Text

Rev 4 to Procedure 6210-ADM-2621.02, Maint Training Instructors
	ML20116A073
Person / Time
Site:	Saxton File:GPU Nuclear icon.png
Issue date:	09/14/1994
From:	; GENERAL PUBLIC UTILITIES CORP.
To:	;
Shared Package
ML20115K054	List: ML20115K051; ML20115K082; ML20115K114; ML20115K141; ML20115K145; ML20115K165; ML20116A044; ML20116A058; ML20116A073; ML20116A081; ML20116A110; ML20116A119; ML20116A132;
References
	6210-ADM-2621.0, NUDOCS 9607250281
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- ATTACHMENT 2 REFERENCE 11 TRAINING AND EDUCATION SUPPORTS QUESTION 23 RESPONSE Nuclear ^oM'"isTa^m" M~ - -

THREE MILE ISLAND 6210-ADM.2621.02

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Title Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUALIFICATION TRAINING PROGRAM "

4 ApphCSDility/ Scope Responsible Office Effective Date MAINTENANCE TRAINING INSTRUCTORS TMI TRAINING 09/26/94 This document is within QA plan scope x Yes No Safety Reviews Required Yes x No List of Effective Pages Eang Revicion Pagg Revision P_ggg Revision Pace Revision 1.0 4 E1-1 4 2.0 4 El-2 4 3.0 4 El-3 4 4.0 4 El-4 4 5.0 4 E1-5 4 6.0 4 E1-6 4 7.0 8.0 4

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Signature Date Originator:

Maintenance Training Manager Concurred by: / '

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Plant Maintenance Director i g

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1 TRAINING AND EDUCATION DEPARTMENT Number

! Nuclear ADMINISTRATION MANUAL THREE MILE ISLAND 6210 ADM 2621.02

( Title .

Revision f.o.

l MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

l QUALIFICATION TRAINING PROGRAM 4 l

PREPARSD BY:

REVISION EFFECTIVE DESCRIPTION OF CHANGE REVIEWED BY:

DATE APPROVED BY:

l 2 08/23/90 Expanded narretive in Section 4.2 to better explain initial qualification requirements. Updated functional titles.

Procedure #'s corrected. Addition of Document Revision page and Table of Contents page.

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l 3 12/08/92 Biennial Review and revised recordkeeping requirements l i

I 4 l 09/26/94 Biennial Review, minor procedure number and title changes.

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l 8 GPIJ NUCLE AR CORPOP AflON

TRAINING AND EDUCATION DEPARTMENT Number ggIgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2621.02 Title .

Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUALIFICATION TRAINING PROGRAM 4

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1 TABLE OF CONTENTS i

Paae COVER PAGE 1.0 1

DOCUMENT HISTORY 2.0 l l

TABLE OF CONTENTS 3.0 l 1.0 PURPOSE 4.0 ,

1 2.0 APPLICABILITY / SCOPE 4.0 3.0 DEFINITIONS 4.0 4.0 PROCEDURE 4.0 5.0 RESPONSIBILITIES 7.0

6.0 REFERENCES

8.0 7.0 EXHIBITS 8.0 Exhibit 1 Instructor Training and Qualification Record El-1 Exhibit 2 - Instructor Training and Qualification Record - E21 Fuit instructor Certification

GPU NUCLE Am ComPOAAflON Mt00Lff CWN PA W twPS tiP40C$aDusTM5ADM 262102 COPYeGHT 1994 3.0 a

TRAINING AND EDUCATION DEPARTMENT Number g gp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2621.02 Title . Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUALIFICATION TRAINING PROGRAM 4 1.0 PURPOSE To provide the requirements for instructor certification and qualification for maintenance training instructors. .

2.0 APPLICABILITY / SCOPE 2.1 This procedure applies to allindividuals assigned as maintenance training instructors to the TMI Training Department. Individuals temporarily assigned as instructors SHOULD be considered for all or portions of this procedure based upon the length and nature of their assignment, education, and previous experience as determined and approved by the Maintenance Training Manager or higher-level manager.

2.2 This procedures does not apply to guest lecturers such as supervisors, managers, engineers, ,

subject matter experts, or vendors who may be requested to teach special lectures or courses in l addition to or in support of existing training programs.

l 2.3 Allinstructors who have completed or started their training and qualification training program prior to the implementation of this procedure SHALL complete their requirements in accordance with the procedure they originally started OR with this procedure; in either case, allinstructors SHALL continue their continuing training requirements in accordance with Section 4.5 of this procedure.

3.0 DEFINITIONS 3.1 CERTIFICATION / QUALIFICATION - Process of evaluating, documenting, and certifying that an l individual has complied with the specified requirements for qualification as an instructor. l l

3.2 CERTIFIER - Qualified individual assigned to certify satisfactory completion of designated items in the instructor training and qualification procedure.

3.3 INITIAL CERTIFICATION - Requirements to be completed by instructors assigned to the TMI Training Department prior to instructing.

3.4 INSTRUCTOR TRAINING AND QUALIFICATION PROCEDURE - Procedure defining the training and qualification requirements for maintenance training instructors. I l

l 4.0 PROCEDURE {

4.1 General j l

4.1.1 It is intended that all maintenance training instructors progress through the instructor Certification / Qualification Program after being assigned to the Training Department.

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l 8 GPU NUCLEAA CORPOaATiON MIOOLETOWN, PA W sWPS bPROC$JOuiTMAADM 2621 02 COPYRsGHf 1994 4.0 u 2

TRAINING AND EDUCATION DEPARTMENT Number i (UCIO8r A MiniSmATION MANUAL THREE MILE ISLAND 6210.ADM-2621.02 l Title ,, Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION / I QUAllFICATION TRAINING PROGRAM 4 4.1.2 The Maintenance Training Manager may waive all or part of the certification requirements based on previous education, training, and/or experience of the instructor. The basis of the waiver SHALL be attached to, or annotated on the instructor's certification / qualification '

procedure. Waivers of the requirement to attend the initial Instructor Course SHALL require approval of the Manager, Plant Training.

1 4.2 Initial Certification / Qualification i Newly assigned instructors SHALL successfully complete the following requirements prior to being assigned to instruct: )

i 4.2.1 Training Section Briefing (Exhibit 1, Part I.A.1) - The Maintenance Training Manager SHALL I review the instructor's previous education and experience to determine if any credit is to be given toward instructor certification.

f 4.2.2 Orientation (Exhibit 1, Part f.A.2) - When a new maintenance training instructor is assigned to TMI Training, the Maintenance Training Manager SHALL explain the ' purpose of this procedure and provide the instructor with a copy.

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4.2.3 Satisf actorily complete the assigned GET Program (Exhibit 1, Part I.A.3). l 4.2.4 Site Training Department l'ndoctrination Requirements (Exhibit 1, Part I.A.4) - The instructor SHALL read all selected procedures, documents, and information required for indoctrination l and specified in Ref. 6.1.

4.2.5 Program Development Briefing (Exhibit 1, Part I.8) - The instructor SHALL arrange a meeting with the Training Development Coordinator or Section Head. The purpose of the meeting is to obtain an overview of the TSD model, initial and continuing instructor training, and the role of the Training Development Coordinator.

4.2.6 Present a Practice Lesson (Exhibit 1, Part I.C). I 4.2.6.1 Given a lesson plan, satisfactorily present the lesson for evaluation of teaching l proficiency and presentation of subject matter.

4.2.6.2 The presentation SHALL be evaluated. The evaluation team SHALL be designated by the Maintenance Training Manager.

4.2.6.3 EXEMPTION - The instructor may be exempted from this requirement by j satisfactorily completing the initial instructor Training course.

4.2.7 Maintenance Procedures - The instructor SHALL satisf actorily complete Exhibit 1, Part II.A, Maintenance Procedures, i

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GPU NUCLIAR CORPORATION MiDOLff 0wN. PA -

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TRAINING AND EDUCATION DEPARTMENT Number gdgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210.ADM-2621.02 Title .,

Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION / ,

QUALIFICATION TRAINING PROGRAM , 4 1

l 4.2.8 Manager, Plant Training interview (Exhibit 1, Part I.D) - After completing Sections 4.2.1 thru 4.2.7, the instructor SHALL arrange a meeting with the Manager, Plant Training, TMI.

The purpose of the meeting is to interview and evaluate the instructor with respect to initial l instructor certification.

4.2.9 Satisfactory completion of the initial certification requirements authorizes the instructor to prepare and, teach assigned subject matter provided that:

4.2.9.1 The instructor has attended or attends and completes training on the subject matter prior to teaching the subject. l OR 4.2.9.2 The instructor researches and develops the applicable lesson material and satisfactorily reviews the subject matter with a qualified instructor, supervisor, or subject matter expert. Satisfactory completion of this requirement SHALL be verified by the Maintenance Training Manager who SHALL complete the respective section of the Instructor Certification / Qualification Record.

4.2.10 Satisfactory completion of the Full Instructor Certification / Qualification Requirements negates continuation of Section 4.2.9 of this procedure.

4.3 Technical Certification / Qualification Reovirements - Exhibit 1, Part ll of this procedure identifies the requirements to be completed by the instructor in a time frame not exceeding two years unless approved by the Manager, Plant Training, TMI. 3 4.3.1 The Maintenance Training Manager may waive all or part of the Technical Requirements per Section 4.1.2 of this procedure.

4.4 Completion of the Instructor Certification / Qualification - The instructor certification requires:

4.4.1 The instructor to have completed all assigned sections of Exhibit 1, Part ll.

4.4.2 Fullinstructor Certification denoted by the signature of the Manager, Plant Training, TMI (Exhibit 2).

4.5 Continuino Instructor Trainino (Exhibit 3) - Training required to maintain certification. This requirement applies to allinstructors, including those who were certif;ed under previous qualification procedures, l

4.5.1 Instructors attend assigned continuing instructor training, technical and/or non-technical l seminars, conferences or other formal training as required or deemed necessary.

4.5.2 instructors spend a minimum of 40 hours4.62963e-4 days 0.0111 hours 6.613757e-5 weeks 1.522e-5 months per year in plant observing maintenance activities and practices.

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l TRAINING AND EDUCATION DEPARTMENT Number !

gdgp ADMINISTRATION MANUAL 6210-ADM 2621.02 THREE MILE ISLAND Title .

Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUALIFICATION TRAINING PROGRAM 4 4.5.3 Instructors satisfactorily complete the requirements of the applicable required reading / review book (s) procedure.

4.6 Chances to Instructor Certification / Qualification Procedures l

Changes to this procedure SHALL be made in accordance with Reference 6.2.

' 4.7 Records When completed, Exhibits 1 and 2 of the Instructor's Certification / Qualification Card SHALL be submitted to the Administrative Support Section for records retention.

5.0 RESPONSIBILITIES 5.1 The Manager, Plant Training, TMI, is responsible for:

5.1.1 The certification / qualification of the instructors within TMI Training and for the adherence to the requirements established by this procedure.

5.1.2 Signature authority for section heads in their absence as related to the instructor certification / qualification records.

5.1.3 The approval of each instructor certification / qualification procedure. l l 5.2 The Plant Maintenance Director is responsible for; 5.2.1 Interviewing and discussing with the instructor the training and qualification criteria for maintenance personnel.

5.2.2 Concurring with the instructor's qualification procedure requirements.

5.2.3 Concurring with the completion of the instructor's Technical Qualifications (Exhibit 1, Part II).

5.3 The Maintenance Training Manager is responsible for:

5.3.1 Implementing this procedure.

5.3.2 Acting as certifier for specified sections of this procedure.

5.3.3 Determining and implementing appropriate remedial actions if instructors do not meet their assigned qualification requirements.

5.3.4 Accepting alternative qualifications and waiving applicable requirements per Section 4.1.2.

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. 1 TRAINING AND EDUCATION DEPARTMENT Number gdgy ADMINISTRATION MANUAL THREE M:LE ISLAND 6210-ADM 2621.02 Title .

Revision No, MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUAllFICATION TRAINING PROGRAM 4 5.3.5 Monitoring the qualification progress of each instructor assigned to his section.

5.4 Instructors are responsible for:

, 5.5.1 Completing assigned certification / qualification requirements.

5.5.2 Maintaining instructor qualification per Section 4.5.

6.0 REFERENCES

l 6.1 " Required Reading", 6210-ADM-2600.09 6.2 " Instructor Training, Qualification, and Evaluation",6200 ADM 2760.

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6.3 "TMI-1 Maintenance Training and Qualification Program",6214-PGD-2662 l

6.4 " Maintenance Training Program for Utility Workers TMI 1",6214-PGD-2661.

l l 6.5 "T&E Department Records", 6200-ADM-1210.01 1

7.0 EXHIBITS l

7.1 Exhibit 1 " Instructor Training and Qualification Record"

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7.1.1 Part I " General Indoctrination" 7.1.2 Part ll " Maintenance Instructor Technical Qualifications" 7.2 Exhibit 2 " Instructor Training and Qualification Record Full Instructor Certification" l

GPU NUCLE *R CORPORATLON MIDOLITOWN. P A W tWPS 1;Paccst AousTMiADM 262102 *""**"'

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TRAINING AND EDUCATION DEPARTMENT Number (UClear A MINISTRATION MANUAL THREE MILE ISLAND 6210 ADM-2621.02 Title .

Revissors No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION!

QUALIFICATION TRAINING PROGRAM 4 EXHlBIT 1 INSTRUCTOR TRAINING AND QUALIFICATION RECORD Part I - General Indoctrination Name: ,

Employee Number: SSN:

Instructor Discipline:

Date assigned to the department as an instructor:

Qualification Process: Start Date Completion Target Date PARTI INITIAL INSTRUCTOR TRAINING AND QUALIFICATION A. Training Section Briefing:

1. The instructor's previous education, training, and experience have been reviewed. Credit to be given toward instructor certifications has been determined.

Maintenance Training Manager Date

2. The purpose of the instructor's certification / qualification process has been explained and the instructor has been provided with a copy of the qualification procedure applicable to him/her.

Maintenance Training Manager Date

3. Attend and satisfactorily complete GET training.

Maintenance Training Manager Date l 4. Site Training Department indoctrination requirements completed. (Ref. 6.1)

Maintenance Training Manager Date i

GPU NUCLE AA CORPOR AflON l Mi0otrTOWN, PA 1 W 'wPS IsPROCSAD*TMnADM 26 2102 COPYACHT 1994 !

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l TRAINING AND EDUCATION DEPARTMENT Number (UClear A MiNiSmATION MANUAL THREE MILE ISLAND 6210-ADM-2621.02 Title .,

Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

l QUALIFICATION TRAINING PROGRAM 4 1

EXHIBIT 1 (Cont'd)

INSTRUCTOR TRAINING AND QUALIFICATION RECORD B. Program Development Briefing:

The educational development process has been explained to the instructor. The briefing includes an overview of the TSD model, initial and continuing instructor training, and the role of the training development coordinators.

Training Development Coordinator /Date or Section Head C. Initial Instructor Training:

Instructor SHOULD complete the GPUN Initial Instructor Course, or equivalent before conducting any instruction. If this is not feasible, the instructor SHALL demonstrate interim instructional competence by a practice presentation. This interim acceptance of instructional competence is valid only until the completion of the next available Initial Instructor Course, unless exception is granted by the Manager, Plant Training, For interim acceptance: satisfactorily completed a practice presentation Maintenance Training Manager /Date Satisfactorily completed the initialInstructor Courso Maintenance Training Manager /Date D. Manager, Plant Training, TMI-1 I have interviewed this instructor and have reviewed his, initial Training and Qualification Record.

This instructor's knowledge of and attitude toward the instructor's role and responsibilities are considered adequate. This individual is hereby granted initial certification as an instructor.

Manager, Plant Training, TMI /Date

GPU NUCLE AA CORPOR ATION MIDDLETOWN. P A W 4WF5 bPROC$uoM'TMr AOM-26 21.02 COPvaiGHT 1994 El-2

TRAINING AND EDUCATION DEPARTMENT Number gdgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2621.02 Title ,,

Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUAllFICATION TRAINING PROGRAM , 4 EXHIBIT 1 (Cont'd)

Part ll Maintenance instructor Technical Qualification A. Mcintenance Procedures The listed procedures, after being used by the instructor, will be discussed with his supervisor using the procedure. The primary emphasis of this discussion is to enter on:

The operation of the Administrative Procedure System The organization and Chain of Command relative to the individual procedure.

The individual responsibilities of the Maintenance Workers relative to the specific procedure.

Procedure Supervisor /Date

1. 1001 Series Administrative Procedures D

2. 1008 Good Housekeeping D

3. 1009 TMI Unit 1 Organization D

4. 1012 Shift Relief & Log Entries D

5. 1013 Temporary Modifications & Bypass of Safety Functions D

6. 1020 Cleanliness Requirements D 7, 1022 Control of Measuring and Test Equipment D

8. 1029 Conduct of Operations D

9. 1035 Control of Transient Combustible Materials D

10. 1036 Instrument Out Of Service Control D

11. 1037 Control of Caution of DNO Tags D

12. 1054 Control of Environmentally Qualified Safety Related Electrical Equipment D

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TRAINING AND EDUCATION DEPARTMENT Number l

(UCIOar ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2621.02 Title . Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

j QUALIFICATION TRAINING PROGRAM 4 l

l EXHIBIT 1 (Cont'd)

Part 11 Maintenance Instructor Technical Qualification

13. 1065 Vendor Document Control D

14. 1070 TMI-1 Maintenance Plan D

15. 1406 Crane Operator Qualification D

16. 1440-Y-3 Scaffold Construction / Inspection D

17. 1000-ADM-1100.11 Safety Warning Tags D 19, 1000-ADM-1100.05 Confined Spaces D

19. Other pror,edures identified by the Maintenance Training Manager.

Procedure Suoervisor/Date l

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L MIDDLITOWN PA W .wP91tPROCS ADMiTMn ADM 2621.02 COPvaiGHf 1994 i

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i TRAINING AND EDUCATION DEPARTMENT Number l MUClear A MINISMATION MANUAL THREE MILE ISLAND 6210-ADM 2621.02 l Title Revision No. !

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION / !

OUALIFICATION TRAINING PROGRAM 4- I i

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EXHIBIT 1 (Cont'd)

Part 11 Maintenance Instructor Technical Qualification B. Systems Training The instructor will research (trace where possible) and discuss, using the applicable prints and references, the listed systems with a qualified instructor / supervisor. (This requirement may also be accomplished by participating in equivalent systems training classes on the subjec* areas given in this or other training programs.)

