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Safety Equipment Institute

SEI Certification Program Manual Section 22: Fall Protection Program

SEI Certification Program Manual

Section 22: Fall Protection Program

Revision Date: 02.14.16

Date of Issue: 01.12.12

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22.0 Fall Protection Program Standards

ANSI/ASSE Z359.11-2014 Full Body Harnesses

ANSI/ASSE Z359.15-2014 Single Anchor Lifelines and Fall Arresters for Personal Fall Arrest

Systems

CAN/CSA Z259.10-12 Full Body Harnesses

CAN/CSA Z259.2.5-12 Fall Arresters and Vertical Lifelines

CAN/CSA Z259.2.2-98 (R2009) Self-Retracting Devices

CAN/CSA Z259.11-05 (R2015) Energy Absorbers & Lanyards

CAN/CSA Z259.12-11 Connecting Components for Personal Fall Arrest Systems

ANSI/ASSE Z359.12-2009 Connecting Components for Personal Fall Arrest Systems

ANSI/ASSE Z359.13-2013 Personal Energy Absorbers and Personal Energy Absorbing Lanyards

ANSI/ASSE Z359.14-2014 Self-Retracting Devices for Personal Fall Arrest and Rescue Systems

ASTM F887-13 Arc Resistant Full Body Harnesses & Energy Absorbing Lanyards

NFPA 1983-2012 Life Safety Rope & Equipment For Emergency Services

22.1 Certification Submittal Package

A Certification Submittal Package shall include an SEI Certification Submittal form (see Section 22A: SEI

Certification Submittal Form) and a Components & Materials Description Checklist form (see Section

22B: General Components & Materials Description Checklist) and a User Guide and Label Checklist form

for NFPA standards (see Section 22C: User Guide and Label Checklist) for each product model, variant or

accessory being submitted. Completion of the submittal package serves four primary purposes:

1. The submittal package provides SEI and the SEI Quality Assurance Auditor with a

description of new, modified and continued products to be selected during the audit.

2. The information provided by the manufacturer in the full submittal package confirms to

SEI the product design and components remain unchanged since the submitted product

was last tested and certified.

3. Receipt of the submittal package by the testing laboratory, from SEI, serves as the

laboratory’s authorization to begin testing the product(s) and allows laboratory

personnel to verify that the correct product samples have been received.

4. The return of a signed copy of the submittal form from the testing laboratory provides

SEI with a record of the date testing was completed on the product model.

Over the life of the product, subsequent submittal packages shall document that the product model

submitted for certification testing is identical to samples previously tested, except where Class I model

changes have been tested and documented through the submission of additional SEI submittal packages

or documented Class II changes have been made. It is therefore necessary that each submittal to SEI





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include sufficient product description information, which is achieved by a complete components and

materials listing to uniquely and unambiguously identify the product model in question.

SEI Certification Submittal Form

Each submittal form must be identified as either (1) initial certification, (2) annual recertification, (3)

Class I change, or (4) Class II change. Finished product manufacturing facilities (assembly) located at a

different address (i.e. suppliers or company-owned factories) shall be identified in Section 3 of the

submittal form. The SEI Certification Submittal Form shall be signed by the authorized manufacturer

representative within the participating company having the authority to authorize expenditures for

testing.

Components & Materials Description List

The product description information may be (a) listed on the Component and Materials Description

Checklist form, (b) provided as a separate listing by the manufacturer (i.e. Bill of Materials), or (c)

appropriate engineering drawings/ specification sheets. Use of Section 22B: General Components and

Materials Description Checklist form is recommended. The following information is to be included on

each Components & Materials List. Brief examples are provided for guidance.

A. Description of Major Components

All major components and materials shall be identified and described. Where possible, include

brand name and part number, supplier name and location.

B. Primary Materials

Materials used in the construction of major components shall be identified. Identification shall

include trade names, if applicable. All changes shall be reported to SEI for evaluation and

possible action.

C. Manufacturing Locations

All locations in which the product model is manufactured or assembled must be identified on

the SEI Certification Submittal Form. If major components are manufactured by another

company and purchased by the SEI participants, the name and address of the manufacturing

facility and contact name shall be identified on the Components & Materials Description

Checklist.

D. Specification Sheets or Technical Bills of Materials

Product specification sheets or technical bills of materials (BOM) may be included with the SEI

Certification Form in addition to the Components & Materials description checklist to fulfill

some or all other requirements noted above. In the case of annual recertification, the

appropriate documents (i.e., submittal form and components and materials listing or BOM) shall

be prepared prior to the sample selection audit and available to the auditor during the audit for

reference and confirmation of product.





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Confidentiality All product information received by SEI staff, the SEI Quality Assurance Auditor, or the SEI testing laboratory shall be considered confidential and shall not be released to any third party without written authorization to do so (with the exceptions noted Section 3: Manufacturer’s Agreement for response to a subpoena, court order or other compulsory process). 22.2 Fall Protection Program Codes

SEI utilizes SEI Reference Numbers internally to identify each SEI participant and their unique models and variants. The first set of two or three letters/numbers indicates which standard program code the model/variant is being certified against. The second set of three letters indicates the SEI participant's unique identification. The third set of numbers is assigned by SEI to identify each model (see definition below) being certified.

eg: BBH ABC 03 eg: BBH ABC V03

Where BBH identifies the standard program code Where ABC identifies the unique participant identification Where 03 identifies the model submitted for certification Where V03 identifies the model as the third variant (V03) for this Participant Identification (ABC)

SEI Reference Program

Code

Standard Description Product Type Standard

FAH Standard on Full Body Harnesses

Full Body Harnesses ANSI/ASSE Z359.11

FAV Standard on Single Anchor Lifelines and Fall Arresters

Single Anchor Lifelines and Fall Arresters

ANSI/ASSE Z359.15

FCV Standard on Fall Arresters, Vertical Lifelines, and Rails

Fall Arresters, Vertical Lifelines and Rails

CAN/CSA Z259.2.5

FCR Standard on Self-Retracting Devices

Self-Retracting Devices for Personal Fall Arrest Systems

CAN/CSA Z259.2.2

FCH Standard on Full Body Harnesses

Full Body Harnesses CAN/CSA Z259.10

FCL Standard on Energy Absorbers and Lanyards

Energy Absorbers & Lanyards

CAN/CSA Z259.11





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SEI Reference Program

Code

Standard Description Product Type Standard

QCB, QCR, QCH, QCW

Standard on Connecting Components for Personal Fall Arrest System

Connecting Components for Personal Fall Arrest Systems

CAN/CSA Z259.12

QAB, QAR, QAH, QAW

Standard on Connecting Components for Personal Fall Arrest System

Connecting Components for Personal Fall Arrest Systems

ANSI/ASSE Z359.12

FAL Standard on Personal Energy Absorbers and Energy Absorbing Lanyards

Personal Energy Absorbers and Personal Energy Absorbing Lanyards

ANSI/ASSE Z359.13

FAR

Safety requirements for Self-Retracting Devices for personal Fall Arrest and Rescue Systems

Self-Retracting Devices for Personal Fall Arrest and Rescue Systems

ANSI/ASSE Z359.14

FPE Standard Specifications for Personal Climbing Equipment

Arc Resistant Full Body Harnesses & Energy Absorbing Lanyards

ASTM F887

RHH Standard on Life Safety Rope and Equipment for Emergency Services

Life Safety Rope & Equipment for Emergency Services

NFPA 1983

22.3 Definition of a “Model”

“Model” is the collective term used to identify a group of protective devices of the same basic design

and components from a single applicant produced by the same manufacturing and quality assurance

procedures that are covered by the same certification. Any characteristic that affects the device’s

performance under the limits of the current certification standards constitutes a different model. For

purposes of the SEI Certification Program, the above definition of the term “model” uses performance

characteristics as the basic criteria.

22.4 Application & Annual Certification Fees

Testing shall be performed annually. When an initial submittal package is submitted to SEI, the

Application Fees and Annual Participation Fees (See Section 7: Annual Participation Fees) are due. Upon

completion of initial testing, Annual Model Certification Fees are due.





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The following is a schedule of application fees and annual model certification fees that apply to the

ANSI/ASSE, CAN/CSA and ASTM Fall Protection program(s):

Model Type Submittal Type Application Fee Annual Model Certification Fees

Base Model

Initial $250 $395

Class I Change $50 N/A

Class II Change $50 N/A

Variant Model

Initial $125 $125



Accessory Model

Initial $125 $125



The following is a schedule of application fees and annual model certification fees that apply to the

NFPA Fall Protection program:

Model Type Submittal Type Application Fee Annual Model Certification Fees

Base Model

Initial $250 $435



Variant Model

Initial $60 $125



Accessory Model

Initial $60 $60







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22.5 ANSI/ASSE Z359.11, ANSI/ASSE Z359.12, ANSI/ASSE Z359.13, ANSI/ASSE Z359.14,

ANSI/ASSE Z359.15

A. Definition of Model

Qualified Elements including rings, D-rings, circular rings, oval rings, carabineers, snaphooks,

buckles, adjusters, webbing, rope (including fiber rope and wire rope):

Characteristics that should affect the model’s ability to meet the performance requirements of

the certification standard and therefore require a new model designation:

1. Changes in basic design

2. Changes in material type

3. Changes in dimensions

4. Changes in finish

Characteristics that should not affect the model’s ability to meet the performance requirements

of the certification standard and therefore would not require a new model designation:

1. Changes in webbing color

2. Same qualified element (component) from different source of supply

Note: The word “same” is interpreted to mean that webbing and hardware are

manufactured to identical engineering specifications that include identical material,

dimensions, finish and other requirements.

Examples of Major components:

1. Material type

2. Construction method

3. Surface finish

4. Size and shape

5. Strength

Full Body Harnesses



1. Changes in basic design/configuration

2. Changes in hardware (material, dimensions, design)

3. Changes in webbing material, composition and thickness

4. Type of harness hardware and placement

5. Changes in stitch patterns

6. Changes in thread





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1. Changes in color

2. Changes in non-fall protection accessories such as comfort padding and positioning rings

3. Same webbing or hardware from different source of supply

Note: The word “same” is interpreted to mean that leather, webbing or hardware is

manufactured to identical engineering specifications that include identical material,,

dimensions, finish and other requirements


Not applicable for this product

Energy Absorbing Lanyards



1. Changes in basic design/configuration/energy dissipation technology







1. Changes in color











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Self-Retracting Lanyards





3. Changes in pay-out line material, composition and/or dimensions



1. Changes in color

2. Same hardware from different source of supply






Fall Arresters





3. Changes in vertical lifeline material, composition and/or dimensions



1. Changes in color











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B. Laboratory Testing Fees/ Attributes & Variables

SEI currently has approved two (2) laboratories that may conduct testing to this standard. The

following information should be used as guide when selecting a lab to test your models. The

schedule of rates for testing at these laboratories can be used to estimate the total cost of

testing for all the models that are to be certified.





