Table Of Contents
Key Points
The LORD AM-005's design prioritizes both performance and practical implementation in aerospace environments. Its key characteristics include:
- Maximum static load capacity: 6 lb (2.7 kg)
- Temperature range: -65°F to +300°F (-54°C to +149°C) for BTR Silicone
- Dynamic input tolerance at resonance: 0.036 in (0.91 mm) D.A.
- Construction materials: 2024-T315/T4 aluminum components with chromate treatment
- Elastomer options: LORD BTR or BTR II Silicone
The LORD AM-005 Low Profile Avionics Mount represents a critical component for engineers designing vibration isolation systems in aerospace and defense applications. This precision-engineered mount provides reliable protection for sensitive avionics equipment while maintaining a compact form factor essential for space-constrained installations.
Performance Characteristics
The LORD AM-005 series delivers consistent performance across various loading conditions and environmental factors. Understanding these characteristics is essential for proper implementation:
Natural Frequency Response
The mount exhibits natural frequency responses ranging from 57 Hz to 110 Hz at maximum rated load, depending on the specific model selected. This range makes it particularly effective for:
- Protecting against high-frequency vibrations common in aircraft operations
- Maintaining stability across varied flight conditions
- Providing consistent performance throughout temperature extremes
Spring Rate Performance
The AM-005's dynamic spring rates demonstrate exceptional consistency:
- Axial spring rates: 490-1,844 lb/in (86-323 N/mm)
- Radial spring rates: 272-1,676 lb/in (48-294 N/mm)
Learn everything you need to know about Parker LORD products here!
Applications and Implementation
For aerospace and defense engineers, understanding the optimal applications and implementation methods for the LORD AM-005 mount is crucial for achieving maximum vibration isolation performance.
The mount's capabilities must be carefully matched to specific equipment protection requirements while considering factors like available space, load distribution, and environmental conditions. This knowledge directly impacts system reliability and equipment longevity.
Proper implementation of the AM-005 requires careful attention to both mechanical and environmental factors that can affect performance. Engineers must consider not just the immediate mounting requirements, but also maintenance access, thermal expansion effects, and potential failure modes when designing mounting systems.
Getting these details right early in the design process helps avoid costly modifications or performance issues later.
Engineers should consider the LORD AM-005 for critical aerospace and defense applications requiring precise vibration control:
Primary Applications
The mount excels in protecting:
- Inertial navigation systems
- Flight control computers
- Radar components
- Critical avionics displays
- Sensor packages
Installation Considerations
Proper installation is crucial for optimal performance:
- Maintain recommended mounting torque specifications
- Consider load distribution in multi-mount configurations
- Account for thermal expansion in extreme environments
- Ensure adequate clearance for maximum deflection
Selecting the Right Model
The process of selecting the appropriate LORD AM-005 variant represents a critical engineering decision that impacts system performance, reliability, and cost-effectiveness. Engineers must carefully evaluate factors including load requirements, operational environment, and performance specifications to choose the optimal mount for their application. Making the wrong choice can lead to premature wear, inadequate isolation, or system failures.
The AM-005 series offers multiple variations in both BTR and BTR II elastomer options, each optimized for specific operating conditions and performance requirements. Understanding the distinctions between these models and their respective advantages allows engineers to make informed decisions that balance performance needs with practical considerations like cost and maintenance requirements.
The LORD AM-005 series includes multiple variants optimized for different load requirements and performance characteristics:
BTR Models
The BTR (Broad Temperature Range) variants of the AM-005 offer proven reliability across extreme temperature conditions while maintaining consistent damping characteristics. These models provide engineers with options optimized for different load requirements while maintaining the core benefits of BTR technology.
- LORD AM-005-1: For applications requiring lower natural frequencies
- LORD AM-005-5: Optimized for medium-load applications
- LORD AM-005-10: Designed for maximum load capacity
BTR II Models
Building on the success of the original BTR line, BTR II models introduce enhanced performance characteristics particularly suited for applications requiring superior low-temperature performance and improved isolation efficiency. These variants maintain similar load capacities while offering distinct advantages in specific operational conditions.
- LORD AM-005-8: Enhanced low-temperature performance
- LORD AM-005-11: Improved isolation efficiency
- LORD AM-005-15: Maximum damping characteristics
Environmental Performance
In aerospace applications, environmental conditions can significantly impact component reliability and performance. The LORD AM-005's environmental capabilities must be thoroughly understood to ensure proper function across all potential operating conditions, from arctic temperatures to tropical humidity levels. Engineers need this information to accurately predict mount performance and plan for any necessary environmental protection measures.
