Knowledge Objectives

Introduction to Pressurized Water Reactors Part 1

Introduction to Pressurized Water Reactors Part 2

Trainee Introductions

Finished Orientation

NRC PWR Equation Sheet

Steam Tables - English Engineering Units Section

Steam Tables SI Units and Mollier Diagram

GFE Test Breakdown Distribution

Extra Equation Sheet for GFES Exam

NRC Equation Sheet Letters

Solutions Files' Download (Start here)

GP Solutions Manual (Dated and not reccommended)

Sequencing of Handouts Rev 2

Units and Properties Student Files

Units and Properties Welcome - Objectives

Units Part 1 - Pressure Scales

Units and Properties - The Railroad Track Method

Your Turn - Railroad Track Method

Units and Properties Railroad track Method Example

Units Part 2 - Converting Pressure Scales

Units Part 2.5 - Coverting between absolute and relative scales

Units Part 3 Converting between pressure scales

Units and Properties Part 4 - Absolute and Relative Temperature Scales Rev 2

Thermo Chapter 1 Units and Properties Practice Quiz #2 Tank Levels

Thermo Chapter 1 Units and Properties Practice Quiz #1

Units and Properties Part 5 - A quick note about dots and capital letters

Units and Properties Part 6 - Work, Power, Energy Dimensions

Units and Properties Part 7 - English and Gc Power, work, energy

Units and Properties Part 8 - Gc more simply explained

Units and Properties Part 9 - Summary of Work, Power and Energy Units

Units and Properties - How to study

Units and Properties Quiz

Basic Energy Concepts Student Files

Basic Energy Concepts Objectives

Basic Energy Concepts Part 1 - State and Phase and why we care

Basic Energy Concepts Part 2 - Phase and State Changes

Part 3 - Enthalpy and Adding Heat relation to state

Basic Energy Concepts Part 4 - Sub cooled, Superheated Definitions

Basic Energy Concepts Part 5 - General Energy Equation

Basic Energy Concepts Part 6 - General Energy Equation Applications

Basic Energy Concepts Quiz

Thermo Chapter 2 Basic Energy Concepts #1

Thermo Basic Energy Concepts #2 State and Phase

Thermo Basic Energy Concepts #3 Conservation of Energy Steady Flow system

Thermo Basic Energy Concepts #4 Non Steady Flow TS Diagrams

Thermo Basic Energy Concepts #5 Heat Capacity and Specific Heat Capacity

Thermo Basic Energy Concepts #6 NRC TS Diagram Questions

Steam Student Files

Steam Objectives

Steam Part 1 - Introduction to Entropy

Steam Part 2- What Entropy is

Steam Part 3 - 1st and 2nd Law and formal definition of Entropy

Steam Part 4 - Heat Capacity Cp Definition

Heating of water to saturation Demonstration

Steam Part 5 - Definitions

'Dry' Superheated Steam

Steam Part 6 - Specific Volume, Enthalpy, Entropy

Steam Table Abbreviations

Steam Part 7 - Steam Table Letters and Formulas

Steam Part 7.1 - P376 Using Steam Tables to solver for quality Rev 2

Steam Part 8 - Steam Tables Organization Said Again

Steam Part 9 - Gas Law P V = n R T

Steam Part 9.1 - Steam Tables Trends

Molier for beginners

Steam Part 10 - Molier Diagram Intro

Steam Part 11 - Molier Diagram Following Pressures, Enthalpies, and Entropies

Part 12 - Molier Quality and Temperature lines and 2 important points

Steam Quiz

Thermodynamics - Chapter 3 Steam #2 Definitions

Steam 3 Steam Tables introduction (Saturated Tables 1 and 2)

Steam 4 Steam Tables Introduction (Superheat and Compressed Liquid Table 3)