Instructor / Supervisor /Date

1. Primary Systems a) Reactor Coolant System b). Reactor Coolant Pumps / Motors c) Reactor Vessel and Internals d) OTSGs e) Makeup and Purification i i

f) Decay Heat Removal l

2. Secondary Systems 1

a) Main Steam i b) Condensate c) Feedwater 'I d) Emergency Feedwater e) Main Turbines .

f) Circ Water

3. Electrical Distribution a) BOP and 1E Electrical Distribu. tion b) AC Vital Electrical Distribution c) DC Vital Distribution d) Main Generator

GPU NUCLEAR CORPOftAflON MIDDLff 0wN. P A W \w*S bP90CS1ADM\TMiADM 262102 COPvniGHT 1994 El 5

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_(LIClear A MiNiSmATION MANUAL THREE MILE ISLAND 6210-ADM 2621.02 Title Revision No.

MA!NTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUAllFICATION TRAINING PROGRAM 4 I l

l EXHIBIT 1 (Cont'd)

Part ll Maintenance Instructor Technical Qualification l

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C. Satisfactorily completed Maintenance OJT evaluator training or equivalent i

Maintenance Training Manager /Date D. Completed 1002, Enclosure 10, " Switching and Tagging Qualification Checklist," except items 1 5 and 6. '

Maintenance Training Manager /Date j l E. Plant Maintenance Director interview to include:

l 1. Plant Maintenance Director's Training and Qualification Requirements for:

a) Entry level positions b) Initial training, continuing training, and OJT,

2. Reviewed the completion of the instructor's Technical Qualifications.

l Plant Maintenance Director or designee /Date a

GPU NUCLf 4A COAPOA AllON M100LETOWN, PA W twP5 f tP8 TOC $uOMTMP.AOM 262102 COPYROtT 1994 El 6

TRAINING AND EDUCATION DEPARTMENT Number (UCIBar ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2621.02 T8tle Revision No.

MAINTENANCE TRAINING INSTRUCTOR CERTIFICATION /

QUALIFICATION TRAINING PROGRAM 4 ll EXHIBIT 2 INSTRUCTOR TRAINING AND QUAllFICATION RECORD FULL INSTRUCTOR CERTIFICATION

, I have interviewed and have reviewed his/her instructor qualification / certification record, to include completion of the requirements of Part I and Part 11.

j This individualis hereby granted full certification as an instructor.

Manager, Plant Training /Date

GPU NUCLE Ji CO 4PonATiON MF,oLETOW N. P A w \**S t' PROC $iADM.fMP AOM 261. 02 COPYRIGHT 1994 E2-1

!. Nuclear m INING CONTENT RECORD l l . . . - .

l Lesson Course

Title:

Numbel l MISCELLANEOUS MAINTENANCE TRAINING 10962.019 l

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Lesson Plan Title Number Rev.

ELECTRICAL SAFETY TRAINING FOR NON-ELECT 3ICIANS 11.1.01.396 0 OBJECTIVES l' Upon successful completion of this lesson, the student, in accordance with the listed references, will be able to:

1. Der.ne electrical shock.

2. Explain Ohm's Law and describe its relationship with electrical shock.

3. Describe how the following items effect the severity of an electrical shock:

a. Current magnitude,

b. Current path through the body.

c. General physical condition of the person being shocked. '

4. Describe the effects of the following electrical hazards on the human body:

a. Shock induced electrical burns.

I b. Electrical arc.

c. Electrical blast.

! 5. State when Electrical Safety Equipment.must be used and demonstrate how to inspect this equipment.

6. List the personal protection equipment that will protect from Shock, Arc, and Blast.

7. Explain why grounds are used on electrical equipment.

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8. State the inspection and care of electrical safety equipment.

PAGE 1 OF 2 l

RESPONSIBILITY SIGNATURE TITLE DATE

! Origination t / dE / 1,9 bcl/4 5 Review / Concurrence hh /bfAdhtuo p@V I2/Z9/9 5 fc ,, /h /l2 0 ~ b' Approval /Objectlyes j / AL / D~~

Approval / Final ' -

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. 1 TRAINING CONTENT RECORD Lesson Course

Title:

Number ,

! MISCELLANEOUS MAINTENANCE TRAINING 10962.019 I I

Lesson Plan Title Number Rev.

ELECTRICAL SAFETY TRAINING FOR NON-ELECTRICIANS 11.1.01.396 0

9. List the responsibilities of the Electrical Safety Person.

10. State the major types of voltages at TMI and their ratings I

11. Explain why grounds are installed on equipment that is being worked on. j I

12. List two. major voltage testers and describe when they should be used., j 1

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13. State the Six Steps Safety Method j REFERENCES .

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1. John Cadick " Electrical Safety Handbook"

2. EC&M, June 1995 " Beware of Electrical Safety Hazards"

3. Coastal Video " Electrical Principles"

4. Coastal Video " Electrical Emergency Response" l

5. L.A. Department of Water and Power " Electrical Burns and You"

6. J. R. Bowmans' Memo 3223-95-009

7. GPU Nuclear / MET-ED Safety and Health Manual

8. Herb Putz "IPT's Electrical Handbook

9. OPM Sections A1, A2, A3

10. Metropolitan Edison Company Electrical Maintenance Manual

11. OSHA, 29-CFR-1910.'269 Electric Power Generation, Transmission and Distributicn

12. OS!IA , Subpart S, Electrical Parts 1910.301 - 1910.339 TIME: 8 Hours i

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. 01/03/96 11.1.01.396 LIST OF EFFECTIVE PAGES LESSON PLAN TITLE: ELECTRICAL SAFETY TRAINING FOR NON-ELECTRICIANS TRAINING SECTION: MISCELLANEOUS HAINTENANCE TRAINING 5 PAGE REV. DATE PAGE REV. DATE PAGE REV. DATE 1 0 01/03/96 2 0 01/03/96 3 0 01/03/96 4 0 01/03/96-5 0 01/03/96 6 0 01/03/96

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l Revisien 0 01/03/96 j 11.1.01.396 l INSTRUCTOR NOTES I. INTRODUCTION A. Greet students.

1. Introduce self and lesson.

2. Explain overall structure and format of I

i i lesson. i l l l a. Schedule.

b. Be back from breaks on time. ;

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c. Courtesy dictates that only one person be talking at a time.

d. Phone calls / messages.

e. Attendance requirements,

f. Please ask questions when they occur, not twenty minutes later - it's better te clear the point up quickly than to back track.

g. Examinations and criteria for satisfactory course completion.

TP-1 B. Explain purpose of objectives.

1. Relate objective to job.

2. Objectives define required knowledge.

3. Objectives will be reviewed during course.

4. Directly related to qualification questions.

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. 01/03/96 11.1.01.396 4 INSTRUCTOR NOTES C. Create Interest.

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1. Understanding the steps and procedures 1

employed in a good electrical safety program requires an understanding of the nature of d

electrical hazards.

2. There are three electrical hazards that you need to be protected from: ,

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a. Shock .

b. Arc

c. Blast

3. In this lesson we will describe these j

hazards, their effect on the human body and 4

how to protect from them.

j II. PRESENTATION:

Show tape A. Electrical Principles - 14 minute video tape i covering:

1 1. Electrical Circuits.

2. Grounding.

. 3. Circuit - Protection Devices.

i j Show tape B. Electrical Emergency Response - 14 minute video tape covering:

1. Electrical Shock.

2. Levels of Shock.

3. First - Aid Procedures.

4. Electrical Fires.

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Revision 0 l 01/03/96 )

11.1.01.396, i

l INSTRUCTOR NOTES '

obj. 1 C. Electric Shock - The physical stimulation that occurs when electric current passes through the body.

obj. 3a 1. Current magnitude.

a. More current, more injury.

l Ohm's Law TP-2,3,4 b. Current (I) is directly proportional to obj. 2 voltage (1) Medium voltage accidents have lox more fatality rates than low voltage accidents, i

c. Current (I) is inversely proportional to resistance I SAFETY d. Current causes heating that destro'ys human tissue at 122*F.

e. Longer current passes the worse the burn. Resistance decreases and I increases.

obj. 3b 2. Current path through the body.

a. Current path determines which body parts are effected.

(1) Heart can be caused to fibrillate with only 75 mA.

(2) The breathing system can be paralyzed with 5 30 mA.

TP-5,6 b. Worse path is through the heart.

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Revision 0 01/03/96 11.1.01.396 INSTRUCTOR NOTES Be SURE obj. 3c 3. General Physical Condition

a. Individual's physical condition greatly modifies the effects of current flow.

b. A person in good physical condition will l be affected less severely than a person in poor health by the same amount of current flow.

1 l

c. Example: An individual who suffers from heart rhythm problems is more likely to develop fibrillation than one with a healthy heart.

l TP-7 4. Response to Electric Shock

a. Immediate effects - loss of vital functions,

b. Secondary effects - paralysis lasting hours to days.

c. Long range effects - nerve tissue damage causing paralysis, speech or writing impairment and or loss of taste.

D. Hazards of Electricity l obj. 4a 1. Shock Induced Electric Burns

a. Causes severe tissue damage.

b. Almost always third-degree burns because

, they occur from inside the body.

c. Growth centers are destroyed.

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, ,01/03/96 11.1.01.396 INSTRUCTOR NOTES obj. 4b 2. Electric Arc TP-8 a. Occurs when a substantial amount of electric current flows through what previously had been air.

b. Current flow is actually occurring through the vapor of the arc terminal material and the ionized particles of air.

c. Have hot ionized gases that throw molten metal.

SAFETY d. Can reach Temperatures of over 15,000 'oF (1) Can cause fatal burns at distances of up to 8 feet.

(2) Can ignite clothing which could cause fatal secondary burns.

e. Flash burns (1) Bright ultraviolet rays created by the are burn human skin and the surface of the eyes. These types of non-contact burns are known as flash burns and can easily become third degree burns and result in blindness.

obj. 4c 3. Electrical Blast SAFETY a. Electric arc superheats the air instantaneously GPU NUCLE A4 CommonariC*4 MiOOt f T0Wa4 #A W WP$ 1 LP Mh1 ? 101196 WPF , CCPv4CM 'On

Revision 0

. 01/03/96 11.1.01.396 INSTRUCTOR NOTES (1) Causes rapid expansion of the air and wave front with pressures of 100 to 200 pounds per square foot.

(2) Explodes switchgear, turns sheet .

l metal into shrapnel,

n. Sometimes an are is not accompanied by a i blast, but when it is, it can be lethal.

E. Affected Body Parts.

TP-9 1. The Skin,

a. Horny layer - high resistance to' current (1) The thicker the layer the higher the resistance

b. Sweat glands and blood vessels - low resistance to passage of electricity

c. Effects of current flow (1) More skin contact, higher currert flow (2) Cuts and moisture .aduce resistance

)

and increase current flow (3) At voltages of 600V the horny layer I

is punctured like film insulation, l

1 and only the low-resistance inner ,

I layer is left !

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l

! d. Burns l l l

(1) Heating effect of current flow (2) Thermal or radiation burns due to l

electric arc i

l

2. The Nervous System

a. Electrical p'athways,that are used to l

communicate information from one part of the human body to another.

b. Electric impulses are passed from one l

l nerve'to another.

c. Shock

(1) Pain (2) Loss of control External current swamps the I normal nervous systems electrical impulses ,

Brain loses its ability to control various parts of the 1

! body Paralysis (3) Permanent damage

No longer able to control muscles Loss of sensation and/or

, function i

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3. The Muscular System

a. The muscular system provides motor action for the human body

b. The nervous system causes the muscles to contract to move the body and perform physical activity

c. Shock (1) Reflex action Muscle contracts violently Can cause workers to fall off ladders or smash into steel doors or other structures (2) Electrical paralysis a 19 mA blocks the nervous systems signals to the muscular system - victim caught in an electrical hold As current continues the heating and burning action can lower the path's resistance and increase current - death results.

(3) Permanent damage Muscle tissue can be destroyed by burning at currents a SA.

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4. The Heart

a. Electrical impulses cause the heart to beat more than 2.5 billion times in a 75 year lifetime.

b. Shock (1) Outside current of 75 mA can )

l disturb the nerve impulses so that there is no longer a smooth, timed hesrt beat.

(2) The heart fibrillate - beats in a rapid, uncoordinated manner -

flutters uselessly Must stop with large current flow - defibrillator (3) Large current flow causes the heart to become paralyzed

Frequently restarts when current is removed

c. Burns (1) Can be fatal depending on the amount of heart tissue burnt.

5. The Pulmonary System

a. The lower diaphragm moving down causes a vacuum on the chest chamber and air moves into the lungs.

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b. Oxygen is then passes to the bloodstream through the tiny capillarlas in the lungs. At the same time, carbo.' dioxide

, is returned to the air in the lungs.

4

c. The lower diaphragm moving up forces air out of the lungs, completing the i.

breathing cycle.

4

. d. Shock (1) Disrupts the nervous system f impulses and causes irregular,

't sporadic breathing or complete stoppage.

TP-10 6. Human Response to Current Magnitude l

a. 01 mA - Feel mild sensation W

4

b. 05 mA - Feel painful sensation j

c. 10-12 mA - Paralysis threshold of arms and cannot release hand grip.

d. 25-30 mA - Respiratory paralysis and breathing stops.

e.75-100 mA - Fibrillation threshold for 0.5% of population - frequen'tly fatal.

f. Up to 250 mA - Fibrillation threshold for rest of population - probably fatal GPU NUCLE AR ConPQA Ah0N M100tETOWN PA W iWPF 1 LP M P 11101396 WPp COPYRIGr*f ? M4

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g. 4 A - Heart paralysi's threshold - Heart ;

j stops for duration of current flow. For I short shocks, may restart on l interruption of current.

h. a5 A - Tissue burning - Not fatal unless vital organs are burned.

TP-11 7. Causes of Injury - direct and indirect i

sources I

a. Reflex action caused by current flow can cause falls giving cuts, abrasions, or broken limbs.

1

b. Nerve damage from shock or burns can i cause loss of motor function, tingling, I l

and/or paralysis,

c. Thermal and current induced burns can cause extremely long duration and intense painful suffering. Third-degree burns may require skin grafting to heal.

d. Molten metal and/or burns to the eyes l

can cause blindness,

e. The concussion of a blast can cause partial or complete loss of hearing. l 1

l

f. Current induced burns to internal organs )

can cause organ dysfunction.

d 0

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l TP-12 8. Causes of Death l

a. An electric shock induced. fall can cause i fatal physical injuries.

b. Severely burnt skin causes the body to l i

l bring large quantities of liquid ~to the ;

a l burnt areas to aid.in the healing i

l l process. This creates stress on the renal system and could result in kidney I failure, j

c. Severe trauma from massive burns can

cause a general systemic failure.

d. Burnt internal organs can shut down causing death,

e. If the victim inhales the superheated plasma and molten products froman

, electric arc, the lungs will no longer be able to perform correctly. Death may follow. ,

1

f. Heart failure can result from 1

fibrillation and/or paralysis. )

9. Case Histories Show tape F. Electric Burn Video .13 minutes - Warning:

Graphic Case Histories are shown in this video.

i 1 i

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Revision 0 01/03/96 11.1.01.396 INSTRUCTOR NOTES TP-.2 G. Safety Equipment Obj. 5 1. El.ectrical Safety Equipment

a. The purpose of Electrical Safety j l

Equipment is to protect the user from l

critical injury and possible death. <

l

b. The equipment must be used and used I properly in order to be effective.

c. When working around 100 Volts or greater, low voltage gloves, hard hat and safety glasses with UV protection are required. ,

1

d. When working around 480 Volts, low voltage gloves, fire retardant coveralls, hard hat, safety glasses and mono-goggles or face shield.

Obj. 6 2. Protection from the Three Electrical Hazards TP-13 a. Shock (1) Rubber insulating equipment

?

l l including gloves with leather protectors, sleeves, mats, and blankets.

I (2) Insulated tools when working near energized conductors.

)

1 a

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11.1.01.396 INSTRUCTOR NOTES De Sure (3) Leather gloves are never to be depended upon for insulating purposes. Leather protectors shall j l

be worn over rubber gloves and I shall not be used for any other purpose.

b. Arc (1) Approved flash / flame-resistant work clothing .

(2) Eye protection such as flash goggles with UV inhibitor / flash coating,

c. Blast (1) Flash / flame-resistant work clothing to protect from splashed molten material.

(2) Face shield (3) liard Hat with chin strap

d. Procedurally (1) De-energize all circuits and conductors in the immediate work area.

(2) Follow the Switching and Tagging procedure.

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, 01/03/96 11.1.01.396 INSTRUCTOR NOTES (3) Maintain a safe working distance for energized equipment and conductors.

(4) Use all specified safety equipment. ,

(5) Follow all safety procedures and requirements.

(6) Inspect all equipment before placing it into service.

(a) Tools (b) Test Equipment (c) Electrical Distribution Equipment !

(d) Safety Equipment TP-14 H. Grounds Obj. 7 1. Make sure all non-energized equipment is properly grounded.

2. Check normal system grounds.

3. Check temporary safety grounds. ,

. l TP-15 I. Safe Working Distances

1. No worker shall place themselves, or conducting objects, within the distances listed from any exposed live part operating at the phase to phase normal voltage.

Alternating Current Min. Working (Phase to Phase Kilovolts) Distance 2.1 to 15 2 ft. 0 in.

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15.1 to 46 3 ft. O in.

Phase to Phase.KV Min. Distance 46.1 to 121 5 ft. O in.

j 138 to 145 5 ft. 6 in.

161 to 169 6 ft. O in.

230 to 242 7 ft. O in.

TP-16 J. Safety Equipment Inspection and Care Obj. 8 1. Rubber Safety Equipment

a. This equipment, supplied by the company,

~

is tested at our testing facilities in Reading. If passed, a date is stamped on the equipment. This date indicates 4

when the e'quipment is due for retesting.

(1) It is up to you to make your gloves, sleeves, etc. available to be returned for testing.

(2) Generally, the Electric Shop will pick up.your gloves and return

^

newly tested ones.

b. Check the due date stamped on the glove and other rubber safety equipment.

2. Inspection

a. All rubber equipment must be inspected

~

before each use.

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b. Inspect for:

(1) Rips or cuts (2) Air leakage j l

(3) Spider web cracking {

c. Storage (1) Store rubber and leather gloved in i

the proper storage container, i.e., j canvas bag. ,

i l

(2) Rubber blankets and sleeves should

'ot n be folded.

l

d. The Test Date 1 (1) Rubber Gloves shall be returned j l

after 30 days of use. No more then 2 months old.

(a) Gloves are placed into the electrical tester and after proper adjustment of water levels, voltage is raised at the rate of 1,000 volts per second (v.p.s. ) until proper test voltage is attained.

(2) Rubber Sleeves shall be tested after 3 months of use or 6 months since last test.

(3) Rubber Blankets shall be tested after 6 months.

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Obj. 9 . K. You, The Safety Person TP-17 1. Get a good understanding of the task to be done. I l

2. Analyze the task and situation at hand. .

a. Lighting

b. Exposed energized equipment

c. Tools (Insulated or Un-insulated)

d. Enclosure / work space

e. Exits

f. Communications i.e., Page phone, Radio, etc.

3. Inspect and put on all applicable safety equipment first,

a. You must ware the same equipment.

