Safe & Arm Systems / Electromechanical
Alpha
EMSAD
A compact electromechanical safe-and-arm device for modular weaponization applications.
Multi-condition arming and a reversible configuration option support program-specific integration within a controlled safe-and-arm architecture.
Reference EnvelopeØ50 × 50 mm
Reference Weight115 g
ArmingMulti-Condition
ConfigurationReversible Option
Electromechanical Safety Device
Key Features
- ✓Compact electromechanical safe-and-arm device
- ✓Reference diameter: Ø50 mm
- ✓Reference length: 50 mm
- ✓Reference weight: 115 g
- ✓Multi-condition arming
- ✓Reversible configuration option
Reference Product Data
Technical Specifications
The values below describe the supplied Alpha EMSAD reference configuration.
| Specification |
Value |
| Product type |
Electromechanical safe-and-arm device |
| Diameter |
Ø50 mm |
| Length |
50 mm |
| Weight |
115 g |
| Arming |
Multi-condition |
| Configuration |
Reversible option |
Configuration Options
Integration Context
Modular Weaponization Packages
Multi-Condition Arming Architectures
Reversible Integration Options
Program-Level Characteristics
Shared Safety Architecture
The characteristics below apply to the supplied AIA program-level safety architecture and are not presented as standalone specifications of the Alpha EMSAD component.
- ✓Dynamic, heterogeneous dual-path redundancy architecture
- ✓Encrypted user commands and configurable physical arming conditions
- ✓Optional external sensor input
- ✓Normally-safe architecture and EMI-insensitive design options
Qualification Framework
Reference Standards
MIL-STD-1316
STANAG 4187
MIL-STD-331
MIL-STD-810
Integration Note
Controlled Interfaces and Qualification
Final mechanical, electrical, data, safety, and activation interfaces are defined for each carrier program through a controlled Interface Control Document and qualification plan.
Discuss Alpha EMSAD Integration
All values shown are reference data. Final configuration, standards compliance, safety architecture, platform compatibility, qualification, availability, and delivery are subject to engineering assessment, testing, contractual agreement, applicable regulations, export-control requirements, and end-user approval.
