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Modular Credit Course - New
For help filling out the form press F1 or look at the bottom of the screen. For additional
instructions, see Course Form Instructions.
Type of Action
Modular Credit Course – Segments of full-credit courses.
Also check “new” or “revised” to indicate if modules are being established
for a new course or an existing course.
Parent Course:
New Course
Existing Course
Pilot Course
Information:
Are you requesting pilot status only at this time?
Implementation Date?
Yes
No
Are you requesting pilot status in addition to regular approval process?
Yes
No
Implementation date? Summer 2012
Has this course been previously approved as pilot status Yes
No
Complete one attachment for each modular credit course.
I. Primary (Parent) Course Information:
1.
Catalog Prefix & Number:
2.
Title:
3.
Submitting Entity:
IET 108
Mechanical Drive Systems
Curriculum Committee:
Or College: Bluegrass Community and Technical College
4. Person(s) Primarily Responsible for Proposal (Complete item only if course is not part of a curriculum package.
Verify that members are still current and active prior to submission.):
Name
Teaching Area
Involvement of Others (Identify Individuals):
5.
System Office Staff:
6.
Others:
Kathie Stamper, Walt Barlow
Don Sorensen, UAW/General Motors
II. Modular Credit Module Information
1.
Catalog Prefix and Number*:
Modular Courses have four
digits, Ex. XXX 2031
IET 1084
2.
Title:
(Must be 30 characters or less
including spaces.)
Bearings, Shafts, and Seals
A700 (IET 1084)
2011-2012
College
62
To meet industry demand for open entry, learn anytime availability of course
content.
3. Rationale for modular credit:
4.
Credit / Contact Hours:
4a. Semester Credit Hours:
1.1
4b. Semester Contact Hours:
24
Open Entry – Open Exit
5.
Minimum
No (Open Entry – Closed Exit)
Yes
6a. Components: (check each component to be scheduled)
Component
Credit Hours
Contact Hours
Component
Credit Hours
Lecture
Practicum
Laboratory
Co-Op
Clinical
Discussion
OR
6b. Integrated Components (combined components; only first component scheduled)
Lecture/Lab
7.
Lecture
Credit
.6
Maximum
1.1
Lecture Contact
9
.5
Lab Credit
Contact Hours
15
Lab Contact
Requisites (If a course may be taken either as a pre-requisite or co-requisite, use pre- or co-requisite box.):
Pre-requisite
Yes
No
If yes, list:
Co-requisite
Yes
No
If yes, list:
Pre-requisite
OR
Co-requisite
If yes, list:
Yes
No
8.
Implementation Term:
9.
Course Description:
Introduces basic types and functions of bearings, shafts and seals found on mechanical drive systems
commonly used in industry.
10.
Competencies/Student Outcomes: (Begin statement with a capital letter and end with a period.): Include
those competencies in the parent course. (Competencies should be those of the parent course that pertain to
this specific module. The wording of the competencies should match the parent course wording. If anything is
different, put that information in parenthesis.)
Summer 2012
Upon completion of this course, the student can:
1. Demonstrate proper safe practices when working with shafts.
2. Identify different types of industrial bearings
3. Identify different types of industrial seals and their functions.
11.
Course Outline (Two-level outline is not necessary. Please include those
components in the parent course that pertain to this specific module. The outline
should match the wording of the parent course)
I.
II.
Proper Safe Practices When Working with Shafts
A.
Lockout/tagout
B.
Common safety practices
Installation and Troubleshooting of Plain Bearings
A700 (IET 1084)
2011-2012
62
III.
IV.
V.
VI.
VII.
A.
Main functions and applications of three types of plain bearings
B.
Installation and adjustment of a solid bearing using a hammer and mandrel
C.
Selecting a lubrication system for a plain bearing system
D.
Installation and adjustment of a type 1 bearing using an arbor press
E.
Lubrication of a plain bearing using the coil cup method
F.
Identification of the size and type of plain bearing given a specific application
G.
Selection of a plain bearing for a given application
H.
Troubleshooting a plain bearing installation
Installation and Troubleshooting Ball Bearings
A.
Function, construction and operation of antifriction bearings
B.
Ball bearing given a part number
C.
Two methods of mechanically mounting a ball bearing
D.
Installing temperature bearing using a thermal mounting process
E.
Handling and cleaning an antifriction bearing
F.