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22.6 CAN/CSA Z259.2.5, CAN/CSA Z35.2.2, CAN/CSA Z259.10, CAN/CSA Z259.11, CAN/CSA Z259.12


Qualified Elements including rings, D-rings, circular rings, oval rings, carabineers, snaphooks,

buckles, adjusters, webbing, rope (including fiber rope and wire rope):















1. Material type


3. Surface finish

4. Size and shape

5. Strength





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Full Body Harnesses











1. Changes in color

2. Changes in non-fall protection accessories such as comfort padding and positioning rings

















1. Changes in color







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Self-Retracting Lanyards





3. Changes in pay-out line material, composition and/or dimensions



1. Changes in color







Fall Arresters





3. Changes in vertical lifeline material, composition and/or dimensions



1. Changes in color





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SEI currently has approved two (2) laboratories that may conduct testing to this standard. The


schedule of rates for testing at these laboratories can be used to estimate the total cost of

testing for all the models that are to be certified.





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22.7 ASTM F887 Arc Resistant Full Body Harnesses and Energy Absorbing Lanyards


Full Body Harnesses











1. Changes in color



















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1. Changes in color








SEI currently has approved one (1) laboratory that may conduct testing to this standard. The


schedule of rates for testing at this laboratory can be used to estimate the total cost of testing

for all the models that are to be certified.

Intertek ASTM F877-13

Test Description Paragraph Cost # of

Samples

Attributes & Variables

N/C and AQL

Harness Requirements

Sizes – Harnesses 18.1 $50.00 1 sample (+) Major B: 2.5

Electric Arc Test 18.3 1 sample (++) Critical: 0.0 Tensile Test - Snaphooks 19.4 Major A: 1.0

Hardness Test 19.6 Minor: 4.0

Note: SEI adds a 10% surcharge to all testing when invoiced to the participant.

(+) One (1) sample required for all test/measurements/design requirements.

(#) One (1) sample of each type of snaphook used in the end product.

(++) One (1) sample of each type of component used in the end product (i.e., D-rings, buckles, etc.)

(##) One (1) sample of each type of adjuster used in the end product.

Energy Absorbing Lanyard Requirements - TBD





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22.8 NFPA 1983 Life Safety Rope & Equipment


Harnesses & Belts











1. Changes in color







Rope & Throwlines



1. Changes in rope/throwline fiber material, composition, thickness

2. Changes in type of rope/throwline weave



1. Changes in color






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Manufactured Systems, Straps, Auxiliary Equipment, Victim Extrication Devices, Litters, Escape

Webbing, Fire Escape Webbing, Escape Systems, Manufacturer-Supplied Eye Terminations,

Belay Devices, Escape Anchor Devices:















1. Material type


3. Surface finish

4. Size and shape

5. Strength

B. Laboratory Testing Fees/ Attributes & Variables SEI currently has approved one (1) laboratory that may conduct testing to this standard. The following information should be used as guide when selecting a lab to test your models. The schedule of rates for testing at this laboratory can be used to estimate the total cost of testing for all the models that are to be certified.

Qualification Test

Fee $

(3 samples)

3.1 -- Design Requirements

3.2 -- Attachment Element Requirements

3.3 -- Component Requirements

3.2.1.3.1 4.3.3 Dynamic Feet First Drop Test 3 550

3.2.1.3.2 4.3.4 Dynamic Head First Drop Test 3 550

3.2.1.3.3 4.3.5 Static Feet First 3 650

3.2.1.3.4 4.3.6Fall Arrest Indicator (purchase EAL

for test)3 650



3.2.2.3.3 4.3.6Fall Arrest Indicator (purchase EAL

for test)3 650







Intertek

General

Requirements Test Section Test Description Samples

0 150

Dorsal Attachment (3.2.1)

Sternal Attachment (3.2.2)

Frontal Attachment (3.2.3)

Shoulder Attachment (3.2.4)

Waist, Rear Attachment (3.2.5)

Hip Attachment (3.2.6)

Suspension Seat (3.2.7)

ANSI/ASSE Z359.11-2014: Safety Requirements for Full Body Harnesses

1. Samples requirements are either 1-ea (verification) or 3-ea (qualification) per ANSI/ASSE 359.7-2011

unless noted

2. Pricing per model/type and/or per test orientation and /or per anchoring method

Section 22 Page 1

ANSI/ASSE Z359.11 (Intertek)


3.1.12 4.3.7 Static Feet First 3 650

3.3.1 7.1.1, 7.1.2

Load Bearing Straps (includes tensile

($360) and abrasion/tensile tests

($510)

Threads and Stitching

(included in design evaluation)

Connecting Components –Metal

(**shall conform to Z359.12 or testing is

required)

Connecting Components – Soft Loops

(included in design evaluation)

(***Materials shall meet section 3.3.1 or

testing required)

5.1 --- Markings

5.2 --- Instructions

Static Feet First Test for Lanyard Parking Attachment Element (3.1.12)

Markings and Instructions (5)

200

3.3.3 --- TBD

3.3.3 --- TBD

Components (3.3)

$ 920 (10pcs-5 feet long)

3.3.2 --- 0

Section 22 Page 2



Req’t Fees

(USD)

3

3.1 85

3.1.10 437

3.2.1.3

3.2.1.3.2 486

3.2.1.3.3 437

3.2.1.3.4 405

3.2.2.3

3.2.2.3.1 360

3.2.2.3.2 437

3.2.2.3.3 405

3.2.3.1

3.2.3.1.1 360

3.2.3.1.2 437

3.2.4.1

3.2.4.1.1 437

3.2.5.2

3.2.5.2.1 437

3.2.6.1

3.2.6.1.1 437

3.2.7.1

3.2.7.1.1 437

3.3

3.3.1 -

3.3.2

85

3.3.1.2 1

0

1

0 3.3.1.5 580

3.3.3

3.3.3.3 -

3.3.3.4

85

3.3.1.2

3.3.1.5 580

5 125

1 only applicable if Sternal fall arrest indicator is used

Notes:

1. The test fees above are per model and do not include the cost of any retests that may be required.

Issue 2015.05.04

Testing Fees for ANSI Z359.11-2014

Safety Requirements for Full Body Harnesses

Samples

required

Fees

(USD)

Samples

required

- Requirements

- Design Requirements 1 85 1

4.3.7 Static feet-first test for lanyard parking attachment

element.

1 243 3

4.3.4 Dynamic Head First 2 270 6

- Dorsal Attachment Element Requirement

4.3.5 Static feet First 1 243 3

4.3.6 Fall Arrest Indicator 1 215 3

- Sternal Attachment Element Requirement

4.3.3 Dynamic Feet First 1 200 3

4.3.5 Static Feet First 1 243 3

4.3.6 Fall Arrest Indicator 1 1 215 3

- Frontal Attachment Element Requirement

4.3.3 Dynamic Feet First 1 200 3


- Shoulder Attachment Element Requirement


- Waist, Rear Attachment Element Requirement


- Hip Attachment Element Requirement


- Suspension Seat Attachment Element Requirements


- Component Requirements (Load Bearing Straps)

580 5 ft each


7.1.1 Load bearing strap tensile tests 325

- Marking and Instructions 1 125 1

7.1.1 Load bearing strap tensile tests 10 pcs x 325 10 pcs x 325

INSPEC International Ltd

Clause Verfication (Z359.7)Qualification (Z359.7)

Test

Description

7.1.2 conditioning 5 ft each 580 5 ft each

- Connecting Components (Soft Loop Attachment)


325

7.1.2 conditioning 5 ft each

Section 22 Page 3

ANSI/ASSE Z359.11 (Inspec)

Revision Date : 02.14.16

Product Type Samples Required CostFall Arrester & Energy

Absorbing Lanyard Model

SFPRGQ with Vertical Lifeline

Model FP50LL 37 ea. $5,450

*Note: The above test fees do not include the cost of any retests that may be required.

Element Requirement Test Method Clause Pass/ Fail Criteria Fee Sample

Needs

Vertical Lifeline Model FP50LL Design Requirements 3.1.1, 3.1.4 through 3.1.6, 3.1.8 Shall comply with stated design

requirements.

$100 0 ea.

Vertical Lifeline Model FP50LL Design Requirement (Section

3.1.2)

7.2.1 Shall comply with stated design

requirements.

$100 0 ea.

Vertical Lifeline Model FP50LL Elongation (Section 3.1.3) 7.2.2 Shall have an elastic elongation

of not more than 10% when

subject to a load of 1800 lbs (8

kN)

$400 5 ea.

Vertical Lifeline Model FP50LL Breaking Strength (Section 3.1.7) 4.3.1 Breaking Strength of not less

than 5000 lbs (22 kN)

$450 3 ea.

Fall Arrester & Energy



Model FP50LL

Residual Static Strength Test

(Section 3.1.11)

4.2.3 Single Anchor Lifeline, Fall

Arrester and Connecting

Subsytem shall support a load of

not less than 1800 lbs (8 kN)

$400 3 ea.



SFPRGQ

Design Requirements 3.2.1, 3.2.2, 3.2.4, 3.2.6 through 3.2.8 Shall comply with stated design

requirements.

$100 0 ea.




Model FP50LL

Dynamic Performance - Manual

Override Test (Section 3.2.5)

4.2.4 Fall Arrester shall be designed to

engage if the locking arm, lever,

connector or link is being held

open. Fall Arrester shall arrest

the fall and hold the load for a

minimum of 1 minute without

moving further down the lifeline.

Total fall distance shall not be

greater than 11 ft. (3.35 m).

Average force shall not exceed

900 lbs (4 kN). Maximum arrest

force shall not exceed 1800 lbs (8

kN).

$450 3 ea.

Intertek

Test Fees (Manual Fall Arrester)

ANSI/ASSE Z359.15-14

Initial/ Annual Test Fees


IntertekANSI/ASSE Z359.15-14

Section 22 Page 4






Model FP50LL

Static Strenth Test - Fall Arrester

(Section 3.2.9)

4.3.2 Fall Arrester shall sustain a load

of 3600 lbs (16 kN), without

failure, for a period of no less

than 1 minute. Fall Arrester may

deform, however, it shall not

release the load.

$450 3 ea.




Model FP50LL

Dynamic Performance Test -

Ambient (Section 3.2.10)

4.2.2 Fall Arrester shall lock on the

lifeline and remain locked,

holding the test weight for 1

minute, until released. Fall

Arrester does not need to

function after test. Total fall

distance shall not be greater than

11 ft. (3.35 m). Average force

shall not exceed 900 lbs (4 kN).

