2006 8516p440306 273x409cm2023 represents a specialized technical identifier tied to a precision component used in advanced imaging and measurement applications. This system combines legacy manufacturing codes with modern specification tracking to ensure exact part recognition across global supply chains.
Engineers and procurement teams rely on this code to trace dimensional attributes, material composition, and compliance documentation required for high-stakes installations. The following sections detail its technical profile, operational use cases, and real-world performance considerations.
| Part Code | Description | Key Dimensions | Primary Application |
|---|---|---|---|
| 2006 8516p440306 | Legacy precision component identifier | 273 x 409 cm2 | Imaging arrays and calibration frames |
| 273 x 409 cm2 | Active surface area | Area ≈ 111.87 m2 | Large-format sensor layouts |
| Origin Year | 2006Manufacturing baseline | Reference for material aging and retrofits | |
| 2023 | Current specification update | Revised tolerance and testing | Compliance with modern safety and performance standards |
Technical Specifications for 2006 8516p440306 273x409cm2023
Mechanical and Surface Data
The 273 by 409 centimeter active surface defines a large working area suitable for wide-field imaging arrays and calibration test targets. This format supports high-resolution sensor mapping while maintaining manageable installation footprints in specialized laboratories.
Manufacturing Heritage and Revisions
The 2006 origin date anchors a long production history, with controlled revisions applied through 2023 to address wear, environmental drift, and evolving industry standards. Engineers can reference change logs to verify dimensional stability and material upgrades.
Operational Performance in Imaging Systems
Alignment and Calibration Workflows
Operators use the defined surface geometry to streamline alignment routines, reducing setup time for complex multi-sensor configurations. Consistent reference planes help maintain measurement integrity across extended campaigns.
Environmental Resilience
Field deployments demonstrate stable behavior under varying humidity and temperature conditions when proper mounting and sealing protocols are followed. Regular inspection intervals mitigate long-term performance risks associated with thermal cycling and mechanical stress.
Integration Guidelines and Best Practices
Mounting and Load Distribution
Structural supports must distribute loads evenly across the 273 x 409 cm2 surface to prevent warping and preserve optical or sensor accuracy. Use vibration-damping fixtures and periodic level checks to sustain precise alignment over time.
Compatibility with Modern Hardware
Legacy interfaces can be adapted to current control systems using standardized converters, ensuring continued interoperability. Verify firmware versions and driver support to avoid communication bottlenecks during high-throughput data acquisition.
Implementation Roadmap for 2006 8516p440306 273x409cm2023
- Verify mounting geometry against site layout constraints to optimize load distribution.
- Confirm compatibility with control system interfaces and perform integration tests.
- Apply environmental protection measures tailored to operating conditions.
- Establish a calibration and inspection cadence aligned with operational risk profiles.
- Document all modifications and performance metrics to support lifecycle management.
FAQ
Reader questions
What does the code 2006 8516p440306 specifically identify?
It identifies a legacy precision component defined by its surface area, manufacturing year, and associated specification updates through 2023, used mainly in imaging and calibration systems.
How is the 273x409cm2023 dimension used in practice?</h.g.
Engineers reference this dimension to validate sensor coverage, design alignment jigs, and ensure compatibility with large-format measurement equipment in controlled environments.
Can this part be retrofitted into newer measurement platforms?
Yes, with appropriate mechanical adapters and signal conversion hardware, the component can interface with contemporary platforms while preserving its core dimensional characteristics.
What maintenance schedule is recommended for sustained accuracy?
Routine inspections every six to twelve months, combined with periodic recalibration, are advised to monitor dimensional stability and detect environmental degradation early.