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What else can I help you with?
Who has a higher suicide rate salesmen or engineers?
Engineers
What do video control engineers do?
what do video control engineers do
What are people hiring electrical engineers looking for?
electrical engineers
When was The Value Engineers created?
The Value Engineers was created in 1986.
Engineers that start with the letter z?
what engineers start with the letter z
When using a datums when inspecting manufactured parts do the dimensions have to be relative to each datum?
The dimensions have to be within the tolerances of a specified datum.
Why do you need tolerances on dimensions?
Tolerances on dimensions are essential because they account for manufacturing variations and ensure that parts fit and function together properly. They provide a range of acceptable measurements, allowing for minor deviations while maintaining the integrity and performance of the final product. Without tolerances, even small discrepancies could lead to assembly issues, reduced reliability, or failure of components in practical applications. Ultimately, tolerances enhance quality control and facilitate efficient production processes.
On a manufacturing drawing what does it mean to hold dimension?
Every dimension has a shown or implied tolerance, the dimensions shown as HOLD are the dimensions that are not to be affected by the stack up of tolerances of the holes or features around them.
What are tolerances as per DIN 2768 mk?
DIN 2768 mk refers to a standard in Germany that specifies tolerances for linear dimensions, particularly in mechanical engineering and manufacturing. It categorizes tolerances into different classes, ranging from very tight to coarse, depending on the precision required for specific applications. The standard helps ensure consistent quality and interoperability of components by providing guidelines on allowable deviations from specified dimensions. This is crucial for maintaining the functionality and fit of assembled parts.
How do dimensions given in the specifications differ from the dimensions required on the working drawings?
If the working drawings are what is used to manufacture the object then there should be no difference. There will be more detail given in the working drawing but they would be engineering tolerances.
On a blueprint a dimension is located where on the dimension line?
The dimensions, tolerances and so forth is either over a horizontal line, or to the left of a vertical.
What are geometric tolerances?
Geometric tolerances are specifications that define the allowable variations in the form, orientation, location, and size of features on a part. They help ensure that components fit and function properly in assembly, regardless of minor manufacturing discrepancies. These tolerances are represented using symbols and annotations on engineering drawings, guiding manufacturers in producing parts that meet design intent. By specifying geometric tolerances, engineers can improve quality control and reduce assembly issues in mechanical systems.
What is the difference between a general tolerance and specific tolerance?
when reading a blueprint, a general tolerance would apply for all dimensions that are not individually identified. eg, all tolerances are +\- .030" General tolerances are normally found in the information blocks of the blueprint. If for example a tighter tolerance is required, then a specific tolerance is noted for certain areas of the blueprint. These tolerances are normally found beside the affected area.
What is the difference between a general and specific tolerance and how can you tell the difference on the drawing?
when reading a blueprint, a general tolerance would apply for all dimensions that are not individually identified. eg, all tolerances are +\- .030" General tolerances are normally found in the information blocks of the blueprint. If for example a tighter tolerance is required, then a specific tolerance is noted for certain areas of the blueprint. These tolerances are normally found beside the affected area.
3. What is the difference between chain dimensioning and datum dimensioning?
Chain dimensioning involves placing dimensions in a linear sequence, where each dimension is referenced from the previous one, which can lead to cumulative tolerances and potential inaccuracies. In contrast, datum dimensioning establishes a reference point or surface (datum) from which all other dimensions are measured, ensuring consistency and precision across the entire part. This method reduces the accumulation of tolerances and enhances the reliability of the dimensions. Overall, datum dimensioning is generally preferred for critical applications where accuracy is paramount.
What is baseline dimensioning?
Baseline dimensioning is a method of dimensioning in technical drawings where all dimensions are referenced from a single baseline, reducing the chance of errors due to accumulation of tolerances. It helps to maintain clarity and consistency in the layout of dimensions on a drawing.
What does Linear and geometric tolerances mean in engineering?
Linear tolerances specify the allowable variation in linear dimensions, ensuring that parts fit and function correctly within specified limits. Geometric tolerances, on the other hand, define the allowable variation in the shape and orientation of features, such as flatness, parallelism, and concentricity. These tolerances are essential for ensuring proper assembly and function of mechanical components, allowing for acceptable deviations while maintaining performance and manufacturability. Together, they help control manufacturing processes and improve product quality.