Maximum arrest force shall not

exceed 1800 lbs (8 kN).

$450 3 ea.




Model FP50LL

Dynamic Performance Test - Hot

Conditioning (Section 3.2.10)

4.2.2 & 4.2.5.1 (Hot Conditioning) Fall Arrester shall lock on the











$500 3 ea.




Model FP50LL

Dynamic Performance Test - Cold


4.2.2 & 4.2.5.2 (Cold Conditioning) Fall Arrester shall lock on the











$500 3 ea.




Model FP50LL

Dynamic Performance Test - Wet


4.2.2 & 4.2.5.2 (Wet Conditioning) Fall Arrester shall lock on the











$500 3 ea.




Model FP50LL

Function Test (Section 3.2.11) 4.2.1 Shall travel up and down the

lifeline without assistance.

$100 3 ea.




Model FP50LL


(Section 3.2.12)

4.2.3 Fall Arrester shall not move

down the lifeline more than 4 in.

(102 mm) when a force of no less

than 660 lbs (2.94 kN) is applied.

$400 0 ea.




Model FP50LL

Corrosion Test (Section 3.2.13) 7.5.1 Fall Arrester shall operate as

intended and shall show no

evidence of corrosion of the base

metal. Presence of white scale is

permitted.

$450 5 ea.




Model FP50LL

Markings & Instructions 5.1, 5.2, 5.3, 5.4 Shall be marked with required

markings and include required

statements/information in user

instructions.

$100 0 ea.


Section 22 Page 5



Cost

$

4 --Design & Classification

Requirements75 1

Webbing Width and Strength

Test

(includes both “wet” and “dry”

condition testing)

5.2.16.2.2.1.1,

6.2.3, 6.2.4 Drop Test (Feet First) Class A 225 1

6.2.2.1.2,

6.2.3, 6.2.4

5.2.3 6.2.2.2 Drop Test - Class D 225 1

5.2.3 6.2.2.3 Drop Test - Class E 225 1

5.2.3 6.2.2.4 Drop Test - Class L 225 1

5.2.3 6.2.2.5 Drop Test - Class P 225 1

Fall Arrest Indicator -

(Static/Dynamic Test)

*Client to provide Class E4 energy

absorber for test 6.2.6

7 --Marking and Information

Evaluation75 1

5.3 6.2.5 or 6.2.6 250* 1

General

RequirementsTest Section Test Description Samples

4.1.3 -- 71510 pcs. x 5 ft

long

Intertek

CAN/CSA Z259.10-12 Test Fees

5.2.2 Drop Test (Head First) Class A 225 1

Section 22 Page 6

CAN/CSA Z259.10 (Intertek)


Test

Notes:

4.1.3Straps strength

testing5 x 5ft 250

4

Design &

classification (except

4.1.3, Strength)

1 70

5.2.2 6.2.2.1.2Drop test - Class A,

Head first1 250

5.2.1 6.2.2.1.1Drop test - Class A,

Feet first1 250

5.2.3 6.2.2.3 Drop test - Class E 1 250

5.2.3 6.2.2.2 Drop test - Class D 1 250

5.2.3 6.2.2.5 Drop test - Class P 1 250

5.2.3 6.2.2.4 Drop test - Class L 1 250

If written evidence of compliance with clause 4.2.2.2, if relevant to the product, is not supplied with the test

samples, additional testing to that clause will be required.

5.3 6.2.5Fall arrest indicator

static test1 200

5.3 6.2.6Fall arrest indicator

dynamic test1 200

Inspec

CAN/CSA Z259.10 Full Body Harness

The costs of such testing will be quoted separately.

The test fees above are per model and do not include the cost of any additional tests (as per note 1) or the cost of

any retests that may be required.

Description Samples

Required

Cost

Req’t

Clause

US$

7Marking and

information1 70

Section 22 Page 7

CAN/CSA Z259.10 (Inspec)


Product Type Samples Required CostFall Arrester & Energy



Model FP50LL 18 $4,550

*Note: The above test fees do not include the cost of any retests that may be required.

Element Requirement Test Method Clause Pass/ Fail Criteria Fee Sample

Needs

Notes




Model FP50LL

Design Requirements 4.1 through 4.5 Shall comply with stated design

requirements.

Covered as part of

Corrosion Test

1 ea. Use one of

other samples

Vertical Lifeline FP50LL Breaking Strength (Clause 4.5 (a)) ISO 2307 or CI 1500 Breaking Strength of not less

than 27 kN (6000 lbf)

$450 (5) 10'

pieces

Vertical Lifeline FP50LL Elongation (Clause 4.5 (c)) ISO 2307 Shall have an elastic elongation

of not more than 10% when

subject to a load of 8 kN (1800

lbf)

$650 (5) 10'

pieces




Model FP50LL

Corrosion Test (Clause 4.2.1) ASTM B117 Shall show no evidence of

corrosion that would affect

function.

$600 3 ea. Includes

Design

Evaluation

(Clauses 4.1 -

4.5)




Model FP50LL

Dynamic Performance Test of

Synthetic Rope Fall Arresters

(Clause 6.1.1)

5.3.2 Maximum movement of the fall

arrester along the lifeline shall

not be more than 1m (39 in.)

from the test weight attachment

point. Breakage of any

component or other damage

that could reduce the ability of

the device to function properly

shall not be allowed.

$500 3 ea.




Model FP50LL

Dynamic Strength Test of

Synthetic Rope Fall Arresters

(Clause 6.1.3)

5.3.3 Maximum movement of the fall


not be more than 1 m (39 in.)

from the dorsal attachment

point.

$500 3 ea.




Model FP50LL

Dynamic Performance of Panic

Grab Feature (Clause 6.1.5)

5.3.2 & 5.3.6 Maximum movement of the fall


not be more than 1m (39 in.).

Breakage of any component or

other damage that could reduce

the ability of the device to

function properly shall not be

allowed.

$500 3 ea.




Model FP50LL


(Clause 6.1.7)

5.3.4 Residual Static Strength of at

least 3 kN (675 lbf). Maximum

allowable slippage shall be 100

mm (4 in.) from the arrest

position.

$400 0 ea. Use Dynamic

Strength Test

Sample(s)




Model FP50LL

Mobility Test (Clause 6.2) 5.3.5 Shall move freely up and down

the lifeline without stopping or

requiring intervention.

$100 1 ea. Use Dynamic

Strength Test

Sample(s)

prior to

conducting

Dynamic

Strength Test




Model FP50LL

Slope Test (Clause 6.3) 5.3.3.5 Maximum movement of the fall


not be more than 1m (39 in.)

from the dorsal attachment

point.

$750 3 ea.




Model FP50LL

Markings & Instructions 7.1 , 7.2, & 7.3 Shall be marked with required

markings and include required

statements/information in user

instructions.

$100 1 ea. Use one of

other samples

Intertek

Test Fees (Manual Fall Arrester)


CAN/CSA Z259.2.5-2012

Initial/ Annual Test Fees


IntertekCAN/CSA Z259.2.5-2012

Section 22 Page 8

CAN/CSA Z259.2.5-12 (Intertek)


Test Description Clause Cost# of

Samples

Category of

N/C

Classification Requirements 4 $80 1 Minor

Design Requirements – General (SRL) $1,162

Design Requirements – General (SRL-R) $1,320

Design Requirements - General $818

Design Requirements – General (SRL-R) $1,290

Design Requirements - Metal Elements &

Corrosion5.2.2 $892 3 Major B

Design Requirements - Webbing (Tensile, wet

& dry)5.2.3 $271 3 Major A

Design Requirements - Wire Rope (Tensile) 5.2.4 $271 3 Major A

Synthetic Rope (Tensile, wet & dry) 5.2.5 $271 3 Major A

Terminations 5.3 $80 3 Major A

Test Sequence

Class SRL Testing 6.1.2 - 4 total -

Sample 17.1.2, 7.7.2, &

7.5.2- 1 -

Sample 27.2.3 & 7.3.3

(ambient)- 1 -

Sample 37.2.3 & 7.3.3

(cold, hot)- 1 -

Sample 47.1.2 & 7.2.3

(corrosion)- 1 -

Class SRL-R Testing 6.1.3 - 4 total -

Sample 17.1.2, 7.7.2, &

7.5.2- 1 -

Sample 2

7.2.3, 7.6.2, &

7.3.3

(ambient)

- 1 -

7.2.3, 7.6.2, &

7.3.3

(cold, hot)

7.1.2, 7.6.2, &

7.2.3

(corrosion)

INSPEC Technical ServicesCAN/CSA Z259.2.2-14

Self-Retracting Devices

5.1 1 Major B

5.2.1 1 Major B

Sample 3 - 1 -

Sample 4 - 1

Section 22 Page 9

CAN /CSA Z259.2.2 (Inspec)


Class SRL-LE Testing 6.1.4 - 5 or 6 total -

Sample 17.1.2, 7.7.2, &

7.5.2- 1 -

Sample 27.2.3 & 7.3.3

(ambient)- 1 -

Sample 37.2.3 & 7.3.3

(cold, hot)- 1 -

Sample 47.1.2 & 7.2.3

(corrosion)- 1 -

Sample 5 (may require a 6th

sample) 7.8.3 - 1 -

Class SRL-LE-R Testing 6.1.5 - 5 or 6 total -

Sample 17.1.2, 7.7.2, &

7.5.2- 1 -

Sample 27.2.3, 7.6.2, &

7.3.3 (ambient)- 1 -

Sample 3

7.2.3, 7.6.3, &

7.3.3 (cold,

hot)

- 1 -

Sample 4

7.1.2, 7.6.2, &

7.2.3

(corrosion)

- 1 -

Sample 5 (may require a 6th sample) 7.8.3 - 1 -

Individual Tests

Retraction Tension 6.2.1 & 7.1 $561 1 Major B

Dynamic Performance 6.2.2 & 7.2 $1,418 1 Critical

Post Dynamic Creep Test 6.2.3 & 7.3 $638 1 Major A

Fall Arrest Indicator Test 6.2.4 & 7.2 $184 1 Major A

Static Strength Test 6.2.5 & 7.5 $190 1 Critical

Retrieval Performance Test SRL-R 6.2.6 & 7.6 $998 1 Major A

Locking Performance Test 6.2.7 & 7.7 $210 1 Major A

Dynamic Leading Edge Test 6.2.8 & 7.8 Critical

Markings & Instructions 8.1 & 8.2 $80 1 Minor

Note: The test fees above are per model and do not include the cost of any retests that may be required.


Not currently offered

Section 22 Page 10

CAN /CSA Z259.2.2 (Inspec)


Req. Test

Design & Classification Requirements 4 - $74 1

Straps Strength Testing 4.1.3 - $263 5 pcs. x 5 ft.

