11.14 - Question Bank Blueprint and Coverage Matrix

Module: Standalone Reference Appendices and Instructor Resources
Purpose: Maintain a traceable blueprint for every assessment question in the course and verify coverage across Core, Type I, Type II, Type III, module learning outcomes, and current EPA Section 608 test-topic headings
Question-bank audit date: August 14, 2026
Repository audit basis: Current course snapshot generated August 14, 2026 at 21:18:30 America/New_York
Official test-topic taxonomy: Current U.S. EPA Section 608 Test Topics page, checked August 14, 2026
Current project readiness standard: At least 22/25 in Core, Type I, Type II, and Type III on two separate closed-book cumulative attempts, with no unresolved P1 errors

1. Purpose and Scope

This file serves four functions:

Defines the metadata that must accompany every existing and future question.
Audits the current question bank against the course structure and current EPA test-topic headings.
Demonstrates assessment coverage of the course’s major instructional outcome clusters.
Identifies coverage, answer-key, and governance gaps that should be corrected before a future release.

This is a question-bank control document, not a student practice set. The primary EPA category assigned to a course question is a project-maintenance classification. EPA publishes test-topic headings, but EPA does not classify or approve these project questions.

2. Current Question-Bank Audit Summary

The current repository contains 1,280 unique multiple-choice question instances in Modules 1-10.

Audit Item	Current Result
Unique question IDs	1,280
Embedded concept-check questions	620
Module/Type practice questions	400
Cumulative review concept checks	10
Universal Mock Examination 1	100
Universal Mock Examination 2	100
Optional remediation examination	50
Questions with mapped answer letter	1,280 / 1,280
Major instructional subsections audited, Modules 1-9	75 / 75 assessed
Numbered learning objectives in those subsections	666
Embedded questions in those subsections	620

2.1 Important Answer-Key Control Note

Of the 1,280 questions, 1,270 have an explicit corresponding answer block in an existing answer file. The 10 cumulative questions in 10.3 - Commonly Confused Terms.md state that their answers may be discussed or incorporated later, but the current snapshot does not contain a dedicated answer block for those 10 items.

For this audit, the intended answers were resolved directly from the course content and the answer choices:

Question ID	Audit Answer
`10.3-1`	A
`10.3-2`	B
`10.3-3`	C
`10.3-4`	B
`10.3-5`	B
`10.3-6`	C
`10.3-7`	A
`10.3-8`	B
`10.3-9`	C
`10.3-10`	C

Maintenance action: Before a final release, add an explicit answer section or answer-key cross-reference for these 10 questions so that the master register does not depend on an audit-derived answer.

3. Required Metadata for Every Question

Every new or revised question must have the following metadata in the master register.

Field	Requirement
Question ID	Unique ID in the form `subsection-question`, such as `8.12-17`
Module	Module number and, when useful, module name
Subsection	Source instructional, practice, mock, or remediation subsection
Certification section	`Core`, `Type I`, `Type II`, or `Type III`
Official test-topic category	One primary current EPA heading from Section 5, or `ADMIN` when the item is course/provider administration rather than a listed EPA technical topic
Difficulty	`B`, `S`, `A`, or `C` using Section 6
Question type	Primary cognitive/question format using Section 7
Correct answer	One letter, `A` through `D`
Error category	One primary project error code using Section 8
Regulatory verification date	Date on which the source question/answer bank was technically or regulatorily checked
Quiz or mock use	`CC`, `P`, `CR`, `M1`, `M2`, or `R`
Topic	Concise concept tested, normally taken from the detailed answer explanation

3.1 Question ID Rule

Use:

SUBSECTION-QUESTION NUMBER

Examples:

5.11-24
8.13-7
10.8-51

Question IDs must remain stable after publication. If a question is materially replaced, preserve revision history instead of silently reusing an old ID for a different concept.

4. Quiz and Examination Use Codes

Code	Use
`CC`	Embedded concept check
`P`	Module/Type practice
`CR`	Cumulative review concept check
`M1`	Universal Mock 1
`M2`	Universal Mock 2
`R`	Optional remediation

A question may later be adapted for another use, but the adapted item should receive a new ID when wording, conditions, distractors, or answer logic changes materially.

5. Current EPA Test-Topic Taxonomy Used by This Blueprint

The current EPA Test Topics page organizes the certification content under Core and Types 1, 2, and 3. This project uses the equivalent project labels Type I, Type II, and Type III.

5.1 Core

Code	EPA Heading
`C-EI`	Environmental Impacts
`C-CAA`	Clean Air Act and Montreal Protocol
`C-608`	Section 608 Regulations
`C-SUB`	Substitute Refrigerants and oils
`C-REF`	Refrigeration
`C-3R`	Three R Definitions
`C-REC`	Recovery Techniques
`C-EVAC`	Dehydration Evacuation
`C-SAF`	Safety
`C-SHIP`	Shipping
`ADMIN`	Course/provider readiness or assessment administration; not separately listed as an EPA technical test-topic heading

5.2 Type I

Code	EPA Heading
`I-RR`	Recovery Requirements
`I-RT`	Recovery Techniques
`I-SAF`	Safety

5.3 Type II

Code	EPA Heading
`II-LD`	Leak Detection
`II-LR`	Leak repair requirements
`II-RT`	Recovery Techniques
`II-RR`	Recovery Requirements
`II-REF`	Refrigeration
`II-SAF`	Safety

5.4 Type III

Code	EPA Heading
`III-LD`	Leak Detection
`III-LR`	Leak repair requirements
`III-RT`	Recovery Techniques
`III-RC`	Recharging Techniques
`III-RR`	Recovery Requirements
`III-REF`	Refrigeration
`III-SAF`	Safety

5.5 Primary-Tag Rule

Many course questions integrate more than one concept. The master register records one primary EPA heading based on the concept required to select the best answer. Secondary concepts remain visible through the source subsection and Topic field.

Do not interpret the project tag as an EPA endorsement or as a claim that the official examination uses the same wording or weighting.

6. Difficulty Standard

Code	Level	Working Definition
`B`	Basic	Direct recall, identification, or a single definition with little competing context
`S`	Standard	One-step distinction or application with plausible distractors
`A`	Applied	Scenario, multi-condition rule, calculation/table use, or current-versus-historical discrimination
`C`	Challenging	Integrated high-complexity item requiring several conditions or distinctions

Existing questions that already carry an explicit difficulty tag retain that tag. Questions without an explicit tag are assigned an audit difficulty from their cognitive demand. Future question files should store difficulty explicitly rather than relying on later inference.

Current Difficulty Distribution

Difficulty	Questions
Basic (`B`)	149
Standard (`S`)	810
Applied (`A`)	311
Challenging (`C`)	10

7. Question-Type Standard

Code	Primary Question Type
`DEFN`	Definition/terminology
`CLASS`	Classification
`RULE`	Rule/threshold
`PROC`	Procedure/sequence
`SAFE`	Safety/hazard
`PT`	P-T/pressure/vacuum
`CALC`	Calculation/units
`HIST`	Current-vs-historical
`SCEN-D`	Scenario/distractor-reading
`SCEN`	Scenario/application
`TECH`	Technical concept

Current Question-Type Distribution

Question Type	Questions
Rule/threshold (`RULE`)	318
Procedure/sequence (`PROC`)	249
Definition/terminology (`DEFN`)	213
Safety/hazard (`SAFE`)	173
Technical concept (`TECH`)	112
Classification (`CLASS`)	98
P-T/pressure/vacuum (`PT`)	41
Scenario/distractor-reading (`SCEN-D`)	23
Scenario/application (`SCEN`)	22
Calculation/units (`CALC`)	16
Current-vs-historical (`HIST`)	15

8. Error Categories

Use the primary error categories established in 1.6 - Study Method and Error Log.md.

Code	Meaning	Current Questions
`DEF`	Definition or terminology	213
`CLS`	Appliance/certification classification	98
`REG`	Regulatory rule, date, threshold, or exception	318
`LEG`	Legacy or outdated-source error	15
`PRO`	Procedure or sequence	249
`SAF`	Safety, cylinder, or equipment-use error	173
`CAL`	Calculation, units, or table-reading error	57
`READ`	Question-reading error	1
`DIST`	Distractor-selection error	20
`REC`	Recall failure	131
`SRC`	Source-verification problem	3
`GUE`	Correct guess or low-confidence answer	2

When an existing answer explanation lists two possible codes, this register records the first listed code as the primary error category. A secondary code may still be retained in the detailed answer explanation.

9. Current Inventory by Module

Module	CC	Practice	Cumulative Review	Mock 1	Mock 2	Remediation	Total
1	60	25	0	0	0	0	85
2	64	35	0	0	0	0	99
3	56	30	0	0	0	0	86
4	64	35	0	0	0	0	99
5	72	40	0	0	0	0	112
6	72	35	0	0	0	0	107
7	72	50	0	0	0	0	122
8	80	75	0	0	0	0	155
9	80	75	0	0	0	0	155
10	0	0	10	100	100	50	260
Total	620	400	10	100	100	50	1280

9.1 Current Inventory by Certification Section

Certification Section	CC	Practice	Cumulative Review	Mock 1	Mock 2	Remediation	Total
Core	388	200	7	25	25	12	657
Type I	72	50	1	25	25	12	185
Type II	80	75	2	25	25	13	220
Type III	80	75	0	25	25	13	218

10. Assessment-Target Reconciliation

The project outline contains two assessment-volume statements that are not fully consistent with one another. The earlier first-edition plan specifies 50 Type I, 75 Type II, and 75 Type III dedicated practice questions. A later project-wide minimum table lists 75, 100, and 100 respectively. The current repository follows the earlier dedicated-set design.

Assessment Category	Current Distinct Instances	Earlier First-Edition Plan	Later Project-Wide Minimum	Audit Status
Embedded concept checks	620	Not separately fixed in the earlier table	150	Exceeds later minimum
Core module practice, Modules 1-6	200	190-220 area total was planned across Core/foundations	200	Meets later minimum exactly
Type I dedicated practice	50	50	75	Meets earlier plan; 25 below later minimum
Type II dedicated practice	75	75	100	Meets earlier plan; 25 below later minimum
Type III dedicated practice	75	75	100	Meets earlier plan; 25 below later minimum
Universal Mock 1	100	100	100	Meets both
Universal Mock 2	100	100	100	Meets both
Remediation examination	50	50-100	50	Meets both
Total current question instances	1,280	540-620 before reuse/overlap	975	Exceeds aggregate minimum

10.1 Module Readiness Quiz Target

The later outline separately lists a target of 100 module readiness quiz questions. The current repository does not contain a separately labeled 100-question readiness-quiz bank. The module practice files function as readiness assessments, but those same questions are already counted as module/Type practice questions.

Control rule: Do not double-count the same question merely to satisfy two blueprint rows. A future governance revision should either define module readiness quiz as an overlapping functional label or create a distinct question set.

10.2 Readiness-Target Reconciliation

An older project-outline line uses an 85 percent section target. The current operational readiness files use the newer standard:

22 / 25 OR HIGHER
IN CORE, TYPE I, TYPE II, AND TYPE III
ON TWO SEPARATE CLOSED-BOOK CUMULATIVE ATTEMPTS
WITH NO UNRESOLVED P1 ERRORS

Since 22/25 equals 88 percent, this file uses the 22/25 twice standard. The older 85 percent line should be updated during the next project-governance cleanup.

11. Current EPA Test-Topic Coverage Matrix

The following matrix counts each question once under its primary EPA test-topic tag.

Section	Code	Current EPA Topic Heading	Questions	Status
Core	`C-EI`	Environmental Impacts	41	COVERED
Core	`C-CAA`	Clean Air Act and Montreal Protocol	15	COVERED
Core	`C-608`	Section 608 Regulations	217	COVERED
Core	`C-SUB`	Substitute Refrigerants and oils	78	COVERED
Core	`C-REF`	Refrigeration	103	COVERED
Core	`C-3R`	Three R Definitions	12	COVERED
Core	`C-REC`	Recovery Techniques	13	COVERED
Core	`C-EVAC`	Dehydration Evacuation	53	COVERED
Core	`C-SAF`	Safety	99	COVERED
Core	`C-SHIP`	Shipping	10	COVERED
Type I	`I-RR`	Recovery Requirements	30	COVERED
Type I	`I-RT`	Recovery Techniques	141	COVERED
Type I	`I-SAF`	Safety	14	COVERED
Type II	`II-LD`	Leak Detection	17	COVERED
Type II	`II-LR`	Leak repair requirements	20	COVERED
Type II	`II-RT`	Recovery Techniques	6	COVERED
Type II	`II-RR`	Recovery Requirements	50	COVERED
Type II	`II-REF`	Refrigeration	92	COVERED
Type II	`II-SAF`	Safety	35	COVERED
Type III	`III-LD`	Leak Detection	40	COVERED
Type III	`III-LR`	Leak repair requirements	0	GAP
Type III	`III-RT`	Recovery Techniques	33	COVERED
Type III	`III-RC`	Recharging Techniques	24	COVERED
Type III	`III-RR`	Recovery Requirements	23	COVERED
Type III	`III-REF`	Refrigeration	69	COVERED
Type III	`III-SAF`	Safety	29	COVERED
Core / course administration	`ADMIN`	Course/provider readiness, not a separate EPA technical heading	16	Supporting only

11.1 Identified EPA-Topic Gap

The current audit finds no Type III question whose primary tested concept is the EPA heading Leak repair requirements.

The course does assess:

Type III leak direction and leak indicators.
Low-pressure leak-test pressurization.
Leak-inspection/chronic-leaker concepts under Type III leak detection.
Current Section 608 leak-repair requirements elsewhere, especially in Core/Type II material.

However, those do not substitute for a Type III-specific question whose controlling answer is the applicable leak-repair requirement.

Recommended Correction

Add at least 3-5 original Type III questions explicitly testing the current leak-repair framework in a low-pressure-appliance context. The new items should cover, as applicable to the course scope:

Applicability of the current Section 608 ODS leak-repair framework to a qualifying low-pressure appliance.
The applicable annual leak-rate category for the stated use.
The full-charge threshold and the condition that makes the rule apply.
Repair/verification or related recordkeeping logic without confusing it with Type III leak-detection procedures.
Separation of current Section 608 ODS requirements from the separate AIM Act HFC framework where relevant.

Do not copy or reconstruct secure certification questions. Any added items must be original and must be verified against current official sources before release.

12. Major Instructional Outcome Coverage Matrix

For this audit, a major learning outcome is treated as the learning-scope cluster of one normal instructional subsection in Modules 1-9. This is the appropriate level for proving course coverage because many numbered learning objectives intentionally support the same integrated concept-check question.

The repository contains 75 normal instructional subsections, 666 numbered learning-objective statements, and 620 embedded concept-check questions. Every one of the 75 instructional subsections has at least one direct embedded assessment; in fact, the current minimum is 8 concept-check questions per audited instructional subsection.

This does not claim a one-question-to-one-objective mapping for all 666 individual objective bullets. It proves that no major subsection-level instructional outcome cluster is left without direct assessment.

Module	Subsection	Instructional Outcome Cluster	Section	Numbered Objectives	Direct Concept Checks	Primary EPA Tags Present	Coverage
1	`1.1`	Purpose and Scope of Section 608	Core	8	10	C-608	ASSESSED
1	`1.2`	Who Must Be Certified	Core	10	10	C-608, C-EVAC, C-REF	ASSESSED
1	`1.3`	Certification Types	Core	10	10	ADMIN, C-608	ASSESSED
1	`1.4`	Section 608 and Section 609	Core	10	10	C-608	ASSESSED
1	`1.5`	Examination Structure and Universal Certification	Core	12	10	ADMIN, C-608	ASSESSED
1	`1.6`	Study Method and Error Log	Core	6	10	ADMIN	ASSESSED
2	`2.1`	The Ozone Layer	Core	6	8	C-EI	ASSESSED
2	`2.2`	Ozone Depletion Process	Core	6	8	C-EI	ASSESSED
2	`2.3`	Refrigerant Families ODP and GWP	Core	6	8	C-EI	ASSESSED
2	`2.4`	Clean Air Act and Montreal Protocol	Core	6	8	C-CAA	ASSESSED
2	`2.5`	Venting Prohibition	Core	7	8	C-608, C-SAF	ASSESSED
2	`2.6`	Refrigerant Sales Restrictions	Core	7	8	C-608	ASSESSED
2	`2.7`	Enforcement Recordkeeping and Professional Responsibility	Core	7	8	C-608, C-CAA	ASSESSED
2	`2.8`	Current and Historical Regulation Comparison	Core	8	8	C-608	ASSESSED
3	`3.1`	Refrigerant Properties and Phase Change	Core	6	8	C-REF, C-SAF, C-SUB	ASSESSED
3	`3.2`	Pure Refrigerants and Refrigerant Blends	Core	6	8	C-SUB	ASSESSED
3	`3.3`	Temperature Glide Bubble Point and Dew Point	Core	6	8	C-SUB	ASSESSED
3	`3.4`	Refrigerant Identification	Core	6	8	C-608, C-REC, C-REF, C-SAF, C-SUB	ASSESSED
3	`3.5`	Refrigerant Lubricants	Core	6	8	C-SUB	ASSESSED
3	`3.6`	Moisture Acid and Noncondensables	Core	6	8	C-608, C-EVAC, C-REF, C-SAF	ASSESSED
3	`3.7`	Retrofitting and Substitute Refrigerants	Core	6	8	C-SUB	ASSESSED
4	`4.1`	Vapor-Compression Refrigeration Cycle	Core	6	8	C-REF	ASSESSED
4	`4.2`	Refrigerant State Through the Cycle	Core	6	8	C-REF, C-SAF	ASSESSED
4	`4.3`	High Side Low Side and Refrigerant Lines	Core	6	8	C-REF	ASSESSED
4	`4.4`	Receivers Accumulators and Filter-Driers	Core	6	8	C-REF	ASSESSED
4	`4.5`	Manifold Gauge Set and Service Hoses	Core	6	8	C-EVAC, C-REF	ASSESSED
4	`4.6`	Gauge Pressure Absolute Pressure and Vacuum	Core	6	8	C-EVAC, C-REF	ASSESSED
4	`4.7`	Pressure-Temperature Relationships	Core	6	8	C-REF, C-SUB	ASSESSED
4	`4.8`	Superheat and Subcooling	Core	6	8	C-REF, C-SUB	ASSESSED
5	`5.1`	Recover Recycle and Reclaim	Core	6	8	C-3R, C-608	ASSESSED
5	`5.2`	Recovery Equipment Categories	Core	6	8	C-3R, C-608, C-REC, C-REF	ASSESSED
5	`5.3`	Recovery Equipment Certification and Service Fittings	Core	6	8	C-608, C-REF, C-SAF	ASSESSED
5	`5.4`	Recovery Preparation	Core	6	8	C-608, C-SAF	ASSESSED
5	`5.5`	Recovery Methods and Recovery Speed	Core	6	8	C-REC, C-SAF	ASSESSED
5	`5.6`	Recovery Cylinders	Core	6	8	C-SAF	ASSESSED
5	`5.7`	Evacuation and Dehydration	Core	6	8	C-EVAC	ASSESSED
5	`5.8`	Standing Vacuum Test and Triple Evacuation	Core	6	8	C-EVAC, C-SAF	ASSESSED
5	`5.9`	Service-Practice Requirements and Exceptions	Core	8	8	C-608, C-EVAC, C-REF	ASSESSED
6	`6.1`	Personal Protective Equipment and Refrigerant Exposure	Core	6	8	C-SAF	ASSESSED
6	`6.2`	Respiratory and Confined-Space Hazards	Core	10	8	C-608, C-EVAC, C-SAF	ASSESSED
6	`6.3`	Fire Explosion and Decomposition Hazards	Core	10	8	C-SUB	ASSESSED
6	`6.4`	Refrigerant Safety Classifications	Core	6	8	C-SAF	ASSESSED
6	`6.5`	Nitrogen Pressure Testing	Core	12	8	C-SAF	ASSESSED
6	`6.6`	Leak Detection Methods	Core	10	8	C-608, C-EVAC, C-REF, C-SAF	ASSESSED
6	`6.7`	Machinery-Room Safety	Core	10	8	C-SAF	ASSESSED
6	`6.8`	Cylinder Shipping and Transportation	Core	12	8	C-SHIP	ASSESSED
6	`6.9`	Safe Disposal Requirements	Core	13	8	C-608	ASSESSED
7	`7.1`	Small Appliance Definition and Examples	Type I	10	8	I-RR	ASSESSED
7	`7.2`	Type I Exclusions and Boundary Cases	Type I	10	8	I-RT	ASSESSED
7	`7.3`	Type I Recovery Requirements	Type I	12	8	I-RR	ASSESSED
7	`7.4`	Access Fittings and Process Stubs	Type I	12	8	I-RT, I-SAF	ASSESSED
7	`7.5`	Recovery with an Operating Compressor	Type I	14	8	I-RT, I-SAF	ASSESSED
7	`7.6`	Recovery with a Failed Compressor	Type I	12	12	I-RR, I-RT	ASSESSED
7	`7.7`	Self-Contained Recovery	Type I	18	8	I-RT	ASSESSED
7	`7.8`	Type I Service and Disposal Scenarios	Type I	19	12	I-RR, I-RT	ASSESSED
8	`8.1`	Type II Equipment and Scope	Type II	10	8	II-REF	ASSESSED
8	`8.10`	Type II Safety	Type II	6	8	II-SAF	ASSESSED
8	`8.2`	Refrigerant Pressure Classifications	Type II	6	8	II-REF	ASSESSED
8	`8.3`	Type II Components and Refrigerant States	Type II	6	8	II-REF, II-RR	ASSESSED
8	`8.4`	Leak Indicators and Leak Detection	Type II	10	8	II-LD	ASSESSED
8	`8.5`	Leak Repair Requirements and Current Regulatory Updates	Type II	10	8	II-LR	ASSESSED
8	`8.6`	Type II Recovery Preparation	Type II	12	8	II-REF, II-RT, II-SAF	ASSESSED
8	`8.7`	Type II Recovery Procedures	Type II	12	8	II-REF, II-RR, II-SAF	ASSESSED
8	`8.8`	Type II Evacuation Requirements	Type II	12	8	II-RR	ASSESSED
8	`8.9`	Major Repair Special Conditions and Compressor Service	Type II	12	8	II-RR	ASSESSED
9	`9.1`	Low-Pressure Appliance Fundamentals	Type III	8	8	III-LD, III-REF	ASSESSED
9	`9.10`	Type III Safety and Machinery Rooms	Type III	18	8	III-SAF	ASSESSED
9	`9.2`	Low-Pressure Chiller Components	Type III	10	8	III-RC, III-REF, III-SAF	ASSESSED
9	`9.3`	Air Moisture and Purge Units	Type III	10	8	III-LD, III-REF	ASSESSED
9	`9.4`	Low-Pressure Leak Detection and Pressurization	Type III	11	8	III-LD	ASSESSED
9	`9.5`	Type III Recovery Sequence	Type III	12	8	III-REF, III-RR, III-RT, III-SAF	ASSESSED
9	`9.6`	Freeze Prevention During Recovery	Type III	12	8	III-RC, III-RT	ASSESSED
9	`9.7`	Refrigerant in Oil	Type III	12	8	III-RT	ASSESSED
9	`9.8`	Recharging Low-Pressure Systems	Type III	12	8	III-RC	ASSESSED
9	`9.9`	Type III Evacuation Requirements	Type III	14	8	III-LD, III-RR	ASSESSED

12.1 Outcome-Coverage Conclusion

At the major instructional subsection level, the current course has direct assessment coverage for 75 of 75 outcome clusters.