4. Give your undivided attention i.e., do not l

leave your co-worker alone TP-18 5. What to do if Smoothing Happens )

1

a. Remove the hazard or co-worker

b. De-energize the equipment l

c. Call the Control Room immediately

d. Perform medical assistance - CPR Obj. 10 L. Voltages TP-19 1. Different Voltages at TMI

a. AC Voltages (1) 120 (2) 208/277 GPU NUCL( AR CORPoaa rios MiOOtf 70* N P4 W1WF31\ LPM n11101396.WPF COPY AIGHf 1996 21

Revision 0 1 01/03/96 j 11.1.01.396 INSTRUCTOR NOTES (3) 480/4160 (4) 13.2K (5) 19/230K i

b. DC Voltage !

(1) 12 !

J (2) 125/250

2. Voltage Safety

a. Always test / check for voltage before the

start of work.

b. Treat all equipment / conductors as if s

they were energized until tested.

I TP-20 3. Voltage Test Equipment

a. Simpson 260 or DVM

b. Hi-Voltage Tester (1). Phase tester (A B Chance)'

i TP-21 4. Grounds .

{

l i Obj. 6, 7 & 11 a. Grounds are installed to protect the l l

l worker by providing a easier / safer path )

I to ground / earth.

b. Grounding Euggy

. (1) 480 volt (2) 4160/6900 volt i

1 1

e

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, 01/03/96 11.1.01.396 INSTRUCTOR NOTES TP-22 j M. Six Step Safety Method

1. Think - Be Aware - or Be'Sure

2. Understand your procedure

3. Follow your procedures

4. Use appropriate safety equipment i J

5. Ask if you are unsure #

6. Do not answer if you do not know ;

III.

SUMMARY

Instructor should conduct verbal review of objectives by posing the objectives in'the_ form of questions direct.ed at individua'l students. '

IV. EVALUATION Satisfactory completion of the pertinent objectives of OJT E-25, Electrical Safety constitutes satisfactory completion of the lesson.

9 9

I,(.:

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Ravision 0 01/03/96

~

11.1.01.396 LESSON PLAN ATTACHMENT .

I. TRAINING MATERIAL A. Transparencies ,

1. TP- 1 Objectives

2. TP- 2 Electrical Shock Current Path j

3. TP- 3 Nominal Resistance Values for Various Parts of the Human Body i

4. TP- 4 Nominal Resistance Values for Various Materials

5. TP- 5 Hand to Hand Current Path

6. TP- 6 Left Hand to Left Foot Current Path

7. TP- 7 Response to Electrical Shock

8. TP- 8 Factors which Effect Injuries Due to Electrical Arc

9. TP- 9 Typical Skin Cross Section

10. TP-10 Humad Response to Current Magnitude

11. TP-11 Causes of Injury. '

12. TP-12 Causes of' Death

13. 'TP-13 Safety Equipment

14. TP-14 Protection from the Three Electrical Hazards

15. TP-15 Grounds

16. TP-16 ' Safe Working Distances

17. TP-17 Safety Equipment -Inspection and Care

18. TP-18 "YOU" The Safety Person ~

19. TP-19 What to do if something happens

20. TP-20 Voltages at TMI -

21. TP-21 Voltage Test Equipment

. 22. TP-22 Grounds

23. TP-23 Six Step Safety Method l

B. Student Materials ,

1. Handouts

a. Paper Copy of Transparencies

b. SHOP-TALK Unit One Electric Shop Newsletter dated December 15, 1995.

2. OJT. Card E-25, Electrical Safety.

.C . Video Tapes -

1.. Coastal Video's " Electrical Principles" ,

2. Coastal Video's " Electrical Emergency Response"

3. p .A. Department of Water and Power's " Electrical Burns and You"

.}*'

1.!4 .

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, 11.1.01.396 LESSON" PLAN ATTACHMENT II. OBJECTIVE CROSS REFERENCE

, Obiectim LP Section Reference

1. II.C 1,2,4

2. II.C.1. 1,2,3 3a. II.C.1. 1,2,4-3b. ;II.C.2. 1,2 3c. II.C.3. 1

4a. II.D.1. 1, 2 , 5 '

4b. II.D.2. 1, 2, 5 ,

4c. II.D.3. 1,2,5 ,

5. II.G.1. 6

6. II.G.2., II.J.2. 1

7. II.A., II.L.4. 1

8. II.J.1 1

9. II.K.1 1,3,6

10. II.L.1 9

11. II.L.1 'l

12. II'. L .'3 1

13. II.M 3 III. CLASSROOM / AREA' REQUIREMENTS A. ' Classroom with overhead projection capability and white board B. VCR and Monitor, IV. LESSON PLAN HISTORY Rev pm Description 0 01/03/96 .New Lesson Plan 6

f t

GPV NUCLEAA Comp 0RATtON wo0LETOWN PA W4WPSitPMnt1101396 WPF COPYRIGHf 1996 25 -

I

TRAINING AND EDLCATION DEPARTMENT Number NUCIMr ADMINISTEATION MANUAL THREE MILE ISLAND G210-ADM-2623.01 l

Title .

Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM Appheability/ Scope Responsible Othee Ettective Date TMI TRAINING DEPARTMENT FIRE PROTECTION TMI TRAINING 03/31/95 TRAINING INSTRUCTORS i

This document is within QA plan scope x Yes No Safety Reviews Required Yes x No List of Effective Pages Pace Revision Paae Revision Paae Revision Paae Revision 1.0 5 E1-1 5 2.0 5 E1-2 5 3.0 5 E1-3 5 4.0 5 E1-4 5 5.0 5 E1-5 5 6.0 5 E1-6 5 -

7.0 5 G T' I ' d N

\

cc~.~ ^ oa %hTRCt. t c - : D'r.t.5 3 r,. m - l

/

! }

Signature Date Originator:

Support Training Manager '

f gj' Concurred by: 1 [

Lead Instructor, GET/ Prot. Training 3-2,1-77 Fire Protection Training instructor jp 3 -M. pg" Supv., Training Admin. Support '

hM Lead Fire Prot. Eng., TMI Mh 3 M.QT*

Approved by:

Manager, Plant Training 3

9 V

TRAINING AND EDUCATION DEPARTMENT Number g gp ADMINISTRATION MANUAL THREE MILE ISLAND 6210 ADM-2623.01 l

l Title - l

, Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM REVISION PREPARED BY:

EFFECTIVE DESCRIPTION OF CHANGE REVIEWED BY:

DATE APPROVED BY:

4 02/03/93 Placed in proper GPU procedure format and incorporates requirements listed in, 6200-ADM-2760.

l5 03/31/95 Revise references and titles.

't

GPU NUCLEAR CORPORATION MIDDLETOWN, PA PROCSiADMiTMfi262341 WPF 2.0 COPYRIGHT l995

e l TRAINING AND EDUCATION DEPARTMENT Number GUClear A MINISMAMN MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Title , Revision No.

FIRE PROTECTION RAINING !NSTRUCTOR 5 INDOCTRINATION /QUAllFICATION TRAINING PROGRAM TABLE OF CONTENTS Pace COVFR PAGE 1.0 DOCUMENT HISTORY 2.0

}

j TAGLE OF CONTENTS 3.0 t

i 1.0 PURPOSE 4.0 2.0 APPLICABILITY / SCOPE 4.0 l i

3.0 DEFINITIONS

4.0 1

4 4.0 PROC?.'sURE 5.0 4.1 GENERAL 5.0

, 4.2 GENERAL / INITIAL INDOCTRINATION 5.0 4.3 TECHNICAL CERTIFICATION / QUALIFICATION 5.0~

5 4.4 FULL INSTRUCTOR CERTIFICATION / QUALIFICATION 6.0 )

4.5 CONTINUING INSTRUCTOR TRAINING 6.0 '

4.6 RECORDS 6.0 5.0 RESPONSIBILITIES 7.0 1

6.0 REFERENCES

7.0 7.0 EXHIBITS 7.0 Exhibit 1 - Fire Pietection Training Instructor E 1 'l Qualification Card, Parts 1 & 11 .

P

GPU NUCLEAR CORPORATION M!DDLETOWN. P A PROC 3iArW.TMTJ62341 WPr 3.0 COPYP)GHT I995 j

.__ . _ _ _ ~ _ _ . _ ~ _ . ._ _ _ ___ _

4 TRAINING AND EDUCATION DEPARTMENT Number GMClear A MINiSmATION MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Title -

, Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR , 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM 1.0 PURPOSE l

The purpose of this procedure is to define the requirements for the indoctrination, training, and certification of instructors involved in conducting fire protection training.

2.0 APPLICABILITY / SCOPE

2.1 This procedure applies to all individuals assigned as fire protection instructors or coordinators to TMI Training. Individuals temporarily assigned as instructors, including adjunct instructors, ,

SHALL be considered for all or portions of this procedure based on the length and nature of

' l their assignment, education, and previous experience as determined by the Support Training ;

Manager.

l 2.2 This procedure does not apply to y :t lecturers such as supervisors, managers, engineers, subject matter experts, or vendon t. O may be requested to present special lectures or courses in addition to or in support of existing training programs. Approval of guest lecturers is addressed in the Fire Protection Training Program, Reference 6.3.

2.3 Allinstructors who have started or completed their training and qualification program prior to the implementation of this revision to this procedure may complete their initial, technical, and full certifications in accordance with the revision they originally started or with this revision;in either case, allinstructors SHCULD cor6plete their continuing training requirements in accordance with this re vision of this procedure.

3.0 DEFINITIONS 3.1 Prospective Instructor - Individual assigned by the Support Training Manager or the Manager, Plant Training to become qualified to teach the assigned course, course portion, or module of fire orote tion training.

3.2 Qualificwon Card - Exhibit 1 of this proc 3 dure 3.3 Certifier - Indiddual assigned in the sections of Exhibit 1 to attest that the prospective instructor has demonstrated ';atisfactory knowledge in that particular section.

+ cru rducLEAR CoProRATioN MIDDLEToWN, P A PRoCsiAD4TMi.262341.WPF 4.0 COPY RIGHT 1995

TRAINING AND EDUCATION DEPARTMENT Number gdgy ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Title *

, Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM 4.0 PROCEDURE 4.1 General 4 31.1 Prerequisites for assignment to an instructor position are detailed in the appropriate job description and position specification on file in the Human Resources Department.

4.1.2 When an instructor is assigned to qualify as a fire protection instructor, the Support Training Manager SHALL explain this procedure and provide a copy of Exhibit 1; At the same time, he/she SHALL review the individual's record for prior education and experience in both instructional and technical areas to determine where qualifications already exist. Any areas where certification is made based on already existing qualifications SHALL be identified by the Support Training Manager on Exhibit 1.

1 4.1.3 The qualification process identified in this procedure SHALL be completed in a maximum two year time frame unless approved on a case by-case basis by the Manager, Plant Training.

4.1.4 The prospective fire protection training instructor SHALL obtain certification as a State Fire Fighting instructor through the Pennsylvania State Fire Academy prior to presenting instruction involving live fires.

4.2 General / Initial Indoctrination 4.2.1 Prior to conducting any instruction, the requirements of Part I of Exhibit 1 SHALL have been completed and certified. In addition, the prospective instructor SHALL complete the applicable portions of Part II ( see Section 4.3.3).

4.2.2 The purpose of Part I C, interim Certification, of Exhibit 1 is to provide the opportunity for individuals who have completed M other prerequisites to commence instruction, provided they demonstrate instructional competence, without waiting for the next initial Instructor Course.

4.2.3 The cedification of Part i D, of Exhibit 1 is necessary only prior to initial instruction and need not be completed with each succeeding qualification. .

4.3 Technical Certification / Qualification 4.3.1 The subject matter listed in Pad 11 of Exhibit 1 SHALL be read by the prospective l instructor and discussed first with the Lead instructor, GET/ Protection Training and then the Lead Fire Protection Engineer, TMI.

4.3.2 The Lead Fire Protection Engineer, TMI SHALL certify that the prospective instructor J has demonstrated satisfactory technical knowledge in each of the subject areas listed in s Part il of Exhibit 1.

CPU NUCLEAR CoRPORATICN MIDDLEToWN PA PROC 3'.ADR.TMrJ62M s . vPF 5.0 corypicHT ms

i TRAINING AND EDUCATION DEPARTMENT Number

_4MClear A MINISTRAMN MANUAL THREE MILE ISLAND Title - 6210-ADM-2623.01 Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5

INDOCTRINATION /QUALIFICATIONTRAINING PROGRAM 4.3.3 Provided the prospective instructor has achieved initial certification / qualification in l accordance with Section 4.2, he/she may teach those subjects in which he/she has been certified.

4.3.4 The list of subjects SHOULD be revised as needed based on input from training or plant experiences, e.g., lessons learned from drills, training analysis, industry experience, instructor evaluations, etc.

4.3.5 Prior to conducting practical qualification, the prospective instructor SHAL'l be provided a briefing on the conduct of OJT by the Support Training Manager or his designee.

4.4 Full Instructor Certification / Qualification 4.4.1 The' prospective instructor SHALL have completed all initial and technical certification / qualification requirements identified in Parts I & il of Exhibit 1.

4.4.2 The Manager, Plant Training SHALL review the instructor certification / qualification record and sign Part 1 E of Exhibit 1, attesting to the satisfactory completion of the initial and technical qualification requirements.

4.5 Continuing Instructor Training 4.5.1 Following certification as an instructor, instructors SHALL complete continuing instructor training as assigned by the Support Training Manager or the Manager, Plant Training.

4.5.2 Failure to meet target dates for the completion of continuing instructor training SHALL necessitate a review by the Support Training Manager. The Support Training Manager SHALL recommend any corrective action to be taken to the Manager, Plant Training.

The Manager, Plant Training SHALL determine corrective action to be taken up to and including suspension from instructioi# duties.

4.6.1 The attainment of the certification / qualification steps leading up to fullinstructor certification SHOULD be documented on the instructor qualification record. (Exhibit 1)

This document SHOULD be entered in the record *ystem on attainment of the full instructor certification.

4.6.2 Attendance at initial / continuing / program developer training SHOULD be documented on training attendance forms and entered into the training records system. !

(

4

GPU NUCLEAR CoRPoRATloN {

MIDDLIToWN. P A PROC 5iADM.TMr.262101 TPF 6.0 corvescHT 1995 ,

i

TRAINING AND EDUCATION DEPARTMENT Number E Nuclear

^oM'"'STa^m" M^NUAL THREE MILE ISLAND 6210-ADM-2623.01 Revision No.

i FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM 5.0 RESPONSIBILITIES !

5.1 The Manager, Plant Training , sponsible for the certification of instructors, and, as such, is responsible for ensuring adherence to the requirements established by this procedure. As part i of this certification, he/she SHALL conduct an interview with each instructor. I 5.2 The Support Training Manager is responsible for the implementation of this procedure. Specific responsibilities include:

5.2.1 Designation of appropriate reference documents for the indoctrination section.

5.2.2 Acceptance of atte<nate qualification where appropriate.

5.2.3 Designating continuing training for attendance by fire protection instructors.

5.2.4 Ensuring that allinstructors are qualified in accordance with this procedure for areas they are assigned to instruct.

5.3 The Lead Instructor, GET/ Protection Training is responsible for acting as a certifier for designated portions of the qualification card.

5.4 The Lead Fire Protection Engineer, TMI is responsible for acting as a certifier for designated portions of the qualification card.

i 5.5 The Prospective instructor is responsible for preparing hirqself/herself in accordance with this procedure to teach the assigned course, course portion, or module of fire protection training.

S.O REFERENCES 6.1 62OO-ADM-2760, instructor Training / Qualification, and Evaluation 6.2 6210-ADM-2600.09, Required Reading 6.3 6212 PGD-2680, Fire Protection Training Program 7.0 EXH' BITS 7.1 Exnibit 1 - Fire Protection Training Instructor Qualification Card, Parts I & 11 1

GPU NUCLEAR CoPN> RATION M!DDL EToWN. PA PROCs'ADMiTMr267MI WPF 7.0 coPyRicar ie95

i l

TRAINING AND EDUCATION DEPARTMENT Number ggIgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Title

, Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM EXHIBIT 1 .

INSTRUCTOR TRAINING AND QUALIFICATION RECORD Name: j Employee Number: SSN:

Instructor Discipline:

Date Assigned to the Department as an instructor:

Qualification Process: Start Date Completion Target Date 1

i PARTI INITIAL INSTRUCTOR TRAINING AND QUALIFICATION A. Training Section Briefing:

1. The instructor's previous education, training, and experience have been reviewed. Credit to be given toward instructor certification has been determined.

Support Training Manager Date 2.. The purpose of the instructor's certificatioh/ qualification process has been explained and the instructor has been provided with a copy of the qualification procedure applicable to him/her.

Support Training Manager Date

3. Attend and satisfactorily complete GET training.

Support Training Manager Date e GPU NUCL:' AR CoRroRAT1oN MIDDLETOWN. P A PtoCs'.ADM TMrJC34t.WPF E1 1 COPY AK;HT IW5

1 l

1 TRAINING AND EDUCATION DEPARTMENT Number

'(UCE- F A MiniSmADON MANUAL . !

THREE MILE ISLAND 6210-ADM-2623.01 True -

_ Revision No. i FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM EXHIBIT 1 (CON'T)

INSTRUCTOR TRAINING AND QUALIFICATION RECORD

-l 4 Indoctrination Requirements (See Procedure 6210-ADM-2600.09) have been met.

Support Training Manager Date

5. Training Department Procedure / Documentation Training g

The following procedures / documents SHALL have been read and discussed with the instructor's immediate or' higher supervisor.

j i

Procedures to be identified and listed here by the Support Training Manager.

{

ll N

l ll Support Training Manager Date a CPU NUCMA A CoRPoRAfloN MIDDLETowN. P A PROC $' ADM'.TMPJ62341.WPF E1-2 coPrescuT i9'es I

1 l

l TRAINING AND EDUCATION DEPARTMENT Number ggIgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210.ADM.2623.01

~

Title Revision No. l i

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM EXHIBIT 1 (CON'T) I B. Training Development Briefing:

] The training development process has been explained to the instructor. The briefing includes an )

. overview of the TSD model, initial and continuing instructor training, and the role of the Training Development Coordinators.

1 Training Development Coordinator D$te l or Support Training Manager a

i 4

C. Administrative Support Briefing:

The training administration system, including records, has been explained to the instructor.

2

)

i Supvr. Trng. Admin. Support Date l

1 4

) D. Initial Instructor Training:

f Unless waived by the Manager, Site Training, the instructor SHALL complete utial Instructor Training before conducting any instruction, if this is not feasible, instructor SHALL dernonstrate

! interim instructional competence by a practice presentation.

.I For initial certification: satisfactorily completed a practice presentation I

I' Trng. Development Coordinator Date i

E. Initial Instructor Certification:

l 1 have interviewed this instructor and have reviewed his/her initial Training and Qualification Record.