Drop Test – Class A, feet first 5.2.16.2.2.1.1,

6.2.3, 6.2.4$263 1

Drop Test – Class A, head first 5.2.26.2.2.1.2,

6.2.3, 6.2.4$263 1

Drop Test – Class D 5.2.3 6.2.2.2 $263 1

Drop Test – Class E 5.2.3 6.2.2.3 $263 1

Drop Test – Class L 5.2.3 6.2.2.4 $263 1

Drop Test – Class P 5.2.3 6.2.2.5 $263 1

Fall Arrest Indicator Static Test 5.3 6.2.5 $210 1

Fall arrest Indicator Dynamic Test 5.3 6.2.6 $210 1

Marking & Instructions 7 - $74 1

Req. Test

Materials, Design & Classification 4.2.1, 4.6 - $74 1

Flammability Test – Class D 5.3.3 6.2.2 $184 1

Abrasion Test – Class D 5.3.4 6.2.3 $341 1

Wet & Frozen Tensile Test – Class D 5.3.5 6.2.4 $210 1

Dynamic Drop Test – Positioning Lanyard – Class D 5.3.6 6.2.5 $263 1

Residual Static Test – All Classes 5.3.7 6.2.8 $210 1

Dynamic Drop Test – Classes A, B, C, & E (eyebolt) 5.3.8 6.2.6 (a) $263 1

Dynamic Drop Test – Classes A, B, C, & E (beam) 5.3.8 6.2.6 (b) $263 1

Dynamic Drop Test – Class F 5.3.9 6.2.7 $263 1

Adjustable Lanyard Slippage Test – Classes A, B, D, & F 5.3.10 6.2.9 $236 1

Marking, Reference Literature & Instructions 7 - $74 1

CAN/CSA Z259.11-05 (R2015)

Lanyards

Test DescriptionParagraph

Cost# of

Samples



Note: If written evidence of compliance with Clauses 4.3, 4.4, 4.6.2, 4.6.3, 4.6.4, 4.6.5, 4.6.6, and 4.6.7, as relevant to the product, is not

supplied with the test samples, additional testing to those Clauses will be required. The costs of such testing will be quoted separately.

INSPEC Technical Services

Note: IF written evidence of compliance with Clause 4.2.2.2, if relevant to product, is not supplied with the test samples, additional

testing to that Clause will be required. The costs of such testing will be quoted separately.

CAN/CSA Z259.11-05 (R2015)

Energy Absorbers


Cost# of

Samples



Section 22 Page 11



Req. Test

Classification & Design 4.1, 5.4 - $68 1

Tensile Breaking Strength 5.1 6.3.1, 6.3.2 $158 3

Dynamic Strength (requires Abrasion Conditioning & Weather Conditioning) 5.2.1 6.4.3 $184 3

Abrasion Conditioning 5.2.26.4.1.1/6.4.1

.2$341 3

Cold Conditioning 5.2.3 6.4.2.1 $79 3

Water & Cold Conditioning 5.2.3 6.4.2.2 $158 3

Gate Face Load 5.4.2 6.6.1 $158 3

Gate Side Load 5.4.2 6.6.2 $158 3

Minor Axis Load 5.4.3 6.6.3 $158 3

Surface Finish of Hardware Components 5.5 6.7 $210 3

Marking 7 - $68 1

Req. Test

Classification & Design 4.2 - $68 1

Minimum Breaking Strength 7.1.1 6.3.1, 6.3.2 $158 3

Dynamic strength of subsystem 7.1.2 6.4.3 $184 3

Tensile breaking strength of subsystem 7.1.2 6.3.1/6.3.2 $158 3

Buckles 7.2 - $53 1

Stitching 7.3 - $53 1

Splicing 7.4 - $53 1

Marking 8 - $68 1


Note: If written evidence of compliance with Clause 6.1.2, as relevant to the product, is not supplied with the test samples, additional

testing to those Clauses will be required. The costs of such testing will be quoted separately.



Note: If written evidence of compliance with Clause 6.1.2, as relevant to the product, is not supplied with the test samples, additional

testing to those Clauses will be required. The costs of such testing will be quoted separately.

CAN/CSA Z259.12-11

Class II Connectors (Buckles & Adjusters)


Cost# of

Samples


Cost# of

Samples

CAN/CSA Z259.12-11

Class I Connectors (Snaphooks, Carabiners, D-Rings, O-Rings, Oval Rings)


Section 22 Page 12



Req. Test

Design 4.1 - $79 1

Corrosion 4.2.2 ASTM B117 $315 1

Retraction Tension – Ambient 5.3.1 6.1.2 $263 1

Dynamic Performance – Ambient 5.2.2 6.2.3.2 $263 1

Residual Strength – Ambient 5.2.3 6.3.2.2 $263 1

Visual Load Indicator – Ambient 5.3.4 6.4.2 $184 1

Ultimate Static Strength – Ambient 5.3.5 6.5.2.1 $184 1

Retraction Tension – Cold 5.3.1 5.1.5, 6.1.2 $341 1

Dynamic Performance – Cold 5.2.2 5.1.5, 6.2.3.2 $341 1

Residual Strength – Cold 5.2.3 5.1.5, 6.3.2.2 $341 1

Visual Load Indicator – Cold 5.3.4 5.1.5, 6.4.2 $263 1

Ultimate Static Strength – Cold 5.3.5 5.1.5, 6.5.2.1 $263 1

Retrieval – Ambient (Type 3 RSRL’s only) 5.4 6.6.2.1 $158 1

Retrieval – Cold (Type 3 RSRL’s only) 5.4 5.1.5, 6.6.2.1 $236 1

Marking, Reference Literature & Instructions 7 - $68 1

CAN/CSA Z259.2.2-98 (R2009)

Self-Retracting Devices (Type 2 SRL’s and Type 3 RSRL’s)


Cost# of

Samples


Note: The test fees above are per model and per orientation of fall arrester, and per material, and per diameter of lifeline associated with

each model.


Note: Requirements of Clause 4.2 (except corrosion) shall be certified by the manufacturer.

Note: If written evidence of compliance with Clauses 4.1.5 and 4.4, as relevant to the product, is not supplied with the test samples,

additional testing to those Clauses will be required. The costs of such testing will be quoted separately.

Section 22 Page 13



Class I connectors (Snaphooks, carabiners, D-, O- and oval rings)

Samples Cost

Req’t Test Required US$

4.1, 5.4 Classification and design 1 65

5.1 6.3.1 / 6.3.2 Tensile breaking strength 3 150

5.2.1 6.4.3 Dynamic strength 3 175

5.2.26.4.1.1 /

6.4.1.2Abrasion conditioning 3 325

5.2.3 6.4.2.1 Cold conditioning 3 755.2.3 6.4.2.2 Water and cold conditioning 3 1505.4.2 6.6.1 Gate face load 3 1505.4.2 6.6.2 Gate side load 3 1505.4.3 ? 6.6.3 Minor axis load 3 1505.5 6.7 Surface finish of hardware components 3 2008 Marking 1 65

Class II connectors (Buckles and adjusters)

Samples Cost

Req’t Test Required US$

4.2 Classification and design 1 65

7.1.1 6.3.1 / 6.3.2 Minimum breaking strength 3 150

7.2 Buckles 1 50

7.3 Stitching 1 50

7.4 Splicing 1 50

NOTES:

Inspec

CSA Z259.12-11 : Connecting Components for Personal Fall Arrest Systems

If written evidence of compliance with clause 6.1.2, if relevant to the product, is not supplied with the test

samples, additional testing to that clause will be required.

The costs of such testing will be quoted separately.

The test fees above are per model and do not include the cost of any additional tests (as per note 1) or

the cost of any retests that may be required.

ClauseDescription

ClauseDescription

Section 22 Page 14



Test Description Testing Fee $ Samples

Req’d

Classification Requirements 75 1

Tensile Breaking Strength

(snap hook connector and carabiner bodies)

195 3

Tensile Breaking Strength

(D-ring, O-ring, oval-ring, & soft loop connectors)

195 3

6.4.1.1

6.4.2.1

6.4.3.1

6.4.1

6.4.2

6.4.3

6.4.1.2

6.4.2.2

6.4.3.2

6.4.1

6.4.2

6.4.3

Proof Load 195 3

Snap hooks and carabiners connectors

(includes gate face and side loading)

385 1

Minor Axis Testing of snap hook & carabiner gates

(connector with-out a permanent captive eye)

195 3

Surface Finish 330 1

no fee 0

no fee 0

75 1

195 3

600 3

75 1

75 1

75 1

75 1

5.1

6.3

6.3

CLASS I Connecting ComponentsGeneral

Requirements

Testing

4

5.2

Dynamic Strength (other than soft loops)

Includes abrasion & weathering conditioning5.2.2

5.2.3

5.2

Dynamic Strength (soft loops)

Includes abrasion & weathering conditioning5.2.2

5.2.3

5.4 6.6.3

5.5 6.7

5.3 6.5

5.4 6.6.1

CLASS II Connecting Components

7.1.1 Minimum Breaking Strength

5.6 Galvanic Action

5.7 Stitching

7.5 Design Requirements- Other Connectors

Note: no marking or surface finish requirements are required for Class II connectors

Intertek

CAN/CSA Z259.12-11 (Nov 2011)

Connecting Components for Personnel Fall Arrest Systems (PFAS)

7.3 Design Requirements- Stitching

7.4 Design Requirements- Rope Spicing

7.1.2 Subsystem Assemblies (using Class II connectors)

7..2 Design Requirements- Buckles

8.0 Marking

Sectin 22 Page 15

CAN/CSA Z259.12 (intertek)


Connecting ComponentsType of testing according ANSI Z359.7

Test Description Samples

required

Fee (USD) Samples

required

Fee (USD)

8.3 Surface finish of hardware (48 hrs salt-spray) 1 200 3 270

Tensile testing – major axis 1 100 3 160

Gate face testing 1 100 3 160

Side loading testing 1 100 3 160

Minor axis testing 1 100 3 160

4.2.2 Proof Load Test

Dynamic strength testing (including abrasion and cold

conditioning)

1 280 3 500

Weather conditioning

Accelerated weathering

- Marking and Instructions 1 75 1 75


4.2.1.2 Tensile testing 1 100 3 160

4.2.2 Proof Load Test

4.2.3 Dynamic strength testing (including abrasion and cold

conditioning)

1 280 3 500



4.2.1.2 Tensile testing 1 100 3 160


NOTES:

