1. (6 hours) Basic-
Basic Metering & Transformers for the Lineman: This class will cover the
history of electrical metering, general description of meters, nameplate data,
instrument transformers, proper selection of metering equipment, meter
constants, self-contained and instrument metering circuits. This class will
also discuss basic transformer connection dos and don’ts as well as sizing
various loads. Basic Smart grid and AMI technology will also be discussed. 2. (3 hours) Basic –
Distribution Transformers: History, Theory, and Application, of 3-Phase
Connections. A practical, but thorough discussion of Distribution Transformers
and Connections used in our Industry today. The class will include sizing,
fusing, and troubleshooting wye and delta connections. The class will also
include demonstrations with live transformer simulators. The class will
conclude with “Transformer Jeopardy”. 3. (3 hours)
Intermediate – Overcurrent Basics – Theory, Operation and Coordination:
This class will provide the basics in overcurrent protection. We will describe
the goals of overcurrent protection, the equipment used for it (fusing &
reclosers) and the operation and coordination of this equipment. We will also
discuss reclosers and electronic controls including Form 4-C,4-D, 5 and 6. 4. (1 ½ hours) Basic
– Safe and Proper Installation of Preformed Ties & Motion Control of
Conductors: This class will cover the proper installation of factory formed
ties. Gloving techniques will be demonstrated and if requested by any class,
hot stick techniques will also be demonstrated. Included this year will be
installation and placement of line vibration control devices. Conductor repair
products and storm tie systems will be presented. 5. (1 ½ hours) Basic—Safe
Operation of Voltage Regulators: The proper method to set up, install,
bypass and cascade voltage regulators. Included will be discussion of the 5
methods of determining that a regulator is on the neutral step, and how
important that is for safe switching. Included will be a short discussion of
the basic theory of the operation and purpose of regulators and regulations on
distribution lines. 6. (1 ½ hours) Basic
– Underground Cable Termination: Proper selection and installation of
cable terminations, elbows, splices, and OH terminators. Safety considerations
in working underground cable systems. This will include demonstrating the
preparations of the cable and installation of a loadbreak elbow. Also a review
of 600 amp products and solid dielectric switches. 7. (1 ½ hours) Basic
– High Pressure Sodium Lighting: HPS lighting trouble shooting and
lighting basics. Proper procedures for trouble shooting HPS lighting will be
covered. Discussions on the new Energy bill requirements for Metal Halide
fixtures and lamps will be covered. And an overview of lighting fundamentals
and exposure to lighting software will be included. 8. (1 ½ hours) Basic
– Proper Tension Stringing of Conductor: the proper techniques for
safely stringing conductors, consideration for all the elements that make a good
pull from set up, blocks and alignment to tensioner and puller relationship,
rope and swivel importance. 9. (1 ½ hours) Basic
-- Use of Reclosers and Faulted Circuit Indicators to reduce system outages:
This class will cover the use and operations of both Reclosers and Fci’s to
reduce system outage times. Programming of SEL 351R will be covered for 3 phase
reclosers. Discussions on how these products are used in the smart grid and
communications options will be discussed. 10. (1 ½ hours) Basic
–Solid State Lighting: Pros and Cons—Class will cover the new solid
state light sources for roadway, area and security lighting. LED, induction,
solar and plasma are here and making a lot of promises about energy and
maintenance savings. This class will review operating characteristics for each
of the new technologies, as well as application, installation, protection and
expected savings. The class will provide details to allow utilities to make
informed decisions about solid state and solar lighting. 11. (1 ½ hours) Basic—Knot
tying and Rope Splicing: Rope knowledge class will cover selection of ropes
for line use. Three strand rope splicing instruction will include the methods
to join two ropes together using a long and short splice, eye splicing and crown
splicing. Basic knot tying will cover basic knots, bends, hitches and the
weakening effect of knots. There will be hands-on instruction that covers the
square knot, bowline, double bowline, and bowline on bight knots. Hitches
covered include the half hitch, clove hitch, timber hitch, taut-line hitch.
Bends that are covered will be sheet bend, sheepshank and fisherman’s knot. 12. (3 hours)
Intermediate—Best Practices for Electrical Testing: Session
1-Power Transformer Condition Assessment for Field Testing (1hr) Overview of the
basic types of tests that can be conducted for acceptance and diagnostic of a
Power Transformer. Definition of Turns Ratio, Winding Resistance, Power Factor,
Sweep frequency testing and other tests that are conducted on Power
Ttransformers. Session 2- DC Insulation resistance testing (1hr) Theory of the
insulation testing. Why it is conducted and a description of the different
types of tests that can be conducted for diagnostic insulation. Session
3-Battery testing and maintenance (1hr). Overview of why Battery systems should
be tested. Electrical battery parameters and IEEE recommended practice for
testing batteries. Battery Impedance testing and load testing. Data collection
and interpretation. 13. (1 ½ hours) Basic—Equipment
(truck) Grounding: Student will learn the basic theories, and applications
of equipment grounding. The advantages, disadvantages of each grounding
technique will be discussed, applicable standards and regulations. 14. (1 ½ hours)
Intermediate – Basic-LED Street lighting and understanding LED: This
class will cover LED Street lighting and how to choose and design LED Lighting
for your street lights. We will also cover the latest trends in LED, and Solar
LED lighting. 15.
(1 ½ hours) Basic
– Recloser operation and installation: Intro to relcosers to
include operating characteristics, proper installation, operation and
maintenance procedures. 16. (1 ½ hours)
Intermediate – Voltage Regulator Maintenance, safety & operation: How
a regulator works inside and out. The safety aspect of taking regulators out of
service. Maintenance and trouble shooting of regulators while in service and
out of service. 17. (1 ½ hours) Basic
– Capacitors and Power Factor Correction: Discuss the mathematics behind
Power Factor and the use of capacitors to correct. Talk about safety and
placement of capacitor banks as well. 18. (1 ½ hours) Basic
– Graphical Information System (GIS) and Utilities: This class will
introduce you to GIS (Geographic Information Systems) and show examples of how
Wheatland Electric uses GIS, discuss how it can be used in the field, and show
different approaches to field data collection.. 19. (1 ½ hours) Basic
– Application of NESC code for Utility Substations and Distribution Lines:
This class will cover the purpose, scope, and applications of the National
Electric Safety Code (NESC). Several practical installation methods will be
presented as well as NESC implications applied to design of overhead lines,
underground cable and electrical supply stations. Also included will be
discussions of required clearances, safety concerns, grounding and signage. 20. (1 ½ hours) Basic
–Fundamentals of Raptor Mitigation: This class covers the issues
relating to Avian contact (electrocution and collision) with Power Lines.
Topics include what to look for, product options, how to retrofit structures,
and proper interaction with the U.S. Fish and Wildlife Service. 21. (1 ½ hours) Basic—Underground
locating Techniques: Secondary underground locating basics. Secondary
ground fault locating basics. 22.
(1 ½ hours) Basic—Chain
Saw Safety & Maintenance: It will be over basic chainsaw safety and the
maintenance of a chain saw. |