Manufacturing Standards - Initial Exercises
Initial Exercises
Purpose: The purpose of these initial exercises is that the instructor will use them for demonstrating
the basic functionality in Manufacturing Standard, which entails:
-
Performing Engineering Transfer
-
Creating Product Structure
-
Creating Recipe Structure
-
Creating Plan Structure
-
Creating Routing
-
Calculate Lead time
-
Creating New Structure/Routing Revision
-
Creating New Part Revision
-
Creating Structure/Routing Alternative
IMPORTANT |
These initial exercises are intended for
instructor use.
If you are a student, it is extremely important
that you set up and work within your own site to maintain your
data integrity. If you work within any other site, you will
compromise your own exercise data as well as the data of other
students. Predictable exercise results require that your data
be isolated in your own site. |
Performing Engineering Transfer
Purpose: The purpose of this exercise is to
familiarize you with the basic functionality of transferring parts and structures
from IFS Engineering.
Prerequisites: Manufactured and purchase
engineering parts must exist.
Windows:
Engineering Revision Transfers
Product Structure
Note:
Engineering parts are site independent.
- Open the Engineering Revision Transfers window. Make sure that
your site appears in the header. If not, switch to your site.
- Query (F3) for Part 20100 Engine and Eng Revision R02.
- Look at the information in the Action Planner, Action Mfg Engineer,
Part Type, and Part Template ID columns.
Note: Once templates are created in the
Part Transfer Template
window, they are
automatically connected to the correct part type, and the
information appears in the columns listed above.
- Select the row for part 20-100 Engine and Eng Rev R02, right-click, and click Direct Transfer.
- Select the Single Level Transfer and Execute Transfer Online check
boxes. If these check boxes are not checked, the job will run in the
background.
- Open the
Product Structure window, and verify that the part and first structure level
have been transferred.
- Query (F3) for Part 20100. Make sure that the components listed in the table below
are included.
Component Part No |
Component Part Description |
20110 |
Engine Block |
20120 |
Cylinder Head |
20130 |
Electric System |
20140 |
Cooling System |
Creating Product Structure
Purpose: The purpose of this exercise is to introduce
you to the basic functionality for creating a product structure.
Prerequisites: Manufactured and purchased
inventory
parts must exist.
Note:
If you have not yet already done so, copy Inventory Part 20250 on Site 1 to
IE20250, also on Site 1.
Windows:
Product Structure
- Open the
Product
Structure window.
- Query (F3) for Part IE20250 on Site 1.
- Click the
Product Structure tab.
- Select structure alternative * (asterisk).
- Create a new line (F5) for each part, and enter the structure shown in the table below.
Line Item No |
Component Part |
Qty per Assembly |
1 |
20350 |
1 |
2 |
20351 |
1 |
3 |
20352 |
1 |
- Save your changes (F12).
- Right-click and then click Buildable to set the structure to
buildable.
- Component Part 20351 is a manufactured part, so you can see the multilevel structure in
the
Product structure/Query-Multi Level tab.
- Optionally, select Line 2, right-click, and then click Next Level
to see the
components for Part 20351.
- The structure is now ready, and you can create the shop order for Part
IE20250.
Creating Recipe Structure
Purpose: The purpose of this exercise is to introduce
you to the basic functionality for creating a recipe structure
Prerequisites: Manufactured recipe and purchased
inventory parts
Note:
If you have not yet already done so, copy Inventory Part 80400 on Site 1 to
IE80400, also on Site 1.
Windows:
Recipe Structure
- Open the
Recipe
Structure window.
- Query (F3) for Part IE80400 on Site 1.
- Click the
Recipe Structure tab.
- Select structure alternative * (asterisk).
- Create a new line (F5) for each component part, and enter the structure shown in the table below.
Line Item No |
Component Part |
Qty in Display Weight |
1 |
80501 |
76.0
|
2 |
80502 |
64.0 |
3 |
80505 |
44.0 |
4 |
80510 |
16.0 |
5 |
80506 |
0.2 |
- Save your changes (F12).
- Right-click and then click Buildable to set the structure to
buildable.
- Component Part 80400 is a manufactured recipe part, so you can see the multilevel structure
on the
Recipe Structure/Query Multi Level tab.
- The structure is now ready, and you can create the shop order for Part
IE80400.
Creating Plan Structure
Purpose: The purpose of this exercise is to introduce
you to the basic functionality for creating a planning structure.
Prerequisites: Manufactured and purchase inventory
parts must exist.
Note:
If you have not yet already done so, copy Inventory Part 20000 on Site 1 to
IE20000, also on Site 1.
Windows:
Planning Structure
- Open the
Planning
Structure window.
- Query (F3) for Part IE20200 on Site 1.
- Click the
Planning Structure tab.
- Create a new line (F5), and enter the structure shown in the table below.
Line Item No |
Component Part |
Qty per Assembly (Percentage) |
1 |
20101 |
0.4 |
2 |
20102 |
0.7 |
- Save your changes (F12).