1. The test fees above are per model and per test. They do not include the cost of any retests that may be required.

3.1.1.1

3.1.1.5

Clause Verification

3.1.1.3

4.2.1.1.1

3.1.1.6 Not currently offered

3.1.1.7

5

Buckles and Adjusters

4.2.1.1.4


Qualification

Req’t

Snaphook & Carabiner

3.1.1.1

5


Laboratory testing fees for ANSI Z359.12:2009

5.0

D-rings, O-rings and Oval rings

3.1.1.1

3.1.1.4

3.1.1.7

4.2.3


4.2.3.2.2 Not currently offered

4.2.1.1.2

4.2.1.1.3

Section 22 Page 16



Test Description Paragraph Cost# of

Samples

Category

of N/C

Surface Finish of Hardware 48 Hour Salt Spray 3.1.1.1 $300 3 Major B

Tensile Testing of Snaphook & Carabineer Bodies

(Includes Proof Load Test, 4.2.1.1.1)

Gate Face Testing of Snaphook & Carabineer (4.2.1.1.1.2) 3.1.1.3 $175 3 Major A

Side Load Testing of Snaphook & Carabineer Gates (4.2.1.1.3) 3.1.1.3 $175 3 Major A

Minor Axis Testing of Snaphook & Carabineer Gates (4.2.1.1.4) 3.1.1.3 $175 3 Major A

Tensile Testing of D-Rings, O-Rings and Oval Rings (4.2.1.2) 3.1.1.4 $175 3 Major A

Tensile Testing of Buckles and Oval Rings used with adjusters (4.2.1.3) 3.1.1.5 $175 3 Major A

Tensile Testing of Snaphook, Carabineer and O-Rings

(Proof Load Test, 4.2.2)

Dynamic Drop Testing of Snaphook, Carabineer, D-ring, O-Ring and Oval Ring

(4.2.3.3) METALS3.1.1.7 $550 3 Major A

Dynamic Drop Testing of Snaphook, Carabineer, D-ring, O-Ring and Oval Ring

(4.2.3.3) NON-METALS3.1.1.7 $9,550 3 Major A

Marking And Instructions 5 $75 1 Minor

Intertek ANSI/ASSE Z359.12-09

3.1.1.3 $175 3 Major A

3.1.1.6 $175 3 Major A

Snaphook and Carabineer – Metal $1,625 Total

Buckles and Adjusters $550 Total



Snaphook and Carabineer – Non-Metal $11,175 Total

Rings (D-Rings, O-Rings, Oval Rings) – Metal $1,100 Total

Rings (D-Rings, O-Rings, Oval Rings) – Non-Metal $10,650 Total

Section 22 Page 17



Test Description Paragraph(s) Cost# of

Samples

Category

of N/C

Design Requirements – Personal Energy Absorber

Component3.1 $75.00 1 Minor

Activation Force 3.1.6 & 4.2 $450.00 3 Major A

Static Strength 3.1.7 & 4.3 $450.00 3 Major A

Personal Energy Absorber Dynamic Performance –

Ambient Dry 3.1.8 & 4.4 $450.00 3 Major A


Conditioning Tests – Ambient Wet (6 ft. FF)3.1.9, 3.1.9.1, 4.4 & 4.13.1 $550.00 3 Major A


Conditioning Tests – Cold Dry (6 ft. FF)3.1.9, 3.1.9.1, 4.4 & 4.13.2 $675.00 3 Major A


Conditioning Tests – Hot Dry (6 ft. FF)3.1.9, 3.1.9.1, 4.4 & 4.13.3 $675.00 3 Major A







Design Requirements – Energy Absorbing Lanyard


Energy Absorbing Lanyard Dynamic Performance –

Ambient Dry (6 ft. FF)3.2.4, 3.2.4.1 & 4.5 $450.00 3 Major A




Ambient Wet (6 ft. FF)3.2.5, 3.2.5.1, 4.5 & 4.13.1 $550.00 3 Major A

Energy Absorbing Lanyard Dynamic Performance – Cold

Dry (6 ft. FF)3.2.5, 3.2.5.1, 4.5 & 4.13.2 $675.00 3 Major A

Energy Absorbing Lanyard Dynamic Performance – Hot

Dry (6 ft. FF)3.2.5, 3.2.5.1, 4.5 & 4.13.3 $675.00 3 Major A



Intertek ANSI/ASSE Z359.13-13 – Initial Qualification

Section 22 Page 18




Dry (12 ft. FF)3.2.5, 3.2.5.2, 4.5 & 4.13.2 $675.00 3 Major A


Dry (12 ft. FF)3.2.5, 3.2.5.2, 4.5 & 4.13.3 $675.00 3 Major A

Energy Absorbing Lanyards Static Strength 3.2.6 & 4.6 $450.00 3 Major A

Energy Absorbing Lanyards Abrasion Test 3.2.7 & 4.12 $500.00 3 Major A

Static Test – Wrap Around Energy Absorbing Lanyards 3.2.8 & 4.11 $500.00 3 Major A

Static Test – Y-Lanyards 3.2.9 & 4.7 $900.00 3 Major A

Dynamic Performance Test – Y-Lanyards – Single

Connection3.2.10, 3.2.10.1 & 4.8 $450.00 3 Major A

Dynamic Performance Test – Y-Lanyards – Dual


Dynamic Performance Test – Y-Lanyards – Hip


Marking And Instructions 5 $75.00 1 Minor

Personal Energy Absorbers $3,400.00 Total

EA Lanyard – Single $3,400.00 Total

EA Lanyard – Wrap-around $4,400.00 Total

EA Lanyard – Y-type $4,750.00 Total


Section 22 Page 19



Test Description Paragraph(s) Cost# of

Samples

Category

of N/C

Design Requirements – Personal Energy Absorber


Activation Force 3.1.6 & 4.2 $200.00 1 Major A

Static Strength 3.1.7 & 4.3 $200.00 1 Major A


Ambient Dry 3.1.8 & 4.4 $200.00 1 Major A













Design Requirements – Energy Absorbing Lanyard









Dry (6 ft. FF)3.2.5, 3.2.5.1, 4.5 & 4.13.2 $425.00 1 Major A


Dry (6 ft. FF)3.2.5, 3.2.5.1, 4.5 & 4.13.3 $425.00 1 Major A

Intertek ANSI/ASSE Z359.13-13 – Annual Verification

Section 22 Page 20






Dry (12 ft. FF)3.2.5, 3.2.5.2, 4.5 & 4.13.2 $425.00 1 Major A


Dry (12 ft. FF)3.2.5, 3.2.5.2, 4.5 & 4.13.3 $425.00 1 Major A

Energy Absorbing Lanyards Static Strength 3.2.6 & 4.6 $200.00 1 Major A

Energy Absorbing Lanyards Abrasion Test 3.2.7 & 4.12 $175.00 1 Major A

Static Test – Wrap Around Energy Absorbing Lanyards 3.2.8 & 4.11 $300.00 1 Major A

Static Test – Y-Lanyards 3.2.9 & 4.7 $325.00 1 Major A

Dynamic Performance Test – Y-Lanyards – Single


Dynamic Performance Test – Y-Lanyards – Dual


Dynamic Performance Test – Y-Lanyards – Hip


Marking And Instructions 5 $75.00 1 Minor

EA Lanyard – Y-type $2,425.00 Total


Personal Energy Absorbers $1,900.00 Total

EA Lanyard – Single $1,900.00 Total

EA Lanyard – Wrap-around $2,375.00 Total

Section 22 Page 21



Personal Energy Absorbers and Energy Absorbing Lanyards

Type of testing according Z359.7

Req’t Test Description Samples

required

Samples

required

Fee (USD$)

Requirements 1 70 1 70

3.1.4 - Connectors

3.1.5 - Deployment indicator

3.1.6 Activation force 1 168 3 302

3.1.7 Static strength 1 168 3 302

3.1.8 Dynamic performance – ambient dry test 1 222 3 401

3.1.9 Dynamic performance – ambient wet test 1 222 3 401

3.1.9 Dynamic performance – cold dry test 1 279 3 503

3.1.9 Dynamic performance – hot dry test 1 279 3 503

5 - Marking and Reference Literature 1 85 1 85

Design requirements 1 70 1 70

3.2 Activation force 1 168 3 302

3.2.3 - Connectors

3.2.4 Dynamic performance – ambient dry test 1 222 3 401

3.2.5 Dynamic performance – ambient wet test 1 222 3 401

3.2.5 Dynamic performance – cold dry test 1 279 3 503

3.2.5 Dynamic performance – hot dry test 1 279 3 503

3.2.6 Static strength 1 168 3 302

3.2.6 Slip test (for adjustable lanyard) 1 168 3 302

3.2.7 Abrasion test – wrap around EA lanyard 1 222 3 401

3.2.8 Static strength – wrap around EA lanyard 1 168 3 302

3.2.9 Static test – Y-lanyard, single connection (all

combinations)

3 334 9 600

3.2.10.1 Dynamic test – Y-lanyard, single connection 1 222 3 401

3.2.10.2 Dynamic test – Y-lanyard, dual connection 1 222 3 401

3.2.10.3 Dynamic test – Y-lanyard, hip connection 1 222 3 401

5 - Marking and Reference Literature 1 85 1 85

NOTES:

The test fees above are per model and per test. They do not include the cost of any retests that may be required.

Included in 3.1.8

4.2

4.3

4.4

4.6.1

4.12

4.11

4.2

See Z359.12 test fees

4.5

4.5

4.5


Testing Fees for ANSI Z359.13-2013

Verification

4.5

4.6

4.4

4.4

4.4

Energy absorbing lanyard 1

3.2.1 – 3.2.2

Qualification

Fee (USD$)

Energy absorber

3.1.1 – 3.1.3

See Z359.12 test fees

Clause

For Y-Lanyards, the energy absorber needs to meet the requirements of the standard. Separate specimens of such energy

absorbers should be requested from / supplied by the client for testing purposes.

4.7

4.8

4.9

4.10

Section 22 Page 22



Test Description ParagraphCost Initial

$

# of

Samples

Initial

Cost

Annual $

# of

Samples

Annual

Category

of N/C

3

Design –Locking Function 3.1.2

Design – Energy Absorption 3.1.3 1 Minor

Design – Visual Indicator 3.1.4

Corrosion Protection - 96 hrs. (includes Section

3.1.6)3.1.5 & 7.4 1,250 3 850 1 Major B

Retraction Tension Testing of SRD Line

(no fee if evaluated to Section 3.1.5) 3

Static Strength Testing -Ambient 3.1.7 & 4.2.5 650 3 250 1 Critical

3

Dynamic Performance Testing of SRD – Ambient

(includes test Section 3.1.6 and static loading if

required)

3.1.9 & 4.2.1 900 3 500 1 Major A

Dynamic Performance Testing of SRD – Hot


required)

3.1.9 &

4.2.8.1950 3 550 1 Major A

Dynamic Performance Testing of SRD – Cold

(includes test section 3.1.6 and static loading if

required)

3.1.9 &

4.2.8.2950 3 550 1 Major A

Dynamic Performance Testing of SRD – Wet


required)

3.1.9 &

4.2.8.3950 3 550 1 Major A

Line Constituent of SRD’s – Synthetic Rope- 5 ea. x

5 ft. lengths Req’d.