This instructor's knowledge of and attitude toward the instructor's role and responsibilities are l

considered adequate. This individual is hereby granted INITIAL CERTIFICATION AS AN {

INSTRUCTOR.

l l

Manager, Site Training Date

GPU NUCliAR CoRfoRATION l MIDDLETOWN, PA l PRoCs\ADMJMrJ630L WPF E13 CoPYRJGHr 1995 l

i 1

TRAINING AND EDUCATION DEPARTMENT E Nuclear Number A MINISMATI N MANUAL l THREE MILE ISLAND 6210-ADM-2623.01 Title -'

Revision No.

4 FIRE PROTECTION TRAINING INSTRUCTOR S INDOCTRINATION / QUALIFICATION TRAINING PROGRAM I EXHIBIT 1 (CON'T) l 1

F. Full Instructor Certification:

I have interviewed this instructor and have reviewed his/her instructor qualification / certification record, to include completion of the requirements of Part I and Part il.

This individualis hereby granted full certification as an instructor. l

{

I Manager, Site Training Date .

i l

GPu NUCLIAR CORPoRAT1oN MIDDLETO WN. PA PROC 5'ADViTMilC341 WPF F.1 -4 CoPyRjcnT 1995

l TRAINING AND EDUCATION DEPARTMENT Number t

gdgy ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Els ~

Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM EXHIBIT 1 (CON'T)

Part il Technical Certification / Qualification Requirements I

SUBJECT MATTER QUALIFICATION Subject Matter (As related to the Learning Objectives of the Fire Prot Lead Inst. Lead Fire Eng.

Training Program) Prot. Trng. TMl j

NFPA # 27

~

USNRC BTP, APCSB 9.6-1 Appendix A

10 CFR 50, Appendix R

TMI 1 AP 1038, Admin Controls; Fire Protection Program i

TMi 2 Fire Protection Plan !

TMI 1 Operating Procedures i

1104-45 A through P i i

TMi l' Fire Hazard Analysis Report '

{

TMI 1 Emergency Procedure I i

1202-31, Fire 1 j

l

Site Fire Fighting Equipment 1 l

Site Fire Protection Systems

Agreement with Local Fire Fighting Organization.

l i

GPU NUCLE.AR copoRATioN MIDDLITOWN, P A FROC5;ADM,TMr.26D&.WPF E1-5 cormCHT 1991

TRAINING AND EDUCATION DEPARTMENT Number gdgp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2623.01 Title -'

Revision No.

FIRE PROTECTION TRAINING INSTRUCTOR 5 INDOCTRINATION / QUALIFICATION TRAINING PROGRAM EXHIBIT 1 (CON'T)

Part 11 l

Technical Certification / Qualification Requirements l 1

SUBJECT MATTER QUALIFICATION l Subject Matter (As related to the Learning Objectives of the Fire Prot Lead inst. Lead Fire Eng. ;

Training Program) Prot. Trng. .

TMI l

(General) Impact of Fire Fighting on Safety Grade Systems

Site Specific Fire Hazards

Site Fire Preplans

Communications Systems

CPU NUCLEAR CoR. t ci **10N MIDDLITOWN, PA PROC 5' ADW.TMr26234I.WPF E16 coPyRicHT i+95

F I'l E COPY l TRAINING CONTENT RECORD Lesson Course

Title:

Number

~

Lesson Plan Title Number Rev.

11.4.01.045 6 Fire Watch l

OBJECTJVES At the completion of this course, the student should be able to:

A. State where in the plant a hot work permit is required and how long that permit is valid.

1 B. Identify the frequency and inspection criteria associated with a hot work job in accordance with the requirements of Procedure 1410-Y-26. I C. State the actions of the' assigned fire watch if a fire occurs during a job.

D. State the duties and responsibilities of those personnel assigned to conduct a compensatory measure fire watch.

E. Identify the four elements of the fire. tetrahedron and how it may be broken to ,

extinguish a fire. l F. State and explain the four classes of fire.

G. Given a portable fire extinguisher, demonstrate the ability to properly operate

, the extinguisher to extinguish a Class a fire.

i

REFERENCES:

A. Maintenance Procedure 1410-Y-26 B. Administrative Procedure 1038 TIME: 2 Hours t

Page 1 of 1 RESPONSIBILITY SI'3 NATURE TITLE DATE A1 Origination h / Fire Trna Instructor / [ M Review / Concurrence / Lead Inst, Prot /GET / N

, / Lead Fire Prot Eno. /[*/[-

Approval / Objectives / o / / /

Approval / Final -- / Support Trnq Manager /f7/f[

/V / / / /

, GPJ NuCLien ConPonsscn 2COLf70WN PA WPS1' LPG 7111401045 wPf MLh2[, N COPv *fle**T ' 9 94

a Revision 6 091766 11.4.01.045 LESSON PLAN HISTORY BEY .DATE DESCRIPTION 4 03/05/92 Biennial review, update with minor changes, improve readability of the lesson plan body.

5 02/17/93 Removed reference to licensed operators since they no longer take course. Added requirement for safety glasses when u' sing fire extinguishers. i

-6 05/17/96 Removed reference to Halon Fire Extinguishers since they are being removed from TMI. Added information on salamanders under the Purpose Section. Added more details on Hot Work Soldering. Added steps frr what to do with the permit after the job is completed and or tne permit has expired.

)

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GMJ hUCLimM CORPORATON wm eone s.oio4s ww _

Page 2' of 12 kAMEMOwh. PA co m ,c ,,,,,, I

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, Ikvision 6 i 0917/96 11.4.01.045-

! INSTRUCTOR NOTES l,

I INTRODUCTION

j. A. The purpose of this training is to ensure you understand your duties and responsibilities when acting in the capacity of a fire watch.

Gr:nerally, your purpose is to:

2

1. Ensure the area is as fire safe as possible.

2. If a fire does start, notify the Control Room i i i

j then extinguish the fire.

4 . , !

l

~

In order to ersure you can accomplish this goal, j you need to ce aware of our permit system, 1 specific duties and responsibilities and fire

~

suppression techniques.

B. Lesson Objectives II. PRESENTATION A. Fire Suppressio'n

- 1. Fire Tetrahedron - all elements required for combustion to occur.

a. Fuel - solids, liquids and gases. Try' to limit amount by removing and covering potential fuels, b.. Heat '

(1) Potential heat sources Sparke from cutting, welding, or grinding

- Hot slag

- Arcing from welding

- Open flame from torch (2) These are present simply by the nature of the job.

r,Pu nucu An cosechaNM MtDOLff 0W't. PA

_.: _ hr.t t/M ap . , - -

- - - -*~ ' '"# '"I

-- . - . . - . ~ - . - .

Revision 6 05/17/96 11.4.01.045 INSTRUCTOR NOTES

c. Oxycen - 21 percent concentration under normal atmospheric conditions. ,

d. Chain Reaction - dividing and l

re-combining of molecules. Chemical reaction producing heat and light.

e. To extinguish a fire, we must eliminate' one of the three elements or inhibit the chain reaction.

2. Classes of fire - class determined by the type of fuel involved,

a. Class A - ordinary combustibles ,

1 (1) Examples: wood, paper, trash (2) Portable extinguishers to use (a) Water (b) Multi-purpose ABC

b. Class B - flammable and combustible liquids.

- \

(1) Examples; gasoline, oil, solvents, 1 grease (hydrocarbons)

(2) Portable extinguishers to use (a) Multi-purpose ABC (b) Carbon dioxide i

c. Class C - Energized electrical equipment (1) Examples: motors, switchgear, electrical cables.

, (2) Portable extinguishers to use ]

(a) Carbon Dioxide ;

I (b) Multi-Purpose ABC

. GMi huCLE AR COM'ORAflOM 64MRUOWK PA

. __ woiwcrroeve@ m . __

Page 4 of 12 ,_s.,,m

.___.m..

4

. Ikvbion 6 l 05/17/96 l 11.4.01.045 INSTRUCTOR NOTES

~

d. Class D - Combustible Metals 1

(1) Examples; magnesium, titanium I (2) No portable Class "D" extinguishers at TMI

3. Manual Portable Extinguisher Operation l

a. Normally, you will be issued-an Ansul i

, Multi-Purpose ABC type extinguisher. )

, b. To operate:

1 (1) Remove nozzle.

(2) Tilt extinguisher away from face /other personnel and press button,to pressurize, i

(3) Check nozzle operation by quickly !

squeezing handle, to discharge a small amount of agent (4) Approach fire cautiously.

(5) Begin flowing extinguisher from approximately 8-10 feet from the fire. Total effective range of the extinguisher is approximately 15-20 feet.

(6) Apply the extinguishing agent at the base of the flames, sweeping

-back and forth.

(7) After completing extinguishment, continue to flow the extinguisher as you retreat. Do not turn your back to any fire.

, GN huCLEAA CompOMAf 3h Page 5 of 12 MORMOWh PA m,u onsiew w,' co m r,,,,,,,,

Revision 6 '

05/17/96 1 11 A.01.045 -

INSTRUCTOR NOTES

~

(8) The extinguisher will operate for approximately 20-30 seconds. If you have not extinguished the fire rather quickly, begin to retreat l 1

before all the dry chemical is i gone.

B. Requirements of TMI-1 Corrective Maintenance Procedure 1410-Y-26

1. Purcose'of Control of Hot Work To provide:

. 1

a. Requirements necessary to assure safe (

hot work,

b. Prevention of fire, loss, damage or

~i injuries associated with hot work..

c. A permit system to control all eielding, cutting, brazing, grinding, soldecing and open flame work in all safety related and permanent plant work.

'dh~A.

- ET6T. .-

~ presideE.+

~ -+ perm,~itIsya .- ti,e. m'T. .f.6. E3h,

. ~ .- e itise.

4

. ofIliqEid}'s{;judi[ftieled{portabl{ heaters; jealWnde#dyjj]Cashipaijedg!Qe Fifejrotiectifonj.Engidesr[if[there';are[no a

sidnifidar,itIfire~hszardsi s - .-

J eT >"iTh.i.

A4 %<a xs[pr.c.v.ocedu.wre'appliesJto.swNa w w ' '.- .o ml# - '

l'wo'

' r k71rETMIL2!

"' '%d w- F * * * .

Ppruit~1sfnot[reqdlred$inj 2. Hot Work Permit

permanent} plant [weldiny a. Required for areas other than permanent

.} '

fr.br'ication TaredA2 plant maintenance shop. Permit valid 1

for

4 (1) Nct more than 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months when plant is operating.

GPU NUCLIAM ComPOMAf TOM MIDDLITowN. P4 wweni4atc e wi, .Page.6 of 12

,cory.cor i ,..

{. Revision'61 05/17/96 11.4.01.04! l INSTRUCTOR NOTP.S

~

. NRC Inspection 92-20 (2) Duration of job if plant.is

! Concern raised regarding shutdown.

4 1

l use of fuel burning (3) One week'in temporary welding portable heating equipment fabrication areas.

.i

! near THI-l BWST. Should (4) May be required outside operating s

always contact fire. plant by determination of TMI Fire i

! protection engineers -Protection Engineer.

1

before using any heat ,

l producing devices.

,' NOTE: Fire Watch may be b. Must be signed'by Job Supervisor and j required to perform. Shift Supervisor / Foreman prior to l

?

inspection, beginning work.

~

I Supsriis6Mi([chsrge[oj 2. Area. Protection Requirements '

'the]soif}-shalliphp{1 sally a. Inspect and initial criteria on side 2

.c.. u. rveyIthe7a.re_a', _wher

,. --- e 2the- of permit. ,

l worklisjtolbeTperformed I 1

.EndWerifyJthiti{the ecEichi?Ee%Eifed'Ms s_atislf7 th. e^*i.tems%, n"[t.hs.

rear [pf5thelpeimitJhaysj beeri"dompleted'tJThia ssilewViEdicates concurrence [with{anpjltM markedj'as MNot app.licable"9 Asp [eiheftidnifshill[b5 b. Ensure all transient combustibles within 40 f t, '

documented [under')he ; radius hcrizontally of job site "special" Precatitions shall be relocated or, protected with l SrctionMof)theTpermitj f1ame proofed covers, ,

I

GPU NUCLf AA CORPORAf chi Page 7 of 12 uootstown. e4 wrewems.mem re . n-n- . - )

1 I

=

, Revision 6

, OS17/.t3 11.4.01.045 i INSTRUCTOR NOTES Consideration *[shall$bs - c. Wet rag covering sprinkler head when given[tofiemoval(of working in close proximity to a combustible;; sealf' materials sprinkler.

fromfaround(set'a.1'jit' ems

.(pi Pe}suphp?f6dadultij .

trsf{[dtcyjj g be;t;yorksd on7which] penetrate? sons fireiratied[comMistibla

. I seals *

d. Fixed machinery and wall or~ floor openings within 40 ft. radius shall be i

co.vered with'non-combustible guards.

(1) More than one fire watch may be )

required if this is not possible.

3. Fire Watch Duties

a. Obtain portable " Fire Watch" fire extinguishers from Maintenance Department (Tool Room).

(1) These extinguishers are in addition to those normally in the plant.

(2) They will be markee " Spare".or

" Fire Watch".

(3) Extinguisher shall be currently inspected per U-10, as a minimum one 20 lb. ABC dry chemical extinguisher shall be in the work area.

oeu auctua coamur,o= -

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conmc t i.e.

. . . .. . . ~ . . - . .... . ... . . . - . _

Revision 6 0&L7/%

L1.4.01.045 INSTRUCTOR NOTES .

Those[pdrsi6nsT6fiths - (4) Persons performing soldering with e

p'rmitithatTdcNnogapply sol *dering irons or guns, may act as toi~ soldering} hot:f work [may their own fire watch and need not beimarked[do6ffpplicabis sign out a special " Fire Watch" (lAjK2A][28M2C((2DC2El extinguisher.

2F}Q Gj ] T4 Q (5) The 30 minute inspection does not apply to, soldering hot work jobs.

(6) Any open flame soldering hot work, shall be performed in full compliance with the permit system.

b. Ensure you know how the extinguisher operates.

1

c. Ensure you know the closest means of communications to the Control Room.

(1) Plant Page (2) Telephone ,

,3)

( Portable Radio

d. During job, be alert for hazards,

e. After each work period, (completion of

. job, daily breaks, lunch, etc.)

immediately perform a 30 minute period inspection.

(1) , Continuous Fire Watch for this 30 minute period. Persons soldering need not wait 30 min.

l -

l

[ before final inspection.

C

(2) Notify Supervisor of any unusual or i

unsafe conditions after each I

I inspection.

GPU NUCLAAA CORPOAAflose Page 9 of 12 M'Domowa. Pa wnieone watouw,,

COWRdGHi ttee

hvbion 6

, 05/17/96 11.4.01.04!'

INSTRUCTOR NOTES May be initialled and (3) Sign the permit in the appropriate dated after the first place after each 30 minute signature, inspection. ;

(4) The firewatch shall return the signed permit to the supervisor in charge of the work when the permit expires or the work ir complete.

(5) The supervisor c'.iall forward the permit to the Fire Protection Engineer.

g. If a fire occurs:

Notification must be made (1) Notify. Control Room. The Fire to control room no matter Watch may tell the person how small the fire. performing the hot work or another-employee in the area to notify the Control Room.

(2) You should provide the following information:

(a) Name (b) Location (c) What's burning (d) Any injuries (3) Ittempt to extinguish the fire

, (4) If unable to extinguish the fire,.

standby in a safe area and be available to give information to the responding fire brigade GPU p#UCLIAA ComPOMAT4*

wootrTo m e4 waiwom doius v. Page 10 of 12 corvaant im

Revision 6 0&'175M 11.4.01.045 INSTRUCTOR NOTES C. Compensatory Measure Fire Watch

1. Initiated when a permanent fire protection feature breaks down. May also be assigned during modifications requiring the shutdown of existing Fire Protection Systems.

Examoles Sprinkler systems Fire doors Structural Steel spray protection Penetration seals

~

2. Frequency is- dependent on which fire ,

protection feature is inoperable and is dictated in AP 1038

a. Continuous Fire Watch - posting of Fire Watch person continuously in the area of the fire protection deficiency until resolution.

b. Roving Fire Watch - (1) hour inspections to the area looking for hazards or indications of fire.

3. When assigned, the Shift Supervisor will advise you:

a. Why the watch is required.

b. What action is expected of the Fire Watch such as frequency requirement, what to do in an emergency, etc.

GPU NUCL( AM CompCRAfWre

+

Page 11 of 12 MOO ({ TOWN. P4 conaiom ... ,

Revisi:n 6 l 05/17/96 !

11.4.01.04E i INSTRUCTOR NOTES Rtmind students before 4 Fire Watch Log Sheet i

going to Burn Bldg. area a. Entry made by Fire Watch on each check, to wear safety glasses. b. Name, time inspection made, and date of inspection required to be filled in by fire watch.

Instructor will D. Actual Fire Extinguishment drmonstrate proper Each student will extinguish a controlled Class B extinguisher operation. pan fire by properly using an Ansul ABC Each student shall perform Multi-Purpose dry chemical extinguisher, the evolution either as an l

individual or as a member l I

of a two person team depending on class size i and time avai.'. ability.

III.

SUMMARY

A. Review Lesson Objectives )

1 B. Answer Student's questions 3 C. Post-Fire Practical Activities 1

l

1. Have students clean up dry chemical powder in l i

i pit area. j l

2. . Inspect oil separator i i

a. for oil, oil soaked debris,' dry chemical l powder, and screen for clogging by dry chemical powder.

b. Arrange to syphon off oil, if necessary,

c. Notify Utility Department to clean out dry chemical powder or debris, if I

necessary. j i

GPU meuCLE AA CoMAATCh i woottrown pa !

wniar4r,ii4oio4s w,, Page 12 of 12 conemnrine

~

EBElNuclear TRAINING CONTENT RECORD FILE C0PY Lesson Course Titig: Number Lesson Plan Title Number Rev.

SECTION 2: PORTABLE EXTINGUISHERS, FIRE STREAMS AND FIRE FIGHTING EQUIPMENT 11.4.01.040 S OBJECTIVES At the completion of this course, the student should be able to:

A. State the four types of fire extinguishers found at TMI and what determines their location'in the plant.'

B. Given a Class A, B, or C fire scenario, state the most appropriate extinguisher to use and how it operates.

C. Given a request for a specific piece of fire fighting equipment, state where that equipment is located and the purpose for which it is used.

D. State the advantages'and disadvantages of water as an extinguishing agent.

E. Given a Class A, B, or C fire scenario, state the best type of fire stream to use and the correct method of. application.

F. Demonstrate the proper method to don and wear protective firefighting clothing.

G. Demonstrate the proper method to den and operate an SCBA while wearing protective firefighters clothing.

PAGE 1 OF 27 RESPONSIBILITY SIGNATURE TITLE DATE AH.

