Overview of Discrete CAMRO Data—Introductory Exercises
IMPORTANT |
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. |
Basic Data Setup
Note: This exercise is compulsory for all exercises in
the Execute Work Scope course.
Create an Additional Modification
Purpose: The modifications already defined for the
VIM template structure will be used in the exercise, but may not include a
modification that would require work on a part you would normally disassemble
and reassemble. If this modification is not already defined in VIM, you
should define it before performing the transfer of data to your site.
Windows:
Define Modification
-
In the header
portion of the form, create modification 100-4, with the description
Assembly Mod Test and Mod Revision 1.
-
In the
Definition tab, enter Category = Recommended,
Assignment Type = All Serials, Workshop Code = 100, Mod Type =
SB, Level = 1, Days Forewarn
= 30, Rescission Date = 2010-01-01, Effective Date
= 2006-01-01, Hours Est Per Serial = 5 and Dur Workshop
= 2 Days
-
In the Assign
Part Revision tab, specify Part No = 11000-1,
Revision = R01, Create New Part Revision = No.
-
From the header
portion of the form use the right-click Modification Details
-
In the
Affected Parts tab of the form that appears, specify Affected Part
Number = 11000-1 and Affected Part Revision = R01
-
In the
Execution tab, specify Terminating Action information for the
modification; Operation Parameter = EHR and Limit
= 1000.
-
Return to the
Define Modification form, and in the header portion use the right mouse
button option
Status/Set Active to set the modification to an active status.
Setting Up VIM Template Structure Transfer
Purpose: The purpose of this exercise is to verify the existence of
the basic data required for running this particular functionality.
Windows:
Manufacturing Standard Basic Data
Part Transfer Template
If you haven't done so already, set up the information
listed below.
- Enter a manufacturing engineer.
- Set up an engineering transfer site role.
- Set up the default part template.
General exercise for
Setting up VIM Template Structure
Transfer
Required Data
Initial Transfer to Manufacturing
Purpose: The purpose of this exercise is to verify that
the transfer from VIM has been done on your site.
Windows:
Transfer Template Structure
- Open the Transfer Template Structure window.
- Query for top template part number 11000.
- Click the
Transfer Template Structure/Transfer to Site tab.
Verify the values of Date Last Transferred and Last Phase In Date
fields
on your site. These fields show when the last transfer was done and
on which date structure revision is phased in. If these fields are blank, you
need to do initial transfer exercise.
General exercise for
Transfer VIM Template Structure Transfer to Manufacturing
Adding Maintenance Level to Assembly and Disassembly Structures
Purpose: The purpose of this lesson is to create all
possible maintenance levels for any parts that you wish to maintain.
Windows:
Repair Setup Basic Data/Maintenance Level
Repair Setup Basic Data/Maintenance Level Part
Maintenance Level Structure
General exercise for Define and Maintain Maintenance Level
Structure
Verify maintenance level definition.
- Open the Repair Setup Basic Data/Maintenance Level
tab.
- The maintenance levels below should appear in your site. If not, you
will need to create them.
Maintenance Level |
Maintenance Description |
1 |
Conditional Maintenance Level 1 |
2 |
Conditional Maintenance Level 2 |
3 |
Conditional Maintenance Level 3 |
10 |
Conditional Maintenance Level 10 |
Verify maintenance level part definition.
- Open Repair Setup Basic Data/Maintenance Level Part
tab.
- Query for the maintenance levels in the table below.
- The maintenance level parts for the position part below should appear
in your site. If not, you will need to create them.
Maintenance Level |
Part No |
1, 2, 3, and 10 |
06C/7200 |
1, 2, 3, and 10 |
06C/7210 |
1, 2, 3, and 10 |
06C/7211 |
1, 2, 3, and 10 |
06C/7212 |
1, 2, 3, and 10 |
06C/7220 |
1, 2, 3, and 10 |
06C/7221 |
1, 2, 3, and 10 |
06C/7222 |
1, 2, 3, and 10 |
06C/7230 |
1, 2, 3, and 10 |
06C/7231 |
1, 2, 3, and 10 |
06C/7232 |
1, 2, and 10 |
06C/7240 |
- Open
Maintenance Level Structure window.
- Query for position part 06C/7200, structure revision 1 on your site XX90.
- The maintenance level structures below should appear in
your site the identified maintenance levels. If not, you
will need to create them.
Included |
Line Item No |
Component Part |
Part Description |
Qty Per Assembly |
TRUE |
1 |
06C/7210 |
Module 1 |
1 |
TRUE |
2 |
06C/7220 |
Module 2 |
1 |
TRUE |
3 |
06C/7230 |
Module 3 |
1 |
TRUE |
4 |
06C/720090 |
Engine 11000, Accy Part |
2 |
FALSE |
5 |
06C/7240 |
Module 4 |
1 |
Main Exercise
This exercise is incomplete and all of the following needs to be replaced.
Purpose: The purpose of this exercise is to understand how
the racing engine is built.
Windows:
Structure Graphic
Structure Graphic/Graphical Structure
Inventory Part
Inventory Part/Costs
Inventory Part/Manufacturing
Part Cost
Viewing the Discrete Manufacturing Racing Engine
- Open the
Structure Graphic window.
- Query for the 21-110 part number and your site.
- If the record for revision 1 of the manufacturing structure is not
selected, select it.
- Click the
Graphical Structure tab and right-click on the 21-110 part in
the structure tree and then click Expand
Descendents to view the complete structure.
- Verify that each of the alternatives is in a build-able state.
- Open the
Inventory Part window, and query for the 21-110 part number
and your site.
- Click the
Costs tab, and verify that
the Inventory Value field displays 4133.71.
- Click the
Manufacturing tab, and verify that the Cum. Leadtime
field displays 5, the Fixed Leadtime by Day
field displays 0.0875, the Variable Leadtime by Day field displays
0.2375, the Fixed
Leadtime by Hour is 0.7, and the Variable Leadtime by Hour field
displays
1.9.
Note: If the values in the steps above do not match what
is actually displayed in the application, the actual results you receive in some discrete manufacturing exercises will not
match the results documented in the instructions. This may not be important if
the exercises concerning shop order costs or scheduling will not be performed. To correct the values, the problem is likely to be one of the following:
- The cumulative lead time was not calculated (in the Manufacturing Lead Time exercise in the Basic Data Setup section).
This will most likely be true If the Cum. Leadtime field contains
zero but the other lead time values are not zero.
- The manufacturing lead time was not calculated. This will most likely be true if all lead time values are zero.
- The part cost steps were not completed. This will most likely be true if the Inventory Value field displays
zero.
- The Planning Method field was not set to K or P for one or
more of the appropriate parts. This might affect both cost and lead time.
- One or more of the Estimated Material Cost values was not set
correctly. This would affect cost, but not lead time.
- One or more of the product structures was not copied or not set to Buildable.
This would affect both cost and lead time.
- One or more of the routings was not copied or not set to Buildable.
This would affect both cost and lead time.
- One or more of the work center cost values was not set correctly. This would affect cost, but not lead
time.
- One or more of the labor class cost values was not set correctly. This would affect cost, but not lead
time.
- One or more of the subcontracting cost values was not set correctly. This would affect cost, but not lead
time.
Note: If it is difficult to find the source of
the discrepancy, it may be helpful to compare the part cost of the
parts in your site with those in site 1 using the
Part Cost
window.