Steam Tables - Linear Interpolation Tips

Steam 5 Steam Quality

Steam 6 Ts Diagram

Steam 7 Mollier Diagram

B7759 or P7759 Problem Explanation

Processes Student Files

Processes Objectives

Thermodynamics - Processes Objectives

Find a State, do a Process

Proccesses Part 1 - Overview of what's important

Proccesses Part 2 - 4 Proccesses on the Mollier

Proccesses Part 3 - The difference between Turbine and TBV Process

Proccesses Part 4 - Finding a state (Doing a Process Intro)

Proccesses Part 5 - Process Practice Turbines and Valves

Processes Part 6 - Your turn what is the tailpipe temperature

Processes Part 7 - PORV Tailpipe temperatures

Processes Part 9 - Nozzles, Turbines, and Condensors

Process 2.1 Air Ejector

Processes 3 Turbine #3 Impulse vs Reaction Blades Only (Optional)

P3175 (B3175) Adding heat to get superheat

Processes Part 10 - Real vs Ideal processes T-S and H-S

Processes Quiz

Processes 3 Turbine #1 work Calculation and Mollier

Processes 3 Turbine #2 Components and Design w Comments

Processes 4 Pump work and efficiency

Thermodynamic Cycles Student Files

Cycles Part 1 - Steam Table Starting to Look Familar

Generic Secondary Plant

Cycles Part 2 - Introduction to the Secondary and P478 and P277

Cycles - Efficency P1378

Cycles Part 3 - Carnot Efficency

Cycles Part 4 - Rankine Cycle

Thermodynamic Cycles Quiz

Heat Transfer and Hx and Condenser Student Files

Heat Exchanger Heat Transfer Objectives

Heat Tansfer and Exchangers - Part 1 Conductive, Convective, and Radiative Rev 2

Heat Tansfer and Exchangers - Part 2 Conductive, Convective, and Radiative a Second Time

Heat Tansfer and Exchangers - Part 3 Third times a charm, Conductive, Convective, Overall

Heat Tansfer and Exchangers - Part 4 Convection Example Problem

Heat Tansfer and Exchangers - Part 5 Convection P84

Heat Tansfer and Exchangers - Part 6 Core Thermal Power Estimate P585

Heat Tansfer and Exchangers - Part 7 Overall Heat Transfer and the Core

Heat Tansfer and Exchangers - Part 8 Examples P2284

P3633 LO Heat Exchange

LO HE P3833

Heat Tansfer and Exchangers - Part 9 Heat Exchanger Tubes vs Shell

Heat Tansfer and Exchangers - Part 10 Heat Exchanger Construction and P5316

Heat Tansfer and Exchangers - Part 11 Condensor construction

Heat Tansfer and Exchangers - Part 12 U-Tube vs Once Through Steam Generators

Heat Tansfer and Exchangers - Part 13 Counter Parrellel Cross Heat Exchangers and P7316

Heat Tansfer and Exchangers - Part 14 Calometric, Core Thermal Power, and P6044

Calometric Example P1384

Heat Transfer and Exchangers Quiz

Modes of Heat Transfer Sample Problems with Solutions

Heat Transfer 2 fundamentals of heat transfer

Heat Transfer 3 Conduction Convection Thermal Conductivity

Heat Transfer 4 Heat Exchanger Construction

Plate Heat Exchanger Design and Construction (Optional)

Heat Transfer 5 Temperature Characteristics of Hx Types

Heat Transfer 6 Startup and Shutdown and Leaks

Heat Transfer 7 Condensers

Statics and Dynamics Student Files

Fluid Objectives

Fluids Part 1 - Viscosity

Fluid Part 2 - Formula's Preview and m=pAv

Fluid Part 3 - Great video to get in the right mindset

Fluid Part 5 - Mass flow rate and P1182

Fluids - Part 4 Volumetric Flow Rate equals the square root differential pressure and P308