3.3.1 & 7.1,

7.2, or 7.3300 5 300 5 Major B

Line Constituent of SRD’s – Webbing –

5 ea. x 5 ft. lengths Req’d.

Line Constituent of SRD’s – Wire rope - 5 ea. x 5 ft.

lengths Req’d.3.3.3 & 7.5 300 5 300 5 Major B

Terminations of the line constituent

No test fee if evaluated to Section 3.1.7

Markings and Instructions 5.1, 5.2 75 1 75 1 Minor

Intertek ANSI/ASSE Z359.14-14

Self Retracting Devices (SRD’s)

Integral Connectors - shall meet ANSI/ASSE

Z359.12-2009 or be tested3.1.1 TBD TBD 1 -

75 75 1

3.1.6 & 4.2.6 810 410 1

Major B

Major A

Dynamic Strength Testing –Ambient (includes

residual TS) *pricing per each orientation*3.1.8 & 4.2.3 700 300 1 Major A

3.3.2 & 7.1,

7.2, or 7.3300 5 300 5

5. SEI adds a 10% surcharge to all testing when invoiced to the participant.

3.3.4 & 4.2.5 250 3 650 1 Major B

Notes:

1. Samples requirements are either 1-ea (annual verification) or 3-ea (initial qualification) per ANSI/ASSE 359.7-2011 unless noted

2. Determination of whether the SRD is CLASS A or CLASS B is required prior to the initiation of testing



Section 22 Page 23




$

# of

Samples

Initial

Cost

Annual $

# of

Samples

Annual

Category

of N/C


Z359.12-2009 or be tested3.1.1 TBD 3 TBD 1 -


Design – Energy Absorption 3.1.3 1


Corrosion Protection - 96 hrs (includes Section

3.1.6)3.1.5 & 7.4 1,250 3 850 1 Major B


(includes horizontal testing)


Dynamic Strength Testing –Ambient (includes 2

drops)

*pricing per each orientation* 3

Dynamic Performance Testing of SRD – 2 drops,

Ambient (includes test Section 3.1.6 and static

loading if required)

3.1.9 & 4.2.1 900 3 500 1 Major A


Hot (includes test Section 3.1.6 and static loading if

required)

3.1.9 &

4.2.8.1950 3 550 1 Major A


Cold (includes test Section 3.1.6 and static loading

if required)

3.1.9 &

4.2.8.2950 3 550 1 Major A


Wet (includes test section 3.1.6 and static loading

if required)

3.1.9 &

4.2.8.3950 3 550 1 Major A

Design - Operation 3.2.1 75 3 75 1 Minor

Powered Operation Test 3.2.2 & 4.3.2 650 3 250 1 Major B

Static Strength Test 3.2.3 & 4.3.3 650 3 250 1 Critical

Rescue, Post Fall Arrest- Ambient 3.2.4 & 4.3.4 700 3 300 1 Major A

Rescue, Post Fall Arrest- Hot3.2.4, 4.3.4,

& 4.3.8.1900 3 500 1 Major A

Rescue, Post Fall Arrest- Cold3.2.4, 4.3.4,

& 4.2.8.2950 3 550 1 Major A

Rescue, Post Fall Arrest- Wet3.2.4, 4.3.4,

& 4.2.8.3950 3 550 1 Major A

Function (following Corrosion Test) 3.2.5 & 4.3.1 650 3 250 1 Major A

Line Constituent of SRD’s – Synthetic Rope - 5 ea. x


3.3.1 & 7.1,

7.2, or 7.3300 5 300 5 Major B

Line Constituent of SRD’s – Webbing –

5 ea. x 5 ft. lengths Req’d.






Major A

ANSI/ASSE Z359.14-14

Self Retracting Devices with Integral Rescue Capability (SRD-R’s)

75 75 1 Minor

3.1.6 & 4.2.6 810 3 410 1



3.1.8 & 4.2.3 700 300 1 Major A




Major B

3.3.4 & 4.2.5 650 3 250 1 Major B

3.3.2 & 7.1,

7.2, or 7.3300 5 300 5

Notes:

Section 22 Page 24




$

# of

Samples

Initial

Cost

Annual $

# of

Samples

Annual

Category of

N/C


Z359.12-2009 or be tested3.1.1 TBD 3 TBD 1 -


Design – Energy Absorption 3.1.3 1


Corrosion Protection - 96 hrs (includes Section

3.1.6)3.1.5 & 7.4 567 3 315 1 Major B


(includes horizontal testing) 3


Dynamic Strength Testing –Ambient (includes 2

drops)

*pricing per each orientation* 3


Ambient (includes test Section 3.1.6 and static

loading if required)

3.1.9 & 4.2.1 945 3 525 1 Major A


Hot (includes test Section 3.1.6 and static loading

if required)

3.1.9 &

4.2.8.11040 3 578 1 Major A


Cold (includes test Section 3.1.6 and static loading

if required)

3.1.9 &

4.2.8.21040 3 578 1 Major A


Wet (includes test section 3.1.6 and static loading

if required)

3.1.9 &

4.2.8.31040 3 578 1 Major A

Design - Operation 3.2.1 122 3 68 1 Minor

Powered Operation Test 3.2.2 & 4.3.2 331 3 184 1 Major B

Static Strength Test 3.2.3 & 4.3.3 331 3 184 1 Critical

Rescue, Post Fall Arrest- Ambient 3.2.4 & 4.3.4 122 3 68 1 Major A

Rescue, Post Fall Arrest- Hot3.2.4, 4.3.4,

& 4.3.8.1122 3 68 1 Major A

Rescue, Post Fall Arrest- Cold3.2.4, 4.3.4,

& 4.2.8.2122 3 68 1 Major A

Rescue, Post Fall Arrest- Wet3.2.4, 4.3.4,

& 4.2.8.3122 3 68 1 Major A

Function (following Corrosion Test) 3.2.5 & 4.3.1 166 3 92 1 Major A

Line Constituent of SRD’s – Synthetic Rope - 5 ea.

Req’d.

3.3.1 & 7.1,

7.2, or 7.3263 5 263 5 Major B

Line Constituent of SRD’s – Webbing - 5 ea. Req’d.3.3.2 & 7.1,

7.2, or 7.3263 5 263 5 Major B

Line Constituent of SRD’s – Wire rope - 5 ea.

Req’d.3.3.3 & 7.5 473 5 473 5 Major B




INSPEC Technical Services ANSI/ASSE Z359.14-14

Self Retracting Devices with Integral Rescue Capability (SRD-R’s)

68 68 1 Minor

3.1.8 & 4.2.3 851 473 1 Major A

3.1.6 & 4.2.6 614 341 1 Major A


3.3.4 & 4.2.5 - 3 - 1 Major B

Notes:





Section 22 Page 25




$

# of

Samples

Initial

Cost

Annual $

# of

Samples

Annual

Category of

N/C

3


Design – Energy Absorption 3.1.3 1 Minor


Corrosion Protection - 96 hrs. (includes Section

3.1.6)3.1.5 & 7.4 567 3 315 1 Major B


(no test fee if evaluated to Section 3.1.5) 3


3

Dynamic Performance Testing of SRD – Ambient


required)

3.1.9 & 4.2.1 945 3 525 1 Major A

Dynamic Performance Testing of SRD – Hot


required)

3.1.9 &

4.2.8.11040 3 578 1 Major A

Dynamic Performance Testing of SRD – Cold


required)

3.1.9 &

4.2.8.21040 3 578 1 Major A

Dynamic Performance Testing of SRD – Wet


required)

3.1.9 &

4.2.8.31040 3 578 1 Major A

Line Constituent of SRD’s – Synthetic Rope- 5 ea. x


3.3.1 & 7.1,

7.2, or 7.3263 5 263 5 Major B

Line Constituent of SRD’s – Webbing - 5 ea. x 5 ft.

lengths Req’d.

3.3.2 & 7.1,

7.2, or 7.3263 5 263 5 Major B






INSPEC Technical Services ANSI/ASSE Z359.14-12

Self Retracting Devices (SRD’s)


Z359.12-2009 or be tested3.1.1 TBD TBD 1 -

68 68 1

3.1.6 & 4.2.6 614 341 1 Major A

Dynamic Strength Testing –Ambient (includes

residual TS) *pricing per each orientation*3.1.8 & 4.2.3 851 473 1 Major A


3.3.4 & 4.2.5 - 3 - 1 Major B

Notes:





Section 22 Page 26



Pricing for ASTM F887-13 available upon request

Section 22 Page 27

ASTM F887


CostPer type/

model

5.1.1 Labeling And Information $75 (SEI) 1 ea Minor

5.2.1 User Information $75 (SEI) 1 ea Minor

6.1 Design and Construction $75 1 ea Minor

7.1.1 Rope Breaking & Elongation Test (Section 8.2) $788 5 m Major A

7.1.3 Size Test (Section 9.1 of CI 1801) $110 1 m Major B

7.1.5 Melting Point Test (ASTM E 794) $440 1 m Major A

7.1.6 Product Label Durability Test (Section 8.10) $220 6 ea Major B

CostPer type/

model








CostPer type/

model









Paragraph Test DescriptionCategory

of NC

Intertek NFPA 1983-12

Device: Life Safety Rope (Technical Use)

Paragraph Test DescriptionSamples

Required

Category

of NC

Device: Life Safety Rope (General Use)

Samples

Required



Required


Device: Escape Rope

Category

of NC

Section 22 Page 28

NFPA 1983 (Intertek)


CostPer type/

model






7.3.3 Floatability Test (Section 8.9) $110 3 m Critical

7.3.4 Product Label Durability Test (Section 8.10) $220 6 ea Minor

CostPer type/

model




7.4.1.1 Static Test (Section 8.3) $250 3 ea Major A

7.4.1.2 Drop Test (Section 8.4) $715 3 ea Critical

7.4.1.3 Static Test (Section 8.3) (for side D-rings and positioning attachments only) $250 3 ea Major A


7.4.6.1 Optional Flame Resistance Test (Section 8.16) $110 5 ea Major A

7.4.6.2 Optional Heat Resistance Test (Section 8.17) $220 3 ea Major A

7.4.6.3 Optional Thread Heat Resistance Test (Section 8.18) $220 3 ea Major A

CostPer type/

model

5.1.3 Labeling And Information SEI/$75 1 ea Minor

5.2.3 User Information SEI/$75 1 ea Minor


7.4.2.1 Static Test (Section 8.3) $250 3 ea Major A

7.4.2.2 Drop Test (Section 8.4) $715 3 ea Critical

7.4.2.3 Static Test (Section 8.3) (for side D-rings and positioning attachments only) $250 3 ea Major A


7.4.4 Corrosion Resistance Test (Section 8.8) $330 5 ea Minor


7.4.6.1 Optional Flame Resistance Test (Section 8.16) $110 5 ea Major A



Samples

Required

Category

of NC


Device: Life Safety Harness (Class II)