The separate EPA-topic audit in Section 11 is more stringent and identifies one distribution gap: Type III Leak repair requirements lacks a Type III-primary-tagged item. This should be corrected even though leak-repair concepts are taught and assessed elsewhere in the course.

13. Blueprint for Future Question Development

13.1 Minimum Rules for a New Question

Before a question is merged:

It must test content already taught or explicitly designated for the same assessment.
It must have four choices, A-D, with one best answer.
Distractors must be plausible and diagnosable.
The answer must be traceable to the course and, when rule-dependent, to a current authoritative source.
A numerical answer must include units and the condition that controls the number.
Current and historical regulatory values must not be mixed without explicit labeling.
The question must receive all metadata required in Section 3.
The question must be checked for near-duplication against the bank in this file.
The question must not reproduce, paraphrase too closely, or solicit recalled secure certification-test content.

13.2 Recommended Cognitive Mix

A balanced new set should include a deliberate mixture of:

Direct definitions/recognition.
Classification.
Rule/threshold with conditions.
Procedure or sequence.
Safety/hazard recognition.
P-T, pressure, vacuum, or units where relevant.
Scenario/application.
Current-versus-historical discrimination where the topic is vulnerable to obsolete study material.

13.3 Mock Examination Rule

Universal mocks should remain substantially independent. Do not populate Mock 2 by simply copying Mock 1 with reordered choices. Reusing the same concept is acceptable when the appliance, conditions, distractor logic, or required reasoning are meaningfully different.

14. Master Question Register

14.1 Register Legend

Difficulty: B Basic, S Standard, A Applied, C Challenging.
Use: CC embedded concept check, P module/Type practice, CR cumulative review, M1 Mock 1, M2 Mock 2, R remediation.
Question type: see Section 7.
EPA topic: see Section 5.
Verified: technical/regulatory review date of the source bank. For a purely technical item, the date records bank review and does not imply that the item itself is a federal regulatory requirement.

The 10 10.3-* answer letters are audit-derived as documented in Section 2.1; all other answer letters come from existing answer files.