Fluids Part 6 - Pascal and Arc Principles

Fluids Part 7 -Laminar vs Turbulent Flow

Mic Drop Moment

Laminar to Turbulent flow

Two-phase flow induced water hammer

Statics and Dynamics 8 Head Terms and Headloss

Statics and Dynamics 9 Pump Cavitation suction valve closing

Fluids Part 7 - How Mass Flow Rate is Indicated and P3605 P2505 P706

Fluid Statics and Dynamics Quiz

Statics and Dynamics 2 Viscosity of a Fluid

Statics and Dynamics 3 Laminar vs Turbulent flow and headloss

Statics and Dynamics 7 Two Phase Flow slip ratio and differential shock video

Statics and Dynamics 9 Centrifugal Pump Introduction

Statics and Dynamics 10 Positive Displacement Pumps Types and Basic Operation

Pumps Student Files

Pumps 1 - Objectives

Pumps 2 - Head vs Pressure

Pumps 3 - Centrifugal Pumps Overview

Pumps 4 - Suction Head and Suction Lift

Cavitation Intro

Pumps 5 - Cavitation what is it, NPSHa, NPSHr Definition

Cavitation - Check out the Discussion Question

Question

Pumps 6 - Said another way, NPSHa

Pumps 7 - NPSHa, NPSHr questions

Pumps 8 - Memory Aid NPSHr and NPSHa Figure

Pumps 9 - NPSHa, NPSHr PowerPoint Definitions (3rd Times a Charm)

P5511 (B5510)

P44120 B4410 NPSHA Calculation Question

P5211 (B5210) Pump

Pumps 10 - Pump Design

Ed Puzzle login Information

Ed Puzzle Login Walkthrough

Centrifugal Pumps

Pumps 11 - PDP and Pump Laws

Pumps 12 - Pump and System Curves

Pumps 13 - Pump and System Curve Part ii

P7655 (B7655)

B1221

B2017

B6910

Water Hammer

Your Feedback Greatly Appreciated

Pumps Quiz

Practice Proble Set Worked out 1-7

Practice Problem Set Worked out 8-19

Rankine Cycle and Condensor

Thermal Hydraulics Preview

Brittle Fracture Preview

NPSHa and NPSHr Have's and Needs

About Student Requested Files

Math Review Order of Operations and PLEMDAS Solve for x Part 1

Math Review Order of Operations and PLEMDAS Solve for x Part 2

P3873 tank level B3873

Enthalpy isn't everything... there is Entropy too

Units Chart

Specific heat vs latent heat of vaporization

Gary's written on copy - PWR 193003 Steam exam bank

Thermo Pictures

Fluid Statics and Dynamics Webex recording...

P7789 T-s Diagram rankine cycle

Thermodynamic Math Problems Worked Out 2021-06-10 Class Recording

Friday's Thermal Hydraulics and Brittle Fracture Lecture

P5316 Heat Exchangers Workthrough

q=mcpdeltaT question calc

CTP Calc

Time To boil calc 2x

P7759 Time to boil calc

P1886 Mass Flow Vessel, Core, bypass

Thermal Hydraulics Student Files

Thermal Hydraulics 1 Pool Boiling and Heat Transfer Review

Thermal Hydraulics Part 4 Fuel channel temperature profile

Hydraulics Quiz

Brittle Fracture Student Files

Brittle Fracture 1 Introduction and Objectives

Brittle Fracture 2 Stress Strain curve and definitions

Brittle Fracture 3 Crystalline structure and grains introduction

Brittle Fracture 4 - Metal Properties and Grain Structures

Brittle Fracture Quiz

Neutrons Lecture Part 1

Neutrons Part 2 and Lifecycle Lecture Part 2

Reactor Theory Overview

Student Files Neutrons

Neutrons 1 Introduction, Atomic Structure, Nuclear Force and Stability

Neutrons 2 Radioactive Decay and Half Lives

Neutrons 2.1 Decay Constant, Half Life and Decay curve

Neutrons 3 Mass Defect, Binding Energy and Binding energy per nucleon.

