Vault Door Euro Grade 9 PA4009: Certified Protection for Maximum Security Environments
The Vault Door Euro Grade 9 PA4009 by Arcas Gruber is engineered to deliver the highest protection level in critical infrastructures such as vaults, central banks, military installations, and government facilities. Certified under UNE EN 1143-1:1998 Euro Grade 9, this armoured door ensures exceptional resistance against burglary, explosives, and advanced intrusion techniques, meeting the strictest international security requirements.
Main Technical Features
- External dimensions: 2275 × 1410 × 520 mm
- Clear opening: 2000 × 900 × 450 mm
- Door thickness: 450 mm
- Approximate weight: 2400 kg
- Construction: reinforced high-strength steel body with multi-layer composite barrier
Standard Locking System
Equipped with two double-bitted key locks certified UNE EN 1300 Class C, ensuring maximum resistance to professional burglary techniques including manipulation, drilling, and forced extraction.
Advanced Locking Options
- High-precision mechanical combination lock
- Electronic digital combination lock
- Programmable electronic lock with multi-user access
- Biometric access control (fingerprint recognition)
Installation System
The PA4009 vault door can be installed through anchoring and concreting of the external frame. It is also available with a factory pre-concreted frame for simplified installation in existing armoured structures, ensuring perfect alignment and maximum security integration.
Optional Accessories
- Fire-resistant insulation kit
- Emergency security hatch
- Magnetic card or RFID access
- Automatic LED lighting system
- Full ballistic steel reinforcement
Certified Security and Reliability
The Vault Door Euro Grade 9 PA4009 is officially certified under UNE EN 1143-1 Grade 9, guaranteeing extreme resistance and reliability in high-risk environments. It forms part of the vault doors range by Arcas Gruber, seamlessly compatible with our vaults, armoured products, and high-security safes, offering complete protection solutions for the most demanding professional applications.