ID	Mod	Subsection	Section	EPA Topic	Diff	Type	Ans	Error	Verified	Use	Topic
`1.1-1`	1	`1.1`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Purpose of Section 608
`1.1-2`	1	`1.1`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Meaning of Section 608 certification
`1.1-3`	1	`1.1`	Core	`C-608`	`B`	`DEFN`	D	`DEF`	2026-08-05	`CC`	Program scope
`1.1-4`	1	`1.1`	Core	`C-608`	`S`	`DEFN`	C	`DEF`	2026-08-05	`CC`	Limits of Universal certification
`1.1-5`	1	`1.1`	Core	`C-608`	`S`	`HIST`	B	`LEG`	2026-08-05	`CC`	Regulatory source control
`1.1-6`	1	`1.1`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Refrigerant conservation
`1.1-7`	1	`1.1`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-05	`CC`	Overall program scope
`1.1-8`	1	`1.1`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Program elements
`1.1-9`	1	`1.1`	Core	`C-608`	`S`	`SAFE`	B	`SAF`	2026-08-05	`CC`	Environmental compliance versus complete safe practice
`1.1-10`	1	`1.1`	Core	`C-608`	`S`	`DEFN`	C	`DEF`	2026-08-05	`CC`	Responsible parties
`1.2-1`	1	`1.2`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-05	`CC`	Technician definition
`1.2-2`	1	`1.2`	Core	`C-REF`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Gauge connection
`1.2-3`	1	`1.2`	Core	`C-608`	`B`	`CLASS`	C	`CLS`	2026-08-05	`CC`	Non-covered limited activities
`1.2-4`	1	`1.2`	Core	`C-608`	`C`	`RULE`	B	`REG`	2026-08-05	`CC`	Opening an appliance versus technician activity
`1.2-5`	1	`1.2`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-05	`CC`	Registered-apprentice qualification
`1.2-6`	1	`1.2`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Apprentice supervision
`1.2-7`	1	`1.2`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-05	`CC`	Formal laboratory coursework
`1.2-8`	1	`1.2`	Core	`C-EVAC`	`C`	`RULE`	A	`REG`	2026-08-05	`CC`	Work on a properly evacuated appliance
`1.2-9`	1	`1.2`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-05	`CC`	Small-appliance disposal exception
`1.2-10`	1	`1.2`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-05	`CC`	Mini-split installation
`1.3-1`	1	`1.3`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Role of Core
`1.3-2`	1	`1.3`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Small-appliance definition
`1.3-3`	1	`1.3`	Core	`C-608`	`S`	`CLASS`	B	`CLS`	2026-08-05	`CC`	Type I versus Type II
`1.3-4`	1	`1.3`	Core	`C-608`	`B`	`CLASS`	C	`CLS`	2026-08-05	`CC`	Type III equipment
`1.3-5`	1	`1.3`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Universal certification
`1.3-6`	1	`1.3`	Core	`C-608`	`B`	`CLASS`	C	`CLS`	2026-08-05	`CC`	Representative Type II equipment
`1.3-7`	1	`1.3`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Type II scope
`1.3-8`	1	`1.3`	Core	`ADMIN`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Open-book Core limitation
`1.3-9`	1	`1.3`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-05	`CC`	Refrigerant-specific training
`1.3-10`	1	`1.3`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-05	`CC`	Small-appliance disposal
`1.4-1`	1	`1.4`	Core	`C-608`	`B`	`CLASS`	B	`CLS`	2026-08-05	`CC`	Primary program scope
`1.4-2`	1	`1.4`	Core	`C-608`	`B`	`CLASS`	C	`CLS`	2026-08-05	`CC`	Paid MVAC service
`1.4-3`	1	`1.4`	Core	`C-608`	`S`	`CLASS`	C	`CLS`	2026-08-05	`CC`	MVAC versus refrigerated cargo
`1.4-4`	1	`1.4`	Core	`C-608`	`S`	`CLASS`	C	`CLS`	2026-08-05	`CC`	MVAC-like appliance certification
`1.4-5`	1	`1.4`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`CC`	Meaning of consideration
`1.4-6`	1	`1.4`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Section 609 certification process
`1.4-7`	1	`1.4`	Core	`C-608`	`C`	`CLASS`	B	`CLS`	2026-08-05	`CC`	R-22 bus example
`1.4-8`	1	`1.4`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Refrigerant-purchase authority
`1.4-9`	1	`1.4`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	MVAC disposal
`1.4-10`	1	`1.4`	Core	`C-608`	`C`	`RULE`	B	`REG`	2026-08-05	`CC`	Compensation and MVAC-like appliances
`1.5-1`	1	`1.5`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-05	`CC`	Approved test administration
`1.5-2`	1	`1.5`	Core	`C-608`	`B`	`RULE`	B	`REG`	2026-08-05	`CC`	Meaning of EPA approval
`1.5-3`	1	`1.5`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-05	`CC`	Limited-certification structure
`1.5-4`	1	`1.5`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-05	`CC`	Universal examination combination
`1.5-5`	1	`1.5`	Core	`ADMIN`	`S`	`RULE`	B	`REG`	2026-08-05	`CC`	Open-book Core limitation
`1.5-6`	1	`1.5`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-05	`CC`	Credential validity
`1.5-7`	1	`1.5`	Core	`ADMIN`	`S`	`TECH`	B	`SRC`	2026-08-05	`CC`	Provider-specific procedures
`1.5-8`	1	`1.5`	Core	`C-608`	`S`	`TECH`	B	`REC`	2026-08-05	`CC`	Section-level readiness
`1.5-9`	1	`1.5`	Core	`C-608`	`B`	`SCEN-D`	B	`READ`	2026-08-05	`CC`	Question-reading strategy
`1.5-10`	1	`1.5`	Core	`C-608`	`B`	`RULE`	B	`REG`	2026-08-05	`CC`	Credential preservation
`1.6-1`	1	`1.6`	Core	`ADMIN`	`B`	`TECH`	B	`REC`	2026-08-05	`CC`	Six-stage study cycle
`1.6-2`	1	`1.6`	Core	`ADMIN`	`B`	`SCEN-D`	C	`GUE`	2026-08-05	`CC`	Confidence coding
`1.6-3`	1	`1.6`	Core	`ADMIN`	`B`	`TECH`	B	`REC`	2026-08-05	`CC`	Section-level scoring
`1.6-4`	1	`1.6`	Core	`ADMIN`	`B`	`HIST`	A	`LEG`	2026-08-05	`CC`	Error-category coding
`1.6-5`	1	`1.6`	Core	`ADMIN`	`S`	`TECH`	C	`REC`	2026-08-05	`CC`	Effective flashcards
`1.6-6`	1	`1.6`	Core	`ADMIN`	`B`	`SCEN`	A	`REC`	2026-08-05	`CC`	Spaced review
`1.6-7`	1	`1.6`	Core	`ADMIN`	`B`	`TECH`	B	`REC`	2026-08-05	`CC`	Confirmed Ready status
`1.6-8`	1	`1.6`	Core	`ADMIN`	`B`	`TECH`	B	`REC`	2026-08-05	`CC`	Interleaved practice
`1.6-9`	1	`1.6`	Core	`ADMIN`	`S`	`TECH`	B	`SRC`	2026-08-05	`CC`	Regulatory verification
`1.6-10`	1	`1.6`	Core	`ADMIN`	`B`	`TECH`	B	`REC`	2026-08-05	`CC`	Closing an error-log entry
`1.8-1`	1	`1.8`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-05	`P`	Purpose and scope of Section 608
`1.8-2`	1	`1.8`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-05	`P`	Meaning and limits of the credential
`1.8-3`	1	`1.8`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-05	`P`	Regulatory definition of a technician
`1.8-4`	1	`1.8`	Core	`C-REF`	`C`	`RULE`	C	`REG`	2026-08-05	`P`	Gauge connection versus opening an appliance
`1.8-5`	1	`1.8`	Core	`C-608`	`B`	`CLASS`	B	`CLS`	2026-08-05	`P`	Activities that do and do not require certification
`1.8-6`	1	`1.8`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-05	`P`	Certification during installation
`1.8-7`	1	`1.8`	Core	`C-608`	`C`	`RULE`	D	`REG`	2026-08-05	`P`	Registered-apprentice exemption
`1.8-8`	1	`1.8`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-05	`P`	Formal laboratory coursework versus on-the-job training
`1.8-9`	1	`1.8`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-05	`P`	Disposal certification exception
`1.8-10`	1	`1.8`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-05	`P`	Small-appliance definition
`1.8-11`	1	`1.8`	Core	`C-608`	`S`	`CLASS`	C	`CLS`	2026-08-05	`P`	Type I versus Type II classification
`1.8-12`	1	`1.8`	Core	`C-608`	`S`	`CLASS`	D	`CLS`	2026-08-05	`P`	Type II scope
`1.8-13`	1	`1.8`	Core	`C-608`	`B`	`CLASS`	B	`CLS`	2026-08-05	`P`	Type III equipment identification
`1.8-14`	1	`1.8`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-05	`P`	Universal certification scope
`1.8-15`	1	`1.8`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-05	`P`	Appliance-based certification versus refrigerant-specific training
`1.8-16`	1	`1.8`	Core	`C-608`	`B`	`CLASS`	D	`CLS`	2026-08-05	`P`	Section 608 versus Section 609
`1.8-17`	1	`1.8`	Core	`C-608`	`C`	`CLASS`	B	`CLS`	2026-08-05	`P`	MVAC-like appliance certification pathways
`1.8-18`	1	`1.8`	Core	`C-608`	`S`	`CLASS`	A	`CLS`	2026-08-05	`P`	MVAC versus refrigerated-cargo equipment
`1.8-19`	1	`1.8`	Core	`C-608`	`C`	`CLASS`	C	`CLS`	2026-08-05	`P`	Bus-system classification example
`1.8-20`	1	`1.8`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-05	`P`	Refrigerant sales restriction and certification scope
`1.8-21`	1	`1.8`	Core	`C-608`	`B`	`RULE`	B	`REG`	2026-08-05	`P`	Approved examination administration
`1.8-22`	1	`1.8`	Core	`ADMIN`	`S`	`RULE`	C	`REG`	2026-08-05	`P`	Open-book Core limitation
`1.8-23`	1	`1.8`	Core	`C-608`	`B`	`RULE`	A	`REG`	2026-08-05	`P`	Credential validity and continuing responsibility
`1.8-24`	1	`1.8`	Core	`ADMIN`	`B`	`SCEN-D`	D	`GUE`	2026-08-05	`P`	Confidence coding and correct guesses
`1.8-25`	1	`1.8`	Core	`C-608`	`B`	`TECH`	B	`REC`	2026-08-05	`P`	Project readiness standard
`2.1-1`	2	`2.1`	Core	`C-EI`	`B`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Ozone chemistry
`2.1-2`	2	`2.1`	Core	`C-EI`	`B`	`DEFN`	A	`DEF`	2026-08-06	`CC`	Ozone location
`2.1-3`	2	`2.1`	Core	`C-EI`	`S`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Ground-level versus stratospheric ozone
`2.1-4`	2	`2.1`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Ultraviolet radiation
`2.1-5`	2	`2.1`	Core	`C-EI`	`B`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Ultraviolet radiation
`2.1-6`	2	`2.1`	Core	`C-EI`	`S`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Health effects of ozone depletion
`2.1-7`	2	`2.1`	Core	`C-EI`	`S`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Environmental effects of ozone depletion
`2.1-8`	2	`2.1`	Core	`C-EI`	`B`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Ozone-layer structure
`2.2-1`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Transport of ozone-depleting substances
`2.2-2`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Photolysis of ozone-depleting substances
`2.2-3`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	A	`DEF`	2026-08-06	`CC`	Chlorine catalytic cycle
`2.2-4`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Catalytic ozone destruction
`2.2-5`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Net ozone-destruction reaction
`2.2-6`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	CFC versus HCFC ozone impact
`2.2-7`	2	`2.2`	Core	`C-EI`	`S`	`DEFN`	A	`DEF`	2026-08-06	`CC`	Bromine-containing ozone-depleting substances
`2.2-8`	2	`2.2`	Core	`C-EI`	`C`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Polar ozone chemistry
`2.3-1`	2	`2.3`	Core	`C-EI`	`B`	`DEFN`	A	`DEF`	2026-08-06	`CC`	HCFC composition
`2.3-2`	2	`2.3`	Core	`C-EI`	`B`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Ozone-depletion potential
`2.3-3`	2	`2.3`	Core	`C-EI`	`B`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Global-warming potential
`2.3-4`	2	`2.3`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	HFC environmental effects
`2.3-5`	2	`2.3`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`CC`	HFO atmospheric behavior
`2.3-6`	2	`2.3`	Core	`C-EI`	`B`	`DEFN`	C	`DEF`	2026-08-06	`CC`	Refrigerant identities
`2.3-7`	2	`2.3`	Core	`C-EI`	`S`	`SCEN-D`	B	`DIST`	2026-08-06	`CC`	ODP versus total environmental effect
`2.3-8`	2	`2.3`	Core	`C-EI`	`S`	`TECH`	B	`SRC`	2026-08-06	`CC`	GWP source basis
`2.4-1`	2	`2.4`	Core	`C-CAA`	`B`	`DEFN`	B	`DEF`	2026-08-06	`CC`	Montreal Protocol
`2.4-2`	2	`2.4`	Core	`C-CAA`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Clean Air Act Section 608
`2.4-3`	2	`2.4`	Core	`C-CAA`	`S`	`RULE`	A	`REG`	2026-08-06	`CC`	CFC phaseout timeline
`2.4-4`	2	`2.4`	Core	`C-CAA`	`S`	`RULE`	D	`REG`	2026-08-06	`CC`	HCFC-22 phaseout timeline
`2.4-5`	2	`2.4`	Core	`C-CAA`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Existing R-22 equipment
`2.4-6`	2	`2.4`	Core	`C-CAA`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	HCFC phaseout timeline
`2.4-7`	2	`2.4`	Core	`C-CAA`	`C`	`DEFN`	A	`DEF`	2026-08-06	`CC`	Montreal Protocol consumption
`2.4-8`	2	`2.4`	Core	`C-CAA`	`S`	`RULE`	D	`REG`	2026-08-06	`CC`	Kigali Amendment
`2.5-1`	2	`2.5`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Intentional venting
`2.5-2`	2	`2.5`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	De minimis release
`2.5-3`	2	`2.5`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Hose connection and disconnection
`2.5-4`	2	`2.5`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-06	`CC`	Normal-operation emissions
`2.5-5`	2	`2.5`	Core	`C-608`	`B`	`RULE`	D	`REG`	2026-08-06	`CC`	Exempt substitutes
`2.5-6`	2	`2.5`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	End-use-specific exemptions
`2.5-7`	2	`2.5`	Core	`C-SAF`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Nitrogen pressure testing
`2.5-8`	2	`2.5`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Recovered refrigerant and venting
`2.6-1`	2	`2.6`	Core	`C-608`	`B`	`RULE`	B	`REG`	2026-08-06	`CC`	Stationary refrigerant purchase authority
`2.6-2`	2	`2.6`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Employer and authorized-representative purchases
`2.6-3`	2	`2.6`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Section 609 purchase limitations
`2.6-4`	2	`2.6`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-06	`CC`	Small-can MVAC exception
`2.6-5`	2	`2.6`	Core	`C-608`	`B`	`RULE`	A	`REG`	2026-08-06	`CC`	Retailer sales records
`2.6-6`	2	`2.6`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Sales-record retention
`2.6-7`	2	`2.6`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-06	`CC`	Sale of used refrigerant
`2.6-8`	2	`2.6`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Sale of refrigerant-containing appliances
`2.7-1`	2	`2.7`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Certification misuse
`2.7-2`	2	`2.7`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Technician certification records
`2.7-3`	2	`2.7`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Disposal recordkeeping
`2.7-4`	2	`2.7`	Core	`C-608`	`B`	`RULE`	A	`REG`	2026-08-06	`CC`	Retailer records
`2.7-5`	2	`2.7`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Owner/operator records
`2.7-6`	2	`2.7`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Chronic-leak reporting
`2.7-7`	2	`2.7`	Core	`C-CAA`	`S`	`HIST`	A	`LEG`	2026-08-06	`CC`	Penalty verification
`2.7-8`	2	`2.7`	Core	`C-608`	`S`	`SAFE`	C	`SAF`	2026-08-06	`CC`	Professional responsibility
`2.8-1`	2	`2.8`	Core	`C-608`	`B`	`RULE`	C	`REG`	2026-08-06	`CC`	Current leak-repair trigger rates
`2.8-2`	2	`2.8`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Section 608 versus AIM Act leak repair
`2.8-3`	2	`2.8`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Historical versus current sales restrictions
`2.8-4`	2	`2.8`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`CC`	Recovery-equipment standards
`2.8-5`	2	`2.8`	Core	`C-608`	`S`	`HIST`	B	`LEG`	2026-08-06	`CC`	Historical versus current penalties
`2.8-6`	2	`2.8`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`CC`	Recovery-equipment date rules
`2.8-7`	2	`2.8`	Core	`C-608`	`S`	`HIST`	C	`LEG`	2026-08-06	`CC`	ARI versus AHRI terminology
`2.8-8`	2	`2.8`	Core	`C-608`	`S`	`HIST`	C	`LEG`	2026-08-06	`CC`	Legacy question handling
`2.10-1`	2	`2.10`	Core	`C-EI`	`B`	`DEFN`	B	`DEF`	2026-08-06	`P`	Ozone-layer function
`2.10-2`	2	`2.10`	Core	`C-EI`	`B`	`DEFN`	D	`DEF`	2026-08-06	`P`	Ground-level versus stratospheric ozone
`2.10-3`	2	`2.10`	Core	`C-EI`	`B`	`DEFN`	A	`DEF`	2026-08-06	`P`	Ultraviolet radiation
`2.10-4`	2	`2.10`	Core	`C-EI`	`B`	`DEFN`	C	`DEF`	2026-08-06	`P`	Ozone depletion and UVB
`2.10-5`	2	`2.10`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-06	`P`	Transport of ozone-depleting substances
`2.10-6`	2	`2.10`	Core	`C-EI`	`S`	`DEFN`	C	`DEF`	2026-08-06	`P`	Photolysis of ozone-depleting substances
`2.10-7`	2	`2.10`	Core	`C-EI`	`S`	`DEFN`	A	`DEF`	2026-08-06	`P`	Catalytic ozone destruction
`2.10-8`	2	`2.10`	Core	`C-EI`	`S`	`DEFN`	D	`DEF`	2026-08-06	`P`	Bromine ozone chemistry
`2.10-9`	2	`2.10`	Core	`C-EI`	`B`	`DEFN`	C	`DEF`	2026-08-06	`P`	Ozone-depletion potential
`2.10-10`	2	`2.10`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-06	`P`	Global-warming potential
`2.10-11`	2	`2.10`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-06	`P`	HCFC composition
`2.10-12`	2	`2.10`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-06	`P`	HFC environmental effects
`2.10-13`	2	`2.10`	Core	`C-SUB`	`S`	`DEFN`	C	`DEF`	2026-08-06	`P`	HFO composition and behavior
`2.10-14`	2	`2.10`	Core	`C-CAA`	`B`	`RULE`	A	`REG`	2026-08-06	`P`	Montreal Protocol timeline
`2.10-15`	2	`2.10`	Core	`C-CAA`	`S`	`RULE`	D	`REG`	2026-08-06	`P`	Phaseout versus equipment-use ban
`2.10-16`	2	`2.10`	Core	`C-CAA`	`S`	`RULE`	B	`REG`	2026-08-06	`P`	HCFC-22 phaseout timeline
`2.10-17`	2	`2.10`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`P`	Kigali Amendment
`2.10-18`	2	`2.10`	Core	`C-608`	`B`	`RULE`	A	`REG`	2026-08-06	`P`	Intentional venting
`2.10-19`	2	`2.10`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-06	`P`	De minimis release
`2.10-20`	2	`2.10`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`P`	Normal-operation emissions
`2.10-21`	2	`2.10`	Core	`C-SAF`	`S`	`RULE`	C	`REG`	2026-08-06	`P`	Nitrogen pressure testing
`2.10-22`	2	`2.10`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-06	`P`	Broad venting exemptions
`2.10-23`	2	`2.10`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`P`	Refrigerant-sales restriction timeline
`2.10-24`	2	`2.10`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-06	`P`	Section 609 purchase limitations
`2.10-25`	2	`2.10`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-06	`P`	Small-can MVAC exception
`2.10-26`	2	`2.10`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`P`	Authorized representative purchase
`2.10-27`	2	`2.10`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-06	`P`	Sale of used refrigerant
`2.10-28`	2	`2.10`	Core	`C-608`	`B`	`RULE`	B	`REG`	2026-08-06	`P`	Retailer records
`2.10-29`	2	`2.10`	Core	`C-608`	`B`	`RULE`	A	`REG`	2026-08-06	`P`	Technician certification records
`2.10-30`	2	`2.10`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`P`	Disposal recordkeeping
`2.10-31`	2	`2.10`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`P`	Chronic-leak reporting
`2.10-32`	2	`2.10`	Core	`C-CAA`	`S`	`HIST`	D	`LEG`	2026-08-06	`P`	Penalty verification
`2.10-33`	2	`2.10`	Core	`C-608`	`S`	`HIST`	A	`LEG`	2026-08-06	`P`	Historical versus current leak rates
`2.10-34`	2	`2.10`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-06	`P`	Section 608 versus AIM Act
`2.10-35`	2	`2.10`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-06	`P`	Recovery-equipment standard timeline
`3.1-1`	3	`3.1`	Core	`C-REF`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Refrigerant role
`3.1-2`	3	`3.1`	Core	`C-REF`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Sensible heat
`3.1-3`	3	`3.1`	Core	`C-SAF`	`B`	`PROC`	A	`PRO`	2026-08-07	`CC`	Evaporation
`3.1-4`	3	`3.1`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`CC`	Saturation pressure and temperature
`3.1-5`	3	`3.1`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Subcooling
`3.1-6`	3	`3.1`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Superheat
`3.1-7`	3	`3.1`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`CC`	Saturation condition
`3.1-8`	3	`3.1`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	Pure versus zeotropic phase change
`3.2-1`	3	`3.2`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	Pure refrigerant
`3.2-2`	3	`3.2`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	400-series zeotropic blends
`3.2-3`	3	`3.2`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	500-series azeotropic blends
`3.2-4`	3	`3.2`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Fractionation
`3.2-5`	3	`3.2`	Core	`C-SUB`	`B`	`PROC`	C	`PRO`	2026-08-07	`CC`	Liquid charging of blends
`3.2-6`	3	`3.2`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`CC`	Near-azeotropic blends
`3.2-7`	3	`3.2`	Core	`C-SUB`	`B`	`PROC`	B	`PRO`	2026-08-07	`CC`	Recovery of blends
`3.2-8`	3	`3.2`	Core	`C-SUB`	`B`	`CLASS`	C	`CLS`	2026-08-07	`CC`	R-410A classification
`3.3-1`	3	`3.3`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Temperature glide
`3.3-2`	3	`3.3`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	Bubble point
`3.3-3`	3	`3.3`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Dew point
`3.3-4`	3	`3.3`	Core	`C-SUB`	`B`	`CALC`	B	`CAL`	2026-08-07	`CC`	Superheat reference
`3.3-5`	3	`3.3`	Core	`C-SUB`	`B`	`CALC`	A	`CAL`	2026-08-07	`CC`	Subcooling reference
`3.3-6`	3	`3.3`	Core	`C-SUB`	`B`	`PROC`	C	`PRO`	2026-08-07	`CC`	Zeotropic evaporation
`3.3-7`	3	`3.3`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Glide versus fractionation
`3.3-8`	3	`3.3`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`CC`	Near-azeotropic behavior
`3.4-1`	3	`3.4`	Core	`C-608`	`B`	`CLASS`	B	`CLS`	2026-08-07	`CC`	Equipment identification
`3.4-2`	3	`3.4`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Cylinder identification
`3.4-3`	3	`3.4`	Core	`C-REF`	`A`	`PT`	D	`CAL`	2026-08-07	`CC`	P-T identification
`3.4-4`	3	`3.4`	Core	`C-REF`	`A`	`PROC`	B	`PRO`	2026-08-07	`CC`	Conflicting identification evidence
`3.4-5`	3	`3.4`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	Refrigerant analyzer
`3.4-6`	3	`3.4`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Manufactured blend versus contamination
`3.4-7`	3	`3.4`	Core	`C-SAF`	`A`	`PROC`	C	`PRO`	2026-08-07	`CC`	Unknown refrigerant handling
`3.4-8`	3	`3.4`	Core	`C-REC`	`A`	`PROC`	A	`PRO`	2026-08-07	`CC`	Cross-contamination control
`3.5-1`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	POE association
`3.5-2`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	PAG association
`3.5-3`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Viscosity
`3.5-4`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Miscibility
`3.5-5`	3	`3.5`	Core	`C-SUB`	`B`	`SAFE`	A	`SAF`	2026-08-07	`CC`	Hygroscopic lubricants
`3.5-6`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`CC`	Dielectric strength
`3.5-7`	3	`3.5`	Core	`C-SUB`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Oxidation resistance
`3.5-8`	3	`3.5`	Core	`C-SUB`	`B`	`PROC`	C	`PRO`	2026-08-07	`CC`	Lubricant selection
`3.6-1`	3	`3.6`	Core	`C-608`	`B`	`SAFE`	A	`SAF`	2026-08-07	`CC`	Moisture and ice
`3.6-2`	3	`3.6`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-07	`CC`	Acid formation
`3.6-3`	3	`3.6`	Core	`C-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-07	`CC`	Copper plating
`3.6-4`	3	`3.6`	Core	`C-REF`	`A`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Noncondensables
`3.6-5`	3	`3.6`	Core	`C-REF`	`B`	`PROC`	B	`PRO`	2026-08-07	`CC`	Filter-driers
`3.6-6`	3	`3.6`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-07	`CC`	Moisture indicators
`3.6-7`	3	`3.6`	Core	`C-EVAC`	`A`	`PT`	B	`CAL`	2026-08-07	`CC`	Deep-vacuum measurement
`3.6-8`	3	`3.6`	Core	`C-SAF`	`A`	`PROC`	C	`PRO`	2026-08-07	`CC`	Nitrogen removal
`3.7-1`	3	`3.7`	Core	`C-SUB`	`B`	`SCEN-D`	B	`DIST`	2026-08-07	`CC`	Drop-in misconception
`3.7-2`	3	`3.7`	Core	`C-SUB`	`B`	`CLASS`	C	`CLS`	2026-08-07	`CC`	Substitute selection
`3.7-3`	3	`3.7`	Core	`C-SUB`	`A`	`PROC`	A	`PRO`	2026-08-07	`CC`	Lubricant compatibility
`3.7-4`	3	`3.7`	Core	`C-SUB`	`A`	`SAFE`	D	`SAF`	2026-08-07	`CC`	Pressure compatibility
`3.7-5`	3	`3.7`	Core	`C-SUB`	`B`	`PROC`	B	`PRO`	2026-08-07	`CC`	Leak testing and evacuation
`3.7-6`	3	`3.7`	Core	`C-SUB`	`B`	`PROC`	A	`PRO`	2026-08-07	`CC`	Zeotropic retrofit charging
`3.7-7`	3	`3.7`	Core	`C-SUB`	`A`	`PROC`	C	`PRO`	2026-08-07	`CC`	Retrofit labeling
`3.7-8`	3	`3.7`	Core	`C-SUB`	`A`	`SAFE`	D	`SAF`	2026-08-07	`CC`	Safety classification
`3.9-1`	3	`3.9`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-07	`P`	Refrigerant role
`3.9-2`	3	`3.9`	Core	`C-REF`	`B`	`DEFN`	C	`DEF`	2026-08-07	`P`	Latent heat
`3.9-3`	3	`3.9`	Core	`C-SAF`	`A`	`DEFN`	A	`DEF`	2026-08-07	`P`	Saturation pressure and temperature
`3.9-4`	3	`3.9`	Core	`C-REF`	`A`	`DEFN`	D	`DEF`	2026-08-07	`P`	Superheat
`3.9-5`	3	`3.9`	Core	`C-SUB`	`B`	`CLASS`	C	`CLS`	2026-08-07	`P`	400-series zeotropic blends
`3.9-6`	3	`3.9`	Core	`C-SUB`	`B`	`CLASS`	A	`CLS`	2026-08-07	`P`	500-series azeotropic blends
`3.9-7`	3	`3.9`	Core	`C-SUB`	`A`	`CLASS`	B	`CLS`	2026-08-07	`P`	Near-azeotropic behavior
`3.9-8`	3	`3.9`	Core	`C-SUB`	`A`	`DEFN`	D	`DEF`	2026-08-07	`P`	Fractionation
`3.9-9`	3	`3.9`	Core	`C-SUB`	`B`	`PROC`	C	`PRO`	2026-08-07	`P`	Liquid charging of blends
`3.9-10`	3	`3.9`	Core	`C-SUB`	`B`	`PROC`	B	`PRO`	2026-08-07	`P`	Recovery of blends
`3.9-11`	3	`3.9`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`P`	Bubble point
`3.9-12`	3	`3.9`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`P`	Dew point
`3.9-13`	3	`3.9`	Core	`C-SUB`	`B`	`CALC`	B	`CAL`	2026-08-07	`P`	Superheat reference
`3.9-14`	3	`3.9`	Core	`C-SUB`	`B`	`CALC`	C	`CAL`	2026-08-07	`P`	Subcooling reference
`3.9-15`	3	`3.9`	Core	`C-SUB`	`B`	`PT`	A	`CAL`	2026-08-07	`P`	Temperature glide
`3.9-16`	3	`3.9`	Core	`C-REF`	`A`	`PT`	D	`CAL`	2026-08-07	`P`	P-T identification limits
`3.9-17`	3	`3.9`	Core	`C-608`	`B`	`CLASS`	B	`CLS`	2026-08-07	`P`	Equipment nameplate
`3.9-18`	3	`3.9`	Core	`C-608`	`B`	`DEFN`	C	`DEF`	2026-08-07	`P`	Cylinder identification
`3.9-19`	3	`3.9`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-07	`P`	Refrigerant analyzer
`3.9-20`	3	`3.9`	Core	`C-SAF`	`A`	`PROC`	D	`PRO`	2026-08-07	`P`	Mixed-refrigerant contamination
`3.9-21`	3	`3.9`	Core	`C-SUB`	`B`	`SCEN-D`	B	`DIST`	2026-08-07	`P`	Lubricant compatibility
`3.9-22`	3	`3.9`	Core	`C-SUB`	`B`	`DEFN`	A	`DEF`	2026-08-07	`P`	PAG and MVAC
`3.9-23`	3	`3.9`	Core	`C-SUB`	`B`	`DEFN`	C	`DEF`	2026-08-07	`P`	Miscibility
`3.9-24`	3	`3.9`	Core	`C-SUB`	`B`	`DEFN`	D	`DEF`	2026-08-07	`P`	Dielectric strength
`3.9-25`	3	`3.9`	Core	`C-608`	`B`	`SAFE`	B	`SAF`	2026-08-07	`P`	Moisture contamination
`3.9-26`	3	`3.9`	Core	`C-REF`	`B`	`DEFN`	C	`DEF`	2026-08-07	`P`	Noncondensables
`3.9-27`	3	`3.9`	Core	`C-EVAC`	`A`	`PROC`	A	`PRO`	2026-08-07	`P`	Filter-drier versus evacuation
`3.9-28`	3	`3.9`	Core	`C-SUB`	`A`	`SCEN-D`	D	`DIST`	2026-08-07	`P`	Drop-in misconception
`3.9-29`	3	`3.9`	Core	`C-SUB`	`A`	`PROC`	C	`PRO`	2026-08-07	`P`	Retrofit sequence
`3.9-30`	3	`3.9`	Core	`C-SUB`	`A`	`SAFE`	B	`SAF`	2026-08-07	`P`	Safety classification
`4.1-1`	4	`4.1`	Core	`C-REF`	`S`	`PROC`	B	`PRO`	2026-08-09	`CC`	Cycle sequence
`4.1-2`	4	`4.1`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`CC`	Compressor function
`4.1-3`	4	`4.1`	Core	`C-REF`	`S`	`DEFN`	D	`DEF`	2026-08-09	`CC`	Condenser function
`4.1-4`	4	`4.1`	Core	`C-REF`	`B`	`DEFN`	C	`DEF`	2026-08-09	`CC`	Metering-device function