Required

Category

of NC

Device: Throwlines, Water Rescue

Paragraph Test Description



Device: Life Safety Harness (Class III)


Required

Category

of NC

Section 22 Page 29



CostPer type/

model




7.5.1 Ladder Belts - Static Test (Section 8.3) $250 3 ea Major A

7.5.1.1Ladder Belts - Static Test (Section 8.3) (for side D-rings and positioning

attachments only)$250 3 ea Major A

7.5.2 Escape Belts - Static Test (Section 8.3) $250 3 ea Major A

7.5.2.1Escape Belts - Static Test (Section 8.3) (for side D-rings and positioning

attachments only)$250 3 ea Major A

7.5.3 Escape Belts - Drop Test (Section 8.4) $715 3 ea Critical



7.5.6.1 Optional Flame Resistance Test, belts (Section 8.16) $110 5 ea Major A



CostPer type/

model




7.5.7.1Technical Use Manufactured Systems, Breaking Strength Test, Procedure A

(Section 8.7)$385 5 ea Major A

7.5.7.2Technical Use Manufactured Systems, Breaking Strength Test, Procedure B


7.5.7.3General Use Manufactured Systems, Breaking Strength Test, Procedure A


7.5.7.4General Use Manufactured Systems, Breaking Strength Test, Procedure B


7.5.7.5 Product Label Durability Test (Section 8.10) $220 6 ea Minor

7.5.7.6 Corrosion Resistance Test (Section 8.8) $220 5 ea Minor

7.5.7.7 Life Safety Harness Subcomponent Certification - - -

7.5.7.8 Belt Subcomponent Certification - - -

7.5.7.9Manner of Function Tensile Test, Procedure A (Section 8.6) (for systems

containing an ascending device, rope grab device or descent control device)$385 5 ea Critical

7.5.7.10 Melting Point Test (ASTM E 794) $440 1 m Major A

Device: Belts (Includes “ladder” and “escape” type as well as Optional Requirements for Flame-Resistant

Belts)


Required



Device: Manufactured Systems


Required

Category

of NC

Section 22 Page 30



CostPer type/

model




7.5.8.1 &

7.5.8.1.1

Technical Use Multiple Configuration Straps, Breaking Strength Test, Procedure

B (Section 8.7)$385 5 ea Major A

7.5.8.2 &

7.5.8.2.1General Use Multiple Configuration Straps, Breaking Strength Test (Section 8.7) $385 5 ea Major A

7.5.8.3 &

7.5.8.3.1

Technical Use End-to-End Straps, Breaking Strength Test, Procedure B (Section

8.7)$385 5 ea Major A

7.5.8.4 &

7.5.8.4.1

General Use End-to-End Straps, Breaking Strength Test, Procedure B (Section

8.7)$385 5 ea Major A



7.5.8.7 Melting Point Test (ASTM E 794) $440 1 m Major A

CostPer type/

model




7.5.9.1Other Technical Use Auxiliary Equipment, Breaking Strength Test, Procedure B


7.5.9.2Other General Use Auxiliary Equipment, Breaking Strength Test, Procedure B



7.5.9.4,

7.5.10, &

7.5.11

Melting Point Test (ASTM E 794) $440 1 m Major A


CostPer type/

model




$275

7.6.1.2Technical Use Carabiners & Snap Links, Tensile Test (Section 8.5) (gate open,

major axis)$275 5 ea Critical

7.6.1.3 Technical Use Carabiners & Snap Links, Tensile Test (Section 8.5) (minor axis) $275 5 ea Critical

7.6.1.4General Use Carabiners & Snap Links, Tensile Test (Section 8.5) (gate closed,


7.6.1.5 General Use Carabiners & Snap Links ,Tensile Test (Section 8.5) (gate open,


7.6.1.6 General Use Carabiners & Snap Links, Tensile Test (Section 8.5) (minor axis) $275 5 ea Critical



Device: End-to-End and Multiple Configuration Straps


Required

Category

of NC


Device: Auxiliary Equipment (Carabiners and Snap-Links)


Required

Category

of NC


Device: Other Auxiliary Equipment


Required

Category

of NC

7.6.1.1Technical Use Carabiners & Snap Links, Tensile Test (Section 8.5) (gate closed,

major axis)5 ea Major A


Section 22 Page 31



CostPer type/

model




7.6.2.1Technical Use Rope Grab & Ascending Devices - Manner of Function Tensile

Test, Procedure A (Section 8.6)$385 5 ea Major A

7.6.2.2General Use Rope Grab & Ascending Devices - Manner of Function Tensile Test,

Procedure A (Section 8.6)$385 5 ea Major A



CostPer type/

model




7.6.3.1Escape Descent Control Device - Manner of Function Tensile Test, Procedure A


7.6.3.2Escape Descent Control Device - Manner of Function Tensile Test, Procedure B


7.6.3.3Technical Use Descent Control Device - Manner of Function Tensile Test,


7.6.3.4General Use Descent Control Device - Manner of Function Tensile Test,


7.6.3.5General Use Descent Control Device - Manner of Function Tensile Test,

Procedure B (Section 8.6)$385 5 ea Major A

7.6.3.5.1General Use Descent Control Device (designed to slip) - Manner of Function

Tensile Test, Procedure B (Section 8.6) $385 5 ea Major A

7.6.3.6Holding Test (section 8.11) (ISO Type 2, 3 & 4 Descent Control Devices with

hands-free locking) Section 4.6.1 of ISO 22159$385 3 ea Critical

7.6.3.6.1Holding Test (section 8.11) (ISO Type 2 &3 Descent Control Devices with panic-

locking) Section 4.6.2 of ISO 22159 $385 3 ea Critical

7.6.3.6.2Holding Test (section 8.11) (ISO Type 5 & 6 Descent Control Devices) Section

4.6.3 of ISO 22159 $385 3 ea Critical



7.6.3.9 System Level Drop Test (Section 8.14) $715 2 ea Critical

Escape Descent Control Device and Systems Drop Test

(Section 8.14)

7.6.3.12Technical Use Control Descent Device –Manner of Function Tensile Test,

Procedure B (Section 8.6)$385 5 ea Major A


Required

Category

of NC


Device: Auxiliary Equipment (Descent Control Devices)

Device: Auxiliary Equipment (Rope Grab & Ascending Devices)



Required

Category

of NC

7.6.3.11 $715 2 ea Critical

Section 22 Page 32



CostPer type/

model




7.6.4.1Technical Use Portable Anchor, Breaking Strength Test, Procedure A (Section

8.7)$385 5 ea Major A

7.6.4.2 General Use Portable Anchor, Breaking Strength Test, Procedure A (Section 8.7) $385 5 ea Major A

7.6.4.3Technical Use Portable Anchor, Breaking Strength Test, Procedure B (Section

8.7)$385 5 ea Major A

7.6.4.4 General Use Portable Anchor, Breaking Strength Test, Procedure B (Section 8.7) $385 5 ea Major A



CostPer type/

model




7.6.5.1 Technical Use Pulley, Breaking Strength Test, Procedure A (Section 8.7) $385 5 ea Major A

7.6.5.2 Technical Use Pulley, Breaking Strength Test, Procedure B, (Section 8.7) $385 5 ea Major A

General Use Pulley, Breaking Strength Test, Procedure A

(Section 8.7)

General Use Pulley, Breaking Strength Test, Procedure B

(Section 8.7)

7.6.5.5 Technical Use Pulley Becket, Breaking Strength Test, Procedure B (Section 8.7) $385 5 ea Major A

7.6.5.6 General Use Pulley Becket, Breaking Strength Test, Procedure B, (Section 8.7) $385 5 ea Major A



CostPer type/

model




7.7.1.1 Class II Victim Extrication Device, Static Test (Section 8.3) $250 3 ea Major A

7.7.1.2Class II Victim Extrication Device – Alternate Attachment Points, Static Test


7.7.2.1 Class III Victim Extrication Device, Static Test (Section 8.3) $250 3 ea Major A

7.7.2.2Class III Victim Extrication Device – Alternate Attachment Points, Static Test





Device: Auxiliary Equipment (Portable Anchors)


Required

Category

of NC

7.6.5.3 $385 5 ea Major A

7.6.5.4 $385 5 ea Major A


Device: Auxiliary Equipment (Pulleys)


Required

Category

of NC



Device: Victim Extrication Devices


Required

Category

of NC

Section 22 Page 33



CostPer type/

model




7.8 Strength Test (Section 8.12) $385 4 ea Major A

CostPer type/

model



6.9 Design and Construction $75 Minor

7.9.1Escape Rope Performance Requirements (Section 7.2) (excluding 7.2.2) (Section

7.2.1- Section 8.2, Rope Breaking strength and elongation)$788 5 m Major A


7.2.3- Melting Point Test (ASTM E 794)$440 1 m Major A


7.2.4- Product Label Durability Test (Section 8.10)$220 6 ea Major A


CostPer type/

model




7.10.1Fire Escape Rope Performance Requirements (Section 7.12) (excluding 7.12.2)

Section 7.12.1, Section 8.2, Rope Breaking strength and elongation)$788 5 m Major A


