Anti-Explosion Core Design: Dissipating Chemical Hydraulic Blast Pressures
Engineering Overview: Engineering breakdown of pressure-venting channels and reinforced cam retaining walls in cylinders designed for bank vaults and ATM enclosures.
Technical & Engineering Specifications
| Features | Radial Blast Vents & Reinforced Rear Retention Bulkhead |
|---|---|
| Standard | EN 1143-1 Safe and ATM Security Standards |
| Pressure Rating | Withstands explosive gas detonation pulses |
| Defense Application | Bank Vaults, ATM Enclosures, High-Security Utility |
High-Pressure Vandalism Defense
Criminals inject combustible gases or hydraulic fluids into keyways to blow cylinders out of ATM safes and bank night depositories.
Blast Venting Architecture
- Radial Pressure Relief Vents: Micro-machined relief channels in the cylinder body vent explosive gas pressures safely outward without shearing the central retaining screw.
- Armored Backplate: High-strength alloy backplate retains the plug under > 25 kN explosive force.
Frequently Asked Engineering & Selection Questions
Q1: How does an anti-explosion lock cylinder work?
It incorporates internal pressure relief channels that safely vent explosive gas shockwaves outward, preventing the core from blowing apart.