AUTO 1605 Snap-On Multimeter Training/Cert

This course introduces the student to the safe and proper operations of the Snap On 525 multimeter. Emphasis is placed on safe use of the multimeter, how to take accurate measurements of AC voltage, DC voltage, amperage, resistance, and additional multimeter test functions. Emphasis is placed on the proper way of connecting test leads to ensure maximum safety and accuracy when taking measurements. As part of this course students will have the opportunity to become Snap On certified. (0.5 lect.)

Credits

0.5 credits

Major Topics

  • Overview of basic uses and physical characteristics of a DMM
    • Multimeter Safety
    • Performing Voltage Tests
    • Performing Amperage Tests
    • Performing Resistance
    • Performing Additional Tests

Outcomes

In order to successfully complete this course, the student will:

1. Identify the different types of multimeters.

2. Contrast the strengths and weaknesses of the different types of multimeters.

3. Identify the features and controls found on a typical multimeter.

4. Describe the function of the controls found on a typical multimeter.

5. Test internal fuses in a multimeter and determine if they are in working order.

6. Describe Cat I, Cat II, and Cat III ratings as they apply to the safe use of a multimeter.

7. Inspect multimeter, multimeter leads, and multimeter probes to determine if they are safe for use.

8. Properly attach test leads to the multimeter to check circuits for DC voltage.

9. Demonstrate a high degree of accuracy while checking circuits for DC voltage.

10. Properly attach test leads to the multimeter to check circuits for AC voltage.

11. Demonstrate a high degree of accuracy while checking circuits for AC voltage.

12. Properly attach test leads to the multimeter to check circuits for amperage.

13. Demonstrate a high degree of accuracy while checking circuits for amperage.

14. Properly attach test leads to the multimeter to check circuits for resistance.

15. Describe three functions of the multimeter not related to voltage, resistance, and amperage.

16. Demonstrate to a high degree of accuracy three functions of the multimeter not related to voltage resistance and amperage.

Other Information

Any information placed here must be adhered to by all instructors:

Contact on-campus instructor for textbook and other required materials.