Ball bearing identification when given a sample
G.
Installation of a ball bearing on a shaft using an arbor press
H.
Removal of a ball bearing from a shaft using an arbor press
I.
Installing ball bearing on a shaft using a bearing heater
J.
Installing and aligning a deep groove ball bearing system
K.
Removing a ball bearing on a shaft using a bearing puller
Installing and Troubleshooting Roller Bearings
A.
Operation and function of roller bearings
B.
Installation and removal of roller bearings
C.
Type and size of a tapered roller bearing given a sample
D.
Installing a tapered roller bearing on a shaft and housing using a sleeve and
hammer
E.
Internal bearing puller to remove a roller bearing
F.
Installing a roller bearing using an arbor press
G.
Installing a roller bearing using hot mounting
H.
Packing a tapered roller bearing with grease
I.
Installing and aligning a direct mount tapered roller bearing system using a cup
follower retainer
J.
Measurement of a change in shaft end play due to operation heat
K.
Installing and aligning a fixed and floating tapered roller bearing system using an
end plate retainer
Installing and Troubleshooting Angular Contact Bearings
A.
Mounting and removal an angular contact bearing
B.
Installing and adjusting angular contact bearings
C.
Selecting a lubricant for an antifriction bearing for a given application
Function of Shafts
A.
Purpose of a shaft
B.
Different materials used for shafts
C.
Types of shaft materials and their applications
D.
Specifications of shafts
Types of Seals and Their Functions
A.
Describe the function, operation and installation of O-rings
B.
Install, remove and inspect an O-ring seal
C.
Install, remove, and inspect a lip seal
D.
Install, remove and inspect a mechanical seal system
E.
Describe the function and use of mechanical seals
A700 (IET 1084)
2011-2012
63
F.
Select a seal for a given application
G.
Maintain a seal
H.
Troubleshoot a given seal installation
Troubleshooting for Bearings, Shafts and Seals
A.
Conditions that lead to premature failure of bearings and seals
B.
Preventive/predictive maintenance procedures to prevent premature failure
C.
Common symptoms of bearing fatigue
VIII.
12.
List of experiments/activities. (If laboratory or clinic is involved include a sample listing):
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Troubleshoot/repair/replace seals and O-rings
Install, remove and inspect an O-ring seal
Install, remove and inspect a lip seal
Install, remove and inspect a mechanical seal system
Troubleshoot a given seal installation
Select a seal for a given application
Troubleshoot/repair/replace bearings and bushings
Install and adjust a solid bearing using a hammer and mandrel
Select a lubrication system for a plain bearing system
Install and adjust a type 1 bearing using an arbor press
Lubricate a plain bearing using the oil cup method
Identify the size and type of plain bearing given a specification
Select a plain bearing for a given application
Troubleshoot a plain bearing installation
Handle and clean an antifriction bearing
Identify a ball bearing given a sample
Install a ball bearing on a shaft using an arbor press
Remove a ball bearing from a shaft using an arbor press
Install a ball bearing on a shaft using a bearing heater
Install and align a deep groove ball bearing system
Remove a ball bearing on a shaft using a bearing puller
Identify type and size of a tapered roller bearing given a sample
Install a tapered roller bearing on a shaft and housing using a sleeve and hammer
Use an internal bearing puller to remove a roller bearing
Install a roller bearing using an arbor press
Install a roller bearing using hot mounting
Pack a tapered roller bearing with grease
Install and align an indirect mount tapered roller bearing system
Install and align a direct mount tapered roller bearing system using a cup follower retainer
Measure a change in shaft end play due to operation heat
Install and align a fixed and floating tapered roller bearing system using an end plate
retainer
Identify type and size of a tapered roller bearing given a sample
Mount and remove an angular contact bearing
Install and adjust angular contact bearings
Select a lubricant for an antifriction bearing for a given application
Select a ball bearing for a given application
Select a tapered roller bearing for a given application
Troubleshoot an antifriction bearing installation
Troubleshoot/repair/replace shafts
Identify shaft size given a sample
A700 (IET 1084)
2011-2012
64
13.
Attach the primary (parent) course for which modular credit is being established.
Signatures: Complete and submit a signature page for every proposal.
*The System Office assigns new course numbers. Contact Mary Kleber at [email protected].
A700 (IET 1084)
2011-2012