`4.1-5`	4	`4.1`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Evaporator function
`4.1-6`	4	`4.1`	Core	`C-REF`	`S`	`CALC`	A	`CAL`	2026-08-09	`CC`	Cycle energy balance
`4.1-7`	4	`4.1`	Core	`C-REF`	`S`	`PROC`	D	`PRO`	2026-08-09	`CC`	Compressor inlet state
`4.1-8`	4	`4.1`	Core	`C-REF`	`S`	`DEFN`	C	`DEF`	2026-08-09	`CC`	Purpose of refrigeration cycle
`4.2-1`	4	`4.2`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Compressor inlet refrigerant state
`4.2-2`	4	`4.2`	Core	`C-REF`	`S`	`DEFN`	C	`DEF`	2026-08-09	`CC`	Compressor outlet refrigerant state
`4.2-3`	4	`4.2`	Core	`C-SAF`	`S`	`PROC`	D	`PRO`	2026-08-09	`CC`	Condenser state change
`4.2-4`	4	`4.2`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`CC`	Condenser outlet refrigerant state
`4.2-5`	4	`4.2`	Core	`C-REF`	`S`	`PROC`	C	`PRO`	2026-08-09	`CC`	Metering-device outlet refrigerant state
`4.2-6`	4	`4.2`	Core	`C-REF`	`S`	`PROC`	B	`PRO`	2026-08-09	`CC`	Flash gas formation
`4.2-7`	4	`4.2`	Core	`C-REF`	`S`	`PROC`	A	`PRO`	2026-08-09	`CC`	Evaporator state change
`4.2-8`	4	`4.2`	Core	`C-REF`	`S`	`DEFN`	D	`DEF`	2026-08-09	`CC`	Superheat and subcooling locations
`4.3-1`	4	`4.3`	Core	`C-REF`	`S`	`CLASS`	B	`CLS`	2026-08-09	`CC`	High-side boundary
`4.3-2`	4	`4.3`	Core	`C-REF`	`S`	`DEFN`	C	`DEF`	2026-08-09	`CC`	Discharge line
`4.3-3`	4	`4.3`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`CC`	Liquid line
`4.3-4`	4	`4.3`	Core	`C-REF`	`S`	`DEFN`	D	`DEF`	2026-08-09	`CC`	Suction line
`4.3-5`	4	`4.3`	Core	`C-REF`	`S`	`PROC`	B	`PRO`	2026-08-09	`CC`	High-to-low pressure transition
`4.3-6`	4	`4.3`	Core	`C-REF`	`S`	`PROC`	C	`PRO`	2026-08-09	`CC`	Access-point interpretation
`4.3-7`	4	`4.3`	Core	`C-REF`	`A`	`PROC`	A	`PRO`	2026-08-09	`CC`	Refrigerant-line identification
`4.3-8`	4	`4.3`	Core	`C-REF`	`S`	`CLASS`	D	`CLS`	2026-08-09	`CC`	Cycle pressure regions versus appliance classification
`4.4-1`	4	`4.4`	Core	`C-REF`	`S`	`CLASS`	C	`CLS`	2026-08-09	`CC`	Receiver location
`4.4-2`	4	`4.4`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`CC`	Receiver function
`4.4-3`	4	`4.4`	Core	`C-REF`	`S`	`CLASS`	B	`CLS`	2026-08-09	`CC`	Accumulator location
`4.4-4`	4	`4.4`	Core	`C-REF`	`S`	`DEFN`	D	`DEF`	2026-08-09	`CC`	Accumulator function
`4.4-5`	4	`4.4`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Filter-drier function
`4.4-6`	4	`4.4`	Core	`C-REF`	`S`	`PROC`	C	`PRO`	2026-08-09	`CC`	Moisture indicator
`4.4-7`	4	`4.4`	Core	`C-REF`	`A`	`SCEN-D`	B	`DIST`	2026-08-09	`CC`	Sight-glass interpretation
`4.4-8`	4	`4.4`	Core	`C-REF`	`S`	`CLASS`	D	`CLS`	2026-08-09	`CC`	Receiver versus accumulator
`4.5-1`	4	`4.5`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Compound gauge function
`4.5-2`	4	`4.5`	Core	`C-REF`	`S`	`PROC`	C	`PRO`	2026-08-09	`CC`	Reading manifold gauges
`4.5-3`	4	`4.5`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`CC`	Center service port
`4.5-4`	4	`4.5`	Core	`C-REF`	`S`	`PROC`	D	`PRO`	2026-08-09	`CC`	Recovery connection
`4.5-5`	4	`4.5`	Core	`C-REF`	`S`	`SAFE`	A	`SAF`	2026-08-09	`CC`	Charging-hose air removal
`4.5-6`	4	`4.5`	Core	`C-REF`	`S`	`SAFE`	C	`SAF`	2026-08-09	`CC`	Low-loss fitting
`4.5-7`	4	`4.5`	Core	`C-EVAC`	`S`	`SAFE`	B	`SAF`	2026-08-09	`CC`	Deep-vacuum instrumentation
`4.5-8`	4	`4.5`	Core	`C-REF`	`S`	`SAFE`	D	`SAF`	2026-08-09	`CC`	Service-hose selection and handling
`4.6-1`	4	`4.6`	Core	`C-REF`	`S`	`PT`	C	`CAL`	2026-08-09	`CC`	Gauge pressure reference
`4.6-2`	4	`4.6`	Core	`C-REF`	`A`	`PT`	D	`CAL`	2026-08-09	`CC`	Gauge-to-absolute conversion
`4.6-3`	4	`4.6`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Perfect vacuum
`4.6-4`	4	`4.6`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`CC`	Inches Hg vacuum
`4.6-5`	4	`4.6`	Core	`C-EVAC`	`S`	`PT`	C	`CAL`	2026-08-09	`CC`	mm Hg absolute
`4.6-6`	4	`4.6`	Core	`C-EVAC`	`S`	`PT`	D	`CAL`	2026-08-09	`CC`	Vacuum unit conversion
`4.6-7`	4	`4.6`	Core	`C-REF`	`S`	`SAFE`	A	`SAF`	2026-08-09	`CC`	Deep-vacuum measurement
`4.6-8`	4	`4.6`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	Why 0 psig is not vacuum
`4.7-1`	4	`4.7`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`CC`	P-T relationship
`4.7-2`	4	`4.7`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`CC`	P-T pressure conversion
`4.7-3`	4	`4.7`	Core	`C-REF`	`S`	`PROC`	C	`PRO`	2026-08-09	`CC`	Cylinder stabilization
`4.7-4`	4	`4.7`	Core	`C-REF`	`S`	`SCEN-D`	D	`DIST`	2026-08-09	`CC`	P-T consistency screening
`4.7-5`	4	`4.7`	Core	`C-REF`	`S`	`PROC`	A	`PRO`	2026-08-09	`CC`	Static versus operating P-T conditions
`4.7-6`	4	`4.7`	Core	`C-SUB`	`S`	`DEFN`	C	`DEF`	2026-08-09	`CC`	Dew point
`4.7-7`	4	`4.7`	Core	`C-SUB`	`S`	`PT`	B	`CAL`	2026-08-09	`CC`	Bubble point for subcooling
`4.7-8`	4	`4.7`	Core	`C-REF`	`S`	`SCEN-D`	C	`DIST`	2026-08-09	`CC`	P-T identification limitations
`4.8-1`	4	`4.8`	Core	`C-REF`	`A`	`CALC`	B	`CAL`	2026-08-09	`CC`	Superheat calculation
`4.8-2`	4	`4.8`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`CC`	Superheat calculation
`4.8-3`	4	`4.8`	Core	`C-REF`	`A`	`CALC`	C	`CAL`	2026-08-09	`CC`	Subcooling calculation
`4.8-4`	4	`4.8`	Core	`C-REF`	`S`	`PT`	B	`CAL`	2026-08-09	`CC`	Subcooling calculation
`4.8-5`	4	`4.8`	Core	`C-SUB`	`A`	`PT`	D	`CAL`	2026-08-09	`CC`	Dew point for superheat
`4.8-6`	4	`4.8`	Core	`C-SUB`	`A`	`PT`	A	`CAL`	2026-08-09	`CC`	Bubble point for subcooling
`4.8-7`	4	`4.8`	Core	`C-REF`	`A`	`SCEN-D`	C	`DIST`	2026-08-09	`CC`	Superheat interpretation
`4.8-8`	4	`4.8`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`CC`	Measurement-location consistency
`4.10-1`	4	`4.10`	Core	`C-REF`	`S`	`PROC`	B	`PRO`	2026-08-09	`P`	Cycle sequence
`4.10-2`	4	`4.10`	Core	`C-REF`	`B`	`DEFN`	C	`DEF`	2026-08-09	`P`	Compressor function
`4.10-3`	4	`4.10`	Core	`C-REF`	`B`	`DEFN`	A	`DEF`	2026-08-09	`P`	Evaporator function
`4.10-4`	4	`4.10`	Core	`C-REF`	`B`	`DEFN`	D	`DEF`	2026-08-09	`P`	Metering-device function
`4.10-5`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`P`	Compressor outlet state
`4.10-6`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	C	`DEF`	2026-08-09	`P`	Metering-device outlet state
`4.10-7`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`P`	Discharge line
`4.10-8`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`P`	Liquid line
`4.10-9`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	D	`DEF`	2026-08-09	`P`	Suction line
`4.10-10`	4	`4.10`	Core	`C-REF`	`S`	`CLASS`	C	`CLS`	2026-08-09	`P`	Receiver location
`4.10-11`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`P`	Accumulator function
`4.10-12`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`P`	Filter-drier function
`4.10-13`	4	`4.10`	Core	`C-608`	`A`	`SCEN-D`	D	`DIST`	2026-08-09	`P`	Sight-glass interpretation
`4.10-14`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	B	`DEF`	2026-08-09	`P`	Compound gauge
`4.10-15`	4	`4.10`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-09	`P`	High-pressure gauge connection
`4.10-16`	4	`4.10`	Core	`C-EVAC`	`S`	`DEFN`	A	`DEF`	2026-08-09	`P`	Center service hose
`4.10-17`	4	`4.10`	Core	`C-608`	`S`	`PROC`	D	`PRO`	2026-08-09	`P`	High-side hose connection
`4.10-18`	4	`4.10`	Core	`C-608`	`S`	`PROC`	B	`PRO`	2026-08-09	`P`	Manifold valve operation
`4.10-19`	4	`4.10`	Core	`C-REF`	`S`	`PT`	C	`CAL`	2026-08-09	`P`	Gauge versus absolute pressure
`4.10-20`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`P`	Absolute-pressure reference
`4.10-21`	4	`4.10`	Core	`C-EVAC`	`S`	`PT`	D	`CAL`	2026-08-09	`P`	Vacuum unit conversion
`4.10-22`	4	`4.10`	Core	`C-EVAC`	`S`	`PT`	B	`CAL`	2026-08-09	`P`	Vacuum interpretation
`4.10-23`	4	`4.10`	Core	`C-EVAC`	`S`	`SAFE`	C	`SAF`	2026-08-09	`P`	Deep-vacuum measurement
`4.10-24`	4	`4.10`	Core	`C-REF`	`S`	`DEFN`	A	`DEF`	2026-08-09	`P`	Pressure-temperature relationship
`4.10-25`	4	`4.10`	Core	`C-REF`	`A`	`PT`	B	`CAL`	2026-08-09	`P`	P-T chart reading
`4.10-26`	4	`4.10`	Core	`C-REF`	`A`	`PT`	D	`CAL`	2026-08-09	`P`	P-T chart reading
`4.10-27`	4	`4.10`	Core	`C-REF`	`S`	`SCEN-D`	A	`DIST`	2026-08-09	`P`	Static cylinder P-T screening
`4.10-28`	4	`4.10`	Core	`C-SUB`	`S`	`DEFN`	C	`DEF`	2026-08-09	`P`	Dew point
`4.10-29`	4	`4.10`	Core	`C-SUB`	`S`	`DEFN`	B	`DEF`	2026-08-09	`P`	Bubble point
`4.10-30`	4	`4.10`	Core	`C-REF`	`A`	`CALC`	D	`CAL`	2026-08-09	`P`	Superheat formula
`4.10-31`	4	`4.10`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`P`	Superheat calculation
`4.10-32`	4	`4.10`	Core	`C-REF`	`A`	`CALC`	C	`CAL`	2026-08-09	`P`	Subcooling formula
`4.10-33`	4	`4.10`	Core	`C-REF`	`S`	`PT`	B	`CAL`	2026-08-09	`P`	Subcooling calculation
`4.10-34`	4	`4.10`	Core	`C-REF`	`A`	`SCEN-D`	D	`DIST`	2026-08-09	`P`	Superheat interpretation
`4.10-35`	4	`4.10`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-09	`P`	Measurement-location consistency
`5.1-1`	5	`5.1`	Core	`C-3R`	`S`	`DEFN`	A	`DEF`	2026-08-10	`CC`	Definition of recover
`5.1-2`	5	`5.1`	Core	`C-3R`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Definition of recycle
`5.1-3`	5	`5.1`	Core	`C-3R`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Definition of reclaim and analytical verification
`5.1-4`	5	`5.1`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-10	`CC`	Same-owner reuse of recovered refrigerant
`5.1-5`	5	`5.1`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Reclamation before transfer to a new owner
`5.1-6`	5	`5.1`	Core	`C-3R`	`S`	`RULE`	A	`REG`	2026-08-10	`CC`	Current reclamation purity standard
`5.1-7`	5	`5.1`	Core	`C-3R`	`A`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Recycle versus reclaim
`5.1-8`	5	`5.1`	Core	`C-608`	`S`	`DEFN`	A	`DEF`	2026-08-10	`CC`	Reclaimed versus virgin refrigerant
`5.2-1`	5	`5.2`	Core	`C-608`	`B`	`DEFN`	A	`DEF`	2026-08-10	`CC`	System-dependent recovery equipment
`5.2-2`	5	`5.2`	Core	`C-608`	`B`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Self-contained recovery equipment
`5.2-3`	5	`5.2`	Core	`C-REF`	`A`	`CLASS`	C	`CLS`	2026-08-10	`CC`	System-dependent recovery example
`5.2-4`	5	`5.2`	Core	`C-REC`	`S`	`CLASS`	B	`CLS`	2026-08-10	`CC`	Self-contained recovery example
`5.2-5`	5	`5.2`	Core	`C-608`	`A`	`RULE`	C	`REG`	2026-08-10	`CC`	15-lb system-dependent equipment limit
`5.2-6`	5	`5.2`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-10	`CC`	Pump-out-unit exception
`5.2-7`	5	`5.2`	Core	`C-608`	`S`	`DEFN`	A	`DEF`	2026-08-10	`CC`	Active/passive study shorthand
`5.2-8`	5	`5.2`	Core	`C-3R`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Definition of recover
`5.3-1`	5	`5.3`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	EPA-approved recovery-equipment testing organizations
`5.3-2`	5	`5.3`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	November 15, 1993 equipment boundary
`5.3-3`	5	`5.3`	Core	`C-SAF`	`A`	`RULE`	A	`REG`	2026-08-10	`CC`	Current-generation recovery equipment standard
`5.3-4`	5	`5.3`	Core	`C-REF`	`A`	`RULE`	C	`REG`	2026-08-10	`CC`	Small-appliance recovery percentage
`5.3-5`	5	`5.3`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Low-loss fitting
`5.3-6`	5	`5.3`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Process stub
`5.3-7`	5	`5.3`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Servicing aperture terminology
`5.3-8`	5	`5.3`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Manufacturer directions for recovery equipment
`5.4-1`	5	`5.4`	Core	`C-SAF`	`A`	`PROC`	A	`PRO`	2026-08-10	`CC`	Refrigerant identification before recovery
`5.4-2`	5	`5.4`	Core	`C-608`	`A`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Preventing refrigerant mixing
`5.4-3`	5	`5.4`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Recovery-machine maintenance
`5.4-4`	5	`5.4`	Core	`C-SAF`	`S`	`CALC`	D	`CAL`	2026-08-10	`CC`	Available recovery-cylinder capacity
`5.4-5`	5	`5.4`	Core	`C-SAF`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Preparing an empty recovery cylinder
`5.4-6`	5	`5.4`	Core	`C-608`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Manifold-to-recovery-machine connection
`5.4-7`	5	`5.4`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Standard manifold hose arrangement
`5.4-8`	5	`5.4`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Final pre-recovery safety check
`5.5-1`	5	`5.5`	Core	`C-REC`	`A`	`PROC`	B	`PRO`	2026-08-10	`CC`	Liquid-first recovery sequence
`5.5-2`	5	`5.5`	Core	`C-REC`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Effect of hose length on recovery speed
`5.5-3`	5	`5.5`	Core	`C-REC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Effect of hose diameter on recovery speed
`5.5-4`	5	`5.5`	Core	`C-REC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Temperature effect on recovery
`5.5-5`	5	`5.5`	Core	`C-SAF`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Recovery-cylinder temperature and back pressure
`5.5-6`	5	`5.5`	Core	`C-SAF`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Pressure rebound and refrigerant in oil
`5.5-7`	5	`5.5`	Core	`C-REC`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Push-pull recovery purpose
`5.5-8`	5	`5.5`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Recovery-machine high-pressure trip
`5.6-1`	5	`5.6`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Recovery cylinder versus disposable cylinder
`5.6-2`	5	`5.6`	Core	`C-SAF`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Recovery-cylinder liquid and vapor ports
`5.6-3`	5	`5.6`	Core	`C-SAF`	`S`	`CALC`	C	`CAL`	2026-08-10	`CC`	Recovery-cylinder fill calculation
`5.6-4`	5	`5.6`	Core	`C-SAF`	`S`	`CALC`	C	`CAL`	2026-08-10	`CC`	Maximum gross recovery-cylinder weight
`5.6-5`	5	`5.6`	Core	`C-SAF`	`S`	`PT`	A	`CAL`	2026-08-10	`CC`	Why recovery-cylinder fill is controlled by weight
`5.6-6`	5	`5.6`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Recovery-cylinder condition
`5.6-7`	5	`5.6`	Core	`C-SAF`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Recovery-cylinder requalification
`5.6-8`	5	`5.6`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Preventing mixed-refrigerant contamination
`5.7-1`	5	`5.7`	Core	`C-EVAC`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Purpose of dehydration
`5.7-2`	5	`5.7`	Core	`C-EVAC`	`S`	`DEFN`	A	`DEF`	2026-08-10	`CC`	Vacuum and moisture boiling temperature
`5.7-3`	5	`5.7`	Core	`C-EVAC`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Low-restriction evacuation setup
`5.7-4`	5	`5.7`	Core	`C-EVAC`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Micron-gauge placement
`5.7-5`	5	`5.7`	Core	`C-EVAC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Isolating the pump before evaluating vacuum
`5.7-6`	5	`5.7`	Core	`C-EVAC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Vacuum-pump oil condition
`5.7-7`	5	`5.7`	Core	`C-EVAC`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Regulatory recovery endpoint versus deep dehydration
`5.7-8`	5	`5.7`	Core	`C-EVAC`	`S`	`SCEN-D`	B	`DIST`	2026-08-10	`CC`	500-micron benchmark versus universal requirement
`5.8-1`	5	`5.8`	Core	`C-EVAC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Purpose of standing vacuum test
`5.8-2`	5	`5.8`	Core	`C-EVAC`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Vacuum-decay interpretation: moisture/outgassing
`5.8-3`	5	`5.8`	Core	`C-EVAC`	`A`	`PROC`	A	`PRO`	2026-08-10	`CC`	Vacuum-decay interpretation: likely leak
`5.8-4`	5	`5.8`	Core	`C-EVAC`	`S`	`SCEN-D`	C	`DIST`	2026-08-10	`CC`	Standing-vacuum acceptance criteria
`5.8-5`	5	`5.8`	Core	`C-SAF`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Dry-nitrogen break
`5.8-6`	5	`5.8`	Core	`C-EVAC`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Triple-evacuation sequence
`5.8-7`	5	`5.8`	Core	`C-EVAC`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Vacuum pump versus recovery equipment
`5.8-8`	5	`5.8`	Core	`C-EVAC`	`A`	`PROC`	C	`PRO`	2026-08-10	`CC`	Response to failed standing vacuum test
`5.9-1`	5	`5.9`	Core	`C-EVAC`	`A`	`RULE`	A	`REG`	2026-08-10	`CC`	Current Table 1: high pressure below 200 lb
`5.9-2`	5	`5.9`	Core	`C-EVAC`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Current Table 1: high pressure at least 200 lb
`5.9-3`	5	`5.9`	Core	`C-EVAC`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Current Table 1: medium pressure at least 200 lb
`5.9-4`	5	`5.9`	Core	`C-EVAC`	`S`	`RULE`	D	`REG`	2026-08-10	`CC`	Current Table 1: low-pressure appliance
`5.9-5`	5	`5.9`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Definition of major maintenance, service, or repair
`5.9-6`	5	`5.9`	Core	`C-EVAC`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Leak exception to normal evacuation level
`5.9-7`	5	`5.9`	Core	`C-REF`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Refrigerant oil-change pressure limit
`5.9-8`	5	`5.9`	Core	`C-EVAC`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Recovery-equipment date in Table 1
`5.11-1`	5	`5.11`	Core	`C-3R`	`B`	`DEFN`	B	`DEF`	2026-08-10	`P`	Definition of recover
`5.11-2`	5	`5.11`	Core	`C-3R`	`S`	`DEFN`	C	`DEF`	2026-08-10	`P`	Definition of recycle
`5.11-3`	5	`5.11`	Core	`C-3R`	`S`	`RULE`	A	`REG`	2026-08-10	`P`	Definition of reclaim
`5.11-4`	5	`5.11`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-10	`P`	Reclamation before new-owner transfer
`5.11-5`	5	`5.11`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-10	`P`	Self-contained versus system-dependent recovery
`5.11-6`	5	`5.11`	Core	`C-608`	`A`	`RULE`	C	`REG`	2026-08-10	`P`	15-lb system-dependent equipment restriction
`5.11-7`	5	`5.11`	Core	`C-608`	`A`	`RULE`	A	`REG`	2026-08-10	`P`	Current recovery-equipment certification framework
`5.11-8`	5	`5.11`	Core	`C-608`	`A`	`RULE`	D	`REG`	2026-08-10	`P`	Small-appliance recovery requirements
`5.11-9`	5	`5.11`	Core	`C-608`	`A`	`PROC`	B	`PRO`	2026-08-10	`P`	Refrigerant identification before recovery
`5.11-10`	5	`5.11`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-10	`P`	Purpose of refrigerant identification
`5.11-11`	5	`5.11`	Core	`C-608`	`S`	`PROC`	A	`PRO`	2026-08-10	`P`	Manifold recovery connection
`5.11-12`	5	`5.11`	Core	`C-SAF`	`S`	`CALC`	D	`CAL`	2026-08-10	`P`	Recovery-cylinder capacity control
`5.11-13`	5	`5.11`	Core	`C-608`	`S`	`PROC`	B	`PRO`	2026-08-10	`P`	Liquid-first recovery sequence
`5.11-14`	5	`5.11`	Core	`C-REC`	`S`	`PROC`	C	`PRO`	2026-08-10	`P`	Recovery flow restriction
`5.11-15`	5	`5.11`	Core	`C-REC`	`S`	`PROC`	A	`PRO`	2026-08-10	`P`	Appliance temperature and recovery speed
`5.11-16`	5	`5.11`	Core	`C-SAF`	`A`	`PROC`	D	`PRO`	2026-08-10	`P`	Recovery-cylinder temperature and back pressure
`5.11-17`	5	`5.11`	Core	`C-608`	`A`	`PROC`	B	`PRO`	2026-08-10	`P`	Refrigerant dissolved in oil and pressure rebound
`5.11-18`	5	`5.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	Disposable versus refillable recovery cylinders
`5.11-19`	5	`5.11`	Core	`C-SAF`	`S`	`DEFN`	A	`DEF`	2026-08-10	`P`	Recovery-cylinder liquid port
`5.11-20`	5	`5.11`	Core	`C-SAF`	`A`	`CALC`	D	`CAL`	2026-08-10	`P`	Recovery-cylinder fill by weight
`5.11-21`	5	`5.11`	Core	`C-SAF`	`A`	`CALC`	B	`CAL`	2026-08-10	`P`	Available recovery-cylinder capacity
`5.11-22`	5	`5.11`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`P`	Recovery-cylinder requalification
`5.11-23`	5	`5.11`	Core	`C-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-10	`P`	Recovery-cylinder damage and removal from service
`5.11-24`	5	`5.11`	Core	`C-608`	`S`	`SAFE`	D	`SAF`	2026-08-10	`P`	Avoiding mixed-refrigerant contamination
`5.11-25`	5	`5.11`	Core	`C-EVAC`	`S`	`DEFN`	B	`DEF`	2026-08-10	`P`	Purpose of evacuation and dehydration
`5.11-26`	5	`5.11`	Core	`C-EVAC`	`S`	`PROC`	C	`PRO`	2026-08-10	`P`	Micron-gauge placement
`5.11-27`	5	`5.11`	Core	`C-EVAC`	`S`	`SCEN-D`	A	`DIST`	2026-08-10	`P`	500-micron benchmark versus regulatory endpoint
`5.11-28`	5	`5.11`	Core	`C-EVAC`	`S`	`PROC`	D	`PRO`	2026-08-10	`P`	Standing vacuum test
`5.11-29`	5	`5.11`	Core	`C-EVAC`	`S`	`PROC`	B	`PRO`	2026-08-10	`P`	Vacuum-decay interpretation: moisture/outgassing
`5.11-30`	5	`5.11`	Core	`C-EVAC`	`A`	`PROC`	C	`PRO`	2026-08-10	`P`	Vacuum-decay interpretation: likely leak
`5.11-31`	5	`5.11`	Core	`C-SAF`	`S`	`PROC`	A	`PRO`	2026-08-10	`P`	Dry-nitrogen breaks and triple evacuation
`5.11-32`	5	`5.11`	Core	`C-EVAC`	`A`	`RULE`	D	`REG`	2026-08-10	`P`	Current Table 1: high pressure below 200 lb
`5.11-33`	5	`5.11`	Core	`C-608`	`A`	`RULE`	C	`REG`	2026-08-10	`P`	Current Table 1 comparison
`5.11-34`	5	`5.11`	Core	`C-EVAC`	`S`	`RULE`	B	`REG`	2026-08-10	`P`	Current Table 1: low pressure
`5.11-35`	5	`5.11`	Core	`C-EVAC`	`S`	`PT`	A	`CAL`	2026-08-10	`P`	Vacuum reference and pressure units
`5.11-36`	5	`5.11`	Core	`C-608`	`S`	`RULE`	D	`REG`	2026-08-10	`P`	Major maintenance, service, or repair
`5.11-37`	5	`5.11`	Core	`C-EVAC`	`S`	`RULE`	C	`REG`	2026-08-10	`P`	Limited non-major service exception
`5.11-38`	5	`5.11`	Core	`C-EVAC`	`A`	`RULE`	B	`REG`	2026-08-10	`P`	Leak exception
`5.11-39`	5	`5.11`	Core	`C-REF`	`S`	`RULE`	D	`REG`	2026-08-10	`P`	Oil-change pressure limit
`5.11-40`	5	`5.11`	Core	`C-608`	`A`	`RULE`	A	`REG`	2026-08-10	`P`	Disposal-recovery recordkeeping
`6.1-1`	6	`6.1`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Refrigerant contact and frostbite
`6.1-2`	6	`6.1`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`CC`	SDS first-aid information
`6.1-3`	6	`6.1`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	SDS exposure controls and PPE
`6.1-4`	6	`6.1`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Eye and face PPE
`6.1-5`	6	`6.1`	Core	`C-SAF`	`A`	`SAFE`	D	`SAF`	2026-08-10	`CC`	Frostbite first response
`6.1-6`	6	`6.1`	Core	`C-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Non-frozen eye exposure
`6.1-7`	6	`6.1`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Hand-protection selection
`6.1-8`	6	`6.1`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	SDS versus manufacturer instructions
`6.2-1`	6	`6.2`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Oxygen displacement and asphyxiation
`6.2-2`	6	`6.2`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	OSHA oxygen-deficiency threshold
`6.2-3`	6	`6.2`	Core	`C-608`	`S`	`SAFE`	D	`SAF`	2026-08-10	`CC`	Refrigerant vapor accumulation
`6.2-4`	6	`6.2`	Core	`C-EVAC`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Alarm response and evacuation
`6.2-5`	6	`6.2`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Oxygen deprivation versus cardiac sensitization
`6.2-6`	6	`6.2`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Respirator limitations
`6.2-7`	6	`6.2`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Confined-space definition
`6.2-8`	6	`6.2`	Core	`C-608`	`A`	`SAFE`	D	`SAF`	2026-08-10	`CC`	Confined-space emergency rescue
`6.3-1`	6	`6.3`	Core	`C-SUB`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Safe pressure-test gas
`6.3-2`	6	`6.3`	Core	`C-SUB`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Oxygen prohibition
`6.3-3`	6	`6.3`	Core	`C-SUB`	`S`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Compressed-air prohibition
`6.3-4`	6	`6.3`	Core	`C-SUB`	`S`	`DEFN`	C	`DEF`	2026-08-10	`CC`	Flammability versus thermal decomposition
`6.3-5`	6	`6.3`	Core	`C-SUB`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Refrigerant decomposition products
`6.3-6`	6	`6.3`	Core	`C-SUB`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	A2L safety
`6.3-7`	6	`6.3`	Core	`C-SUB`	`A`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Brazing and ignition control
`6.3-8`	6	`6.3`	Core	`C-SUB`	`A`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Thermal-decomposition response
`6.4-1`	6	`6.4`	Core	`C-SAF`	`B`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Toxicity classification
`6.4-2`	6	`6.4`	Core	`C-SAF`	`S`	`DEFN`	C	`DEF`	2026-08-10	`CC`	Class 1 flammability
`6.4-3`	6	`6.4`	Core	`C-SAF`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Class 2L versus Class 2
`6.4-4`	6	`6.4`	Core	`C-SAF`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Reading an A3 safety group
`6.4-5`	6	`6.4`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Limits of A1 classification
`6.4-6`	6	`6.4`	Core	`C-SAF`	`A`	`HIST`	C	`LEG`	2026-08-10	`CC`	Current versus outdated safety classification
`6.4-7`	6	`6.4`	Core	`C-SAF`	`S`	`CLASS`	A	`CLS`	2026-08-10	`CC`	Representative refrigerant safety groups
`6.4-8`	6	`6.4`	Core	`C-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Service implications of safety classification
`6.5-1`	6	`6.5`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Nitrogen-cylinder pressure hazard
`6.5-2`	6	`6.5`	Core	`C-SAF`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Safe nitrogen-test setup
`6.5-3`	6	`6.5`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Test-pressure limit
`6.5-4`	6	`6.5`	Core	`C-SAF`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Standing pressure-test isolation
`6.5-5`	6	`6.5`	Core	`C-SAF`	`A`	`PT`	B	`CAL`	2026-08-10	`CC`	Temperature effect on standing pressure
`6.5-6`	6	`6.5`	Core	`C-SAF`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Valve configuration during nitrogen testing
`6.5-7`	6	`6.5`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Compressed-air prohibition
`6.5-8`	6	`6.5`	Core	`C-SAF`	`S`	`PROC`	B	`PRO`	2026-08-10	`CC`	Nitrogen purge versus pressure test
`6.6-1`	6	`6.6`	Core	`C-608`	`A`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Oil traces as leak evidence
`6.6-2`	6	`6.6`	Core	`C-608`	`S`	`PROC`	A	`PRO`	2026-08-10	`CC`	Bubble leak detection
`6.6-3`	6	`6.6`	Core	`C-SAF`	`A`	`PROC`	B	`PRO`	2026-08-10	`CC`	Leak detection on a nitrogen-only system
`6.6-4`	6	`6.6`	Core	`C-SAF`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Leak indication versus leak location
`6.6-5`	6	`6.6`	Core	`C-EVAC`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Vacuum-decay limitations
`6.6-6`	6	`6.6`	Core	`C-REF`	`S`	`CLASS`	B	`CLS`	2026-08-10	`CC`	Open-drive compressor shaft seal
`6.6-7`	6	`6.6`	Core	`C-608`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Electronic detector compatibility
`6.6-8`	6	`6.6`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-10	`CC`	Systematic leak-search sequence
`6.7-1`	6	`6.7`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Machinery-room refrigerant detector
`6.7-2`	6	`6.7`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Detector placement
`6.7-3`	6	`6.7`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-10	`CC`	Machinery-room alarm annunciation
`6.7-4`	6	`6.7`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Emergency machinery-room ventilation