The combination of temperature extremes, exposure to various fluids, and long-term environmental effects can create complex challenges for vibration isolation systems. Understanding how the AM-005 performs under these varied conditions helps engineers design more reliable systems and develop appropriate maintenance schedules.
This knowledge is particularly crucial for applications where equipment failure could have serious safety or operational implications.
The mount's environmental capabilities make it suitable for demanding aerospace applications:
Temperature Performance
The AM-005's temperature resilience represents a critical advantage for aerospace applications where extreme temperature variations are common. The mount's carefully engineered elastomer compounds maintain consistent mechanical properties across broad temperature ranges.
- BTR elastomer maintains consistent properties from -65°F to +300°F
- BTR II variant optimized for -40°F to +300°F range
- Minimal stiffness variation across operational temperature range
Environmental Resistance
Beyond temperature performance, the LORD AM-005 demonstrates exceptional resistance to various environmental factors commonly encountered in aerospace applications. This comprehensive environmental protection helps ensure consistent performance throughout the mount's operational lifetime.
- Excellent ozone resistance
- Good fluid compatibility
- Superior aging characteristics
- Resistance to UV exposure
Integration Benefits
When integrating vibration isolation components into aerospace systems, engineers must consider both the immediate performance advantages and long-term operational benefits. The AM-005's integration benefits extend beyond simple vibration isolation, encompassing factors like maintenance requirements, system reliability, and overall lifecycle costs.
Understanding these benefits helps engineers justify design decisions and predict long-term system performance.
The proper integration of the LORD AM-005 can significantly impact both initial system design and ongoing operational characteristics. Engineers need to understand how these mounts interact with other system components and how their implementation affects overall system performance.
This knowledge allows for more efficient design processes and helps ensure that the full potential of the mount's capabilities is realized in the final application.
Implementing the AM-005 provides several key advantages for aerospace systems:
System Benefits
Integration of the LORD AM-005 into aerospace systems delivers measurable improvements in equipment protection and reliability. These benefits directly impact both operational performance and long-term maintenance requirements.
- Reduced transmission of vibration to sensitive equipment
- Improved equipment reliability and longevity
- Minimal maintenance requirements
- Consistent performance over operational lifetime
Design Benefits
The AM-005's engineering characteristics provide significant advantages during the system design phase. Its versatile configuration options and predictable performance parameters simplify the integration process while ensuring reliable results.
- Compact form factor for space-constrained installations
- Multiple mounting configurations possible
- Predictable performance characteristics
- Reliable failure modes
Final Thoughts
The LORD AM-005 Low Profile Avionics Mount represents a proven solution for aerospace and defense vibration isolation applications. Its combination of reliable performance, environmental resistance, and versatile mounting options makes it an ideal choice for protecting critical avionics equipment in demanding operational environments.
Supporting Mission-Critical Aerospace & Defense Programs
Aerospace and defense projects that include vibration isolation components often require careful consideration of the entire system, including the housing and mounting structure. Modus Advanced brings particular expertise to these applications through our comprehensive approach to aerospace and defense projects.
Engineering DNA
At Modus Advanced, engineering excellence isn't just a capability—it's our foundation. With engineers comprising over 10% of our workforce, we bring deep technical understanding to every aerospace and defense project. This expertise spans:
- Materials science and selection
- Advanced manufacturing processes
- System-level optimization Design for manufacturability
- Quality validation methods
Our engineering team engages directly with yours, ensuring technical precision from initial concept through final production.
Single-Source Manufacturing Solution
We've built our manufacturing capabilities to eliminate the complexity and risk of multi-vendor production chains. Under one roof, we deliver:
- Precision CNC machining of metal housings
- Form-in-place gasket dispensing
- EMI shielding integration
- Thermal management solutions
- Complete quality validation
This consolidated approach cuts lead times while maintaining strict quality control throughout production.
Defense-Grade Quality & Security
Our quality system is built to meet the industry's highest standards:
- AS9100 aerospace certification
- ITAR registration
- ISO 9001 quality management
- Progress toward CMMC Level 2
These certifications demonstrate our commitment to mission-critical manufacturing excellence.
True Engineering Partnership
We serve as an extension of your engineering team, providing:
- Early design optimization input
- Ongoing technical collaboration
- Manufacturing process refinement
- Rapid problem resolution
This partnership approach helps accelerate development while ensuring the quality that aerospace and defense applications demand.