Origination /

P / Fire Protection Inst./ 3 [

n L .I Review / Concurrence es / Lead Inst. GET/ Prot. / 2

/ Fire Protection Enc. / ['22Jfh

, / /

Approval / Final ,

e

/ Support Trna. Manacer M O ' k

GPU NUCLI AA COPP0AATON MrOOdTOWN PA W1WreAlyGfil l401040 WP, COWn:GHT 1996

l i

?

! TRAINING CONTENT RECORD l

i i Lesson Course

Title:

Number I -

Lesson Plan Title Numbt , Rev.

l SECTION 2: PORTABLE EXTINGUISHERS, FIRE STREAMS AND FIRE FIGHTING EQUIPMENT 11.4.01.040 5

)

l

REFERENCES:

l l l

1 A.

Essentials of Fire Fichtina; International Fire Service Training Association, !

3rd F (on - 1992 B.

Indust _lal Fire Briaades (Trainina Manuali; National Fire Protection Association, 5th Edition - 1979 1

C. TMI-1 Operating Procedure 1104-45L, Portable Fire Fighting Equipment D. Fire Stre'am Practicds; IFSTA, 6th Edition - 1980 TIME: 4 Hours l

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. l l

i l

l t

i I '

l I

NPU NUCLEA R CORPORATION MIDDLETowN. PA CDWP5 t\LP\CT\ tl401040 WPF Page 2 of 27 corvate.wr i+w

Revision 5 05/22/94 11.4.01.040 LESSON PLAN HISTORY SECTION 2: PORTABLE EXTINGUISHERS, FIRE STREAMS AND FIRE FIGHTING EQUIPMENT 11.4.01.040 REVISION DATE DESCRIPTION 3 06/12/92 Revised to reflect Unit 2' removal of B.C.

extinguishers and hose reels.

4 01/27/94 Major change to reflect the new MSA SCBA's and.to make the donning sequence the same as taught in GET and Fire Mod'46. Added.information on the donning sequence for protective fire fighting clothing to match Mod #6. Added information on PASS Devices. Changed the rating system used on Fire Extinguishers to comply with the revised Essentials of Fighting 3rd, edition. Other minor changes to update.

5 05/22/96 Minor changes to remove reference to Unit #2 Procedures, removed reference to Unit #2 Hose Reels. Added information under Instructor Notes to discuss the differences between the Ball-Valve Nozzles and the Task. Force Tip Automatic Nozzles.

l l

1 I

CPU NUCLEARCORPORATION MIDDLETOWW. PA w swesiu.escim4oto4o wer Page 3 of 27 _

FOPYRIGHT tw ,

- Revision 5 05/22/94 l 11.4.01.040 l

/

~

\ .

l INSTRUCTOR NOTES l

- l l j I. INTRODUCTION I 1

A. Program purpose and overview l l

B. Lesson objectives C. Encourage questions j

D. Examination l

II. PRESENTATION A. Portable Fire Extinguishers at THI l Show NFPA video " Fighting 1. Water Fires with Portable Fire a. Pump and pressurized types l Extinguishers" b. Effective on Class A fires only l l

c. Effective ange: 30 ft./ Discharge time:

20-30 seconds

2. Ansul ABC Multi-Purpose Dry Chemical

a. Cartridge operated / wheeled type

b. Effec'tive on Class A, B, and C fires

c. Effective range - 15 to 20 ft.

(portable), 20 to 50 ft. (wheeled)

Explain that the Halon in 3. Halon i fire extinguishers is 1211, a. Self contained pressure and Halon in Total Flooding -

b. Effective on B and C fires Systems is 1301. That is the c. Effective range 5 to 8 ft./ Discharge i

, reason for a warning label on time: 20 to 30 seconds

. l Halon extinguishers t

l I %PU NUCLEAR CORPORATION

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4. Carbon Dioxide ,

a. Self generating - portable and wheeled i i

b. Effective on Class B and C fires

c. Effective range 5 to 8'ft./ Discharge time: 20 to 30 seconds B. Locacion

1. Generally speaking, the type of extinguisher in a specific location is based on the l

general class of materials in that area.

Class A a. Examples:

(1A): Indicates that 1 1 / 4 -

Wheeled Dry chemical extinguishers gallons of water is required, located in the Turbine Building (2A): Indicates that 2 1/ 2 (Unit 1) near the Auxiliary Boilers gallons of water is required and Turbine Lube oil reservoir due or twice the 1A capacity, to potential of fuel oil leak.

Class B -

CO2 hosereel in Unit 1 Control Room The ratings are based on the due to high electrical fire approximate square foot (sq. potential.

ft.) area of a flammable liquid fire that a nonexpert operator can extinguish.

(20B): Indicates the entinguisher will suppress a 20 sq. ft. flammable liquid

CPU Pa.ICLEAR CORPORATION ACDDLETOWN, PA W \WP5 t \LP\CTU 1401040 %7r Page 5 of 27 cnpyp,, nx ,%, _,

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fire. (40B): Indicates'the ,

t extinguisher will suppress a 40 sq. ft. flammable. liquid v

l fire, or twice the area as a' t 20B rated extinguisher. '

Class C

.There are no fire tests

.specifically conducted for i

Class C. ratings. Tests have t t

been conducted to ensure that I the extinguishing agent is l not electrically conductive as-rated by Underwriters' ,

Laboratories.

2. Portable CO2 and dry chemical extinguishers i

Ask students to state which are located in the Emergency Fire Equipment is the best extinguishing Building.

agent to use on each class of 3 '. Portable extinguishers are located on each material. elevation of each building.

l 1

'C. Selection of extinguisher is based on primarily

the class of. material burning.

3

1. Class A: '

l Hater l

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l ABC Dry Chemical l

2. Class L ABC Dry Chemical BC Dry Chemical l

l CO 2 F

Halon l 3 .. Class C Explain why CO2 and Halon are ABC Dry Chemical ,

effective on de-energized'. B. C. Dry Chemical electrical fires (e.g.: CO2 enclosed areas) Halon 1

4 Class D None at TMI D. Operation of Portable Extinguishers

1. Select the best extinguisher availabl'e which l is effective on the class of material involved.

2. Remove the nozzle prior to approaching the fire. ]

3. Pressurize the extinguisher

a. Ansul-Press " Push" button

b. Water pump tanks must be pumped manually I

c. CO 2, B.C. dry powder, halon and l pressurized water are always j i

CPU NUCLEAR CORPORATION MIDDLETowW.PA l

. wwPsnt.PscTui4oto4a wPr Page 7 of 27 COPYRIGHT L996 i

Revision 5 05/22/94 11.4.01.040 INSTRUCTOR NOTES pressurized. Operation is by pulling the pin on the carrying handle and squeezing.

4. Prior to approaching the fire, squeeze the activator nozzle quickly to insure operation.

5. From approximately 8 - 10 feet from the fire, begin flowing the extinguisher, applying the

, agent over the sunface of the fuel in a sweeping notion.

6. Once extinguishment has been achieved, continue flowin'g while retreating to protect i

from reflash.

]

I E. Water as an extinguishing agent I i

1. Advantaaes: i 1

Availability Easily transported High heat absorption qualities High expansion ratio

2. Disadvantaces:

Freezes ,

Conductor of electricity Surface tension resists penetration Causes additional damage

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3. Heat Absorotion Oualities l

a. Latent heat of vaporization is the I

i l' amount of heat required to change a l-soll'd to.a liquid or a liquid to a gas.

l b. Example for water:

142 BTU required to heat I lb. of ,

i water from room temperature (70*F) to 212*F.

An additional 970 BTUs needed to change the water completely to -

1 l

steam. I One gallon of water weighs 8.33 lbs.

Therefore, it takes 9263 BTU to change 1 gallon of water completely to steam. One Ib. of Class A material will generate opproximately 8000 BTUs.

{

(

5

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INSTRUCTOR NOTES In addition, water expands in the ratio of 1 - 1700 from a liquid to steam at 212*F. Has a smot'hering j effect.

i F. Fire Streams Discuss the difference 1.

! A fire stream is that volume of water that between the Ball-Valve exits the nozzle until it reaches the fire.

Nozzles and the Task Force The type of stream that is chosen, straight Tip Automatic Nozzles, or fog, depends on what the stream is l

l l

intended to accomplish.

a. A straight stream has a greater reach l

and will normally deliver a larger gallon per minute flow. Normally used for an exterior attack or for direct '!

l application to burning Class A material.

L Video: Structural Fire -

b. 'A fog, stream is normall'y used for an 1

Attack.

interior attack due to its more rapid )

vaporization qualities.

2. Method of application

a. Direct attack - apply. water directly to the seat of the fire.

l (1). effective in incipient stage fires' i

i State (3) types of or i

applications and relate to (2) After knock down of a larger fire

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1 1

i fire stages.- b. Indirect attack - apply water in the i forta of fog to the super-heated ceiling area, t

! (1) Effective during free burning and smoldering stages.

(2) Time of application critical. Too J

long will cause smoke to bank down l

f and obscure vision. Watch for flame to change colors and shutdown line.

(3) Utilizes heat absorbing qualities of water to cool, smother'and l

displace smoke and gases.

c. Combination - apply water by swirling {

the nozzle clockwise to apply water to both the fire and the ceiling area. I i

l (1) Effective when fire size prohibits l

entry

! (2) Utilizes steam to travel throughout l the structure

[. .

{

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, 3. Flammable Liquid Fires

a. Utilize a fog pattern - a straight stream will splash and agitate the liquid.

b. Fog serves' to cool the fire and protect the attack teams.

c. Minimum two-1-1/2 inch lines used. .

d. Water allowed to flow after I extinguishment to pr.otect personnel and pre' vent reflash.

, 4. Energized Electrical Equipment

a. Although using water on energized -

electrical' equipment is a last resort i

effort, it may be necessary under

certain conditions. !

i Inability to control a fire with portable extinguishers in heavily

' congested cable trays when all cables cannot be de-energized.

b. Procedure (1) Always use a fog pattern; the tiny droplets will not conduct the electricity back to the nozzleman.

l

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l Revision 5 ,

05/22/94 11.4.01.d40 INSTRUCTOR NOTES (2) Stay back from the energized equipment at least 6 feet; 10 feet is more desirable.

(3) Consider water drainage direction.

(4) Consider the effect of water on adjacent, uninvolved equipm4nt.

c. Rule of Thumb If a fog pattern is ,used and a distance of at least 6 feet from the equipment is maintained, the nozzleman'will be safe as long as the voltage is 30,000 volts

/

or less.

5. Hardling the Nozzle Explain " water hammer" and 'a. Kick-back is the reactionary force of its effects. the water exiting the nozzle that forces the nozzleman backwards,

b. Tec ques to counteract kick-backs (1) Nozzleman should-have one foot in front of the other; not side by j

, side.

(2) One hand on the base approximately one foot from the nozzle coupling.

(3) Open the nozzle slowly and lean into the nozzle.

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INSTRUCT R-NOTES (4) The back-up man should be about 4 l

feet behind the nozzle. He must keep the line straight between him I

l and the nozzleman. l

. 1 (5) If advancing the nozzle any ,

distance, partially shut down the flow (if possible), advance the line, resume flowing water. .

(6) Always start and stop the flow of

. water through a nozzle (or any appliance) slowly to prevent a l water hammer and subsequent damage.

to hose and other equipment. -

4 s

I

c. Replacing Ruptured Hoselines-(1) . Shutdown the flow of water at the ;

hydrant or gated' wye (if ins tal.*eed ) . Kinking the hose is not recommended since hose couplings can cause serious injury.

(May consider use of a hose clamp, if available.)

(2) Obtain two (2) sections of f

replacement hose. When charged, hose stretches. Frequently, one i '

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l section will not be long enough for the couplings to meet. I (3) Replace the ruptured section.

(4) Recharge the line.

The potential for a hoseline rupture illustrates the need for a back-up line to be stretched as soon as possible following the initial attack line.

NOTE: This portion will be G. Fire Fighting Equipment conducted onsite in the 1. Fire Brigade Van plant. a. Uses Transportation to fires in ;

outbuildings Laying hose from hydrant to fire Refer to procedure for b. Equipment contained in van, current listing of equipment. c. Van keys retained by Security

d. Remember to unplug b2.ock heater before moving vehicle

2. Hose houses and hydrants. . Equipment contained in hose house

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. I Discuss and demonstrate each 3. Emergency Fire Equipment Building i j piece of equipment. a. Equipment

< s

. b. Operation of equipment 4 Fire Fighting Turnout Gear Full protective clothing for structural

'l fire fighting consists of the following:

1. Helmet - protects the head from impact / puncture injuries, as well as thermal temperatures,

a. All helmets must have earflaps, which should always be used during fire fighting.

b. Chin straps ensure the helmet will remain in-place,

c. Helmet warning (markings):

Helmet must be properly adjusted and secured to the head with all components in place to provide designed protection.

2. Eve Protection (faceshield or NFPA 1500: Standard on Fire goggles) - protects the wearer's Department Occupational eyes from flying solid particles or Safety and Health liquids. (May be part of or MPU NUCLEAR CORPORATION MIDDLETO%W, PA w swisistescTsii.oio4o wer Page 16 of 27 COPYRIGHT i994

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separate from the helmet.)

I

a. Eye protection must be worn while performing duties on the fireground or at other emergency' situations,

b. Cairns Metro 660 C (at' TMI)

-ANSI Standard 287.1 provides a flip-up faceshield l t'o provide face and eye protection.

3. ~ Protective Hoods - protects portions of the firefighter's face, ears and neck not covered by the helmet or coat,

a. Proper placement of the hood (over the facepiece straps) will not interfere with the SCBA facepiece-to-face seal.

b. Hoods are composed of PBI (polybenzimidezole) and Kevlar i

aramid fibers. (TMI)

4. Protective Coats (bunker coats) -

UFPA 1971: Standard on protects the torso and arms against Protective Clothing for cuts, abrasions, and thermal Structural Fire Fighting injuries (resulting from radiant

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heat) and provides limi'ted !

l protection from corrosive liquids, l 1

a. NFPA 1971 standard requires that all turnout coats be made l

of three (3) layers: outer shell, moisture barrier, and thermal barrier.

l (1) Barriers serve to trap insulating air that inhibits the transfer of heat from the outside to l

l the firefighter's body.

(2) Also, protects against direct flame contact, i

cold temperatures, hot l

l water and vapors and any I

i number of environmental hazards.

b. Standards. require reflective

. trim on each coat (minimum 2 l incher in width) and encircle both siteve<, and coct.

l l

(1) TMI utilizes Yel.ow Nomex with red reflective trim.

MPU NUCLEARCORPORATION AUDDLETOWN, PA vnwPs sLescTsn4 cia 4o wvr Page 18 of 27 COPYR!CHT l9%

. Revision 5 05/23/94 11.4.01.040 INSTRUCTdR NOTES

5. Protective Trousers (bunker pants)

NFPA'1500 - designed to protect the legs and lower torso the same as the coat.-

a. Require ,the same layering of barriers as the coat'. ,

b. Each leg must have a band of reflective trim encircling the leg'between the cuff and the knee.

c. TMI employs a red reflective trim around the legs about four (4) inches above the cuff.

d. TMI also utilizes additional' options such as reinforced knees (leather), leather cuffs and heavy-duty suspenders to increase the trouser's durability.

. 6. Hand P'rotection (gloves) - protects hands from cuts, wounds and burn injuries.

WFPA 1973: Standard on a. Must allow enough dexterity Gloves for Structural Fire ind tactile feel for the MPU NtJCLEAR CORPORATION MIDDLETOWN, PA W.\ WP5 t \ LP\CT\ t l401040.WPP Page 19 of 27 coPyRrcnr is9s

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l' Fighting i firefighter to perform the job t'

effectively while providing '

sufficient protection.

b. TMI uses gloves (" Tempo") th.at incorporate aramid fiIbers with '

leather palms / fingers and an I extended wristlet for additional protection.

7. Foot Protection (boots) - protects feet from various wounds and burn. l l

injuries.

NFPA 1974: Standard on a. Puncture' resistance should.be Protective Footwear for 'provided by'a stainless steel Structural Fire Fighting mid sole plate.

b. Selected foot protection should ensure injury.from hazards such as falling objects, nails; firebrands are I minimized.

c. Boots should employ the same t

protective layering as a coat, but with an outer (rubber or leather) layer, insulation layer an'd an inner (liner) l

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l layer.

d. THI has Servus or Ranger boots which meet the standard: I H.*' Personal Protective Equipment 1.

Protective Breathino Apparatus (SCBA) -

protects the respiratory system and face from toxic smoke and products of combustion.

a.

. Standard requires the unit to'be only a ,

positive-pressure breathing apparatus.

(1) Affords a greater protection factor.

(2) Provides a constant pressure greater than atmospheric, b.

TMI utilizes the MSA Custom 4500 unit with 88 cubic foot air cylinder.

(Maximum service life of 60 minutes.)

2. Personal Alert Safety System (PASS) - '

provides life-safety protection'by. emitting a ,

loud shriek if the fire fighter should- !

I collapse.or remain motionless for greater than thirty (30) seconds, i

a. Device is designed to assist rescuers attempting to locate a downed or disoriented fire fighter.

GPU NUCLEAR CORPORATION Page 21 of 27 kCDDLETOWN. PA CoPvRicut im --

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l I

i for Fire Fighters

' b. User must remember to activate the- I 1

. device and test prior to entering the hazardous environment,

c. TMI has the Lifeguard II unit which exceeds the minimum of the standard.

1 I. Donning Personal Protective Equipment For '

Structural Firefighting I

)

1

1. Donning Turnout Gear

a. Remove street footwear.

f

~

q 1

b. Step into bunker boots and pull up pants to waist.

Adjust suspenders (if necessary).

c.

4

d. Don protective hood (PBI/Nomex).

e. Don bunker coat and secure fasteners on the storm flap.

i

f. (If wearing a SCBA unit) don the j.

breathing apparatus at this point.

g. PQll protective hood over' top of head and facepiece straps.

4

h. Don helmet and secure strap /

1. Pull up bunker coat collar 1

4

j. Don protective gloves

^

4

! Each student will don a set (1) Type of gear and description J ,

of gear.

i (2) Size coding system 4

4 MPU Nt! CLEAR CORPORATION 2

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(3) Donning procedure While in gear each student 5. ,SCBA shall don an SCBA. a. General locations in plant-

b. Description of operation and limitations.

(1) 60 minute rated capacity - (varies with individual) -

(2) Low pressure alarm activates at approximately 1000 psi (25%

capacity) 10 - 12 minutes of air remaining for 60 minute cylinders

c. Operation / Donning Breathing Apparatus -

^

MSA Custom 4500 and Personnel Alert Safety System (PASS)

(1) Inspect the unit. ~

(2) Don the unit (over-the-head or coat methods).

(3) Correct chest strap while leaning forward.

(4) Tighten harness straps.