`6.7-5`	6	`6.7`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`CC`	Emergency shutdown limitations
`6.7-6`	6	`6.7`	Core	`C-SAF`	`S`	`HIST`	B	`LEG`	2026-08-10	`CC`	Refrigerant-monitor alarm setpoints
`6.7-7`	6	`6.7`	Core	`C-SAF`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Machinery room versus confined space
`6.7-8`	6	`6.7`	Core	`C-SAF`	`A`	`HIST`	D	`LEG`	2026-08-10	`CC`	Current-code verification
`6.8-1`	6	`6.8`	Core	`C-SHIP`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	EPA versus DOT responsibilities
`6.8-2`	6	`6.8`	Core	`C-SHIP`	`A`	`RULE`	A	`REG`	2026-08-10	`CC`	EPA 608 shipping topic
`6.8-3`	6	`6.8`	Core	`C-SHIP`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Highway cylinder securement
`6.8-4`	6	`6.8`	Core	`C-SHIP`	`S`	`DEFN`	B	`DEF`	2026-08-10	`CC`	Label versus placard
`6.8-5`	6	`6.8`	Core	`C-SHIP`	`S`	`RULE`	A	`REG`	2026-08-10	`CC`	Shipping-paper basic description
`6.8-6`	6	`6.8`	Core	`C-SHIP`	`S`	`SAFE`	B	`SAF`	2026-08-10	`CC`	Cylinder heat exposure
`6.8-7`	6	`6.8`	Core	`C-SHIP`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Materials-of-trade exception
`6.8-8`	6	`6.8`	Core	`C-SHIP`	`A`	`RULE`	C	`REG`	2026-08-10	`CC`	Unknown/mixed refrigerant shipment
`6.9-1`	6	`6.9`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Recovery before on-site dismantling
`6.9-2`	6	`6.9`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-10	`CC`	Final-processor recovery responsibility
`6.9-3`	6	`6.9`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Safe-disposal verification statement
`6.9-4`	6	`6.9`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-10	`CC`	Sticker versus federal verification
`6.9-5`	6	`6.9`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`CC`	Leaked-out disposal exception
`6.9-6`	6	`6.9`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-10	`CC`	Disposal technician-certification exception
`6.9-7`	6	`6.9`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-10	`CC`	Technician disposal recordkeeping
`6.9-8`	6	`6.9`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`CC`	Future Part 84 disposable-cylinder rule
`6.11-1`	6	`6.11`	Core	`C-608`	`A`	`SAFE`	B	`SAF`	2026-08-10	`P`	Eye and face protection
`6.11-2`	6	`6.11`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`P`	Refrigerant frostbite
`6.11-3`	6	`6.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	SDS organization
`6.11-4`	6	`6.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	Hand-protection selection
`6.11-5`	6	`6.11`	Core	`C-SAF`	`S`	`RULE`	C	`REG`	2026-08-10	`P`	Oxygen-deficiency threshold
`6.11-6`	6	`6.11`	Core	`C-608`	`S`	`SAFE`	B	`SAF`	2026-08-10	`P`	Refrigerant vapor accumulation
`6.11-7`	6	`6.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	Respiratory-protection limitation
`6.11-8`	6	`6.11`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-10	`P`	Confined-space classification
`6.11-9`	6	`6.11`	Core	`C-608`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	Safe pressure-test gas
`6.11-10`	6	`6.11`	Core	`C-SUB`	`S`	`SAFE`	A	`SAF`	2026-08-10	`P`	Thermal decomposition
`6.11-11`	6	`6.11`	Core	`C-SUB`	`S`	`SAFE`	B	`SAF`	2026-08-10	`P`	Decomposition-product specificity
`6.11-12`	6	`6.11`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`P`	A2L service safety
`6.11-13`	6	`6.11`	Core	`C-SAF`	`B`	`DEFN`	B	`DEF`	2026-08-10	`P`	ASHRAE toxicity class
`6.11-14`	6	`6.11`	Core	`C-SAF`	`S`	`DEFN`	A	`DEF`	2026-08-10	`P`	Class 2L
`6.11-15`	6	`6.11`	Core	`C-SAF`	`S`	`DEFN`	A	`DEF`	2026-08-10	`P`	Reading safety-group notation
`6.11-16`	6	`6.11`	Core	`C-SAF`	`S`	`CLASS`	C	`CLS`	2026-08-10	`P`	Scope of ASHRAE safety classification
`6.11-17`	6	`6.11`	Core	`C-SAF`	`S`	`PROC`	B	`PRO`	2026-08-10	`P`	Nitrogen pressure-test setup
`6.11-18`	6	`6.11`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-10	`P`	Pressure-test limit
`6.11-19`	6	`6.11`	Core	`C-SAF`	`S`	`PROC`	A	`PRO`	2026-08-10	`P`	Standing-test isolation
`6.11-20`	6	`6.11`	Core	`C-SAF`	`S`	`PT`	B	`CAL`	2026-08-10	`P`	Pressure-temperature effect during leak testing
`6.11-21`	6	`6.11`	Core	`C-608`	`A`	`SAFE`	B	`SAF`	2026-08-10	`P`	Oil trace as leak clue
`6.11-22`	6	`6.11`	Core	`C-608`	`S`	`PROC`	A	`PRO`	2026-08-10	`P`	Bubble leak detection
`6.11-23`	6	`6.11`	Core	`C-608`	`S`	`SAFE`	B	`SAF`	2026-08-10	`P`	Leak-detector compatibility
`6.11-24`	6	`6.11`	Core	`C-SAF`	`A`	`PROC`	B	`PRO`	2026-08-10	`P`	Nitrogen-only leak location
`6.11-25`	6	`6.11`	Core	`C-EVAC`	`A`	`PROC`	B	`PRO`	2026-08-10	`P`	Vacuum-decay diagnosis
`6.11-26`	6	`6.11`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-10	`P`	Machinery-room safety functions
`6.11-27`	6	`6.11`	Core	`C-608`	`S`	`SAFE`	A	`SAF`	2026-08-10	`P`	Outside-entry alarm indication
`6.11-28`	6	`6.11`	Core	`C-608`	`A`	`HIST`	C	`LEG`	2026-08-10	`P`	Current machinery-room requirements
`6.11-29`	6	`6.11`	Core	`C-SHIP`	`S`	`DEFN`	B	`DEF`	2026-08-10	`P`	Transportation hazard communication
`6.11-30`	6	`6.11`	Core	`C-SHIP`	`S`	`RULE`	B	`REG`	2026-08-10	`P`	Refrigerant-cylinder securement
`6.11-31`	6	`6.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-10	`P`	Cylinder heat protection
`6.11-32`	6	`6.11`	Core	`C-608`	`A`	`RULE`	A	`REG`	2026-08-10	`P`	Recovery before disposal
`6.11-33`	6	`6.11`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-10	`P`	Final-processor disposal responsibility
`6.11-34`	6	`6.11`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-10	`P`	Prior-recovery verification
`6.11-35`	6	`6.11`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-10	`P`	Disposal recordkeeping
`7.1-1`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-2`	7	`7.1`	Type I	`I-RR`	`A`	`CLASS`	B	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-3`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	B	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-4`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	A	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-5`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-6`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	A	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-7`	7	`7.1`	Type I	`I-RR`	`S`	`CLASS`	B	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.1-8`	7	`7.1`	Type I	`I-RR`	`A`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Small-appliance definition and classification
`7.2-1`	7	`7.2`	Type I	`I-RT`	`A`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-2`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	B	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-3`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	B	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-4`	7	`7.2`	Type I	`I-RT`	`A`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-5`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-6`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-7`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	A	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.2-8`	7	`7.2`	Type I	`I-RT`	`S`	`CLASS`	C	`CLS`	2026-08-11	`CC`	Type I exclusions and boundary cases
`7.3-1`	7	`7.3`	Type I	`I-RR`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-2`	7	`7.3`	Type I	`I-RR`	`A`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-3`	7	`7.3`	Type I	`I-RR`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-4`	7	`7.3`	Type I	`I-RR`	`S`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-5`	7	`7.3`	Type I	`I-RR`	`S`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-6`	7	`7.3`	Type I	`I-RR`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-7`	7	`7.3`	Type I	`I-RR`	`S`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.3-8`	7	`7.3`	Type I	`I-RR`	`S`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I recovery requirements
`7.4-1`	7	`7.4`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-2`	7	`7.4`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-3`	7	`7.4`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-4`	7	`7.4`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-5`	7	`7.4`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-6`	7	`7.4`	Type I	`I-SAF`	`S`	`PROC`	C	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-7`	7	`7.4`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.4-8`	7	`7.4`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`CC`	Process stubs and temporary access fittings
`7.5-1`	7	`7.5`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-2`	7	`7.5`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-3`	7	`7.5`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-4`	7	`7.5`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-5`	7	`7.5`	Type I	`I-SAF`	`A`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-6`	7	`7.5`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-7`	7	`7.5`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.5-8`	7	`7.5`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with an operating compressor
`7.6-1`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-2`	7	`7.6`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-3`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-4`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-5`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-6`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-7`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-8`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-9`	7	`7.6`	Type I	`I-RR`	`A`	`PROC`	C	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-10`	7	`7.6`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-11`	7	`7.6`	Type I	`I-RR`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.6-12`	7	`7.6`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-11	`CC`	System-dependent recovery with a failed compressor
`7.7-1`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-2`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-3`	7	`7.7`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-4`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-5`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-6`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-7`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.7-8`	7	`7.7`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`CC`	Self-contained recovery and recovery-machine operation
`7.8-1`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-2`	7	`7.8`	Type I	`I-RR`	`S`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-3`	7	`7.8`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-4`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-5`	7	`7.8`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-6`	7	`7.8`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-7`	7	`7.8`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-8`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-9`	7	`7.8`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-10`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	A	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-11`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.8-12`	7	`7.8`	Type I	`I-RT`	`A`	`RULE`	C	`REG`	2026-08-11	`CC`	Type I service and safe-disposal scenarios
`7.10-1`	7	`7.10`	Type I	`I-RT`	`S`	`CLASS`	B	`CLS`	2026-08-11	`P`	Small-appliance definition
`7.10-2`	7	`7.10`	Type I	`I-RT`	`A`	`CLASS`	D	`CLS`	2026-08-11	`P`	Type I boundary classification
`7.10-3`	7	`7.10`	Type I	`I-RR`	`S`	`RULE`	A	`REG`	2026-08-11	`P`	Type I recovery percentage and equipment date
`7.10-4`	7	`7.10`	Type I	`I-RR`	`A`	`RULE`	C	`REG`	2026-08-11	`P`	Failed-compressor recovery percentage
`7.10-5`	7	`7.10`	Type I	`I-RR`	`A`	`RULE`	C	`REG`	2026-08-11	`P`	Type I alternative recovery endpoint
`7.10-6`	7	`7.10`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`P`	Operating-compressor system-dependent recovery
`7.10-7`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`P`	Operating-compressor refrigerant movement
`7.10-8`	7	`7.10`	Type I	`I-SAF`	`A`	`PROC`	A	`PRO`	2026-08-11	`P`	Failed-compressor access arrangement
`7.10-9`	7	`7.10`	Type I	`I-SAF`	`S`	`PROC`	B	`PRO`	2026-08-11	`P`	Failed-compressor trapped refrigerant
`7.10-10`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`P`	Vacuum-pump/nonpressurized-container Type I method
`7.10-11`	7	`7.10`	Type I	`I-RT`	`S`	`DEFN`	A	`DEF`	2026-08-11	`P`	Process stubs and temporary access fittings
`7.10-12`	7	`7.10`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-11	`P`	Temporary access-fitting location
`7.10-13`	7	`7.10`	Type I	`I-RT`	`A`	`PROC`	D	`PRO`	2026-08-11	`P`	Pressure-temperature detection of noncondensables
`7.10-14`	7	`7.10`	Type I	`I-RT`	`A`	`SAFE`	B	`SAF`	2026-08-11	`P`	High-temperature refrigerant hazards
`7.10-15`	7	`7.10`	Type I	`I-RT`	`S`	`DEFN`	C	`DEF`	2026-08-11	`P`	Self-contained recovery definition
`7.10-16`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`P`	Recovery-cylinder port selection
`7.10-17`	7	`7.10`	Type I	`I-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-11	`P`	Recovery-machine high-pressure protection
`7.10-18`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-11	`P`	Cylinder cooling and recovery speed
`7.10-19`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-11	`P`	Avoiding refrigerant cross-contamination
`7.10-20`	7	`7.10`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-11	`P`	Refrigerant identification
`7.10-21`	7	`7.10`	Type I	`I-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-11	`P`	Flammable-refrigerant recovery equipment
`7.10-22`	7	`7.10`	Type I	`I-RT`	`A`	`RULE`	D	`REG`	2026-08-11	`P`	Same-owner reuse and reclamation boundary
`7.10-23`	7	`7.10`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-11	`P`	Safe-disposal signed statement
`7.10-24`	7	`7.10`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-11	`P`	Final-processor supplier notification
`7.10-25`	7	`7.10`	Type I	`I-RT`	`S`	`TECH`	B	`REC`	2026-08-11	`P`	R-12 substitute identification
`7.11-1`	7	`7.11`	Type I	`I-RT`	`A`	`CLASS`	C	`CLS`	2026-08-11	`P`	Small-appliance classification
`7.11-2`	7	`7.11`	Type I	`I-RT`	`A`	`CLASS`	A	`CLS`	2026-08-11	`P`	MVAC-like boundary case
`7.11-3`	7	`7.11`	Type I	`I-RR`	`A`	`RULE`	D	`REG`	2026-08-11	`P`	Exact recovery-equipment date boundary
`7.11-4`	7	`7.11`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-11	`P`	Recovery-equipment date versus appliance date
`7.11-5`	7	`7.11`	Type I	`I-RT`	`A`	`RULE`	A	`REG`	2026-08-11	`P`	Alternative Type I endpoint
`7.11-6`	7	`7.11`	Type I	`I-RT`	`A`	`DEFN`	C	`DEF`	2026-08-11	`P`	System-dependent recovery definition
`7.11-7`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`P`	Transition from operating to failed-compressor recovery
`7.11-8`	7	`7.11`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`P`	Both-side failed-compressor access
`7.11-9`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-11	`P`	Compressor heat and tapping
`7.11-10`	7	`7.11`	Type I	`I-SAF`	`S`	`PROC`	A	`PRO`	2026-08-11	`P`	Defrost-heater recovery aid
`7.11-11`	7	`7.11`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`P`	Special vacuum-pump Type I method
`7.11-12`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`P`	Access-fitting compatibility
`7.11-13`	7	`7.11`	Type I	`I-RT`	`A`	`RULE`	A	`REG`	2026-08-11	`P`	Solderless access fitting removal
`7.11-14`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-11	`P`	Refrigerant identification by P-T behavior
`7.11-15`	7	`7.11`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-11	`P`	Stabilized P-T comparison
`7.11-16`	7	`7.11`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-11	`P`	Self-contained recovery with failed appliance compressor
`7.11-17`	7	`7.11`	Type I	`I-RT`	`S`	`SAFE`	C	`SAF`	2026-08-11	`P`	Cylinder cooling versus fill limit
`7.11-18`	7	`7.11`	Type I	`I-RT`	`S`	`SAFE`	A	`SAF`	2026-08-11	`P`	High-discharge-pressure troubleshooting
`7.11-19`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	B	`PRO`	2026-08-11	`P`	Recovery-machine refrigerant changeover
`7.11-20`	7	`7.11`	Type I	`I-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-11	`P`	Recovery heat-source safety
`7.11-21`	7	`7.11`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-11	`P`	Disposal exception versus service work
`7.11-22`	7	`7.11`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-11	`P`	Safe-disposal leaked-out pathway
`7.11-23`	7	`7.11`	Type I	`I-RT`	`S`	`RULE`	D	`REG`	2026-08-11	`P`	Commercial supplier contract for safe disposal
`7.11-24`	7	`7.11`	Type I	`I-RT`	`S`	`DEFN`	B	`DEF`	2026-08-11	`P`	Refrigerant family and R-12 substitute
`7.11-25`	7	`7.11`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-11	`P`	Manufacturer-specified recovery-cylinder connection
`8.1-1`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Type II scope and certification boundaries
`8.1-2`	8	`8.1`	Type II	`II-REF`	`A`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Type I versus Type II boundary
`8.1-3`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Representative Type II equipment
`8.1-4`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Commercial-refrigeration classification
`8.1-5`	8	`8.1`	Type II	`II-REF`	`A`	`RULE`	C	`REG`	2026-08-13	`CC`	MVAC-like appliance certification
`8.1-6`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Type II versus Type III classification
`8.1-7`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Industrial-process refrigeration classification
`8.1-8`	8	`8.1`	Type II	`II-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Refrigerated-cargo certification boundary
`8.2-1`	8	`8.2`	Type II	`II-REF`	`S`	`DEFN`	B	`DEF`	2026-08-13	`CC`	High-pressure appliance definition
`8.2-2`	8	`8.2`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Representative medium-pressure refrigerants
`8.2-3`	8	`8.2`	Type II	`II-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Representative high-pressure refrigerants
`8.2-4`	8	`8.2`	Type II	`II-REF`	`S`	`DEFN`	A	`DEF`	2026-08-13	`CC`	Very-high-pressure appliance definition
`8.2-5`	8	`8.2`	Type II	`II-REF`	`A`	`PT`	C	`CAL`	2026-08-13	`CC`	Gauge versus absolute pressure
`8.2-6`	8	`8.2`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`CC`	Cycle pressure regions versus EPA pressure category
`8.2-7`	8	`8.2`	Type II	`II-REF`	`A`	`CLASS`	A	`CLS`	2026-08-13	`CC`	Type I versus Type II boundary
`8.2-8`	8	`8.2`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`CC`	Type II scope and certification boundaries
`8.3-1`	8	`8.3`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`CC`	Compressor discharge refrigerant state
`8.3-2`	8	`8.3`	Type II	`II-REF`	`B`	`DEFN`	B	`DEF`	2026-08-13	`CC`	Receiver location and function
`8.3-3`	8	`8.3`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`CC`	Accumulator function
`8.3-4`	8	`8.3`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`CC`	Refrigerant state after the metering device
`8.3-5`	8	`8.3`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-13	`CC`	High-side access and refrigerant state
`8.3-6`	8	`8.3`	Type II	`II-RR`	`A`	`PROC`	C	`PRO`	2026-08-13	`CC`	Isolation valves and trapped refrigerant
`8.3-7`	8	`8.3`	Type II	`II-REF`	`S`	`DEFN`	B	`DEF`	2026-08-13	`CC`	Heat-pump component roles
`8.3-8`	8	`8.3`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`CC`	Liquid-line refrigerant state
`8.4-1`	8	`8.4`	Type II	`II-LD`	`A`	`PROC`	B	`PRO`	2026-08-13	`CC`	Leak indicators
`8.4-2`	8	`8.4`	Type II	`II-LD`	`S`	`PROC`	A	`PRO`	2026-08-13	`CC`	Leak indicators and superheat
`8.4-3`	8	`8.4`	Type II	`II-LD`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Noncondensables and high head pressure
`8.4-4`	8	`8.4`	Type II	`II-LD`	`S`	`PROC`	A	`PRO`	2026-08-13	`CC`	Open-drive compressor leak locations
`8.4-5`	8	`8.4`	Type II	`II-LD`	`A`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Nitrogen leak testing
`8.4-6`	8	`8.4`	Type II	`II-LD`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Pressure-decay testing
`8.4-7`	8	`8.4`	Type II	`II-LD`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Leak-location sequence
`8.4-8`	8	`8.4`	Type II	`II-LD`	`S`	`DEFN`	A	`DEF`	2026-08-13	`CC`	Leak indication versus leak location
`8.5-1`	8	`8.5`	Type II	`II-LR`	`A`	`RULE`	C	`REG`	2026-08-13	`CC`	Current Section 608 commercial-refrigeration leak rate
`8.5-2`	8	`8.5`	Type II	`II-LR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Section 608 leak-repair applicability
`8.5-3`	8	`8.5`	Type II	`II-LR`	`A`	`RULE`	B	`REG`	2026-08-13	`CC`	Section 608 versus AIM Act leak-repair scope
`8.5-4`	8	`8.5`	Type II	`II-LR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Current Section 608 leak-rate triggers
`8.5-5`	8	`8.5`	Type II	`II-LR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Leak-repair verification tests
`8.5-6`	8	`8.5`	Type II	`II-LR`	`S`	`RULE`	C	`REG`	2026-08-13	`CC`	Chronic-leaker reporting
`8.5-7`	8	`8.5`	Type II	`II-LR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	AIM Act leak-repair applicability
`8.5-8`	8	`8.5`	Type II	`II-LR`	`A`	`HIST`	C	`LEG`	2026-08-13	`CC`	Current versus historical leak rates
`8.6-1`	8	`8.6`	Type II	`II-SAF`	`A`	`PROC`	A	`PRO`	2026-08-13	`CC`	Recovery preparation and refrigerant identification
`8.6-2`	8	`8.6`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Recovery-machine preparation
`8.6-3`	8	`8.6`	Type II	`II-REF`	`S`	`PROC`	C	`PRO`	2026-08-13	`CC`	Recovery-machine maintenance
`8.6-4`	8	`8.6`	Type II	`II-RT`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Recovery-equipment cross-contamination control
`8.6-5`	8	`8.6`	Type II	`II-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`CC`	Recovery-cylinder capacity
`8.6-6`	8	`8.6`	Type II	`II-REF`	`A`	`PROC`	B	`PRO`	2026-08-13	`CC`	Receiver considerations during recovery
`8.6-7`	8	`8.6`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	High-side recovery access
`8.6-8`	8	`8.6`	Type II	`II-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Recovery-cylinder planning
`8.7-1`	8	`8.7`	Type II	`II-REF`	`S`	`PROC`	A	`PRO`	2026-08-13	`CC`	Type II recovery sequence
`8.7-2`	8	`8.7`	Type II	`II-SAF`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Recovery-cylinder temperature and back pressure
`8.7-3`	8	`8.7`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-13	`CC`	Temperature management during recovery
`8.7-4`	8	`8.7`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-13	`CC`	Pressure-rise check after recovery
`8.7-5`	8	`8.7`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Parallel-compressor isolation
`8.7-6`	8	`8.7`	Type II	`II-RR`	`A`	`RULE`	C	`REG`	2026-08-13	`CC`	System-dependent recovery-equipment limit
`8.7-7`	8	`8.7`	Type II	`II-RR`	`A`	`RULE`	C	`REG`	2026-08-13	`CC`	System-dependent recovery-equipment exception
`8.7-8`	8	`8.7`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Type II recovery sequence
`8.8-1`	8	`8.8`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-13	`CC`	Type II Table 1 evacuation level
`8.8-2`	8	`8.8`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Type II Table 1 evacuation level
`8.8-3`	8	`8.8`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Recovery-equipment date in Table 1
`8.8-4`	8	`8.8`	Type II	`II-RR`	`A`	`PT`	C	`CAL`	2026-08-13	`CC`	Vacuum-unit interpretation
`8.8-5`	8	`8.8`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-13	`CC`	Non-major service-practice exception
`8.8-6`	8	`8.8`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Leaking-appliance evacuation exception
`8.8-7`	8	`8.8`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Major maintenance, service, or repair
`8.8-8`	8	`8.8`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Type II numerical-threshold distinctions
`8.9-1`	8	`8.9`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Major maintenance, service, or repair
`8.9-2`	8	`8.9`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-13	`CC`	Major versus non-major repair
`8.9-3`	8	`8.9`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-13	`CC`	Compressor replacement and evacuation
`8.9-4`	8	`8.9`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Leaking-appliance evacuation exception
`8.9-5`	8	`8.9`	Type II	`II-RR`	`S`	`PROC`	A	`PRO`	2026-08-13	`CC`	Compressor burnout cleanup
`8.9-6`	8	`8.9`	Type II	`II-RR`	`S`	`DEFN`	B	`DEF`	2026-08-13	`CC`	Filter-drier function
`8.9-7`	8	`8.9`	Type II	`II-RR`	`S`	`PROC`	B	`PRO`	2026-08-13	`CC`	Moisture-indicator interpretation
`8.9-8`	8	`8.9`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-13	`CC`	Oil-change service-practice provision
`8.10-1`	8	`8.10`	Type II	`II-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Reciprocating-compressor discharge safety
`8.10-2`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Hermetic compressor under vacuum
`8.10-3`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Crankcase-heater purpose
`8.10-4`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`CC`	Refrigerant migration and oil foaming
`8.10-5`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	High discharge-pressure safety
`8.10-6`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Pressure-relief protection
`8.10-7`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`CC`	Machinery-room safety
`8.10-8`	8	`8.10`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Very-high-pressure service safety
`8.12-1`	8	`8.12`	Type II	`II-REF`	`A`	`CLASS`	B	`CLS`	2026-08-13	`P`	Type I versus Type II boundary
`8.12-2`	8	`8.12`	Type II	`II-REF`	`A`	`CLASS`	B	`CLS`	2026-08-13	`P`	Medium-pressure classification
`8.12-3`	8	`8.12`	Type II	`II-SAF`	`B`	`DEFN`	B	`DEF`	2026-08-13	`P`	Receiver location and function
`8.12-4`	8	`8.12`	Type II	`II-LD`	`A`	`PROC`	C	`PRO`	2026-08-13	`P`	Leak indicators
`8.12-5`	8	`8.12`	Type II	`II-LD`	`S`	`SAFE`	B	`SAF`	2026-08-13	`P`	Nitrogen pressure testing
`8.12-6`	8	`8.12`	Type II	`II-LR`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	Current Section 608 commercial-refrigeration leak rate
`8.12-7`	8	`8.12`	Type II	`II-REF`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Section 608 leak-repair applicability
`8.12-8`	8	`8.12`	Type II	`II-REF`	`A`	`PROC`	B	`PRO`	2026-08-13	`P`	Recovery-machine preparation
`8.12-9`	8	`8.12`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-13	`P`	Receiver liquid recovery
`8.12-10`	8	`8.12`	Type II	`II-SAF`	`S`	`PROC`	C	`PRO`	2026-08-13	`P`	Recovery-cylinder cooling