Section 7.12.3- Melting Point Test (ASTM E 794)$440 1 m Major A


Section 7.12.4- Section 8.10 Product Label Durability Test $220 6 ea Major A

7.10.2 Size Test (Section 9.1 of CI 1801) section 7.12.2 $110 1 m Minor

7.10.3 Elevated Temperature Rope Test , section 7.12.5, section 8.15) $550 10 ea Major A

CostPer type/

model


6.11 Design and Construction $75 (SEI) 1 ea Minor

7.11.1 Breaking Strength Test, Procedure B (Section 8.7) $385 5 ea Minor




7.11.5 Payout Test (Section 8.13) $550 3 ea Major B

7.11.6Where an Escape System is designated as a Fire Escape System, additional tests

as specified in 7.11.6.1, 7.11.6.2 and 7.11.6.3 shall be conducted- - -

7.11.6.1 Elevated Temperature Rope Test (Section 8.15) $550 10 ea Major A

7.11.6.2 Heat Resistance Test (Section 8.17) (for materials, labels and hardware) $220 3 ea Major A

7.11.6.3 Thread Heat Resistance Test (Section 8.18) $220 3 ea Major B

7.11.7 Escape Descent Control Device and Systems Drop Test (Section 8.14) $715 2 ea Critical

Device: Litters


Required

Category

of NC


Device: Fire Escape Webbing


Required

Category

of NC


Device: Escape Webbing


Required

Category

of NC



Device: Escape Systems


Required

Category

of NC

Section 22 Page 34



CostPer type/

model




7.12.1 Rope Breaking and Elongation Test (Section 8.2) $788 5 m Major A




7.12.5 Elevated Temperature Rope Test (Section 8.15) $550 10 ea Major A

CostPer type/

model




7.13.1 Rope Breaking and Elongation Test (section 8.2) $788 5 m Major A



CostPer type/

model




7.14.1 Rope Breaking and Elongation Test (Section 8.2) $788 5 m Major A




CostPer type/

model




7.15.1Technical Use Belay Devices, Manner of Function Tensile Test, Procedure C


7.15.2General Use Belay Devices, Manner of Function Tensile Test, Procedure C


CostPer type/

model




7.16.1 Breaking Strength Test, Procedure B (Section 8.7) $385 5 ea Major A



7.16.4 Heat Resistance Test (Section 8.17) $220 3 ea Major A

Device: Fire Escape Rope


Required

Category

of NC


Device: Moderate Elongation Laid Life Safety Rope


Required

Category

of NC


Device: Manufacturer-Supplied Eye Termination


Required

Category

of NC



Device: Escape Anchor Devices


Required

Category

of NC


Device: Belay Devices


Required

Category

of NC

Section 22 Page 35



22A. SEI General Certification Submittal Form

1307 Dolley Madison Blvd, Suite 3A, McLean, VA 22101

Phone: (703) 442-5732 Fax: (703) 442-5756 Email: [email protected]

Issue 1

Submittal Date: SEI Ref. No.:

Manufacturer:

Street Address:

City/State/Zip:

Tel: Fax: Email:

Web:

Initial:

Annual:

Standard

Rev/Annual:

Class I:

Class II:

Basic model:

Variant:

Accessory:

Type of Submittal: (select one)

Product has not previously been tested by SEI.*

Product is currently certified by SEI, is being submitted for annual recertification and no changes have

been made to product since last test date. *

Product is currently certified by SEI. Standard has been revised and this will also serve as an annual

recertification.*

Product is currently SEI certified and a change in materials, construction, manufacturing location, etc. has

been made to the product. *

Product is currently SEI certified and the proposed change is believed to not affect the product’s form, fit

or function.

Category of Product: (select one)

Protective device of the same basic design and components, produced by the same manufacturing

location. *

Variation of basic model distinguished by a single component (i.e., lens shades, suspension systems,

reverse headbands, closures, etc.)*

Product that is for use with a specific SEI certified model, designed in such a manner to be removable

from model without affecting the performance of that model in accordance with the applicable standard.

*

* Definitions are not all inclusive and do not apply to all SEI product certifications. Refer to the SEI Certification Program Manual for

additional detailed information and descriptions.

If model is manufactured at different location(s) than stated in Section (2), list all manufacturing locations:

Legal Status (Inc., LLC,

etc.)

22A Submittal Form


22A. SEI General Certification Submittal Form

1307 Dolley Madison Blvd, Suite 3A, McLean, VA 22101

Phone: (703) 442-5732 Fax: (703) 442-5756 Email: [email protected]

Issue 1

Standard Testing

To:

Type of Product:

Model Number(s):

Brand Name:

Authorized

Manufacturer

Representative:

Signature:

We request certification or continuation of certification of the above model to the referenced standard in accordance with the program established by the Safety

Equipment Institute. We certify that the unit(s) of the above model, as submitted for testing and certification, represents the product(s) that will be offered for sale.

Samples of this product are being sent to the laboratory. Please complete all nine (9) sections of the SEI certification submittal form and include any necessary

attachments. Incomplete submittal paperwork may lead to delays in the processing and performance testing.

Product Description. Briefly describe below. Attach applicable Components & Materials Description Checklist, and if applicable, test plan

matrix/configurations, Bill of Materials, product literature)

Test samples

shall be:

Returned to

manufacturerIf fail, return to

manufacturer

Destroyed by laboratory

22A Submittal Form


22B. General Components Materials Description Checklist

Issue 1

1. SEI Reference Number:

2. Manufacturer (SEI

Participant):

3. Model Series/Brand

Name

(one model per checklist):

4. Standard:

For all initial and annual submittals, all sections shall be completed.

For changes, complete all sections; mark in BOLD that which has been changed.

7. List all Model Numbers

8. COMPONENT

Signed By: Name:

Company: Date:

The above information regarding the model is correct to the best of my knowledge. If this model is being submitted for annual

testing, I confirm that no known changes that could affect the models ability to meet the performance requirements of the

*Helmet Positioning Index - Specify either the nose gauge positioning or specify the measurement (mm) from the front rim of the

helmet, downward vertically, to the basic plane on the front meridian plane of the test headform. (ND001 Section 20)

Material Type, Trade Name, Part Number, Grade,

Weight, Dimensions, Density, Bead, Color, etc.

SOURCE(S) OF SUPPLY (provide complete

address, contact info for all source(s)

5. Certification Submittal

Type (Select one): Initial Annual

Change:

Class 1: Testing required

Class 2: No testing expected to be required

6. List all assembly locations, sub-assembly & final product (use separate sheet if needed):

Description (i.e. color, size, type)

Upon completion of this checklist, submit it along with the SEI Certification Submittal Form.

Please refer to the “Examples of Major Components” for suggested product components for which a description is required. Any

additional component found in the product shall also be described.

22B CM Form


22C. User Information and Label Checklist – NFPA 1983-2012 Edition

Issue 1

PARTICPANT NAME:

SEI REFERENCE NUMBER:

NAME/MODEL/DESCRIPTION:

SECTION DESCRIPTION YES/NO

5.1.3.1 Product shall have a product label.

5.1.3.2 Product used in manufactured systems shall be individually labeled.

5.1.3.3Product labels shall be embossed, printed, sewn, stapled, riveted,

or otherwise permanently attached to product.

5.1.3.4Product labels shall be conspicuously located when properly

assembled and all components in place.

5.1.3.5 All letters shall be at least 2 mm (5/64”) high.

5.1.3.6

Multiple label pieces shall be permitted in order to carry all

statements and information required, however, all label pieces

comprising the entire product label shall be adjacent to each other.

5.1.3.7 Printed in English

5.1.3.8

Symbols and other pictorial graphic representations shall be

permitted to be used to supplement worded statements on the

product label(s).

Certification organization’s label, symbol, or identifying mark shall

be permanently attached to the product label or shall be part of

the product label.

All letters shall be at least 2.5mm (3/32”) high.

The label, symbol, or identifying mark shall be at least 6 mm (1/4”)

in height and shall be placed in a conspicuous location.

5.1.3.10 & 5.1.3.11 Applicable compliance statements shall be printed legibly on the

In addition to the compliance statements, at least the following

information shall be provided on the product label:

1. For Class II harness: “Fits waist size ____”

2. For one-piece Class II harness: “Fits waist size ____”

or “Fits chest size ____, Fits height ____”

3. For multiple-piece Class III harness: “Fits waist size

____, Fits height ____” or “Fits chest size ____, Fits height

____”

5.1.3.12

NFPA 1983 Label Checklist

5.1.3.9

22C LUT Form - NFPA 1983



Issue 1

“This is one part of a multiple-piece harness and must be

used in conjunction with component part number ___in

order to fully meet the criteria of Class ___ harness.”

5.1.3.13

Class designation required to be stated on the product label shall

be as determined by the certification organization in accordance

with 6.3.1.

The following information shall be printed legibly on each label

with all letters at least 2 mm (5/64”) in height.

1. Manufacturer’s name, identification, or designation

2. Manufacturer’s address

3. Country of manufacture

4. Manufacturer’s product identification

5. Model, style, lot, or serial number

5.1.3.12

5.1.3.14




Issue 1

Where detachable components must be used with a life safety

harness in order for the life safety harness to be compliant with this

standard, at least the following statement and information shall

also be printed legibly on the product label of the life safety

harness. All letters shall be at least 2.5 mm (3/32”) high. The

detachable component(s) shall be listed following the statement by

type, identification, and how properly used.

“TO BE COMPLIANT WITH NFPA 1983, THE FOLLOWING

ADDITIONAL COMPONENTS MUST BE USED IN CONJUNCTION

WITH THIS LIFE SAFETY HARNESS:”

[The detachable component(s) shall be listed here]

SECTION DESCRIPTIONPAGE(S) /

PARAGRAPH(S)

5.2.3.1

The manufacturer of life safety harnesses that are certified as being

compliant with this standard shall furnish the purchaser with at

least use criteria, inspection procedures, maintenance procedures,

and retirement criteria for the product.

The manufacturer shall provide information for the user regarding

at least the following issues:

1. Inspecting the harness periodically according to the

manufacturer’s inspection procedure.

2. Removing the harness from service and destroying it if

the harness does not pass inspection or if there is any

doubt about the safety or serviceability of the harness.

3. For a life safety harness certified to only the

nonoptional requirements of the standard, not exposing

the harness to flame or high temperature and carrying the

harness where it will be protected, as the harness could

melt or burn and fail if exposed to flame or high

temperature.

4. Repairing the harness only in accordance with the

manufacturer’s instructions.

5. Keeping the user instructions/information after they

are separated from the harness and retaining them in a

permanent record; copying the user

instruction/information and keeping the copy with the

harness.

6. Referring to the user instructions & information

before and after each use.

5.1.3.15

NFPA 1983 User Information Checklist

5.2.3.2




Issue 1

7. Cautioning that, if the instructions & information are

not followed, the user could suffer serious consequences.

5.2.3.3

The manufacturer shall provide information for the user that

additional information regarding life safety harnesses can be found

in NFPA 1500.

5.2.3.4


compliant with NFPA 1983 shall furnish the purchaser with a

sample of suggested records to be maintained by the purchaser or

user of life safety harnesses and a list of items that the records

need to contain.

5.2.3.5


compliant with NFPA 1983 shall indicate that tie-off is required for

webbing ends if tie-off of webbing ends was required during

testing. The instructions shall include location(s) and method(s)

with text and/or illustrations.

5.2.3.2




Issue 1

- - - - - - - - - - - - - - - - FOR SEI USE ONLY - - - - - - - - - - - - - - - - - -

Prepared by & Date: Reviewed by & Date:



Measuring Device ID Number:

COMPLY / NOT COMPLY (do not sign if deemed “not comply”)

COMMENTS:

SUBSEQUENT REVIEW (LABEL / USER INFORMATION)


COMMENTS:

INITIAL LABEL REVIEW


COMMENTS:

Measuring Device ID Number:

INITIAL USER INFORMATION REVIEW



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