I (5) . Connect and adjust waist belt. l (6) Fully open cylinder valve.

(7) Ensure low pressure alarm rings momentarily.

CPU NUCLEAR CORPORATION WAWP5 t\LP\CT\ll401040 WPF Page 23 o'f 27 *N[c$7;N.

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(8) Conduct ~ low pressure alarm test. l j Pressure reading on regulator ,

(9) Open (yellow) main-line valve and should match cylinder. 1 1

observe pressure gauge. 1 s

} Should be'no drop in '

(10) Close the cylinder valve and l

, pressure.

observe the regulator gauge.

(11) Slowly bleed air from the regulator i

j

! l by lifting the dust cap cover from l I

the regulator.

i I (12) Ensure alarm rings until air has t

vented from the line. .

l (13) Close (yellow) main-line valve.

i (14) Fully open cylinder valve, d

(15) Don facepiece and conduct negative pressure test.

3 4

(16) Connect breathing tube to regulator J

and immediately open the main-line valve completely.

(17) Secure the breathing tube cap to the regulator after ensuring proper

. operation of unit.

(18) Test (red) by-pass valve by opening it briefly.

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(19) Check the regulator pressure gauge periodically,during SCBA usage.

(20) Donning Personal Alert Safety System (PASS)

(21) Secure PASS device to harness strap or waist belt.

(22) Switch device control knob to the

" ARM" position.

a (23) Alarm tone will sound twice to indicate arming of unit.

(24) Always turn on and test device before entering a hazardous atmosphere.

d. Changing cylinders

6. Standpipes NOTE: All N-2 hose reels are- a. General location in plant 00S. b.' 1-1/2 inch non-collapsible hose 50' to 200* feet depending on location a

c. Nozzle - most are industrial fog type designed to be used on energized electrical equipment,

d. Hitch Pin Isolation valve limits pressure to 80 psi (Unit 1 only)

MPU NUCLEAR CORPORATION wwrsist.Psatsissoto4c wPr Page 25 o'f 27 *$$c riN C

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7. Portable Extinguishers P

a. General location in the plant

b. Wheeled CO2 and dry chemical locations.

III.

SUMMARY

Use Lesson Objective to A. Portable Fire Extinguishers summarize. 1. Types Water Dry Chemical CO2 I Halen i General locations in plant

~

2.

3. Operation

a. Pull / Pressurize

b. Aim

c. Squeeze l 1

d. Sweep l

4. Selection based on material burning.

B. Water as an Extinguishing Agent

1. Advantages / Disadvantages

2. Heat absorption qualities

3. Expansion qualities C. Fire Streams

1. Straight / Fog Stream ;

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a. Direct

b. Indirect

c. Combination

( 3. Flammable liquids fires

, 4. Energized Electrical Equipment

5. Handling the nozzle D. Fire Fighting Equipment i.

1. Fire Brigade Van

2. Hose / Hydrant Houses

3. Emergency Fire Equipment Building

4. Fire' Equipment Locker (TMI-2) '

5. Self Contained Breathing Apparatus (SCBA)

6. Standpipes -

e

CPU P.t' CLEAR CORPORATION

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s TRAINING AND EDUCATION DEPARTMENT Number g gp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2622.04 ;

Title Revision No.

Radiological Controls Training Instructor Certification /

Qualification Training Program 7~ ,,

Applicabihty/ Scope Responsible Office Effective Date Radiological Controls Training Instructors TMI Training 02/07/95 This document is.within QA plan scope X Yes No Safety Reviews Required Yes X No List of Effective Pages Pace Revision Pace Revisiorl Pace Revision Paae Revision l 1.0 7 l 2.0 7 3.0 7 ,

4.0 6 l 5.0 7 6.0 6 7.0 7 El-1 6 b' E1-2 6

E13 6 CCC'J.'/E '

ccy;;.w u.ID

-\;

E14 6

~

El-5 6 COPY 7 -- ! ,

E2 1 7 /

E2-2 7 E2-3 7 E3-1 6 Date Spnature Originator:

/-/8- 7[

Support Training Manager I.

-- v Concurred by: I Lead Instructor, Rad Con / Chemistry .

Training l Supv., Training Admin. Support j,j gg Manager, Radiological Engineering

/. 3/.9 C -

Manager, Radwaste/ Chemistry Q,\. {

Approved by:

Manager,. Plant Training p/// g P90CSADurTun2622 04 V

GPV NUCLEAR CORPORATION MtOOLETOWN. P A 1.0 c0Pvalca7 ass

~

l l

TRAINING AND EDUCATION DEPARTMENT Number IUClear -

A MINISTRATION MANUAL THREE MILE ISLAND 6210 ADM-2622.04 Title Revision NO.

Radiological Controls Training Instructor Certification /

Qualification Training Program 7 PREPARED BY:

REVISION EFFECTIVE DESCRIPTION OF CHANGE REVIEWED BY:

DATE APPROVED BY:

l 5 04/16/92 Biennial Review, and add joti duties for position of Support Training Manager and Lead instructor and to add instruction to be able to have instructors from other sections instruct in Rad Con.

6 02/16/93 To comply with corporate T&E procedure 6200-ADM-2760.

l 7 02/07/95 Biennial Review. Update references; Change Manager, Waste Management to Manager, Radwaste/ Chemistry. i l

l 1

l I

f GPU NUCLEAM CORPOAAT3ON l MIDDLETOWN. P A w*snPeocseusTun2s 2*un 2.0 coPvaica ises

TRAINING AND EDUCATION DEPARTMENT Number

' g g p- ADMINISTRATION MANUAL THREE MILE ISLAND G210-ADM 2622.04 Title .

Revision No.

Radiological Controls Training instructor Certification /

Qualific ition Training Program 7 TABLE OF CONTENTS Paae COVER PAGE 1.0 DOCUMENT HISTORY 2.0 TABLE OF CONTENTS 3.0 r

1.0 PURPOSE 4.0 2.0 APPLICABILITY / SCOPE 4.0 3.0 DEFINITIONS 4.0 4.0 PROCEDURE 4.0 5.0 RESPONSIBILITIES 6.0

6.0 REFERENCES

7.0 7.0 EXHIBITS 7.0 7.1 Instructor Training /Oualification Record E1-1 7.2 Full instructor Certiccation Technical Qualifications E2-1 7.3 Assigned Training Topics For Non-Rad Con instructors E31 e

cru aucu4a comeArios wrs,nocsxuaune22.om 3.0 "c5a5lA

TRAINING AND EDUCATION DEPARTMENT Number Nuder '

ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2622.04 Title Revision No.

Radiological Controls Training instructor Certification /

Qualification Training Program

6 1.0 PURPOSE To define the req'uirements for the certification and qualification of radiological controls instructors.

2.0 APPLICABILITY / SCOPE 2.1 This procedure applies to all radiological controls instructors assigned to the Support Training Section of the Three Mile Island Plant Training Department.-

2.2 individuals temporarily assigned to the Training Department (contractors for example) may be

~

considered for all or part of this program based on their previous education / experience and their specific assignment.

2.3 This program does not apply to guest lecturers such as supervisors, managers, engineers, or vendors who are subject matter experts.

2.4 This procedure provides the requirements for instructor orientation and certification for instructors involved in training designated Radiological Control personnel.

' 3.0

DEFINITIONS 3.1 Instructor Certification - Requirements to be met by individual before instructing, Sign-Off Record - Exhibits 1 and 2 of this procedure.

3.2 Certifier - Individual assigned to certify satisfactory completion of designated items in the instructor Qualification Card (exhibits).

4.0 PROCEDURE 4.1 Prerequisites. As per position specifications.

4.2 instructor Certification Requirements 4.2.1 A newly assigned radiological controls instructor SHALL successfully complete Initial Instructor Training and Certification - Exhibit 1, Part I prior to performing classroom instruction.

4.2.2 Satisfactory completion of the certification requirements per Section 4.2.1 will permit the instructor to prepare for and instruct the assigned subject matter l provided that:

I l 4.2.2.1 The instructor attends and satisfactorily completes a class on the subject matter prior to instructing the subject.

-OR-GPU NUCLEAR CORPORATON MIDOLETOWN. PA WW5bMIOC$'.ADMiTMfJ622 Ode 4.0 cOPymoNT ms I

TRAINING AND EDUCATION DEPARTMENT Number (UClear A MINISTRAMN MANUAL THREE MILE ISLAND 6210-ADM-2622.04 Title Remson No.

Radiological Controls Training Instructor Certification /

Qualification Training Program 7 4.2.2.2 The instructor satisfactorily reviews the subject matter with a qualified instructor or subject matter expert prior to instructing that subject matter.

-OR-4.2.2.3 The instructor researches, develops and/or modifies the lesson / topics and associated training material.

4.2.2.4 The Support Training Manager may waive all or part of the instructor Certification requirements based upon the previous educational and/or experience / background of the instructor.

This waiver must be in the form of a memo detailing the items wavered and the justification for the waiver. The memo will be attached to the Exhibit 1.

4.3 instructor Technical Certification Requirements 4.3.1 All newly assigned radiological controls instructors SHALL satisfactorily complete the Technical Requirements (Exhibit 2) as designated by the Support Training Manager.

4.3.2 Part 11 A, B & C of Exhibit 2 need not be completed by new instructors who are qualified as a GRCS at TMI. .

4.3.3 Part 11 D and E of Exhibit 2 need only be completed by those instructors designated by the Support Training Manager. The Support Training Manager SHALL determine the allowable completion time.

-OR-4.3.4 TMI Training Instructors, not fully certified per this procedure, assigned to instruct Radiological Controls Technicians in radiological controls topics will qualify on the subject material / lesson plan, per section 4.2.2 of this procedure. Qualification on the specific task / lesson SHALL be documented on Exhibit 3.'

4.4 Maintaining Instructor Certification To maintain certification, ALL fully certified instructors assigned to instr'uct radiological controls l

technicians SHALL:

4.4.1 Attend advanced instructor training and other training assigned by the Support Training Manager on an as-needed and as-available basis. This training SHALL be documented on a training attendance form and placed in the training records.

l 4.4.2 Spend 96 hours0.00111 days 0.0267 hours 1.587302e-4 weeks 3.6528e-5 months per year in the plant observing radir Agical activities and practices.

4.4.3 Complete the TMI Training Department Required Reading / Revision Review Proce'ss as assigned.

GPU NUCLEAA CORPORATION MIDOLETOWN. PA WP51JSOC5\ADMiTMrQ622.04/ww 5.0 comic >n ms

TRAINING AND EDUCATION DEPARTMENT Number

$UCIGar ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM.2622.04 Tide Revision No.

s Radiological Controls Train'ing instructor Certification /

Qualification Training Program 6 1

4.4.4 Only fully qualified Radiological Controls instructors SHALL complete the following, i every two years:

I 4.4.4.1 Complete GRCS practical factors. l l

4.4.4.2 Complete, the GRCS written exam with a minimum grade of 85%. l 4.4.4.3 Complete the GRCS oral board.

4.5 Instructors who are required to maintain qualifications in specific lessons or courses on an 4 annual basis are exempted from attending those lessons or courses and from taking any I required exams in those lessons or courses provided that the instructor has either developed or taught the lessons or courses in question within the required qualification /requalification time.

Documentation is accomplished by the instructor's signature on either the Training Attendance Form or on the lesson plan.

4.6 Instructor certification requirements not completed in the designated time limits contained herein SHALL be identified by the Support Training Manager and be assigned appropriate I corrective actions.

4.7 Records 4.7.1 The attainment of the certification / qualification steps leading up to fullinstructor certification SHOULD be documented on the instructor qualification record. This document SHOULD be entered in the record system on attainment of the full instructor certification.

4.7.2 Attendance at initial and continuing instructor / program developer training is documented on training attendence forms and is entered into the training records system.

5.0 RESPONSIBILITIES 5.1 The Manager, Plant Training TMl is responsible for the certification / qualification for all instructors, both permanent and temporary, and for ensuring adherence to the requirements established by this procedure.

5.2 The Support Training Manager is respo'siblen for the implementation of this procedure. Specific responsibilities include:

5.2.1 Designation of advanced instructor development training as deemed necessary.

5.2.2 Designation as a certifier for selected sign-offs in exhibits.

5.2.3 Determination and implementation of appropriate actions in response to instructor (s) who have not completed their qualification requirements within the time limits identified herein.

GPU NUCLEAR CORPORATION MIDDLETOWN. PA

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l TRAINING AND 2DUCATION DEPARTMENT Number Title Nula.r

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THREE MILE ISLAND G210-ADM-2622.04 Rewsion No.

' Radiological Controls Training instructor Certification /

Qualification Training Program 7

5.2.4 Identification and implementation of technical certification requirements for temporarily assigned instructor.

5.2.5 Assignment of material under Exhibits 1,2 & 3.

5.2.6 Monitoring the certification progress of assigned instructors.

5.2.7 Ensuring that allinstructors meet the qualification requirements of this procedure in the areas of their instructional assignments prior to the actual instruction.

5.2.8 Maintaining current training records in accordance with this program for instructors assigned to them.

5.3 The Radiological Controls Department is responsible for:

5.3.1 Review and concurrence with this program as identified on the cover sheet of this program.

5.3.2 Providing instructor interface meetings.and appropriate sign"-offs for selected portions of Exhibits. 1 5.4 The Analyst, Respiratory Protection SHALL approve the lesson plans and qualify those instructors required to teach respiratory protection to radiological controls personnel.

l 5.5 The Manager, Radwaste/ Chemistry or designee SHALL approve the lesson plan.and quality.

those instructors required to instruct shipment and receipt of radioactive materials for the rad waste supervisor training program.

6.0 REFERENCES

6.1 Training Procedure 6210-ADM-2600.03, " Employee Indoctrination".

6.2 Training Procedure 6213-PGD-2641, " Radiological Control Technician /GRCS Training Program" 6.3 Radiological Controls Procedure 6610-ADM-2622.02, " Oral Board Examinations for Radiological Controls Technicians Group Radiological Controls Supervisors" 6.4 TMI Training Department Required Reading / Revision Review Process,6210-ADM-2600.09.

6.5 T&E Procedure - Instructor Training, Qualificati6n and Evaluation, 6200-ADM 2760 1

7.0 EXHIBITS l

7.1 Exhibit 1 - Instructor Certification 7.2 Exhibit 2 - Full Instructor Certification (Technical Qualification) 7.3 Exhibit 3 - Assigned Training Topics For Non - Rad Con instructors GPU NUCLEAA CORPORATION wDOLETOWN. 9A wPs uaocsw>mmr.nnom 7.0 comen ms

TRAINING AND EDUCATION DEPARTMENT Number MUCIO1r A MINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2622.04 Trtie Rewsion No.

Radiological Controls Training instructor Certification /

Qualification Training Program 6 EXHIBIT 1 -

INSTRUCTOR TRAINING /QUAltFICATION RECORD NAME: SSN _ ,

EMPLOYEE NUMBER BADGE NUMBER 1

INSTRUCTOR DISCIPLINE: 1 DATE ASSIGNED TO DEPARTMENT AS AN INSTRUCTOR:

. ALIFICATION PROCESS: Start Date Completion Target Date ,

PARTI I

INITIAL INSTRUCTOR TRAINING AND OUALIFICATION l i

A. TRAINING SECTION BRIEFING: ,

1. The instructor's previous education, training, and experience have been reviewed. Credit to be given toward instructor certification has been determined.

l Support Training Manager / Date 1

2. The purpose of the instructor's certification / qualification process has been explained and the !

instructor has been provided with a copy of the applicable qualification procedure. l Support Training Manager / Date

3. Satisfactorily complete 'Aadiation Worker Training.

GET Instructor / Date GPU NUCLIAA COMPOAATON MtOOLETowM. PA WP51 PetOCSwDw<TMB.2422 04,, El-1 cOPvao<r sess

TRAINING AND EDUCATION DEPARTMENT Number

~ (UClear ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2622.04 Title

Revmon No.

Radiological Controls Training Instructor Certification /

Qualification Training Program -

6 EXHIBIT 1 (Cont'd)

INSTRUCTOR TRAINING / QUALIFICATION RECORD NAME: DATE:

INSTRUCTOR I 1

DISCIPLINE:

4. Satisfactorily complete Respirator Training (all devices).

Respirator Instructor / Date

5. Read the following procedures and documents. Discuss their content and application to the duties of the instructor with your manager.

a. ANSI /ANS 3.1-1978 and 1981, American National Standard for Selection, Qualification and Training of Personnel for Nuclear Power Plants.

5. USNRC, ASLB: Partial initial Decision, July 27,1982

c. Procedure 1000-ADM 2600.01, Control of Examinations

d. Procedure 6000-ADM-1218.01, Nuclear Assurance Division Approved Document System

e. Plan 1000-PLN-2600.01, GPU Nuclear Corporation Training Plan

f. Procedure 6200-ADM-2682.01, Training System Development l

l

. g. The Academy for Nuclear Training ACAD 91-015, The Objectives and Criteria for Accreditation of Training in the Nuclear Power Industry I

h. The Academy for Nuclear Training ACAD 91-016, The Process for Accreditation of '

Training in the Nuclear Power Industry

i. Training and Education Department Employee Indoctrination 6210-ADM 2600.03.

l Oth'er documents per the Support Training Manager, as listed below:

l Support Training Manager / Date i

i GPU NUCLE.AR CORPORATION (

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TRAINING AND EDUCATION DEPARTMENT Numt>er (UClear A MINISMAMN MANUAL THREE MILE ISLAND 6210 ADM-2622.04 i

l Title Revision No.

Radiological Controls Training instructor Certification /

Qualification Training Program 6 l

EXHIBIT 1 (Cont'd) ,

l l INSTRUCTOR TRAINING /QUAllFICATION RECORD l

NAME: DATE:

l INSTRUCTOR DISCIPLINE:

\

6. Read the following procedures / documents. Discuss their content and application to the duties of the instructor with your manager. *

a. GPUN Radiation Protection Plan,

b. Other documents per the Radiological Controls department as listed below:

Support Training Manager / Date

7. Administrative Support Brief'ng:

i The training administration system, including records, has been explained to the instructor.

Supv. Trng. Admin. Support / Dato B. DEPARTMENT INTERFACE

1. Discuss the interface between the Plant Training Department and the Radiological Control Departments.

Support Training Manager / Date l

l Manager, Rad. Con. Field Operations / Date -

a ,

I i

GPV NUCLEAA CORPOMATION l MIDDLETOWN. PA l west raoCssow3was22 o4.im E13 Cormour isss

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~g gp ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM 2622.04 Title Revision ;Jo.

Radiological Controls Training instructor Certification /

Qualification Training Program 6 4

EXHIBIT 1 (Cont'd)

INSTRUCTOR TRAINING /QUAllFICATION RECORD NAME: DATE: l s

INSTRUCTOR DISCIPLINE:

C. INSTRUCTOR CERTIFICATION ;

1. Training Development Briefing The training development process has been explained to the instructor. The briefing includes an overview of the TSD model, initial and continuing instructor training, and the role of the Training Development Coordinator.