`8.12-11`	8	`8.12`	Type II	`II-REF`	`A`	`PROC`	B	`PRO`	2026-08-13	`P`	Pressure-rise check after recovery
`8.12-12`	8	`8.12`	Type II	`II-RR`	`S`	`RULE`	C	`REG`	2026-08-13	`P`	System-dependent recovery-equipment limit
`8.12-13`	8	`8.12`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-13	`P`	Type II Table 1 evacuation level
`8.12-14`	8	`8.12`	Type II	`II-RR`	`A`	`RULE`	D	`REG`	2026-08-13	`P`	Type II Table 1 comparison
`8.12-15`	8	`8.12`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`P`	Recovery-equipment date in Table 1
`8.12-16`	8	`8.12`	Type II	`II-REF`	`S`	`RULE`	C	`REG`	2026-08-13	`P`	Non-major service-practice exception
`8.12-17`	8	`8.12`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Major maintenance, service, or repair
`8.12-18`	8	`8.12`	Type II	`II-SAF`	`S`	`PROC`	C	`PRO`	2026-08-13	`P`	Compressor burnout cleanup
`8.12-19`	8	`8.12`	Type II	`II-REF`	`S`	`PROC`	D	`PRO`	2026-08-13	`P`	Moisture-indicator interpretation
`8.12-20`	8	`8.12`	Type II	`II-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-13	`P`	Reciprocating-compressor discharge safety
`8.12-21`	8	`8.12`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Hermetic compressor under vacuum
`8.12-22`	8	`8.12`	Type II	`II-REF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`P`	Crankcase-heater purpose
`8.12-23`	8	`8.12`	Type II	`II-REF`	`S`	`PROC`	D	`PRO`	2026-08-13	`P`	Noncondensables and high head pressure
`8.12-24`	8	`8.12`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`P`	Pressure-relief protection
`8.12-25`	8	`8.12`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Very-high-pressure service safety
`8.13-1`	8	`8.13`	Type II	`II-REF`	`A`	`CLASS`	A	`CLS`	2026-08-13	`P`	Small-appliance classification
`8.13-2`	8	`8.13`	Type II	`II-REF`	`A`	`DEFN`	D	`DEF`	2026-08-13	`P`	Very-high-pressure appliance definition
`8.13-3`	8	`8.13`	Type II	`II-REF`	`S`	`DEFN`	C	`DEF`	2026-08-13	`P`	Accumulator function
`8.13-4`	8	`8.13`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`P`	Pinpoint leak confirmation
`8.13-5`	8	`8.13`	Type II	`II-SAF`	`S`	`PROC`	C	`PRO`	2026-08-13	`P`	Pressure-decay testing
`8.13-6`	8	`8.13`	Type II	`II-LR`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	IPR leak-repair timing
`8.13-7`	8	`8.13`	Type II	`II-LR`	`S`	`RULE`	B	`REG`	2026-08-13	`P`	Chronic-leaker reporting
`8.13-8`	8	`8.13`	Type II	`II-REF`	`A`	`RULE`	A	`REG`	2026-08-13	`P`	AIM Act commercial-refrigeration applicability
`8.13-9`	8	`8.13`	Type II	`II-RT`	`A`	`PROC`	C	`PRO`	2026-08-13	`P`	Recovery-equipment cross-contamination control
`8.13-10`	8	`8.13`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`P`	Recovery-cylinder capacity
`8.13-11`	8	`8.13`	Type II	`II-REF`	`A`	`DEFN`	C	`DEF`	2026-08-13	`P`	Liquid-line refrigerant state
`8.13-12`	8	`8.13`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-13	`P`	Temperature management during recovery
`8.13-13`	8	`8.13`	Type II	`II-REF`	`S`	`PROC`	D	`PRO`	2026-08-13	`P`	Vapor recovery and oil carryover
`8.13-14`	8	`8.13`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	Pre-1993 recovery-equipment Table 1 value
`8.13-15`	8	`8.13`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	Type II Table 1 comparison
`8.13-16`	8	`8.13`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Leaking-appliance evacuation exception
`8.13-17`	8	`8.13`	Type II	`II-REF`	`S`	`RULE`	D	`REG`	2026-08-13	`P`	Oil-change service-practice provision
`8.13-18`	8	`8.13`	Type II	`II-RR`	`A`	`RULE`	C	`REG`	2026-08-13	`P`	Major versus non-major repair
`8.13-19`	8	`8.13`	Type II	`II-REF`	`S`	`PROC`	A	`PRO`	2026-08-13	`P`	Filter-drier installation practice
`8.13-20`	8	`8.13`	Type II	`II-REF`	`S`	`PROC`	A	`PRO`	2026-08-13	`P`	Parallel-compressor isolation
`8.13-21`	8	`8.13`	Type II	`II-REF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Refrigerant migration and oil foaming
`8.13-22`	8	`8.13`	Type II	`II-SAF`	`A`	`SAFE`	D	`SAF`	2026-08-13	`P`	High discharge-pressure safety
`8.13-23`	8	`8.13`	Type II	`II-REF`	`A`	`SAFE`	B	`SAF`	2026-08-13	`P`	Machinery-room alarm response
`8.13-24`	8	`8.13`	Type II	`II-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`P`	Pressure-relief protection
`8.13-25`	8	`8.13`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Very-high-pressure cylinder safety
`8.14-1`	8	`8.14`	Type II	`II-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`P`	Refrigerated-cargo certification boundary
`8.14-2`	8	`8.14`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-13	`P`	Pressure-category refrigerant examples
`8.14-3`	8	`8.14`	Type II	`II-REF`	`S`	`DEFN`	A	`DEF`	2026-08-13	`P`	Refrigerant states through the cycle
`8.14-4`	8	`8.14`	Type II	`II-LD`	`S`	`PROC`	D	`PRO`	2026-08-13	`P`	Leak indicators and superheat
`8.14-5`	8	`8.14`	Type II	`II-LD`	`S`	`PROC`	B	`PRO`	2026-08-13	`P`	Electronic leak-detector selection
`8.14-6`	8	`8.14`	Type II	`II-LR`	`A`	`HIST`	C	`LEG`	2026-08-13	`P`	Historical versus current comfort-cooling leak rate
`8.14-7`	8	`8.14`	Type II	`II-LR`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Follow-up verification timing
`8.14-8`	8	`8.14`	Type II	`II-REF`	`A`	`RULE`	D	`REG`	2026-08-13	`P`	AIM Act residential/light-commercial exclusion
`8.14-9`	8	`8.14`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`P`	Recovery-machine restrictions
`8.14-10`	8	`8.14`	Type II	`II-REF`	`S`	`PROC`	C	`PRO`	2026-08-13	`P`	Recovery-machine purge/self-clear
`8.14-11`	8	`8.14`	Type II	`II-SAF`	`A`	`PROC`	A	`PRO`	2026-08-13	`P`	Isolation valves and trapped refrigerant
`8.14-12`	8	`8.14`	Type II	`II-RT`	`S`	`PROC`	D	`PRO`	2026-08-13	`P`	Manufacturer-approved liquid recovery
`8.14-13`	8	`8.14`	Type II	`II-SAF`	`S`	`PROC`	B	`PRO`	2026-08-13	`P`	Recovery-cylinder temperature and back pressure
`8.14-14`	8	`8.14`	Type II	`II-RR`	`S`	`RULE`	C	`REG`	2026-08-13	`P`	200-lb Table 1 boundary
`8.14-15`	8	`8.14`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Very-high-pressure Table 1 level
`8.14-16`	8	`8.14`	Type II	`II-REF`	`A`	`PT`	D	`CAL`	2026-08-13	`P`	Vacuum-unit interpretation
`8.14-17`	8	`8.14`	Type II	`II-REF`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	Receiver isolation and evacuation verification
`8.14-18`	8	`8.14`	Type II	`II-RR`	`A`	`RULE`	C	`REG`	2026-08-13	`P`	Major maintenance, service, or repair
`8.14-19`	8	`8.14`	Type II	`II-REF`	`S`	`DEFN`	A	`DEF`	2026-08-13	`P`	Filter-drier function
`8.14-20`	8	`8.14`	Type II	`II-REF`	`S`	`PROC`	B	`PRO`	2026-08-13	`P`	Contaminated recovered refrigerant
`8.14-21`	8	`8.14`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Hermetic-compressor lockout during evacuation
`8.14-22`	8	`8.14`	Type II	`II-REF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`P`	Migration versus operating floodback
`8.14-23`	8	`8.14`	Type II	`II-REF`	`A`	`SAFE`	A	`SAF`	2026-08-13	`P`	Safe temperature management during recovery
`8.14-24`	8	`8.14`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`P`	Pressure-relief protection
`8.14-25`	8	`8.14`	Type II	`II-REF`	`S`	`RULE`	B	`REG`	2026-08-13	`P`	Proposed rule versus current law
`9.1-1`	9	`9.1`	Type III	`III-REF`	`S`	`CLASS`	A	`CLS`	2026-08-13	`CC`	Low-pressure appliance classification
`9.1-2`	9	`9.1`	Type III	`III-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Type III certification scope
`9.1-3`	9	`9.1`	Type III	`III-LD`	`A`	`TECH`	B	`REC`	2026-08-13	`CC`	Subatmospheric leak direction
`9.1-4`	9	`9.1`	Type III	`III-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Meaning of low-pressure appliance
`9.1-5`	9	`9.1`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Effect of air infiltration
`9.1-6`	9	`9.1`	Type III	`III-LD`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Positive-pressure leak direction
`9.1-7`	9	`9.1`	Type III	`III-REF`	`S`	`CLASS`	C	`CLS`	2026-08-13	`CC`	Low-pressure refrigerant example
`9.1-8`	9	`9.1`	Type III	`III-LD`	`A`	`SCEN`	A	`REC`	2026-08-13	`CC`	Frequent purging as an air-leak clue
`9.2-1`	9	`9.2`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Evaporator function
`9.2-2`	9	`9.2`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Centrifugal-compressor function
`9.2-3`	9	`9.2`	Type III	`III-REF`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Evaporator and condenser water circuits
`9.2-4`	9	`9.2`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Purge-unit function
`9.2-5`	9	`9.2`	Type III	`III-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`CC`	Rupture-disc protection
`9.2-6`	9	`9.2`	Type III	`III-RC`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Evaporator charging valve
`9.2-7`	9	`9.2`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Centrifugal-chiller oil system
`9.2-8`	9	`9.2`	Type III	`III-REF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`CC`	Machinery-room refrigerant monitoring
`9.3-1`	9	`9.3`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Purge-unit function
`9.3-2`	9	`9.3`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Air infiltration under vacuum
`9.3-3`	9	`9.3`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Purge-unit pickup location
`9.3-4`	9	`9.3`	Type III	`III-LD`	`A`	`SCEN`	A	`REC`	2026-08-13	`CC`	Frequent purging as a leak indicator
`9.3-5`	9	`9.3`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Noncondensables and condenser pressure
`9.3-6`	9	`9.3`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Refrigerant conservation in purge operation
`9.3-7`	9	`9.3`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Moisture as a tube-leak clue
`9.3-8`	9	`9.3`	Type III	`III-REF`	`A`	`SCEN`	B	`REC`	2026-08-13	`CC`	Purge unit versus leak repair
`9.4-1`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Heat-based low-pressure leak-test pressurization
`9.4-2`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Regulated nitrogen after heat-based pressurization
`9.4-3`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Type III leak-test pressure maximum
`9.4-4`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	10 psig leak-test value versus 15 psig recovery-vessel value
`9.4-5`	9	`9.4`	Type III	`III-LD`	`A`	`SCEN`	B	`REC`	2026-08-13	`CC`	Water-box leak checking
`9.4-6`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Tube-leak testing
`9.4-7`	9	`9.4`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Open-drive shaft-seal leak location
`9.4-8`	9	`9.4`	Type III	`III-LD`	`A`	`RULE`	B	`REG`	2026-08-13	`CC`	Qualifying non-major low-pressure opening
`9.5-1`	9	`9.5`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Liquid-first recovery
`9.5-2`	9	`9.5`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Vapor recovery after liquid removal
`9.5-3`	9	`9.5`	Type III	`III-REF`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Classic remaining-vapor example
`9.5-4`	9	`9.5`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Recovery-machine condenser
`9.5-5`	9	`9.5`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Recovery-unit high-pressure cutout
`9.5-6`	9	`9.5`	Type III	`III-SAF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Recovery-unit cutout versus recovery-vessel rupture disc
`9.5-7`	9	`9.5`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Normal Type III recovery operating condition
`9.5-8`	9	`9.5`	Type III	`III-RR`	`A`	`SCEN`	A	`REC`	2026-08-13	`CC`	Pressure rebound after recovery
`9.6-1`	9	`9.6`	Type III	`III-RT`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Freeze prevention during evacuation
`9.6-2`	9	`9.6`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Pressure-saturation-temperature relationship
`9.6-3`	9	`9.6`	Type III	`III-RT`	`A`	`SCEN`	B	`REC`	2026-08-13	`CC`	Suspected tube leak and water-side draining
`9.6-4`	9	`9.6`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Flash cooling from liquid added into deep vacuum
`9.6-5`	9	`9.6`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Vapor-first Type III charging
`9.6-6`	9	`9.6`	Type III	`III-RC`	`A`	`SCEN`	C	`REC`	2026-08-13	`CC`	Vapor-to-liquid charging transition
`9.6-7`	9	`9.6`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Water circulation for freeze prevention
`9.6-8`	9	`9.6`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Freeze prevention during evacuation
`9.7-1`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Refrigerant dissolved in oil
`9.7-2`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	130°F oil-heating exam value
`9.7-3`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Purpose of oil heating
`9.7-4`	9	`9.7`	Type III	`III-RT`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Current oil-change pressure condition
`9.7-5`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Oil foaming
`9.7-6`	9	`9.7`	Type III	`III-RT`	`A`	`SCEN`	A	`REC`	2026-08-13	`CC`	Pressure rebound from refrigerant in oil
`9.7-7`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Exam value versus manufacturer limits
`9.7-8`	9	`9.7`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Oil removal versus recovery completion
`9.8-1`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Evaporator charging valve
`9.8-2`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Vapor-first Type III charging
`9.8-3`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	A	`REC`	2026-08-13	`CC`	Flash cooling and tube freezing
`9.8-4`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Pressure rise during initial vapor charging
`9.8-5`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Meaning of lowest access point
`9.8-6`	9	`9.8`	Type III	`III-RC`	`A`	`SCEN`	C	`REC`	2026-08-13	`CC`	Vapor-to-liquid charging transition
`9.8-7`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Blend handling during Type III charging
`9.8-8`	9	`9.8`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-13	`CC`	Type III recharging sequence
`9.9-1`	9	`9.9`	Type III	`III-RR`	`S`	`TECH`	D	`REC`	2026-08-13	`CC`	Current Type III evacuation requirement
`9.9-2`	9	`9.9`	Type III	`III-RR`	`S`	`TECH`	B	`REC`	2026-08-13	`CC`	Meaning of 25 mm Hg absolute
`9.9-3`	9	`9.9`	Type III	`III-RR`	`A`	`TECH`	C	`REC`	2026-08-13	`CC`	Recovery-equipment date and Type III endpoint
`9.9-4`	9	`9.9`	Type III	`III-RR`	`A`	`TECH`	A	`REC`	2026-08-13	`CC`	Pressure-rebound check after recovery
`9.9-5`	9	`9.9`	Type III	`III-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Major maintenance, service, or repair
`9.9-6`	9	`9.9`	Type III	`III-LD`	`S`	`RULE`	A	`REG`	2026-08-13	`CC`	Qualifying non-major low-pressure opening
`9.9-7`	9	`9.9`	Type III	`III-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`CC`	Leaking-appliance evacuation exception
`9.9-8`	9	`9.9`	Type III	`III-RR`	`A`	`SCEN`	C	`REC`	2026-08-13	`CC`	Pressure-rise diagnosis after evacuation
`9.10-1`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Rupture-disc protection
`9.10-2`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Rupture disc versus relief valve
`9.10-3`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`CC`	Pressure-relief arrangement
`9.10-4`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`CC`	Machinery-room refrigerant monitoring
`9.10-5`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`CC`	Oxygen-deficient atmosphere
`9.10-6`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`CC`	Confined-space evaluation
`9.10-7`	9	`9.10`	Type III	`III-SAF`	`A`	`SCEN`	C	`REC`	2026-08-13	`CC`	Water-box stored-energy safety
`9.10-8`	9	`9.10`	Type III	`III-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-13	`CC`	Exam topics versus machinery-room code compliance
`9.12-1`	9	`9.12`	Type III	`III-REF`	`S`	`CLASS`	A	`CLS`	2026-08-13	`P`	Low-pressure appliance classification
`9.12-2`	9	`9.12`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Purge-unit function
`9.12-3`	9	`9.12`	Type III	`III-LD`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Subatmospheric leak direction
`9.12-4`	9	`9.12`	Type III	`III-REF`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	High condenser pressure differential diagnosis
`9.12-5`	9	`9.12`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Heat-based low-pressure leak-test pressurization
`9.12-6`	9	`9.12`	Type III	`III-LD`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Type III leak-test pressure maximum
`9.12-7`	9	`9.12`	Type III	`III-LD`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Water-box leak checking
`9.12-8`	9	`9.12`	Type III	`III-RT`	`A`	`SCEN`	D	`REC`	2026-08-13	`P`	Liquid-first recovery
`9.12-9`	9	`9.12`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Type III recovery sequence
`9.12-10`	9	`9.12`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Recovery-machine condenser
`9.12-11`	9	`9.12`	Type III	`III-RT`	`A`	`TECH`	C	`REC`	2026-08-13	`P`	Freeze prevention during recovery
`9.12-12`	9	`9.12`	Type III	`III-REF`	`A`	`SCEN`	D	`REC`	2026-08-13	`P`	Suspected tube leak and water-side draining
`9.12-13`	9	`9.12`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	130°F oil-heating exam value
`9.12-14`	9	`9.12`	Type III	`III-LD`	`S`	`RULE`	B	`REG`	2026-08-13	`P`	Current oil-change pressure condition
`9.12-15`	9	`9.12`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Evaporator charging valve
`9.12-16`	9	`9.12`	Type III	`III-RC`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	Initial vapor charging effect
`9.12-17`	9	`9.12`	Type III	`III-RR`	`A`	`SCEN`	A	`REC`	2026-08-13	`P`	Current Type III evacuation requirement
`9.12-18`	9	`9.12`	Type III	`III-RR`	`A`	`TECH`	B	`REC`	2026-08-13	`P`	Recovery-equipment date and Type III endpoint
`9.12-19`	9	`9.12`	Type III	`III-RR`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Pressure rebound after Type III recovery
`9.12-20`	9	`9.12`	Type III	`III-REF`	`S`	`RULE`	D	`REG`	2026-08-13	`P`	Major maintenance, service, or repair
`9.12-21`	9	`9.12`	Type III	`III-LD`	`A`	`RULE`	A	`REG`	2026-08-13	`P`	Qualifying non-major low-pressure opening
`9.12-22`	9	`9.12`	Type III	`III-RR`	`S`	`RULE`	B	`REG`	2026-08-13	`P`	Leaking-appliance evacuation exception
`9.12-23`	9	`9.12`	Type III	`III-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`P`	Rupture-disc protection
`9.12-24`	9	`9.12`	Type III	`III-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-13	`P`	Refrigerant detection and oxygen deficiency
`9.12-25`	9	`9.12`	Type III	`III-SAF`	`A`	`SCEN`	A	`REC`	2026-08-13	`P`	Water-side stored energy and water-box safety
`9.13-1`	9	`9.13`	Type III	`III-REF`	`A`	`CLASS`	B	`CLS`	2026-08-13	`P`	Pressure category and certification type
`9.13-2`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Shell-and-tube chiller construction
`9.13-3`	9	`9.13`	Type III	`III-LD`	`A`	`SCEN`	D	`REC`	2026-08-13	`P`	Frequent purging as an air-leak clue
`9.13-4`	9	`9.13`	Type III	`III-LD`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Moisture as a tube-leak clue
`9.13-5`	9	`9.13`	Type III	`III-LD`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Leak-direction reversal for leak detection
`9.13-6`	9	`9.13`	Type III	`III-LD`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Type III leak-test pressure maximum
`9.13-7`	9	`9.13`	Type III	`III-LD`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	Open-drive shaft-seal leak location
`9.13-8`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Classic remaining-vapor example
`9.13-9`	9	`9.13`	Type III	`III-RT`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Recovery-machine high-pressure cutout diagnosis
`9.13-10`	9	`9.13`	Type III	`III-SAF`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Low-pressure recovery-vessel rupture disc
`9.13-11`	9	`9.13`	Type III	`III-RT`	`A`	`TECH`	D	`REC`	2026-08-13	`P`	Freeze prevention during recovery
`9.13-12`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Verify water flow for freeze prevention
`9.13-13`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Oil foaming
`9.13-14`	9	`9.13`	Type III	`III-RT`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	130°F oil-heating exam value
`9.13-15`	9	`9.13`	Type III	`III-RC`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	Initial vapor charging effect
`9.13-16`	9	`9.13`	Type III	`III-RC`	`A`	`SCEN`	A	`REC`	2026-08-13	`P`	Evaporator charging valve
`9.13-17`	9	`9.13`	Type III	`III-RR`	`A`	`SCEN`	B	`REC`	2026-08-13	`P`	Meaning of 25 mm Hg absolute
`9.13-18`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Charge size and Type III endpoint
`9.13-19`	9	`9.13`	Type III	`III-REF`	`S`	`RULE`	D	`REG`	2026-08-13	`P`	Major maintenance, service, or repair
`9.13-20`	9	`9.13`	Type III	`III-LD`	`S`	`RULE`	A	`REG`	2026-08-13	`P`	Nitrogen restriction in qualifying non-major work
`9.13-21`	9	`9.13`	Type III	`III-RR`	`A`	`RULE`	B	`REG`	2026-08-13	`P`	Leaking-appliance evacuation exception
`9.13-22`	9	`9.13`	Type III	`III-RR`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Pressure rebound after Type III recovery
`9.13-23`	9	`9.13`	Type III	`III-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-13	`P`	Pressure-relief arrangement
`9.13-24`	9	`9.13`	Type III	`III-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-13	`P`	Refrigerant detection and oxygen deficiency
`9.13-25`	9	`9.13`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Water-box cover lifting hazard
`9.14-1`	9	`9.14`	Type III	`III-REF`	`A`	`CLASS`	C	`CLS`	2026-08-13	`P`	Low-pressure appliance classification
`9.14-2`	9	`9.14`	Type III	`III-LD`	`A`	`TECH`	D	`REC`	2026-08-13	`P`	Positive-pressure leak direction
`9.14-3`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Purge unit versus recovery machine
`9.14-4`	9	`9.14`	Type III	`III-REF`	`A`	`SCEN`	B	`REC`	2026-08-13	`P`	High condenser pressure differential diagnosis
`9.14-5`	9	`9.14`	Type III	`III-REF`	`A`	`SCEN`	C	`REC`	2026-08-13	`P`	Manufacturer limit versus exam maximum
`9.14-6`	9	`9.14`	Type III	`III-LD`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	Water-box leak checking
`9.14-7`	9	`9.14`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Liquid-first recovery
`9.14-8`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Normal Type III recovery operating condition
`9.14-9`	9	`9.14`	Type III	`III-SAF`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Recovery-unit cutout versus recovery-vessel rupture disc
`9.14-10`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	D	`REC`	2026-08-13	`P`	Suspected tube leak and water-side draining
`9.14-11`	9	`9.14`	Type III	`III-RT`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	130°F oil-heating exam value
`9.14-12`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Oil removal versus recovery completion
`9.14-13`	9	`9.14`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Blend handling during Type III charging
`9.14-14`	9	`9.14`	Type III	`III-RC`	`A`	`SCEN`	D	`REC`	2026-08-13	`P`	Vapor-to-liquid charging transition
`9.14-15`	9	`9.14`	Type III	`III-RR`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Recovery-equipment date and Type III endpoint
`9.14-16`	9	`9.14`	Type III	`III-RR`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Meaning of 25 mm Hg absolute
`9.14-17`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	C	`REC`	2026-08-13	`P`	Low-pressure evacuation before disposal
`9.14-18`	9	`9.14`	Type III	`III-RR`	`S`	`RULE`	D	`REG`	2026-08-13	`P`	Conditions for qualifying non-major opening
`9.14-19`	9	`9.14`	Type III	`III-REF`	`S`	`TECH`	A	`REC`	2026-08-13	`P`	Standing-vacuum pressure-rise diagnosis
`9.14-20`	9	`9.14`	Type III	`III-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-13	`P`	Pressure-relief arrangement
`9.14-21`	9	`9.14`	Type III	`III-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-13	`P`	Refrigerant detection and oxygen deficiency
`9.14-22`	9	`9.14`	Type III	`III-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-13	`P`	Machinery room versus confined space
`9.14-23`	9	`9.14`	Type III	`III-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-13	`P`	Response after rupture-disc operation
`9.14-24`	9	`9.14`	Type III	`III-LD`	`S`	`TECH`	B	`REC`	2026-08-13	`P`	Water-box cover lifting hazard
`9.14-25`	9	`9.14`	Type III	`III-RR`	`S`	`RULE`	C	`REG`	2026-08-13	`P`	Leaking-appliance evacuation exception
`10.3-1`	10	`10.3`	Core	`C-3R`	`A`	`DEFN`	A	`DEF`	2026-08-14	`CR`	Recover versus recycle versus reclaim
`10.3-2`	10	`10.3`	Core	`C-REF`	`S`	`PT`	B	`CAL`	2026-08-14	`CR`	Gauge pressure versus absolute pressure
`10.3-3`	10	`10.3`	Core	`C-608`	`S`	`PT`	C	`CAL`	2026-08-14	`CR`	Vacuum units and pressure references
`10.3-4`	10	`10.3`	Core	`C-608`	`A`	`CLASS`	B	`CLS`	2026-08-14	`CR`	Section 608 versus Section 609
`10.3-5`	10	`10.3`	Type I	`I-RT`	`A`	`CLASS`	B	`CLS`	2026-08-14	`CR`	Small appliance classification
`10.3-6`	10	`10.3`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-14	`CR`	Recovery versus disposable cylinders
`10.3-7`	10	`10.3`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-14	`CR`	Major maintenance service or repair
`10.3-8`	10	`10.3`	Type II	`II-LR`	`A`	`HIST`	B	`LEG`	2026-08-14	`CR`	Current versus historical leak-rate thresholds
`10.3-9`	10	`10.3`	Core	`ADMIN`	`S`	`RULE`	C	`REG`	2026-08-14	`CR`	Provider-specific versus federal requirements
`10.3-10`	10	`10.3`	Core	`C-608`	`S`	`PROC`	C	`PRO`	2026-08-14	`CR`	Liquid/vapor charging and blend handling
`10.8-1`	10	`10.8`	Core	`C-EI`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M1`	Ozone layer and UV protection
`10.8-2`	10	`10.8`	Core	`C-EI`	`S`	`DEFN`	A	`DEF`	2026-08-14	`M1`	Ozone-depletion chemistry
`10.8-3`	10	`10.8`	Core	`C-EI`	`A`	`CLASS`	B	`CLS`	2026-08-14	`M1`	Refrigerant families and ODP
`10.8-4`	10	`10.8`	Core	`C-CAA`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M1`	Clean Air Act and Montreal Protocol
`10.8-5`	10	`10.8`	Core	`C-608`	`A`	`RULE`	D	`REG`	2026-08-14	`M1`	Venting prohibition
`10.8-6`	10	`10.8`	Core	`C-608`	`A`	`CLASS`	C	`CLS`	2026-08-14	`M1`	Section 608 versus Section 609
`10.8-7`	10	`10.8`	Core	`C-608`	`A`	`RULE`	A	`REG`	2026-08-14	`M1`	Technician activities
`10.8-8`	10	`10.8`	Core	`C-608`	`A`	`DEFN`	B	`DEF`	2026-08-14	`M1`	Recover recycle reclaim
`10.8-9`	10	`10.8`	Core	`C-REF`	`A`	`DEFN`	D	`DEF`	2026-08-14	`M1`	Self-contained recovery equipment
`10.8-10`	10	`10.8`	Core	`C-608`	`A`	`RULE`	B	`REG`	2026-08-14	`M1`	System-dependent recovery limit
`10.8-11`	10	`10.8`	Core	`C-SAF`	`S`	`CALC`	D	`CAL`	2026-08-14	`M1`	Recovery-cylinder fill calculation