Neutrons 4 Neutron interactions (Scattering, Absorption)

Neutrons 5 Micro and Macroscopic Cross Sections and Mean Free Path

Student Downloads

Neutron Lifecycle 1 Introduction to Keff

Neutron Lifecycle 2 Fast Fission Factor

Neutron Lifecycle 3 Fast Non-Leakage Probability

Neutron Lifecycle 4 Resonance Escape Probability

Neutron Lifecycle 5 Thermal Nonleakage Probability

Neutron Lifecycle 6 Thermal Utilization

Neutron Lifecycle 7 Reproduction Factor

Neutron Lifecycle 8 Example Lifecycle and six factor formula example

Neutron Lifecycle 9 Infinite Reactor and Reactor Control

Neutron Lifecycle 10 Keff and Reactivity with Sample NRC Questions

Neutron Lifecycle 11 Kexcess and p excell with Shutdown Margin Definition

Neutron Lifecycle 12 Sample Problems Kexcess SDM Prompt vs Delayed

Student Files

Reactor Kinetics 1 Source Neutrons

Reactor Kinetics 2 Intro to Subcritical Multiplication

Reactor Kinetics 3 Shutdown Count Rate

Reactor Kinetics 4 Startup and thumb rules on Subcritical Multiplication

Reactor Kinetics 5 Final Sub Critical Multiplication

Reactor Kinetics 6 Delayed Neutron Fraction and Effective Delayed Neutron Fraction

Reactor Kinetics 7 Power Equation with period doubling

Reactor Kinetics 8 Reactor Period Equation and Prompt Critical

Reactor Kinetics 9 Prompt Drop/Jump and Scram Period

Inertia, Gas, Speed Example 1

Inertia Gas Speed Example 2

P3935

Reactor Kinetics and Op Physics Bank Worked Through

Student Files

Reactor Coefficients 1 Introduction and Mod Temp

Reactivity Coefficients (Note BWR, we are at ~2250 psia)

Reactivity Coefficients 4 Doppler Coefficient (Fuel Temp)

Coefficents PreRequisite

What is a Coefficent

Coefficents bank worked through

Student Downloads

Memorize and Understand Me

Fission Product Poisons 1 Definition

Fission Product Poisons 2 Xenon Production Terms

Fission Product Poisons 3 Xenon Removal Terms

Fission Product Poisons 4 Equilibrium Xenon

Fission Product Poisons 5 Sample Problems for Shutdown

Fission Product Poisons 6 Sample Problems

Fission Product Poisons 7 Samarium

Start time feedback

Student Files

Rods Part 1 - Physical Make Up

Rods Part 2 - Neutronic Make Up (Rod Worth)

Rods 3 - Reactivity Effect and Power Response

Rods Part 4 - Integral Rod Worth and How DRW changes

Thermodynamics Chapter 9 - Core Thermal Limits

Core Thermal Limits Overview Picture

Core Thermal Limits Part 1 - Objectives

Core Thermal Limits Part 2 - The Talk

Core Thermal Limits Part 3 - Fuel Pellet Design P394 and P6449

Core Thermal Limits Part 4 - This is our Core Thermal Limits

Core Thermal Limits Part 5 - P4949 Kw per foot practice

Core Thermal Limits Part 6 - Why we need DNBR greater than 1.3 not just greater than 1

Core Thermal Limits Part 7 - Emergency Core Cooling System Operability

Core Thermal Limits Part 8 - Emergency Core Cooling System Questions P56 P94 P396

Core Thermal Limits Part 9 - Peaking Factor Definitions

Core Thermal Power - P1195 Axial Power Distribution Shifts

Core Thermal Limits - Peaking Factors Applied to Fuel Centerline Temps P6249

Student Files

Reactor Operational Physics bank worked through (Supplemental)

Rx Op Phys Part 1 - Objectives

Rx Op Phys Part 2 - Sub Critical Multiplication P7628 P3925

Rx Op Phys Part 3 - Sub Critical Multiplication P5625

Rx Op Phys Part 4 - 1 Over M Plot Introduction

Rx Op Phys Part 5 - 1 Over M Plot Explained Differently

Rx Op Phys Part 6 - 1 Over M Plot Advanced Examples

Rx Op Phys Part 7 - 1 Over M Plot P466 P1770 P6034

Rx Op Phys Part 8 - Changing Regions Question below the point of Adding Heat

Rx Op Phys Part 9 - P2968 Crows Foot Curve P570 Doghouse Curve and P4035 Rev 2

Rx Op Phys Part 10 - 631631 Decay Heat and P2672 P572

Rx Op Phys Part 11 - Shutdown Margin Explained

Rx Op Phys Part 12 - Shutdown Margin Examples

Reactor Operational Physics 1 Approach to Criticality (Suplemental)

