Understanding parts lists is essential for organizing and managing the components required for a project. In the context of engineering, construction, and manufacturing, a parts list (also known as a Bill of Materials or BOM) is a comprehensive list of raw materials, components, and assemblies needed to construct, manufacture, or repair a product or project.
### Components of a Parts List
1. **Item Number**:
- Unique identifier for each part.
- Helps in tracking and referencing parts easily.
2. **Part Name/Description**:
- Detailed description of the part.
- Includes specifications such as dimensions, material, and any other relevant characteristics.
3. **Quantity**:
- Number of each part required.
- Essential for ordering and inventory management.
4. **Part Number/Code**:
- Manufacturer's or supplier's unique code for the part.
- Useful for ordering and ensuring the correct part is used.
5. **Supplier Information**:
- Details of the supplier or manufacturer.
- Includes contact information and possibly pricing.
6. **Unit of Measure**:
- How the part is measured (e.g., pieces, meters, kilograms).
- Important for ordering the correct amount.
7. **Cost**:
- Unit cost of each part.
- Used for budgeting and cost management.
8. **Notes/Comments**:
- Any additional information relevant to the part.
- Could include assembly instructions, special handling requirements, or substitution options.
### Creating a Parts List in AutoCAD
AutoCAD offers features to create and manage parts lists, particularly useful in CAD drawings for engineering projects.
#### Step-by-Step Guide to Creating a Parts List in AutoCAD
1. **Draft the Drawing**:
- Complete the drawing with all the necessary components and parts.
- Use commands like `LINE`, `CIRCLE`, `POLYLINE` to draw the components.
2. **Insert Blocks for Components**:
- Use the `BLOCK` command to create reusable components.
- Each block should represent a different part.
3. **Annotate the Drawing**:
- Use the `TEXT` or `MTEXT` commands to label parts.
- Include details such as part names, numbers, and descriptions.
4. **Create an Attribute Block**:
- Use the `ATTDEF` command to define attributes for blocks.
- Attributes can include part number, description, quantity, and any other relevant information.
Example:
```
ATTDEF
Enter the Tag: PART_NO
Enter the Prompt: Enter Part Number:
Enter the Default: 1234
Specify insertion point: (click or type coordinates)
```
5. **Insert Attribute Blocks**:
- Insert the blocks with attributes into the drawing.
- Use the `INSERT` command and fill in the attribute values as prompted.
6. **Extract Attributes to Create the Parts List**:
- Use the `DATAEXTRACTION` command to extract block attributes to a table.
- Follow the Data Extraction wizard to select the blocks and attributes you want to include in your parts list.
Example:
```
DATAEXTRACTION
S
### Components of a Parts List
1. **Item Number**:
- Unique identifier for each part.
- Helps in tracking and referencing parts easily.
2. **Part Name/Description**:
- Detailed description of the part.
- Includes specifications such as dimensions, material, and any other relevant characteristics.
3. **Quantity**:
- Number of each part required.
- Essential for ordering and inventory management.
4. **Part Number/Code**:
- Manufacturer's or supplier's unique code for the part.
- Useful for ordering and ensuring the correct part is used.
5. **Supplier Information**:
- Details of the supplier or manufacturer.
- Includes contact information and possibly pricing.
6. **Unit of Measure**:
- How the part is measured (e.g., pieces, meters, kilograms).
- Important for ordering the correct amount.
7. **Cost**:
- Unit cost of each part.
- Used for budgeting and cost management.
8. **Notes/Comments**:
- Any additional information relevant to the part.
- Could include assembly instructions, special handling requirements, or substitution options.
### Creating a Parts List in AutoCAD
AutoCAD offers features to create and manage parts lists, particularly useful in CAD drawings for engineering projects.
#### Step-by-Step Guide to Creating a Parts List in AutoCAD
1. **Draft the Drawing**:
- Complete the drawing with all the necessary components and parts.
- Use commands like `LINE`, `CIRCLE`, `POLYLINE` to draw the components.
2. **Insert Blocks for Components**:
- Use the `BLOCK` command to create reusable components.
- Each block should represent a different part.
3. **Annotate the Drawing**:
- Use the `TEXT` or `MTEXT` commands to label parts.
- Include details such as part names, numbers, and descriptions.
4. **Create an Attribute Block**:
- Use the `ATTDEF` command to define attributes for blocks.
- Attributes can include part number, description, quantity, and any other relevant information.
Example:
```
ATTDEF
Enter the Tag: PART_NO
Enter the Prompt: Enter Part Number:
Enter the Default: 1234
Specify insertion point: (click or type coordinates)
```
5. **Insert Attribute Blocks**:
- Insert the blocks with attributes into the drawing.
- Use the `INSERT` command and fill in the attribute values as prompted.
6. **Extract Attributes to Create the Parts List**:
- Use the `DATAEXTRACTION` command to extract block attributes to a table.
- Follow the Data Extraction wizard to select the blocks and attributes you want to include in your parts list.
Example:
```
DATAEXTRACTION
S
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LearningTranscript
00:00If we were to pop underground here and just change some of this, so it's 60
00:09diameter, I don't want a sump on it, I'm going to change that to zero, change it
00:16to zero, and what else? I could change this particular pipe to 24 inch. So we've
00:31made those two changes now. We've changed this inlet to a zero foot sump and we've
00:37changed this from a 20 inch pipe to a 24 inch pipe. Now whenever you make changes
00:43to your drainage network, the best thing to do is to size the drainage network
00:50again. So let's hit size the drainage network and see whether those changes
01:02that we made to those parts of the network are any good or not. So we can
01:08change the rainfall, we're going to leave it at 1 in 10 because that's what we
01:13have to measure against, and we're going to make sure that it's using our OC
01:20underscore NC table, which it is. So then just hit enter to size the drainage
01:27network. Again we need to wait for a little because InfraWorks needs to
01:33redraw the drainage network with all of its components, so that does take a
01:39little bit of time. Let's check underground, see our pipes are there, we're
01:44just waiting for the rest of our... Here they are, let's check back there. So if we
01:56grab the inlet that we changed, let's put the sump depth back to 2 feet, if you
02:07notice, and this pipe that we changed, it's changed to 18 inches instead of 24
02:14inches. So InfraWorks has analysed the drainage network and adjusted the
02:21materials according to the rainflow that we are expecting. And let's have a look
02:28now at how drainage works slightly differently and behaves slightly
02:34differently on a component road rather than a design road.