`10.8-12`	10	`10.8`	Core	`C-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-14	`M1`	Recovery versus disposable cylinders
`10.8-13`	10	`10.8`	Core	`C-REF`	`S`	`PT`	A	`CAL`	2026-08-14	`M1`	Gauge versus absolute pressure
`10.8-14`	10	`10.8`	Core	`C-SUB`	`S`	`PT`	D	`CAL`	2026-08-14	`M1`	Blend bubble/dew points
`10.8-15`	10	`10.8`	Core	`C-608`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Moisture and contamination
`10.8-16`	10	`10.8`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-14	`M1`	Nitrogen pressure testing
`10.8-17`	10	`10.8`	Core	`C-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Refrigerant exposure safety
`10.8-18`	10	`10.8`	Core	`C-REC`	`A`	`PROC`	C	`PRO`	2026-08-14	`M1`	Cross-contamination control
`10.8-19`	10	`10.8`	Core	`C-EVAC`	`A`	`PROC`	A	`PRO`	2026-08-14	`M1`	Evacuation and dehydration
`10.8-20`	10	`10.8`	Core	`C-EVAC`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Standing vacuum interpretation
`10.8-21`	10	`10.8`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Safe disposal responsibility
`10.8-22`	10	`10.8`	Core	`C-EVAC`	`A`	`RULE`	A	`REG`	2026-08-14	`M1`	Disposal recordkeeping
`10.8-23`	10	`10.8`	Core	`C-EVAC`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Recovery-equipment date
`10.8-24`	10	`10.8`	Core	`C-REC`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Recovery speed factors
`10.8-25`	10	`10.8`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Universal certification structure
`10.8-26`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	B	`REG`	2026-08-14	`M1`	Small-appliance charge limit
`10.8-27`	10	`10.8`	Type I	`I-RT`	`S`	`CLASS`	D	`CLS`	2026-08-14	`M1`	Type I equipment examples
`10.8-28`	10	`10.8`	Type I	`I-RR`	`A`	`RULE`	A	`REG`	2026-08-14	`M1`	Type I recovery percentage
`10.8-29`	10	`10.8`	Type I	`I-RR`	`S`	`RULE`	A	`REG`	2026-08-14	`M1`	Type I failed-compressor recovery percentage
`10.8-30`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	D	`REG`	2026-08-14	`M1`	Type I recovery endpoint
`10.8-31`	10	`10.8`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-14	`M1`	Operating-compressor recovery
`10.8-32`	10	`10.8`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Failed-compressor recovery access
`10.8-33`	10	`10.8`	Type I	`I-SAF`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Failed-compressor recovery techniques
`10.8-34`	10	`10.8`	Type I	`I-RT`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M1`	Process stubs
`10.8-35`	10	`10.8`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-14	`M1`	Solderless access fittings
`10.8-36`	10	`10.8`	Type I	`I-RT`	`S`	`DEFN`	D	`DEF`	2026-08-14	`M1`	Self-contained Type I recovery
`10.8-37`	10	`10.8`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-14	`M1`	Type I recovery preparation
`10.8-38`	10	`10.8`	Type I	`I-RT`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Operating-compressor high-side recovery
`10.8-39`	10	`10.8`	Type I	`I-RT`	`S`	`PROC`	D	`PRO`	2026-08-14	`M1`	Failed-compressor service decision
`10.8-40`	10	`10.8`	Type I	`I-SAF`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Vacuum-pump passive recovery method
`10.8-41`	10	`10.8`	Type I	`I-RT`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M1`	Type I refrigerant substitution
`10.8-42`	10	`10.8`	Type I	`I-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M1`	Type I refrigerant decomposition safety
`10.8-43`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	D	`REG`	2026-08-14	`M1`	Type I safe disposal
`10.8-44`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Prior-recovery verification statement
`10.8-45`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	B	`REG`	2026-08-14	`M1`	Safe-disposal contract pathway
`10.8-46`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-14	`M1`	Leaked-out disposal exception
`10.8-47`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	B	`REG`	2026-08-14	`M1`	Type I disposal record retention
`10.8-48`	10	`10.8`	Type I	`I-RT`	`A`	`CLASS`	D	`CLS`	2026-08-14	`M1`	Small-appliance boundary case
`10.8-49`	10	`10.8`	Type I	`I-RT`	`A`	`PROC`	C	`PRO`	2026-08-14	`M1`	Type I recovery speed
`10.8-50`	10	`10.8`	Type I	`I-RT`	`S`	`RULE`	B	`REG`	2026-08-14	`M1`	Type I service versus disposal
`10.8-51`	10	`10.8`	Type II	`II-REF`	`A`	`CLASS`	A	`CLS`	2026-08-14	`M1`	Pressure classification
`10.8-52`	10	`10.8`	Type II	`II-REF`	`S`	`CLASS`	D	`CLS`	2026-08-14	`M1`	Type II medium-pressure scope
`10.8-53`	10	`10.8`	Type II	`II-LD`	`S`	`PROC`	B	`PRO`	2026-08-14	`M1`	Type II leak indicators
`10.8-54`	10	`10.8`	Type II	`II-LD`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Type II leak-test gas
`10.8-55`	10	`10.8`	Type II	`II-LR`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Commercial refrigeration leak rate
`10.8-56`	10	`10.8`	Type II	`II-LR`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Section 608 leak-rule applicability
`10.8-57`	10	`10.8`	Type II	`II-REF`	`A`	`PROC`	A	`PRO`	2026-08-14	`M1`	Type II recovery sequence
`10.8-58`	10	`10.8`	Type II	`II-RT`	`A`	`PROC`	A	`PRO`	2026-08-14	`M1`	Recovery speed and cylinder cooling
`10.8-59`	10	`10.8`	Type II	`II-RT`	`A`	`PROC`	C	`PRO`	2026-08-14	`M1`	Pressure rebound after recovery
`10.8-60`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	D	`REG`	2026-08-14	`M1`	System-dependent recovery full-charge rule
`10.8-61`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-14	`M1`	Type II evacuation table
`10.8-62`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-14	`M1`	Type II evacuation table
`10.8-63`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-14	`M1`	Type II evacuation table
`10.8-64`	10	`10.8`	Type II	`II-REF`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	200-lb evacuation boundary
`10.8-65`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	D	`REG`	2026-08-14	`M1`	Major-repair named components
`10.8-66`	10	`10.8`	Type II	`II-RR`	`S`	`RULE`	A	`REG`	2026-08-14	`M1`	Major repair opening criterion
`10.8-67`	10	`10.8`	Type II	`II-REF`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Non-major service provision
`10.8-68`	10	`10.8`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-14	`M1`	Leaky appliance evacuation exception
`10.8-69`	10	`10.8`	Type II	`II-REF`	`S`	`RULE`	D	`REG`	2026-08-14	`M1`	Oil-change special provision
`10.8-70`	10	`10.8`	Type II	`II-REF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Compressor burnout cleanup
`10.8-71`	10	`10.8`	Type II	`II-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-14	`M1`	Reciprocating compressor safety
`10.8-72`	10	`10.8`	Type II	`II-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-14	`M1`	Hermetic compressor under vacuum
`10.8-73`	10	`10.8`	Type II	`II-REF`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Crankcase-heater function
`10.8-74`	10	`10.8`	Type II	`II-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M1`	High-head-pressure safety
`10.8-75`	10	`10.8`	Type II	`II-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-14	`M1`	Very-high-pressure equipment safety
`10.8-76`	10	`10.8`	Type III	`III-REF`	`S`	`CLASS`	A	`CLS`	2026-08-14	`M1`	Low-pressure classification
`10.8-77`	10	`10.8`	Type III	`III-REF`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Low-pressure inward leakage
`10.8-78`	10	`10.8`	Type III	`III-REF`	`S`	`PROC`	B	`PRO`	2026-08-14	`M1`	Purge-unit function
`10.8-79`	10	`10.8`	Type III	`III-LD`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Purge operation as leak clue
`10.8-80`	10	`10.8`	Type III	`III-LD`	`A`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Low-pressure leak-test maximum
`10.8-81`	10	`10.8`	Type III	`III-LD`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Low-pressure leak-test pressurization
`10.8-82`	10	`10.8`	Type III	`III-REF`	`S`	`PROC`	B	`PRO`	2026-08-14	`M1`	Open-drive shaft seal
`10.8-83`	10	`10.8`	Type III	`III-RT`	`A`	`PROC`	D	`PRO`	2026-08-14	`M1`	Liquid-first recovery sequence
`10.8-84`	10	`10.8`	Type III	`III-REF`	`S`	`PROC`	C	`PRO`	2026-08-14	`M1`	Type III vapor recovery
`10.8-85`	10	`10.8`	Type III	`III-REF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M1`	Low-pressure recovery-unit cutout
`10.8-86`	10	`10.8`	Type III	`III-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M1`	Low-pressure recovery-vessel rupture disc
`10.8-87`	10	`10.8`	Type III	`III-RT`	`A`	`SAFE`	B	`SAF`	2026-08-14	`M1`	Freeze prevention during recovery
`10.8-88`	10	`10.8`	Type III	`III-LD`	`A`	`PROC`	B	`PRO`	2026-08-14	`M1`	Tube-leak freeze prevention
`10.8-89`	10	`10.8`	Type III	`III-RR`	`S`	`PROC`	D	`PRO`	2026-08-14	`M1`	Type III pressure rebound
`10.8-90`	10	`10.8`	Type III	`III-REF`	`S`	`PROC`	A	`PRO`	2026-08-14	`M1`	Type III oil heating
`10.8-91`	10	`10.8`	Type III	`III-REF`	`S`	`RULE`	C	`REG`	2026-08-14	`M1`	Type III oil-change pressure
`10.8-92`	10	`10.8`	Type III	`III-RC`	`A`	`PROC`	B	`PRO`	2026-08-14	`M1`	Centrifugal-chiller charging connection
`10.8-93`	10	`10.8`	Type III	`III-RC`	`A`	`SAFE`	A	`SAF`	2026-08-14	`M1`	Vapor-first charging reason
`10.8-94`	10	`10.8`	Type III	`III-RR`	`S`	`RULE`	D	`REG`	2026-08-14	`M1`	Low-pressure Table 1 endpoint
`10.8-95`	10	`10.8`	Type III	`III-RR`	`S`	`PT`	C	`CAL`	2026-08-14	`M1`	Type III vacuum units
`10.8-96`	10	`10.8`	Type III	`III-LD`	`S`	`RULE`	D	`REG`	2026-08-14	`M1`	Type III non-major opening
`10.8-97`	10	`10.8`	Type III	`III-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M1`	Machinery-room monitoring
`10.8-98`	10	`10.8`	Type III	`III-SAF`	`A`	`SAFE`	B	`SAF`	2026-08-14	`M1`	Machinery room and confined-space distinction
`10.8-99`	10	`10.8`	Type III	`III-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-14	`M1`	Water-side service safety
`10.8-100`	10	`10.8`	Type III	`III-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M1`	Rupture-disc function
`10.11-1`	10	`10.11`	Core	`C-EI`	`A`	`DEFN`	D	`DEF`	2026-08-14	`M2`	Atmospheric ozone location
`10.11-2`	10	`10.11`	Core	`C-EI`	`A`	`DEFN`	C	`DEF`	2026-08-14	`M2`	ODP versus GWP
`10.11-3`	10	`10.11`	Core	`C-CAA`	`S`	`DEFN`	A	`DEF`	2026-08-14	`M2`	Clean Air Act basis
`10.11-4`	10	`10.11`	Core	`C-EI`	`A`	`RULE`	D	`REG`	2026-08-14	`M2`	Venting of substitute refrigerants
`10.11-5`	10	`10.11`	Core	`C-608`	`S`	`RULE`	C	`REG`	2026-08-14	`M2`	Technician definition
`10.11-6`	10	`10.11`	Core	`C-608`	`S`	`CLASS`	A	`CLS`	2026-08-14	`M2`	MVAC-like appliance certification
`10.11-7`	10	`10.11`	Core	`C-608`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M2`	Recycle definition
`10.11-8`	10	`10.11`	Core	`C-3R`	`S`	`DEFN`	A	`DEF`	2026-08-14	`M2`	Reclaim definition
`10.11-9`	10	`10.11`	Core	`C-REC`	`A`	`PROC`	B	`PRO`	2026-08-14	`M2`	Recovery speed and backpressure
`10.11-10`	10	`10.11`	Core	`C-SAF`	`A`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Avoiding refrigerant mixing
`10.11-11`	10	`10.11`	Core	`C-EVAC`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M2`	Recovery versus evacuation equipment
`10.11-12`	10	`10.11`	Core	`C-REF`	`S`	`PT`	D	`CAL`	2026-08-14	`M2`	Gauge and absolute pressure
`10.11-13`	10	`10.11`	Core	`C-608`	`S`	`PT`	D	`CAL`	2026-08-14	`M2`	Vacuum scales
`10.11-14`	10	`10.11`	Core	`C-SUB`	`S`	`PT`	C	`CAL`	2026-08-14	`M2`	Blend subcooling calculation
`10.11-15`	10	`10.11`	Core	`C-608`	`A`	`PROC`	A	`PRO`	2026-08-14	`M2`	Leak checking before charging
`10.11-16`	10	`10.11`	Core	`C-SUB`	`S`	`SAFE`	B	`SAF`	2026-08-14	`M2`	Lubricant hygroscopicity
`10.11-17`	10	`10.11`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Nitrogen regulator safety
`10.11-18`	10	`10.11`	Core	`C-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-14	`M2`	Asphyxiation hazard
`10.11-19`	10	`10.11`	Core	`C-SAF`	`S`	`SAFE`	B	`SAF`	2026-08-14	`M2`	Cylinder handling safety
`10.11-20`	10	`10.11`	Core	`C-EVAC`	`S`	`PROC`	B	`PRO`	2026-08-14	`M2`	Standing vacuum moisture indication
`10.11-21`	10	`10.11`	Core	`C-608`	`A`	`RULE`	C	`REG`	2026-08-14	`M2`	Safe-disposal verification
`10.11-22`	10	`10.11`	Core	`C-608`	`A`	`RULE`	A	`REG`	2026-08-14	`M2`	Disposal record contents
`10.11-23`	10	`10.11`	Core	`C-608`	`S`	`SCEN-D`	C	`DIST`	2026-08-14	`M2`	Commonly confused 80% values
`10.11-24`	10	`10.11`	Core	`C-608`	`S`	`CLASS`	D	`CLS`	2026-08-14	`M2`	Certification combinations
`10.11-25`	10	`10.11`	Core	`C-608`	`S`	`RULE`	A	`REG`	2026-08-14	`M2`	Universal open-book limitation
`10.11-26`	10	`10.11`	Type I	`I-RR`	`A`	`CLASS`	D	`CLS`	2026-08-14	`M2`	Small-appliance definition conditions
`10.11-27`	10	`10.11`	Type I	`I-RT`	`S`	`CLASS`	A	`CLS`	2026-08-14	`M2`	Type I exclusions
`10.11-28`	10	`10.11`	Type I	`I-RR`	`A`	`RULE`	B	`REG`	2026-08-14	`M2`	Pre-1993 Type I recovery
`10.11-29`	10	`10.11`	Type I	`I-RT`	`A`	`RULE`	B	`REG`	2026-08-14	`M2`	Type I vacuum alternative
`10.11-30`	10	`10.11`	Type I	`I-RR`	`A`	`RULE`	C	`REG`	2026-08-14	`M2`	Type I percentage recovery pairing
`10.11-31`	10	`10.11`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-14	`M2`	Operating-compressor recovery flow
`10.11-32`	10	`10.11`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-14	`M2`	Failed-compressor two-side recovery scenario
`10.11-33`	10	`10.11`	Type I	`I-RT`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Failed-compressor refrigerant release
`10.11-34`	10	`10.11`	Type I	`I-RT`	`S`	`DEFN`	B	`DEF`	2026-08-14	`M2`	Piercing access fitting
`10.11-35`	10	`10.11`	Type I	`I-RT`	`S`	`SAFE`	C	`SAF`	2026-08-14	`M2`	Access-fitting location
`10.11-36`	10	`10.11`	Type I	`I-SAF`	`A`	`PROC`	B	`PRO`	2026-08-14	`M2`	Access-fitting removal and resealing
`10.11-37`	10	`10.11`	Type I	`I-RT`	`S`	`DEFN`	C	`DEF`	2026-08-14	`M2`	Process stub definition
`10.11-38`	10	`10.11`	Type I	`I-RT`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Self-contained recovery preparation
`10.11-39`	10	`10.11`	Type I	`I-RT`	`A`	`PROC`	D	`PRO`	2026-08-14	`M2`	Type I refrigerant identification and noncondensables
`10.11-40`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	B	`REG`	2026-08-14	`M2`	Type I service certification
`10.11-41`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-14	`M2`	Type I disposal certification exception
`10.11-42`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-14	`M2`	Safe-disposal verification
`10.11-43`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-14	`M2`	Safe-disposal signed statement
`10.11-44`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	A	`REG`	2026-08-14	`M2`	Safe-disposal leaked-out distinction
`10.11-45`	10	`10.11`	Type I	`I-RT`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	Disposal records purpose
`10.11-46`	10	`10.11`	Type I	`I-RT`	`A`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Type I recovery-cylinder preparation
`10.11-47`	10	`10.11`	Type I	`I-RT`	`A`	`DEFN`	C	`DEF`	2026-08-14	`M2`	Phase-change cooling during recovery
`10.11-48`	10	`10.11`	Type I	`I-RT`	`S`	`SCEN-D`	A	`DIST`	2026-08-14	`M2`	Five-pound small-appliance condition
`10.11-49`	10	`10.11`	Type I	`I-RT`	`A`	`PROC`	D	`PRO`	2026-08-14	`M2`	Post-repair Type I service sequence
`10.11-50`	10	`10.11`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-14	`M2`	Low-loss Type I service practice
`10.11-51`	10	`10.11`	Type II	`II-REF`	`A`	`CLASS`	D	`CLS`	2026-08-14	`M2`	High-pressure classification range
`10.11-52`	10	`10.11`	Type II	`II-REF`	`S`	`CLASS`	A	`CLS`	2026-08-14	`M2`	Type II scope includes medium pressure
`10.11-53`	10	`10.11`	Type II	`II-REF`	`S`	`CLASS`	C	`CLS`	2026-08-14	`M2`	Type II equipment classification
`10.11-54`	10	`10.11`	Type II	`II-LD`	`S`	`PROC`	A	`PRO`	2026-08-14	`M2`	High-pressure leak indicators
`10.11-55`	10	`10.11`	Type II	`II-REF`	`A`	`PROC`	B	`PRO`	2026-08-14	`M2`	Leak check before charging
`10.11-56`	10	`10.11`	Type II	`II-LR`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	Current Section 608 leak-rate categories
`10.11-57`	10	`10.11`	Type II	`II-LR`	`S`	`RULE`	C	`REG`	2026-08-14	`M2`	Leak-repair timing
`10.11-58`	10	`10.11`	Type II	`II-LR`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	Leak-repair verification timing
`10.11-59`	10	`10.11`	Type II	`II-RT`	`A`	`PROC`	B	`PRO`	2026-08-14	`M2`	Liquid-first recovery
`10.11-60`	10	`10.11`	Type II	`II-REF`	`A`	`PROC`	C	`PRO`	2026-08-14	`M2`	Appliance warming during recovery
`10.11-61`	10	`10.11`	Type II	`II-REF`	`A`	`PROC`	B	`PRO`	2026-08-14	`M2`	Parallel compressor isolation
`10.11-62`	10	`10.11`	Type II	`II-RR`	`A`	`RULE`	B	`REG`	2026-08-14	`M2`	Pre-1993 medium-pressure evacuation
`10.11-63`	10	`10.11`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-14	`M2`	Pre-1993 high-pressure evacuation
`10.11-64`	10	`10.11`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-14	`M2`	Post-1993 Type II evacuation
`10.11-65`	10	`10.11`	Type II	`II-RR`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	System-dependent recovery-equipment limit
`10.11-66`	10	`10.11`	Type II	`II-REF`	`S`	`RULE`	C	`REG`	2026-08-14	`M2`	Major component removal
`10.11-67`	10	`10.11`	Type II	`II-REF`	`S`	`RULE`	A	`REG`	2026-08-14	`M2`	Major opening-size criterion
`10.11-68`	10	`10.11`	Type II	`II-REF`	`A`	`RULE`	C	`REG`	2026-08-14	`M2`	Qualifying non-major opening
`10.11-69`	10	`10.11`	Type II	`II-RR`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	Leaking-component exception
`10.11-70`	10	`10.11`	Type II	`II-RR`	`S`	`SCEN-D`	A	`DIST`	2026-08-14	`M2`	Filter-drier and major repair
`10.11-71`	10	`10.11`	Type II	`II-REF`	`A`	`PROC`	C	`PRO`	2026-08-14	`M2`	Moisture indicator interpretation
`10.11-72`	10	`10.11`	Type II	`II-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Closed discharge valve safety
`10.11-73`	10	`10.11`	Type II	`II-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Hermetic compressor vacuum safety
`10.11-74`	10	`10.11`	Type II	`II-REF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Crankcase heater and migration
`10.11-75`	10	`10.11`	Type II	`II-REF`	`A`	`SAFE`	B	`SAF`	2026-08-14	`M2`	Very-high-pressure equipment rating
`10.11-76`	10	`10.11`	Type III	`III-REF`	`S`	`CLASS`	A	`CLS`	2026-08-14	`M2`	Type III classification versus low side
`10.11-77`	10	`10.11`	Type III	`III-REF`	`S`	`PROC`	D	`PRO`	2026-08-14	`M2`	Inward leakage under vacuum
`10.11-78`	10	`10.11`	Type III	`III-REF`	`S`	`DEFN`	C	`DEF`	2026-08-14	`M2`	Noncondensables in low-pressure chillers
`10.11-79`	10	`10.11`	Type III	`III-LD`	`A`	`PROC`	C	`PRO`	2026-08-14	`M2`	Purge operation and noncondensables
`10.11-80`	10	`10.11`	Type III	`III-LD`	`S`	`PT`	B	`CAL`	2026-08-14	`M2`	Pressure-temperature basis of low-pressure pressurization
`10.11-81`	10	`10.11`	Type III	`III-LD`	`S`	`SAFE`	C	`SAF`	2026-08-14	`M2`	Low-pressure leak-test maximum
`10.11-82`	10	`10.11`	Type III	`III-LD`	`S`	`PROC`	B	`PRO`	2026-08-14	`M2`	Water-box leak detection
`10.11-83`	10	`10.11`	Type III	`III-RT`	`S`	`PROC`	B	`PRO`	2026-08-14	`M2`	Liquid-first low-pressure recovery
`10.11-84`	10	`10.11`	Type III	`III-REF`	`B`	`DEFN`	C	`DEF`	2026-08-14	`M2`	Recovery-unit condenser
`10.11-85`	10	`10.11`	Type III	`III-RT`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Low-pressure recovery-unit high-pressure cutout
`10.11-86`	10	`10.11`	Type III	`III-REF`	`S`	`SCEN-D`	D	`DIST`	2026-08-14	`M2`	Recovery-vessel rupture-disc value
`10.11-87`	10	`10.11`	Type III	`III-RT`	`A`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Freeze prevention during recovery
`10.11-88`	10	`10.11`	Type III	`III-REF`	`S`	`SAFE`	C	`SAF`	2026-08-14	`M2`	Water contamination and freeze risk
`10.11-89`	10	`10.11`	Type III	`III-LD`	`S`	`SAFE`	B	`SAF`	2026-08-14	`M2`	Tube leak and water intrusion
`10.11-90`	10	`10.11`	Type III	`III-REF`	`S`	`PROC`	A	`PRO`	2026-08-14	`M2`	Refrigerant solubility in oil
`10.11-91`	10	`10.11`	Type III	`III-RT`	`S`	`PROC`	D	`PRO`	2026-08-14	`M2`	Oil heating purpose
`10.11-92`	10	`10.11`	Type III	`III-REF`	`S`	`RULE`	D	`REG`	2026-08-14	`M2`	Type III value distinctions
`10.11-93`	10	`10.11`	Type III	`III-RC`	`S`	`PROC`	A	`PRO`	2026-08-14	`M2`	Vapor-first charging sequence
`10.11-94`	10	`10.11`	Type III	`III-RC`	`S`	`DEFN`	C	`DEF`	2026-08-14	`M2`	Evaporator charging valve
`10.11-95`	10	`10.11`	Type III	`III-RC`	`S`	`SCEN-D`	B	`DIST`	2026-08-14	`M2`	Blend handling versus vapor-first charging
`10.11-96`	10	`10.11`	Type III	`III-REF`	`A`	`RULE`	A	`REG`	2026-08-14	`M2`	Low-pressure Table 1 date independence
`10.11-97`	10	`10.11`	Type III	`III-RR`	`S`	`RULE`	B	`REG`	2026-08-14	`M2`	Type III evacuation and 200-lb boundary
`10.11-98`	10	`10.11`	Type III	`III-LD`	`S`	`RULE`	A	`REG`	2026-08-14	`M2`	Low-pressure non-major pressurization
`10.11-99`	10	`10.11`	Type III	`III-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`M2`	Refrigerant versus oxygen monitoring
`10.11-100`	10	`10.11`	Type III	`III-SAF`	`A`	`SAFE`	A	`SAF`	2026-08-14	`M2`	Water-side static pressure
`10.13-1`	10	`10.13`	Core	`C-EI`	`A`	`RULE`	D	`REG`	2026-08-14	`R`	Venting prohibition and ODP
`10.13-2`	10	`10.13`	Core	`C-EI`	`S`	`DEFN`	A	`DEF`	2026-08-14	`R`	CFC and HCFC composition / ODP
`10.13-3`	10	`10.13`	Core	`C-3R`	`S`	`DEFN`	D	`DEF`	2026-08-14	`R`	Recover, recycle, reclaim
`10.13-4`	10	`10.13`	Core	`C-608`	`S`	`DEFN`	C	`DEF`	2026-08-14	`R`	Self-contained recovery equipment
`10.13-5`	10	`10.13`	Core	`C-REC`	`A`	`PROC`	B	`PRO`	2026-08-14	`R`	Recovery speed
`10.13-6`	10	`10.13`	Core	`C-SAF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`R`	Nitrogen pressure-test safety
`10.13-7`	10	`10.13`	Core	`C-SAF`	`S`	`SAFE`	D	`SAF`	2026-08-14	`R`	Disposable versus recovery cylinders
`10.13-8`	10	`10.13`	Core	`C-REF`	`S`	`PT`	C	`CAL`	2026-08-14	`R`	Gauge versus absolute pressure
`10.13-9`	10	`10.13`	Core	`C-SUB`	`S`	`PROC`	A	`PRO`	2026-08-14	`R`	Zeotropic blend charging
`10.13-10`	10	`10.13`	Core	`C-EVAC`	`S`	`PROC`	C	`PRO`	2026-08-14	`R`	Evacuation and dehydration
`10.13-11`	10	`10.13`	Core	`C-608`	`S`	`RULE`	B	`REG`	2026-08-14	`R`	Technician certification activities
`10.13-12`	10	`10.13`	Core	`C-EVAC`	`A`	`RULE`	B	`REG`	2026-08-14	`R`	Disposal recordkeeping for appliances above 5 lb and below 50 lb
`10.13-13`	10	`10.13`	Type I	`I-RT`	`A`	`CLASS`	D	`CLS`	2026-08-14	`R`	Small-appliance definition
`10.13-14`	10	`10.13`	Type I	`I-RR`	`S`	`RULE`	B	`REG`	2026-08-14	`R`	Type I recovery percentage - functional compressor
`10.13-15`	10	`10.13`	Type I	`I-RR`	`S`	`RULE`	C	`REG`	2026-08-14	`R`	Type I recovery percentage - pre-1993 equipment
`10.13-16`	10	`10.13`	Type I	`I-RT`	`S`	`RULE`	D	`REG`	2026-08-14	`R`	Type I alternative endpoint
`10.13-17`	10	`10.13`	Type I	`I-SAF`	`S`	`PROC`	D	`PRO`	2026-08-14	`R`	Failed-compressor Type I recovery access
`10.13-18`	10	`10.13`	Type I	`I-RT`	`S`	`PROC`	B	`PRO`	2026-08-14	`R`	Controlled warming during Type I recovery
`10.13-19`	10	`10.13`	Type I	`I-RT`	`A`	`PROC`	A	`PRO`	2026-08-14	`R`	Temporary solderless access fitting
`10.13-20`	10	`10.13`	Type I	`I-RT`	`S`	`DEFN`	A	`DEF`	2026-08-14	`R`	Process stub
`10.13-21`	10	`10.13`	Type I	`I-RT`	`S`	`PROC`	A	`PRO`	2026-08-14	`R`	Self-contained recovery with failed compressor
`10.13-22`	10	`10.13`	Type I	`I-RT`	`S`	`TECH`	B	`REC`	2026-08-14	`R`	Common small-appliance refrigerant association
`10.13-23`	10	`10.13`	Type I	`I-SAF`	`A`	`SAFE`	C	`SAF`	2026-08-14	`R`	Refrigerant decomposition hazard
`10.13-24`	10	`10.13`	Type I	`I-RT`	`S`	`RULE`	C	`REG`	2026-08-14	`R`	Small-appliance disposal verification
`10.13-25`	10	`10.13`	Type II	`II-REF`	`A`	`CLASS`	A	`CLS`	2026-08-14	`R`	Medium-pressure classification
`10.13-26`	10	`10.13`	Type II	`II-REF`	`S`	`CLASS`	B	`CLS`	2026-08-14	`R`	Type II appliance classification
`10.13-27`	10	`10.13`	Type II	`II-LD`	`S`	`SCEN-D`	A	`DIST`	2026-08-14	`R`	Leak indication versus leak location
`10.13-28`	10	`10.13`	Type II	`II-LD`	`S`	`SAFE`	A	`SAF`	2026-08-14	`R`	Nitrogen leak testing
`10.13-29`	10	`10.13`	Type II	`II-LR`	`S`	`RULE`	D	`REG`	2026-08-14	`R`	Current ODS leak-rate trigger - industrial process refrigeration
`10.13-30`	10	`10.13`	Type II	`II-REF`	`S`	`RULE`	B	`REG`	2026-08-14	`R`	Section 608 ODS leak-repair applicability threshold
`10.13-31`	10	`10.13`	Type II	`II-RR`	`S`	`RULE`	B	`REG`	2026-08-14	`R`	System-dependent recovery-equipment restriction
`10.13-32`	10	`10.13`	Type II	`II-RR`	`S`	`RULE`	D	`REG`	2026-08-14	`R`	Type II Table 1 - medium pressure under 200 lb
`10.13-33`	10	`10.13`	Type II	`II-RR`	`S`	`RULE`	D	`REG`	2026-08-14	`R`	Type II Table 1 - medium pressure 200 lb or more
`10.13-34`	10	`10.13`	Type II	`II-RR`	`S`	`RULE`	C	`REG`	2026-08-14	`R`	Major maintenance, service, or repair
`10.13-35`	10	`10.13`	Type II	`II-REF`	`A`	`RULE`	C	`REG`	2026-08-14	`R`	Qualifying non-major opening provision
`10.13-36`	10	`10.13`	Type II	`II-RR`	`A`	`RULE`	A	`REG`	2026-08-14	`R`	Leaking-appliance evacuation exception
`10.13-37`	10	`10.13`	Type II	`II-SAF`	`S`	`SAFE`	C	`SAF`	2026-08-14	`R`	Reciprocating-compressor discharge safety
`10.13-38`	10	`10.13`	Type III	`III-REF`	`S`	`DEFN`	C	`DEF`	2026-08-14	`R`	Low-pressure appliance inward leakage
`10.13-39`	10	`10.13`	Type III	`III-REF`	`S`	`DEFN`	A	`DEF`	2026-08-14	`R`	Purge-unit purpose
`10.13-40`	10	`10.13`	Type III	`III-REF`	`S`	`RULE`	A	`REG`	2026-08-14	`R`	Low-pressure chiller leak-test maximum
`10.13-41`	10	`10.13`	Type III	`III-RT`	`S`	`TECH`	B	`REC`	2026-08-14	`R`	Low-pressure recovery-unit high-pressure cutout
`10.13-42`	10	`10.13`	Type III	`III-SAF`	`S`	`TECH`	A	`REC`	2026-08-14	`R`	Low-pressure recovery-vessel rupture disc
`10.13-43`	10	`10.13`	Type III	`III-REF`	`S`	`PROC`	D	`PRO`	2026-08-14	`R`	Type III recovery sequence
`10.13-44`	10	`10.13`	Type III	`III-REF`	`S`	`SAFE`	C	`SAF`	2026-08-14	`R`	Freeze prevention during low-pressure recovery
`10.13-45`	10	`10.13`	Type III	`III-REF`	`S`	`SAFE`	A	`SAF`	2026-08-14	`R`	Suspected tube leak before recovery
`10.13-46`	10	`10.13`	Type III	`III-RT`	`S`	`PROC`	D	`PRO`	2026-08-14	`R`	Refrigerant dissolved in oil
`10.13-47`	10	`10.13`	Type III	`III-RC`	`A`	`PROC`	D	`PRO`	2026-08-14	`R`	Vapor-first charging of low-pressure chillers
`10.13-48`	10	`10.13`	Type III	`III-RC`	`S`	`TECH`	C	`REC`	2026-08-14	`R`	Centrifugal-chiller charging connection
`10.13-49`	10	`10.13`	Type III	`III-REF`	`S`	`RULE`	B	`REG`	2026-08-14	`R`	Low-pressure Table 1 evacuation endpoint
`10.13-50`	10	`10.13`	Type III	`III-REF`	`S`	`SAFE`	B	`SAF`	2026-08-14	`R`	Machinery-room refrigerant monitoring