Reactor Operational Physics 2 M and "1 over M" (Suplemental)

Reactor Operational Physics 3 Scram Response (Suplemental)

Reactor Operational Physics Shutdown Margin (Suplemental)

Student Downloads

Sensor and Detectors (Radiation) - Part 1 Objectives

Sensor and Detectors (Radiation) Part 2 - Scintillation Detectors

Sensor and Detectors (Radiation) Part 3 - Gas Amplification RIPLGC Curve

Sensor and Detectors (Radiation) Part 4 - 2nd time Gas Amplification RIPLGC Curve

Radiation Detectors Part 5 - Geiger Muller Intro Video

Radiation Detectors Part 6 - Geiger Muller Continued

Sensor and Detectors (Radiation) Part 7 - RIPLGC Gas Amp Curve Applied P6206 P5206

Sensor and Detectors (Radiation) Part 8 - GM Example and How Each detector work SR IR PR

Sensor and Detectors (Radiation) Part 9 - More Examples P1713 and P1114

Sensor and Detectors (Radiation) - P6505

Sensor and Detectors (Radiation) Part 10 - Positive Space Charge Effect Introduction

Sensor and Detectors (Radiation) Part 11 - TLD's SRPD's and P5706

Sensor and Detectors (Radiation) Part 12 - Detector Failures, Fission Chamber, Neutron Detector, P1514

Sensor and Detectors (Radiation) Part 13 - Homogenous Core Voiding and P3112

Sensors and Detectors 8 - Radiation Detectors Gas Amp Intro and Scintillation

Sensors and Detectors 8.1 Radiation Detectors Gas Amplification Explained

Sensors and Detectors 8.2 Radiation Detectors Gas Amplification Questions

Sensors and Detectors 8.3 Radiation Detectors Rad Monitoring

Burnable Poisons Part 1 - Objectives

Burnable Poisons Part 2 - Why Burnable Poisons

Burnable Poisons Part 3 - Kexcess 1-2 2-3 3-4

Burnable Poisons Part 4 - Actual Core Loadings

Burnable Poisons Part 5 - Burnout Rate of the Added Poisons

Burnable Poisons Part 6 - Example Questions

Burnable Poisons Part 7 - More Example Questions Including P4832

Burnable Poisons Part 8 - Need Xenon, CR, PD, Boron Type Questions P1471 and P1446

Burnable Poisons Part 9 - Speeds of Boration vs Dilution

Burnable Poisons Part 10 - Kexcess P1147 and P646

PP Reactor Theory Questions 1-8

Practice Problems 9-13 and Differential Boron Concepts

Practice Problems Q14-33

Practice Problems Q34-45

2021 PWR Reactor Theory Practice Problems 1 Solutions worked out (Saturday Morning)

Student Files

Fuel Depletion and Burnable Poisons 1 Entire Lecture (Supplement)

Student Download

Thermocouple What they Physically Look Like

Sensors and Detectors Part 1 - Introduction and Thermometers

Thermocouple Physical Construction

Seebeck Effect Underlying the Thermocouple and NIST tables

Sensors and Detectors Part 2 - Thermocouples and RTD circuits and failures

PT100 RTD Theory

Sensors and Detectors Part 3 - Pressure Detectors

Sensors and Detectors Part 4 - Level DP Detectors (Don't do the pressure vessel ones... those are more like our SG)

Sensors and Detectors Part 5 - Level dp 2

Supplement Sensors and Detectors Level d/p 2 (supplement is from our BWR class and we don't do the pressure vessel ones.... but they are similar to our SG)

