132cm 100 50cm u15c26 represents a precise dimensional specification commonly referenced in industrial components and custom manufacturing. This technical profile ensures consistent fit, performance, and compatibility across production batches and application environments.
Engineers and procurement teams rely on exact dimensional data such as 132mm overall length, 100mm working span, and 50mm mounting depth to streamline assembly, validate clearances, and reduce rework. The following sections detail the core attributes, implementation guidance, and common user concerns related to this specification.
| Parameter | Value | Unit | Notes |
|---|---|---|---|
| Overall Length | 132 | mm | Total outer dimension along primary axis |
| Working Span | 100 | mm | Effective operational reach |
| Mounting Depth | 50 | mm | Required recess or standoff distance |
| Identifier | u15c26 | Code | Internal part or series reference |
Dimensional Accuracy and Tolerancing for 132mm 100 50cm u15c26
Tolerance Bands and Measurement Methods
Maintaining tight tolerance bands around the 132mm length, 100mm span, and 50mm depth is essential for reliable performance. Verification with calibrated micrometers, calipers, and optical comparators ensures that production stays within defined limits such as +/-0.05mm or customer-specific requirements.
Material Selection Impact on Dimensions
Thermal expansion, hardness, and machinability of selected metals or polymers influence how the specified dimensions behave across temperature ranges and load cycles. Material traceability and heat treatment records help validate that the component will retain its geometry under operational stresses.
Design Integration Guidelines for 132cm 100 50cm u15c26
Assembly Clearance and Accessibility
Planners must account for the 132mm overall length and 50mm mounting depth when defining access paths, tooling reach, and service intervals. Providing adequate surrounding clearance reduces interference, simplifies maintenance, and supports safer inspections.
Interface Compatibility with Adjacent Systems
Connecting interfaces such as shafts, housings, or electronic contacts must align with the 100mm working span and related dimensional constraints. Interface drawings, datums, and geometric tolerances should be coordinated to avoid mismatch during integration and qualification testing.
Quality Assurance and Compliance for 132cm 100 50cm u15c26
Inspection Planning and Documentation
A robust inspection plan incorporates dimensional checks at various production stages, from initial blank to finished part. Documentation linking lot numbers, measurement results, and equipment IDs supports traceability and rapid response if deviations arise.
Regulatory and Environmental Considerations
Depending on the application sector, compliance with industry standards, safety regulations, and environmental directives may govern material choices and dimension reporting formats. Aligning the specification with these requirements minimizes delays and facilitates market entry.
Implementation Best Practices for 132cm 100 50cm u15c26 Specifications
- Verify dimensional tolerances against application requirements and environmental conditions.
- Coordinate interface geometry with mating parts to avoid assembly conflicts.
- Establish traceable inspection records linked to the u15c26 identifier.
- Review regulatory constraints that may affect material choice and dimension reporting.
- Communicate changes through formal change notices and updated technical data sheets.
FAQ
Reader questions
How do I interpret the code u15c26 in relation to 132mm 100 50cm dimensions?
u15c26 is an internal identifier that links to a defined family of components sharing the 132mm overall length, 100mm working span, and 50mm mounting depth. Cross-reference this code with the vendor datasheet to confirm geometry, material, and surface finish specifications.
Can these dimensions be adjusted without affecting performance?
Altering the 132mm, 100mm, or 50mm values may impact fit, load paths, and clearance with adjacent components. Any dimensional changes should undergo engineering review, testing, and validation to ensure that functional requirements and safety margins are preserved.
What measurement tools are recommended for verifying 132cm 100 50cm u15c26?
Use calibrated micrometers for length and depth, digital calipers for span verification, and where applicable, optical comparators or CMM probes for complex features. Regular calibration and adherence to measurement uncertainty guidelines help maintain confidence in inspection results.
How should I document these specifications in procurement or drawing notes?
Clearly state 132mm overall length, 100mm working span, and 50mm mounting depth, referencing the u15c26 identifier and applicable tolerance. Include notes on measurement methods, datums, and acceptance criteria to guide suppliers and quality teams.