15. Question-Bank Maintenance Procedure

When adding, revising, moving, or retiring a question:

Confirm the source subsection and unique question ID.
Confirm Core, Type I, Type II, or Type III assignment.
Assign one primary current EPA test-topic category.
Assign difficulty and question type.
Confirm one correct A-D answer.
Assign a primary error category.
Verify all rule-dependent content against current authoritative sources.
Record the verification date.
Assign the intended quiz/mock use.
Update the section-level and EPA-topic coverage counts.
Check for duplicate or near-duplicate questions, especially across the two Universal mocks.
Update the corresponding answer file and explanations.
Recheck that every distractor has a defensible reason for being wrong.
If a current regulation changes, use 11.15 - Regulatory Verification and Update Procedure.md to identify every affected question.

16. Release QA Checklist

Before a question-bank release:

Every question has a unique ID.
Every question has a Core/Type I/Type II/Type III assignment.
Every question has one primary EPA-topic tag or ADMIN.
Every question has a difficulty level.
Every question has a question-type code.
Every question has one correct A-D answer.
Every question has a primary error category.
Every question has a verification date.
Every question has a quiz/mock use.
Every normal instructional subsection has direct assessment coverage.
Every current EPA test-topic heading intended for the certification section has at least one appropriate question.
Mock 1 and Mock 2 are substantially independent.
No question depends on an obsolete value without explicitly identifying it as historical.
No secure or recalled certification-test question has been copied into the bank.
All current rule-dependent answers have been reverified.
The 10 cumulative questions in Section 10.3 have an explicit maintained answer source.
The Type III leak-repair coverage gap identified in this audit has been resolved.

References

Current Official Sources

U.S. Environmental Protection Agency, Test Topics, accessed August 14, 2026.
U.S. Environmental Protection Agency, Section 608 Technician Certification Requirements, accessed August 14, 2026.
U.S. Environmental Protection Agency, Certification Programs for Section 608 Technicians, accessed August 14, 2026.

Course Control References

project_outline.md, Module 11.14 requirements and project-wide assessment blueprint.
1.6 - Study Method and Error Log
10.8 - Universal Mock Examination 1
10.9 - Universal Mock Examination 1 Answers
10.10 - Error Analysis and Remediation
10.11 - Universal Mock Examination 2
10.12 - Universal Mock Examination 2 Answers
10.13 - Optional Remediation Examination
10.14 - Optional Remediation Examination Answers
10.15 - Official Examination Readiness Checklist
11.13 - Instructor Teaching Notes and Demonstrations
11.15 - Regulatory Verification and Update Procedure.md after that file is completed.

Keyboard shortcuts

EPA Section 608 Teaching Material and Universal Certification Preparation