Sensors and Detectors Part 6 - Flow Detectors and DP relationship to Volumetric Flow

Pitot Tube

D/P Flow

DP Flow (Modern)

Sensors and Detectors Part 7 - Flow Elements and Samples

Ultrasonic Flow Meter

Electromagnetic Flow Meter

Thermal Flow Mearsurement

Student Files

Valves Part 1-2 - Parts of a Valve

Valves Part 3 - Packing (Note: we would use gloves and would not normally use a crescent wrench)

P1704 (B1802) Check Closed simple

P7651 (B7651) Non rising steam rev 2

Valves 4 - Safety and Relief

P3401 (B3401) Valves blowdown

P6701 B6701 Relief valve

Valves Part 5 - MOV

Valve Part 6 - AOV

P1602 (B1404) Check closed

P2415 (B2415)

P7302 (B7302) Three Valve Problem

P7711 (B7711)

P4201 (B4201)

P5901 (B5901) AOV

Volumetric Flow rate dp

P7631 and P3304 (B7631 and B3304)

P4201 (B4201)

P7731 (B7731 Bench test a valve)

P7781 (B7781) 3 valves (Plus 1)

Student Dowload

Controllers Part 1 - Objectives

Controllers Part 2 - A degree of freedom

Controllers Part 3 - Degree freedom, direct and reverse

Controllers Part 4 - Emphasing you have a degree of freedom

P7792 (B7792) Replaced direct vale with reverse

P7783 (B7783) Reverse direct drain

P7734 (B7734) (Direct Reverse Valve letdown)

Controllers Part 5 - Basic Control String and Closed Loop Feedback

Controllers Part 6 - Bistables Intro

Controllers Part 7 - Bistables Intro

Controllers Part 8 - P4508 (B4508) Simple bistable dead band

P3215 (B3216)

Controllers Part 9 - P3715 P17 P217, 4 AOV Type Problems Like P5809

Controllers Part 10 - Gain P5107 P5607 P715

Controllers Part 11 - Porportional Integral Derivative and Controller Example

Controllers Part 12 - And, or, nor, Gates, Example P509 and force over area

(Supplement) P7762 (B7762) Advanced Bistables and Gates

P1117 (B1116) lbf per in2 area calculation

Controllers Part 13 - Valve positioners and Misc Controllers

P1217 (B1416) Purpose of valve positioner

P417 (B417) speed sensor fails low, turbine speeds up

Controllers Part 14 - Diesel FlyBalls

Electric Basics Intro

What's the goal with these videos?

What is Reactance? (Think Resistance of a different type)

Voltage, Current, Energy Basics Visualized

Resistors (Think resist the current-electron flow)

What is Reactance? (Think resistance to the current flow of a different type)

Inductors 1 (That's a coil...)

Capacitors

Capacitors Visualized

Inductors 2 (Coils in AC)

Inductors 1 (Please watch me again...)

Inductors Visual

Inductors Visual with questions (Skip)

3-Phase AC Grid Delivered Power Visualized

Resistors, Inductors, and Capacitors in an AC Circuit Visualized

RLC Electric Basics (Summary Take Aways...)

Student Download

Most important single picture to memorize

Motors and Generators Part 1

Motors and Generators Part 2 RLC - Electric Basics

Motors and Generators Part 3 - Current Flow and Left Hand Rules

Motors and Generators 4 - What makes a motor motor or a Generator Generate

P2127 (B1326) Shaft Seizes

Motors and Generators Part 5 - DC Motor

Motors and Generators Part 6 - DC Motor (overachiever moment)

Motors and Generators Part 7 - Induction Motor

Motors and Generators Part 8 - Induction Motor

Shaft Seizure P25 and P227

Motors and Generators Part 9 - Causes of Excessive Current

P7785 (B7785) and P7635 (B7635) decopling, Reverse, Running, Starting Current Anaylsis

P7635 (B7635) Effects of Decrease Voltage on Motor Ampherage

Motors and Generators Part 10 - Stator Insulation Breakdown and P1028 (B1526)