1 Training Development Coordinator / Date GPU NUCLEAR ComPORATION MICOLETOWN, PA WPS t #ftC OS%DhrJMf'J 622.04/sm El-4 Comon im

1 1

TRAINING AND EDUCATION DEPARTMENT Number (UClear ^ "'NiSmATION M ANUAL THREE MILE ISLAND 6210-ADIVi-2622.04 I Title Revision No.

Radiological Controls Training Instructor Certification /

Qualification Training Program 6-EXHlBIT 1 (Cont'd)

INSTRUCTOR TRAINING / QUALIFICATION RECORD NAME: DATE:

INSTRUCTOR DISCIPLINE:

2. Initial Instructor Training The instructor SHOULD complete the initial Instructor T, raining Course before conducting any

. instruction. If this is not feasible, the instructor SHALL demonstrate interim instructional competence by a practice presentation.. This interim acceptance of instructional competence is valid only until the completion of the next available initial Instructor Course, unless exception is granted by the Training and Education Director.

For interim acceptance: satisf actorily completed a prdctice presentation:

Title:

Support Training Manager / Date OR-Satisfactorily completed the Basic Instructor Course.

Support Training Manager / Date

3. Manager, Site Training i have interviewed this instructor and have reviewed his/her initial training and qualification record. This instructor's knowledge of and attitude toward the instructor's role and responsibilities are considered adequate. This individual is hereby granted initial certification as an instructor.

)

I Manager, Plant Training / Date l l

l 1

GPU NUCLIAA CORPORATION MtOOLETowN. PA WPS b7 ROCS 40M TMM622.Chn El-5 CoPyaer ms

1 TRAINING AND EDUCATION DEPARTMENT Number

_$UClear A MINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2622.04 Title Hewsion No.

Radiological Controls Training Instructor Certification /

Qualification Training Program 7

EXHIBIT _R FULL INSTRUCTOR CERTIFICATION TECHNICAL QUALIFICATIONS NAME: DATE:

INSTRUCTOR DISCIPLINE:

A. Written Study the initial Rad Con Training Course as defined by the Radiological Controls Field Ops Training Standard and demonstrate sufficient knowledge of the course content by taking an exam and reviewing the results with a qualified instructor. The exams SHALL be Category 1.

~

1. Complete GRCS exam administered IAW Reference 6.2. Minimum passing grade SHALL be 85% every 2 years.

SCORE DATE Support Training Manager

2. Other selected lessons as designated by the Support Training Manager, a.

b.

1 c.

d. ,

. l Support Training Manager / Date B. Praedcal Factors -

1. In-plant experience - Instructors will spend at least three days per quarter or equivalent in-plant observing Rad Con Operations and/or working on requalification.

Support Training Manager / Date ,

In-plant time SHALL,be entered into, training records by use of a Training Attendance Form.

GPU NUCLEAA CORPORATION MrCoLETOWN, PA wesnepoesmrum22 o4w E2-1 comicar isss

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TRAINING AND EDUCATION DEPARTMENT

' Number (UClear- A MINISMAEN MANUAL THREE MILE ISLAND G210-ADM-2622.04

~

Title Rewsion No.

Radiological Controls Training instructor Certification /

Qualification Training Prograrn

7' EXHIBIT 2 CONT'D FULL INSTRUCTOR CERTIFICATION TECHNICAL QUAllFICATIONS NAME: DATE:

INSTRUCTOR -

i DISCIPLINE:

2. Complete and maintain current the practical factor items for GRCS as specified in Appendix B of Reference 6.2.

Upon completion of these practical factor items, submit the practical factor sign off record to the Support Training Manager for review and incorporation into the training records.

Support Training Manager -/ Date l

C. ORAL BOARD f

l 1. Every 2 years, pass a GRCS oral board administered IAW reference 6.2.

Support Training Manager / Date NOT5: Sections D and E are to be completed by those instructors designated by the Support i Training Manager.

l . D. RESPIRATORY PROTECTION INSTRUCTOR Completed all qualifications for instructing respiratory protection to radiological controls

, personnel as required by the Analyst Respiratory Protection.

l Analyst, Respiratory Protection / Date t

I GPV NUCLEAM CORPORATION MlOOLfTQWN. PA WP5 t\MOC3%DM'TMQ622 C4wn E2 2 comic n un I

T i

l l

TRAINING AND EDUCATION DEPARTMENT Number

~ gggy ADMINISTRATION MANUAL THREE MILE ISLAND 6210-ADM-2622.04 g

l l

D8

Rewston No.

Radiological Controls Training Instructor Certification / l Qualification Training Program 7 i

)

I l

EXHIBIT 2 CONT'D FULL INSTRUCTOR CERTIFICATION TECHNICAL QUAllFICATIONS *

'l l NAME: DATE:

INSTRUCTOR DISCIPLINE:

E. RAD WASTE SUPERVISOR TRAINING PROGRAM All instructor (s), prior to instructing this program, will be required to:

Review the training lesson plan, handouts, visual a' ids and exam banks.

Review appli. cable areas of 10 CFR,49 CFR, Domestic Mail Manual, burial site licenses, and TMI Rad Waste Procedure.

Upon the review of the above mentioned materials the instructor SHALL orally discuss i therri with the Manager, Radwaste/ Chemistry or designee. By signature below, the Manager, Radwaste/ Chemistry or designee certifies that the instructor may instruct the Radioactive Material Shipping Training Program.

1 I

Manager, Radwaste/ Chemistry or designee / Date I

l have interviewed and have reviewed his/her Instructor Certification record, to include completion of the requirements of Part I and 11.

This individual is hereby granted full certification as an instructor.

i Manager, Plant Training / Date i

l GPU NUCLEAA COAPORATION Mt00Lt10WN PA WP5 hPROCS\ADurMr.26 2 2.04esm E2-3 CDPvam,sr insi l

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TRAINING AND EDUCATION DEPARTMENT Number (UClear A MINISTRATION MANUAL THREE MILE ISLAND 6210 ADM 2622.04 Title ,

Revision No.

Radiological Controls Training instructor Certification /

Qualification Training Program 6 l

EXHIBIT 3 l

ASSIGNED TRAINING TOPfCS FOR NON-RAD CON INSTRUCTORS INSTRUCTOR NAME:

INSTRUCTOR TRAINING DISCIPLINE:

INSTRUCTOR SS#:

t This form is required to be completed for alllesson assignments to be instructed out side of the training discipline the instructor normally instructs, and attached to their qualification card.

SME REVIEW APPROVED LESSON PLAN TITLE / TOPIC LESSON PLAN # / DATE BY / DATE I e

a w es nenocuow.rw.un a,e E3-1 corva est ises

o TRAINING CONTENT RECORD Lesson Course

Title:

RADIOLOGICAL CONTROLS Number FIELD OPS SAXTON TRAINING PROGRAM i' I $ fl y}

Lesson Plan Title Number Rev.

M IOLOGICAL SURVEY INST'S AND TECHNIQUES 7

OBJECTIVES Upon completion of this lesson and using applicable procedures the student should be able to complete the following objectives (as applicable) for the following instruments, RM-14, E-140N, RO2/2A, E-520, Ludlum Model 16 and

'Model 3, Ludlum Model 12S micro R meter, PRM-6, ESP-1/2, PRS-1/2 and ASP-It A.

' State the type of detector utilized and name all the types of radiation that the instrument can detect and/or measure.

B.

State the range of the instrument for each scale or multiplier including the units of measure (i.e., CPM, mR/hr, mrem /hr).

C. Define Beta correction factor (BCF) and calculate the beta exposure rate given the BCF, open, and closed window readings.

D. List the conversion, correction, or efficiency factors of the instrument.

E.

State three standard precautions associated with the use of all survey instruments.

F.

Describe the preoperational checks to be performed on all instruments prior to use.

G.

Explain the actions to take if an instrument fails any of the preoperational checks.

H.

State at least four general items to consider before performing surveys.

I.

State at least four general items to consider while performing surveys.

PAGE 1 of 2 RESPONSIBILITY SIGNATURE TITLE DATE Origination

/_ 5)lSC fuc.. E i de7/rx Review / Concurrence -_ / MJ[ / 6 2/ 97,

/ SNEC TSD / L tllL.

Approval / Objectives , Af ,' /([4 8 N /[///68 [7f L' Approval / Final x / f}//sr7 QOf / V

(

TRAINIB!G CONTEi4T RECORD Lesson Course

Title:

RADIOLOGICAL CONTROLS Numhet FIELD OPS SAXTON TRAINING PROGRAM 3 Lesson Plan Title . Number Rev, l

RADIOLOGICAL SURVEY INST'S AND TECHNIQUES 11.3.04.001 1 l OBJECTIVES j

4 J. State at least four general items to consider af ter performing surveys. l l

' ~

l K. List at least ten items of information entered on survey documents. i l

L. Explain what is done to a survey before it is given to the lead technician / t GRCS and when it is filed in history. l M. Given survey information, determine the proper postings required for an area.

th. Describe the proper method for making corrections to surveys.

O. Describe the proper method to annotate the following readings on surveys:

j contact, general area, beta, neutron, R or Rem /hr.

P. Describe how a general area or grid survey is obtained.

Q. Analyze a set of circumstances given by the instructor and determine the instrumentation requirements and precautions or actions which should be taken in performance of the survey.

R. Given a completed survey, review it for correctness and completion. l Annotate all errors or omissions.

S. State how a survey probe is to be held during a survey and discuss why.

RE FERENCES :

9400-PLN-4542.03 - A Survey Plan for SNEC to Show Compliance with Decommissioning Termination Survey Criteria.

9400-ADM-4500.04 - Records Retention 9400-ADM-4500.11 - Radiation Surveys 9400-ADM-4500.12 - Radiological Surveys: Requiremento and Decontamination 9400-ADM-4500.14 - Establishing and Posting Areas 9400-OPS-4524.09 - Operation of the EIC E-520 9400-OPS-4524.10 - Operation of the EIC RM-14 9400-OPS-4524.12 - Operation of the Ludlum Portable Scaler Model 2000 9400-OPS-4524.13 - Operation of the EIC Portable Ion Chamber, Model RO2/2A 9400-OPS-4524.17 - Operation of the EIC Count Rate Meter Model E140N 9400-OPS-4524.20 - Operation of the EIC " Rascal" Alpha Detector PRS-1/AC-3 9400-OPS-4524.23 - Operation of the Ludlum Model 12S Micro R Meter 9400-OPS-4524.24 - Operation of the Ludlum Model 16 and 3 9400-OPS-4524.25 - Operation of the ASP 1 Survey Instrument 9400-OPS-4524.26 - Operation of the EIC Count Rate Meter Model PRM 6 9400-OPS 4524.27 - Operation of the EIC Smart Portable Survey Meter, Model ESP'-2 6610-INS-4200.01 - TPG Instrument Manual, Operation of the EIC Scint. Alpha Counter, Model SAC-4 6610-QAP-4220.01 - QA Program for Radiological Instruments TIME: Approximately 4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months PAGE 2 OF 2 GPtf NUCt1AA COUOltAflON MIDDLETOWN, PA LPATMA.Ull M01Als 2 COPYRIGHT IM: j

1 l

1 LESSON PLAN HISTORY PAGE RADIOLOGICAL SURVEY INSTRUMENTS AND TECHNIOUES 11.3.04.001 i

REVISION DATE REASON FOR CHANGE O , 10/01/90 Saxton lesson plan converted to T:!I format and given a new numbering system.

1 07/01/92 Update Objectives I

4 l

GPU NCCLEAR CORPORATION (IATMAX\lt)DeX)l/t. MIDM.ETOWN, PA 3

coPilticar in:

Revision 1 07/01/92 11.3.04.001 LIST OF EFFECTIVE PAGES LESSON PLAN TITLE: BADIOLOGICAL SURVEY INSTRUMENTS AND TECHNIOUES TRAINING SECTION: RAD CON FIELD OPS SAXTON SURVEY TRAINING PROGRAM PAGE REV. DATE PAGE REV. DATE PAGE REV. DATE 1 1 07/01/92 18 1 07/01/92 2 1 07/01/92 19 1 07/01/92 3 1 07/01/92 20 1 07/01/92 .

4 1 07/01/92 21 1 07/01/92 5 1 07/01/92 22 1 07/01/92 6 1 07/01/92 23 1 07/01/92 7 1 07/01/92 24 1 07/01/92 8 1 07/01/92 25 1 07/01/92 9 1 07/01/92 26 1 07/01/92 10 1 07/01/92 27 1 07/01/92 11 1 07/01/92 29 1 07/01/92 12 1 07/01/92 29 1 07/01/92 13 1 07/01/92 30 1 07/01/92 14 1 07/01/92 15 1 07/01/92 16 1 07/01/92 17 1 07/01/92 l

1 1

l l

l GPU NtJCLEAR CORPORATION MOOLETOWN, PA LEAT\ SAX \llhwEl% 4 COPYRIGHT 17

Revision 1 07/01/92 11.3.04.00'.

INSTRUCTOR NOTES I. INTRODUCTION A.

Radiation monitoring is the main responsibility

. of the Rad Tech.

B. Lesson

Purpose:

1. Review the specifications of each of the portable survey instruments used.

2 Review the guidelines for conducting surveys.

3. Review objectives.

II. PRESENTATION A. General categories of types of instruments

1. -Alpha contamination survey instruments 2 Area radiation monitors

3. Beta / gamma contamination survey instruments

4. Neutron Survey instruments

5. Beta /garuna dose rate survey instruments C. Gansna dose rate survey instruments OBJ. A B. Alpha Survey Instruments 9400-OPS-4524.20

1. PRS 1/AC-3 A thin layer of powder a. Scintillation. detector - PMr physically discriminates detects light from alpha against betas, interactions with ZnS powder deposited on. window film (tape).

OBJ. B

b. Scaler mode only with alpha probe,

c. Preset time ( 5,1,2,5 minutes)

d. Digital readout in counts / time CPU NUCtlAR CORPORATION LpJtT\$AXill30e00lm.

5 MtDOliTOWN. PA Comuowr in:

4

Revision 1 07/01/92 11.3.04.001.

INSTRUCTOR NOTES

e. Protect window from puncture

f. Fris,k within 1/4 inch of surface

g. Frisk rate of 3"/see

h. Audible response speaker OBJ. D i. The " Manual" and "Stop". positions are used for operator control of the scaler collection period.

j. Checks:

(1) physical (2) source check i

(3) battery (5 "D" cell)

(4) light and efficiency 1

(5) KVA listed on instrument (6) calibration date i

k. Uses (1) alpha contamination surveys ]

l Use an alpha source to 1. Demonstration demonstrate the instrument's response.

6610-INS-4200.01 2. SAC-4 .

OBJ, A~

a. 2 inch scintillation crystal j l

(ZnS (Ag) ) with a thin window

]

l OBJ. B b .- Scale - reads in counts i i

c. Multiplier switch - x.1, x1, x10; I

-l.

base switch (1,2, and 5)

d. protect window from puncture GPU NUCLEAA CORPORATION

(#ETdA.X\ll XW1/ts MODLETOWN. PA 6 'N

- Ravision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES

e. Count Mode Switch - select timed count (TIME), no count (STOP), or continuous (MANUAL)

f. Counting lamp - on initiation and throughout cycle

g. Start / Reset button zeroes' reading and starts counting sequence I

h. Sample drawer - positions the sample under the detector !

\

i. Efficiency posted on counter '

j. Checks: !

l OBJ. D (1) physical l l

(2) source check

)

(3) battery (4) background (5) calibration date

k. Uses:

(1) alpha contamination surveys -

smear Use an alpha source to 1. Test demonstrate instrument response and the reset button.

9400-OPS-4524.12 3. Ludlum 2000/43/2

a. Alpha Scintillation Detector

b. Scale - reads in counts

c. Uses line (preferred) or battery Oru NucuM CORPOAATION l MIDDLETOWN, PA LPJtTNIM\lt10C04 - 7 cop m agyg,n l

Revision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES

d. Minutes switch: preset counting time in minutes (0-99) with 2 decade thumb dial

e. TIME BASE switch: preset base in multiples of X0.1 and XI (Model 1)

TIME BASE switch: preset base in multiples of X0.1, X1, x10 (Model 2)

f. Count button: resets and starts scaler

. g. Efficiency posted on counter

h. Sample drawer - positions the sample under the detector

i. Checks:

(1)- physical (2) ' source (3) battery (if in use)

(4) background (5) calibration

j. Uses Use an alpha source to (1) . alpha contamination surveys -

demonstrate the smear instrument's response k. Test C. Beta / Gamma Contamination Survey Instruments 9400-OPS-4524.10 1. RM-14 OBJ. A a. G-M detector (HP-210.2600), thin Detector, window is fragile, window GPU NUCLEAA COR.PORATION MIDDLETOWN. PA LP AT4AX\ll30E0L/m 8 COPYIUCKr i+P2

. - . .... . - - . . . - < - . . - - - . . . . .~-.- - - - ~ _ ~ =,

Revision 1 3

07/01/93 i

11.3.04.001 INSTRUCTOR NOTES 1

t7111 detect alpha but is (1) optional tungsten shield not used to measure them. (2) 20 cm2 detector area OBJ B b. 0 -

500 epm scale Max reading 50,000 cpm c. Multiplier switch - X1, X10, X100 l

! 2.2 or 22 seconds d. Response switch - slow / fast l 1 click / event detected e. Variable volume control l

Normal'ly set at 100 cpm f. Variable alarm setpoint i 1

over background (1) visual l -

(2) audible l i

Must be reset manually (3) reset after an alarming 1.

5 condition.

i Battery trickle charges off g. AC or Battery j of AC and cannot be (1) battery - emergency use only serviced by the user.

j Signal.comes from AC power h. Test switch - 3,600 cpm

?

.!: 60 Hz (60 cycles /second x L i 4

60 sec/ min = 3600 cpm).

i. Frisk within 1/2" at 5 3"/sec 4

OBJ. D j. Standard efficiency - 10%

t k. Uses q (1) personnel contamination i,

monitoring 1

4 (2) release surveys 4 (3) counting smears or air 1

samples 2

4 1

GPU NUCLEAR CORPORATION MIDDLETOWN. PA LPJtr.SAXillMsoolms - 9 COPYlUGHT lM c

l Revision 1 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES Use a source and perform 1. Demonstration source check, alarm set and reset, battery check, 60 Hz test.

9400-OPS-4524.17 2. E-140N OBJ A a. G-M detector (HP-210/260), thin Detector window is fragile. window Will detect alpha but is (1) 20 cm2 detector area not used to measure them. (at 'l em) l OBJ B b. 0 - 500 cpm scale Max, reading 50,000 cpm. c. Multiplier switch - X1, X10, X100 2 to 10 seconds d. response switch - variable slow / fast Use to reset meter after e. Reset switch overranging. f. Frisk within 1/2" at 3"/sec I OBJ D g. Standard efficiency - 10%

l

h. Uses (1) personnel contamination monitoring (2) release surveys (3) counting smears or air samples i Use a source and perform i. Demonstration source check, reset battery check.