- Right-click and then click Plan to set the structure to Plannable.
Creating Routing
Purpose: The purpose of this exercise is to introduce
you to the basic functionality for creating routing and to enter some of the data
for an operation.
Prerequisites: A structure must exist for the part.
Windows:
Routing
- Open the Routing window.
- Query (F3) for Part IE20250 on Site 1.
- Click the
Routings tab, and create a new line (F5).
- Enter the operation using the information shown in the table below.
Operation No. |
Description |
Work Center |
Machine Setup time |
Machine Run Factor |
Labor Class |
Labor Setup Time |
Labor Run Factor |
Factor Unit |
10 |
Assemble Part |
300 |
0 |
0.2 |
1 |
0 |
0.2 |
Hours/Unit |
- Save your changes (F12).
- The labor setup time and labor run time are optional values. If you want to use
either of them, keep in mind that you must enter the labor class.
- Right-click and then click Buildable to set the structure to
buildable. The routing is now ready to be used in a shop order.
Calculate Manufacturing Lead time
Purpose: The purpose of this exercise is to
familiarize you with the basic functionality for calculating the manufacturing
and cumulative lead time.
Prerequisites: A structure must exist with a routing connected as
described above.
Windows:
Lead time Calculation
Cumulative Lead time Calculation
Inventory Part
Note: IFS Racing has entered its manufactured parts with their structures and
routings. Your next objective is to update the calculated lead time for the parts.
- Open the Lead time Calculation window.
- In the Site field, select site 1 from the List of Values.
- In the Part No field, enter IE20-250. If you leave this
field blank, all parts for Site 1 will be calculated.
- Under Capacity, select the Average check box to base the calculation on
the average capacity of the work centers.
- Under No Routing Option, select the Leave Unmodified
check box.
This option does not update the lead time on parts for which the routing is missing.
- Under Leadtime Calculation Basis, select Machine Time Only
to base the calculation on machine time.
The calculation will not consider
labor time.
- Click OK.
Note: The calculate is a batch job, so you must wait for the job to run.
- Open the
Inventory Part window, and click the
Acquisition tab.
- Query (F3) for Part Number IE20250. Note the manufacturing lead time.
- Click the
Manufacturing tab. Note the fixed and the
variable lead times.
- Click the Acquisition tab again. Add the purchase lead time
for parts as shown in the table below.
Component Part |
Purchase Lead Time |
20350 |
20 |
20352 |
5 |
- Open the Cumulative Lead time Calculation window.
- In the Site field, select Site 1 from the List of Values.
- In Part No field, enter lE20250. If you leave this field blank, you will calculate all
parts for Site 1.
- Click OK.
Note: The calculate is a batch job, so you must wait for the job to run.
- Open the
Inventory Part window, and click the
Manufacturing tab.
- Query (F3) for Part Number IE20250. Note how the cumulative lead time
compares to the manufacturing lead time.
Creating New Structure/Routing Revision
Purpose: The purpose of this exercise is to
familiarize you with the basic functionality for creating new revisions.
Prerequisites: A structure with a routing connected must exist.
Windows:
Product Structure
Routing
- Open the
Product Structure
window.
- Query (F3) for Part Number IE20250.
- Right-click and then click Copy Structure Revision.
- Enter Destination Revision 2, and enter a date 15 days after today
as the phase-in date. The new revision appears.
Note: The same procedure applies to routings.
Creating New Part Revision
Purpose: The purpose of this exercise is to
familiarize you with the basic functionality for part revisions.
Prerequisites: An inventory part must exist.
Windows:
Part Revision
Part Revisions
- Open the Part Revisions window.
- Query (F3) for Part Number IE20250.
- You can create a new revision by clicking either New (F5) or
Copy (F6).
- Enter information according to the table below. Be sure to leave the
Revision No. field blank. This value is generated automatically.
- Save your changes (F12).
Part No. |
Part Description |
Phase In |
Phase Out |
IE20250 |
Fuel system |
Current date + 30 days |
Current date + 60 days |
Creating New Structure/Routing Alternative
Purpose: The purpose of this exercise is to
familiarize you with the basic functionality for creating new alternatives.
Prerequisites: A structure/routing and a purchase
part must exist.
Windows:
Product Structure
Routing
- Open the
Product Structure
window.
- Query (F3) for Part Number IE20250.
- Click the
Product Structure tab.
- In the Alternative field, create a new alternative by
clicking either New (F5) or
Copy (F6).
- Enter the information shown in the table below.
Alternative |
Alternative Description |
1 |
Purchase alternative |
- Save your changes (F12).
Note: The same procedure applies to recipe structure and
routings.
- Create a new line (F5) for each component part, and enter the structure shown in the table below.
Line Item No |
Component Part |
Qty per Assembly |
1 |
20350 |
1 |
2 |
20353 |
1 |
3 |
20352 |
1 |