Motors and Generators Part 11 Star Delta Configuration

Starting Current With Wye (Star) Delta Connections

P3331 (B3327) Frequent Motor Start Precaution

Motors and Generators Part 12 - Amperage Draw and FHP

P428 (B2030) FHP

Motors and Generators Part 14 - Excessive Current and Breakdown

P7774 (B7774) I2R Loss with Increasing Current

Motors and Generators Part 15 - Inductive Loads on the Grid What is Reactive Load

P1928 (B226) Slipping a pole

Motors and Generators Part 16 - RLC - Electric Basics

Motors and Generators Part 17 - Synchronous Motor (Same Construction as a Generator)

Understanding 3-phase transmission and distribution (optional)

Motors and Generators Part 18 - Power Triangle

Generator

P1928 (B226) What does underexcited mean

P1428 (B1830) MW MVARS

Motors and Generators Part 19 - pf - Power Factor - P7684 (B7684)

P7644 (B7644) Power Factor Question

Motor Generators Part 20 - Transformers

Tranformers

P7605 (B7605) Reading Breaking HP Curve to Imply Current

P7794 (B7794) Degraded Supply Voltage

P6114 (B6114) Power Factor Closer to 1.0

P7214 (B7214) Axial Fan

P2611 (B228) Reason to Minimize Frequent Starts

Student Files

Breakers Relays Disconnects Introduction Objectives and Disconnect Switches

Breakers Relays Disconnects 2.1 Medium Voltage "Load Break" Disconnect Switch

Breakers Relays Disconnects 2.2 High Voltage "No Load" Disconnects Opening

Breakers Relays Disconnects 2.3 161KV "No Load" Disconnect closing

Breakers Relays Disconnects 2.4 Various Style "No Load" High Voltage Disonnects Operating

Breakers Relays Disconnects Disconnects 2 - NRC Questions for Disconnects

Bkrs Relays Disconnects 3 basic circuit breaker design and operation

Breakers Relays Disconnects 3.1 GE Magneblast Medium Voltage Breaker Operation in Shop

Breakers Relays Disconnects 3.2 Medium Voltage Breaker racked out and in with test position

Bkrs Relays Disconnects 4 - NRC Breaker Questions loss of control power

Bkrs Relays Disconnects 5 - Breaker Racking and Indication questions

Bkrs Relays Disconnects 6 - Paralleling Operations

Bkrs Relays Disconnects 6.1 - Out of Phase breaker closing and subsequent damage

Bkrs Relays Disconnects 9 - Basic Schematic Reading and Safe work practices.

Student Files

Demineralizers and Ion Exchangers 1 Purpose theory and DF

Ion Exchange (Read the note in the beginning as there is no sound)

Powdex Resin Pre-Coat, Service and Backwash

Demineralizers and Ion Exchangers 2 DP monitoring and temperature impacts

1 hour electrical theory overview

P3337 Decontaimination Factor, P337 Ion Exchanger Sites and Ion Exchanger video

P709 4 Level Detectors

P6103 Steam in a nozzle

P2873 Level Detector Ruptured Diaphram

P7690 Kw per foot long railroad track

P6510 Cavitation Have vs Needs

P7661 and 5 examples of downstream and upstream valves opening and closing

P7721 Upstream and downstream valve part 2

P7741 Upstream and Downstream valve part 3

P7753 FHP Pump Speed Change and P2779 Flow through leak

P7752 Controlers Positioning, P7772 FO, FC

P7762 Bistables

Relief Valve P7711, P4701, P6101, P4201, Pumps Series Parrellel P7735,

Level Detector P1411

Level Detector P911

P7109 Direct Reverse Valves

P6309 Direct Reverse FO FC

2022 Saturday Help (Great Video New Schedule and Study Update)

7-6 Review of Controllers (and air operated valves)

Sunday Morning Hour 1 POAH Level Detectors P254, P754, P3730, P5809, P7693, P7772

Sunday Hour Two Circuit Diagrams, Tubes Plugges, P5421, P385, P4521, P5920

Sunday Hour Three