I OPU NUCLLAR COMORATION MIDDLITOWN, PA LPRMAX)1110E01/u, 10 COPYRIGHT IN2

Revision 1 07/01/92 11.3.04.001 lINSTRUCTORNOTES 9400-OPS-4524.27 3. ESP-1 OBJ A a. A mi,crocomputer based portable survey instrument using a G-M detector (HP 210/260), thin window (1) optional tungsten shield (2) 20 cm2 detector area epm w/HP210/260 b. Sixteen alpha numeric. characters in a variety of radiation units on a liquid crystal display (1) also utilizes 2 bar graph simultaneously

c. Mode - changes mode from Ratemeter, Scaler, or Inquiry / Calibration

d. Reset 1

(1) ratemeter mode - used to I maintain the bar graph on the display (2) scaler mode - resets to a new i

-count interval and starts the count Caution: Pressing MODE and' (3) inquiry / calibration - two RESET switches function simultaneously while (a) select or change units turning on will reset all (b) when used with "+" or parameters to default " " changes the value values set for that parameter GPU NUCLEAA CORPORATION MIDDLETOWN, PA u staron noois 11 Comacwr ie.

Revision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES

e. Variable response time:

1 to 10 seconds fast 1.8 to 29 seconds slow Refer to procedure f. "+" or "_" functions vary with operating mode

g. SPKR (speaker) - turns the speaker

. on or off. It,also turns off the alarm when it sounds.

h. Battery low indicator - first character of display is blinking

i. Checks:

(1) proper probe (2) physical (3) battery and display check f

(4) light (5) audio (6) source l (7) calibration l i

j. Uses

{

1 (1) beta / gamma contamination surveys- l 9400-OPS-4524.28 4. ESP-2 OBJ.A a. Uses a G-M detector (HP 210/260),

thin window (1) optional tungsten shield (2) 20 cm2 detector area GPU NUCLEAA ColtPORATION i MIDDLETOWN. PA LIATHAJOll 30e0016 12 COPYRIGHT i+r:

. . . - . . ~ . . . . . _ . ~ - . - . . . - . ~ . . - -. , ~ . _ . . . - . . - . . . ~ - _ . . ~ -- . . - -

b

. Revision 1 1

07/01/92 11.3.04.001

) INSTRUCTOR NOTES j

cpm w/HP210/260 b. Sixteen alpha numeric characters in a variety of radiation units on a

, liquid crystal display s

(1) utilizes 2 bar graph

simultaneously {

c. MODE / STORE - for utility functions' ;

i

d. RESET (1) scaler mode - starts the

Count t

(2) utility mode menu - selects 4 {

a the Log Mode and initiates j changes of mode, time, I I

number, or parameters j (3) parameter mode - pressed l

together with "+" or" " to

{

l increase or decrease values. i Refer to procedure e. "+" or " " functions vary with l

operating mode

f. SPKR (speaker) a turns the speaker on or off. It also turns off the alarm when it sounds.

g. Battery low indicator - first character of display is blinking

h. Checks:

(1) proper probe (2) physical !

1

-(3) battery and display check CPU NUCLEAA COUOllATION M(DOLETOWN. PA u amisma 13 Comucwt im

Ravision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES

. (4) light (5) audio (6) source (7) calibration

i. Uses (1) Beta gamma contamination surveys Batteries are user serviceable .

D. Beta / Gamma Doserate Survey Instruments 9400-OPS-4524.13 1. RO2/2A OBJ A a. ion chamber,- open or closed 3" diameter -

window Caution must be used to prevent puncturing the detector window during use. l OBJ B b. RO2 5, 50, 500 5000 mR/hr Max. reading 5 R/hr 1

Max. reading 50 R/hr c. RO2A 50, 500, 5000, l 50000m'R/hr One set of batteries powers d. Two battery check positions l the meter, and the other (1) RO2 detector has 3 9V powers.the detector, batteries GPU PfUCt.EAA CORPORATION MIDDLETowH. PA tratuAxu txweis 14- Coenlowr im

r R3 vision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES l

Because it is used in , (2) RO2A detector has 4 9V h lher fields it needs 2 batteries batteries to maintain the potential across the detector

e. Zero adjust knob

f. Detector vented through desiccant (1) blue - good (2) pink - bad

g. Statistics Good for up to 1 MeV beta. (1) beta window -

400 mg/cm 2 (2) detector wall -

200 mg/cm 2 (3) case wall - 0.5" (1/3mm) density of AL,= '

2699 mg/cm 3 2699 x .13 cm =

350 mg/cm 2 OBJ D h. Beta Correction Fact'or (BCF)

(1) Unit 1 BCF = 4 (2) Unit 2 BCF = 2

i. Uses I (1) beta / gamma dose rate l

surveys GPU NUCLEAA CORPORATION i

MIDDLETOWN. PA t#JtT\$AX\t t108101/it. 15 Corynicar iwa

R3 vision 1 07/01/92 11.3.04,001 INSTRUCTOR NOTES (2) smears with high

, contamination levels Use button when operating j. Demonstration beta window to prevent wearing a groove in it which makes the window loose causing it to slide l l

open during gamma readings. 1 Point out.the detentes on the sides which marks the detector center.

I 9400-OPS-4524.23 2. Ludlum Model 12S Micro R Meter j OBJ A a. scintillation detector to detect low level gamma radiation OBJ B b. meter 3 microR/hr j

c. multipliers - x1, x10, x200, x1000 ,

d. range 3 mR/hr Replace if necessary e. battery check Repeatable geometry f. source check Turn off if not needed to g. audio switch extend battery life

h. Uses (1) gamma dose rate surveys 9400-OPS-4524.16 3. E-140 OBJ A a. G-M detector, HP-177 (hot dog probe)

GPU NUCLEAR CORPORATION MODLETOWN, PA LPArSAXill)0d00141s 16 COPYRIGWT IF.

( O.

l.

[

l Revision 1 l 07/01/92 11.3.04.001 INSTRUCTOR NOTES

~4111 detect nut it is not (1) Rotating spield provides calibrated to measure beta open/ closed readin;s levels OBJ B b. Meter Scale (1) 0 - 0.5 mR/hr If the instrument was (2) 0 - 600 cpm calibrated for beta, open window readings could be reported in epm.

c. Multiplier switch Max reading 50 mR/hr (1) X1, X10, X100 Used after overranging. d. Reset switch 1

2 to 10 seconds e. Variable response

f. ~Uses (1) low level gamma dose rate 1

l surveys i

i

g. Demonstration j

9400-OPS-4524.09 4. E-520 OBJ A a. Detectors (1) Cadmium shielded G-M tube in case t

I This instrument is not (2) HP-270 G-M tube - hand held calibrated for beta with beta window

, measurements.

OBJ B' b. . Meter scale - O to 200 mR/hr (0-3- 20K cpm) k SPU NUCLIAA CORPORAflON MIDDLITOWN, P4 (ART \ SAX \ilmenoims 17 COPnidMT1+M

!. 1

.]

Revision 1 07/01/92 11.3.04.001 j .

INSTRUCTOR NOTES l

c. Multiplier Switch ,

(1) X.01, X.1; X1, X10, X100 C

Max reading 2000 mr/hr (2) X100 uses internal probe only 2 to 10 seconds d. Variable response .!

-e. Uses (1) gamma dose rate surveys

f. Demonstration ,

9400-OPS-4524.25 5. ASP-1 ,

OJB A a. G-M detector OBJ B b. Scale 1 cpm analog display

~

c. Multiplier switch X100 to X10M OBJ D d. Range epm

e. Response - integrate / fast / slow (1) 1 - 10 see for fast (2) 30 see for slow light face or reset memory f -. Light / Reset - 3 position spring loaded

g. . Audio on/off

>1/4 scale increment off h. Mechanical zero zero

i. Battery

j. Source Listed on instrument k. High voltage

1. Calibration GPU NUCLEAR CORPORATION MIDDLITOwH. PA trJmsantimoni% 18 coPysuowr iw2

Revision 1 07/01/92 11.3.04.001-INSTRUCTOR NOTES

, m. Uses (1) beta / gamma dose rate or contamination surveys E. Gamma Doserate Survey Instruments 9400-OPS-4524.24 1. Ludlum Models 16 and 3 OBJ A a. Uses a 1" gamma scintillation detector OBJ B b. Meter scale 0 500 cpm (Model 16) 0-5000 cpm (Model 3)

c. Multiplier switch (1) X0.1, X1, X10, X100 -

Model 3 (2) X1, X10, X100, X1000 -

Model 16 OBJ D d. Range 0-500,000 cpm CPM /uR/hr conversion Replace as necessary e. Battery check

f. Source check

g. Audio

>1/4 scale increment off h. Mechanical zero zero

i. Gross count rates (1) WIN switch in OUT position (Model 16)

(2) ON/OFF audio in On position (3) F/S switch in S position

j. Uses (1) gamma dose rate surveys CPU NUCLEAR CORPOA.ATION MIDDLETOWN, PA LP ArdAXTl1 M4001!!1a 19 m'TIIG WI ' ##'

Revision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES 9400-OPS 4524.26 2. PRM 6 OBJ A a. Gamma scintillation OBJ.B b. Meter scale - O to 20 mr/hr (0-20K cpm)

c. Multiplier switch (1) X.01, X.1, X1, X10, X100 Max, reading 2000 mr/hr (2) X100 uses internal probe only l 2 to 10 s'econds d. Variable response

e. Uses (1). gamma dose rate surveys

f. Demonstration 9400-ADM 4210.01 F. Radiation Survey Guidelines I

" Radiation Dose Rate 1. Purpose of radiation surveys.

Surveys" contains many of a. Control / assess personnel radiation these requirements. exposure ,

l

! (1) trend radiation levels in the

[ plant i l (2) post areas'accordingly - j 1

l f radiation area high or locked l

high radiation areas, hot spots, wait areas l

l (3) Meet shipping requirements I

i I

i J

i l

1 I

GPU NUCllAA CORPORATION MIDDLETOWN, PA -

l

&RTN$AXu t %E01/tl. 20 COPYRIGHT i+rj J

Revision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES

2. Types of surveys The type of survey being a. Rout;ines - shif ty, daily, weekly, performed sometimes monthly, quarterly determines the forms used; b. Job specific - corrective or i.e., release, shipping, preventive maintenance personnel decon, etc. c. Shipment / receipt _of radioactive material ;

, I

d. Personnel

e. Release OBJ H . 3. General guidelines and requirements

a. Instrument selection ,

~l Alpha, beta, gamma or (1) type of radiation neutron mr/hr or R/hr (2) anticipated levels Environmental; i.e.,' temp, (3) instrument limitations noble gas, underwater, i i

Review these b. Exposure ALARA during survey by:

considerations. Identify (1) check previous surveys problem or wait areas. (2) work performed or conditions changed since last survey i Hatch, smears, envelopes, (3) supplies needed to do survey pen, bags, signs, etc.

Bag meter (4) protect instrument from contamination Prevent overranging meter. (5) enter area w/ meter or scale Utilize reset button if for anticipated levels needed. (6) use extendable probes (Telectector)

GPU NUCLE.AR CORPOR.ATION MIDDLETOWN PA LPJtTNEA.Olimen01/us 21 COPYRJGMT 19Fl

I Ravision 1 07/01/92 11.3.04.001 INSTRUCTOR NOTES (7) use available shielding to reduce does (8) do not survey high dose areas for the sake of just surveying ,

(9) adequate P.C.'s, respirator l and TLD l

c. While performing the survey:

(1) ensure the surveyor's body is !

not shielding the source when obtaining readings (2) hold' probe so as not to shield it Waist height (3) general area readings 360 degrees l

Especially in low dose. (4)

~

allow time for meter to

+

areas respond Open and closed window (5) check beta and gamma levels l when doing dose rate surveys (6) do not set instrument down in contaminated areas (7) survey from low to high contamination areas to minimize the spread OBJ G (8) if instrument fails or pegs on highest scale leave the area immediately GPU NUCLEAA COR.PORATtON MIDDtETOWN. PA LPJtMAXillifWX):/ tis gg coenman.im

Revision 1-07/01/92 11.3.04.001 INSTRUCTOR NOTES Avoid cont'act with the area

, (9) contact readings within 1" to. prevent contaminating (10). safety precautions.

meter -

keep hands free by using carrying straps when climbing use ladders or scaffold for inaccessible areas; don't climb on equipment use descent device when entering va tits IMPORTANT (11) high dose rate areas may saturate G-M detectors ,

causing them to read low in high dose areas OBJ J d. After surveying:.

(1) frisk out equipment, turn off and return meter, count samples -

(2) report any major changes in levels, update signs OBJ L Review the log and how the number is assigned:

"11488R100" CPU NtJCLIAA CORPORATION MIDDLE!OWN PA (PJtr3AUll10eu01/Il. 23 COPYRIGHTl*F3

. . _ . _ . . - . . . . , - . . _ . ~ . . . . . - . - . - . . .. . ~ . - - . . . - - . ._--

- . .~

Revision 1 07/01/92 11.3.04.001

INSTRUCTOR NOTES i

114 - area ID number , (3) give survey to lead tech to 4 88- Year complete the Radiological R - routine or "J" for job Survey Log.

a

. specific ;

a i

100 - next sequential #

)

5 in log j (4) foreman review (5) copies for postings and RWP's !

Binder is maintained (6) originals into file of current surveys (7) old originals to clerical for-filing 9400-ADM-4200.01 4. Documenting Surveys

" Radiological Surveys" a, . Detailed but not crowded data on Black ink only, map Demonstrate proper method. b. Accurate and legible

c. Make changes by lining out, ,

initialing and dating the change.

-OBJ K d. data entry on " Form A" Review the information required on the form.

Show." Form A".

OBJ O e. Data entry: on maps Note any pertinent (1) circle contact readings distances associated'with readings.

GPU NUCLEAR CORPORATION MIDDLETOWN PA 1 VRNAX\t130a1Dllth 24 COPYRjGtfr 1972

Revision 1 07/01/92 11.3.04.001 '

lINSTRUCTORNOTES Show examples. .

(2) beta readings with "B" suffix (3) area readings are numbers only (4) neutron readings with "N" suffix (5) Rem /hr readings mark with "R/hr" suffix ,

Review the information f. Data entry using Form "B" required on the form. (1) sequentially number where Show " Form B" readings are taken on the map in,a box 1

(2) complete the actual readings ]

'l on Form B 1

5. Instrument Use-

]

a. General Guidelines OBJ E (1) don't use past the Calibrated quarterly , calibration due date Meter reading ~must fall (2) daily source check when in within allowable range. use. Source block gives Show sample tag. reproducible geometry Complete source tag (3) keep as clean and dry as possible RM 14's and E-140N's are an (4) use only the probe the meter exception. was calibrated with.

The unit is designed to (5) turn meter off after use allow changing probes.

GPU NUCHAR COA.PORATION MIDDtETOWN. PA ma irw-rw qs M 6WQinM 'M

. . . . - . , ~ . -.

. I Ravision 1 j 07/01/92 11.3.04.001 INSTRUCTOR NCfrES For externally mounted ,

(6) turn on the speaker during !

I

. speakers turn the speaker ,

use i off after use to conserve

. the batteries Inspect cables at the (7) faulty cables may give 3-j connect!.on to the meter and spurious high readings at the probe. Cables of a

j similar length may be I

replaced by the user.

Turn meter off before i 1

)

changing OBJ F b. preoperational checks (1) physical check - damage; i.e., broken windows, meter faces or cases NA for LCD meters (2) mechanical zero check return to shop >1/4 scale increment off zero.

Besides the electrical (3)' battery check check, an occasionti opening of the case and physical check for leaking i

batteries is appropriate but not required. RO2/2A requires this.

(4) electrical zero (5) , source check verified GPU NUCLEAR CORPORATION MOOLETOWN, PA LPJtTuAXTil%e004/th 26 COP WOW (W.

! Ravision 1 07/01/92 j INSTRUCTOR NOTES 1

. (6) calibrated OBJ G 4

(7) failure of any preoperational ! 1 Show OOS Tag (TMI-164 3-80) check Review completion of the -

try replacing batteries !

OOS tag.

first ,

out-of-service tag return to Rad Instrument Shop OBJ C

c. Beta radiation readings Show beta windows on l (1) need to physically l

RO2/2A, E-520 and E-140.

discriminate between beta and gamma levels Only the RO2/2A is (2) (open - closed) x BCF = beta calibrated for betas and dose rate has correction factors.

OBJ C (3) BCF (Beta Correction Factor) a multiplication factor which is used to correct the beta reading because of the instrument's different response to beta and gamma radiation.

CPU NUCLEAR COR. ORATION t.rynwniimaxus MIDDLETOWN, PA 27 COPYR(MTIW!

Ravision 1 07/01/92 11.3.04.001i '

INSTRUCTOR NOTES May have an individual BCF

, (4) typical BCF's Posted on the instrument. -

Unit 1 =4 (based on Cs-137)

Unit 2 = 2 (based on Sr-90) 9 OPU NUCLEAR ColtPORATION LIJtTJAX\1IDw101/tle gg MIDDLETOWN PA mmrowr_ te _ - __

' Revision 1 07/01/92 11.3.04.001 l INSTRUCTOR NOTES

. (5) RO2/2A shielding calculation Window needs 60 mg/cm2 more window - 400 mg/cm 2 walls - 200 mg/cm 2 3

(phenolic detector) 0.13 cm aluminum case walls Detector walls need .13 c 2700 mg/cm 3 ,

450 mg/cm 2 351 mg/cm2 200 + 351 = 551 mg/cm 2 OBJ Q G. Scenarios Give the trainees scenarios 1. Purpose of survey (job specific, etc.)

- based on these factors and 2. Conditions have them select the proper instrument for the job. .

a. Radiological - type radiation, levels, airborne (gas, particulate)

b. Environmental

3. Safety (climbing, crane loads, tanks) ;

OBJ R H. Document Review Have the trainees review premarked survey forms and '

identify the errors.

OBJ M I. Posting Requirements Review the sign inserts 1. 9400-ADM-4500.14 - Establishing and required for varying Posting Areas J

radiological condition.

Show examples of the sign 2. Signs and inserts and inserts. 3. Entry requirements GPU NUCLEAR COltPORATION MIDDLETOWN, PA tnrsAxu ipamis 29 comingt in

l Revision 1 07/01/92 11.3.04.001 l lINSTRUCTORNOTES

, 4. Radiation levels

5. Surveyor and date III.

SUMMARY

A. Know the capabilities and limitations of the instrument.

B. Good survey documentation is important C. Proper preparation prevents surprises D. Ensure signs and postings are current.

l l

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