Honeywell MP20G-LEK, MP30G-LEK, MP30G-LE, MP20G-LE, MP50G-LEK User Instruction
Falcon™ Edge Self-Retracting Lifelines
USER INSTRUCTION MANUAL
I361 Rev. C / MFP9720228
May 2018
TABLE OF CONTENTS
SOMMAIRE / ÍNDICE
Product Identication and Specications ................................3
Identication du produit et spécications / Identicación y especicaciones
del producto
English ....................................................................... 4-10
EN
Français ....................................................................11-17
FR
Español .................................................................... 18-24
ES
Appendix A: Referenced Pictures ...........................................25
Annexe A: Images référencés / Apéndice A: Imágenes referenciados
Appendix B: Fall Clearance Tables
for LEADING EDGE APPLICATIONS ................................. 26-27
Annexe B: Tableaux sur la distance de chute libre pour les tâches à
proximité de bordure /
Apéndice B: Tablas de espacio libre de caída para aplicaciones de borde
avanzado
Appendix C: Fall Clearance Diagrams
for OVERHEAD APPLICATIONS ..............................................28
Annexe C: Schémas sur la distance de chute libre pour les tâches
en hauteur / Apéndice C: Diagramas de espacio libre de caída para
aplicaciones elevadas
Appendix D: Product Labels Specications .................... 29-30
Annexe D: Étiquettes sur les Produits / Apéndice D: Etiquetas de los
Productos
Appendix E: Inspection and Maintenance Log ......................31
Annexe E: Registre D’inspection et D’entretien / Apéndice E: Registro de
Inspección y Mantenimiento
Download this manual and product specication sheets at: www.millerfallprotection.com
Descargue este manual y las hojas de especicaciones del producto en: www.millerfallprotection.com
2
Téléchargez ce manuel et les ches techniques sur: www.millerfallprotection.com
PRODUCT IDENTIFICATION
AND SPECIFICATIONS
IDENTIFICATION DU PRODUIT ET SPÉCIFICATIONS
IDENTIFICACIÓN Y ESPECIFICACIONES DEL PRODUCTO
Working
Models
Modèles
Modelos
MP30G-LE
MP50G-LE
MP20G-LE
MP20G-LEK
MP30G-LE
MP30G-LEK
MP50G-LE
MP50G-LEK
Ballistic Nylon
Nylon Ballistic / Nylon Ballistic
CarbonX Flame Retardant Fabric
CarbonX Tissu ignifugé / CarbonX
Tela de retardante de llama
FALCON EDGE
MP20G-LE
Galvanized Steel
Acier galvanisé
Acero galvanizado
Performance Specications
Spécications de performance
Especicaciones de rendimiento
Capacity*
Capacité
Capacidad
Approved for Sharp Edge
Approuvé pour bordure à angle vif
Aprobado para borde alado
Max Arrest Distance**
Distance D’Arret Max
Distancia De Detención Máx
Max Arrest Force
Force D’Arret De Chute Max
*Includes body weight, clothing and tools; if the system is used by an employee having a combined tool and body weight greater than 310 lbs. (140.6
kg), then the employer must appropriately modify the criteria and protocols to provide proper protection for such heavier weights, or the system will
not be deemed to be in compliance with the requirements of OSHA 1926.502(d)(16). [ANSI capacity range is 130 lbs.- 310 lbs. (59kg-140.6kg)].
**Overhead use / Usage aérien / Aplicaciones elevadas. ***For a 170 kg (375 lb) user, deployment is equal to 1.25 times free fall distance, h, or 1.2 m
(47 in), whichever is greater.
Refer to variable label for unit compliances. / Prière de se reporter à l’étiquette variable pour les conformités d’unités. / Consulte la etiqueta variable
para ver el cumplimiento de normas de la unidad.
Fuerza De Frenado Máx
Length
Longueur
de travail
Longitud
de trabajo
20 ft.
(6m)
30 ft.
(9m)
50 ft.
(15m)
OSHA
1926.502
& 1910.66
90-420 lbs
(40.8-190.5kg)
R ≥ 0.005 in
(0.13mm)
42 in (1.1m) for 20 ft and 30 ft models;
42 po (1,1m) pour les modèles de 20 pi et de 30 pi;
42 pulgadas (1,1m) para modelos de 20 pies y 30 pies;
54 in (1.4m) for 50 ft models
54 po (1,4m) pour les modèles de 50 pi
54 pulgadas (1,4m) para modelos de 50 pies
1,800 lbf
(8kN)
Material
Matériel
de lin de
sécurité
Material de
cuerda de
seguridad
ANSI Z359.14
Class B & LE
[Average / Moyenne /
Promedio 900 lbf (4kN)]
Lifeline
Shock
Absorber
Cover
Boîtier de
l’amortisseur
Funda del
absorbedor de
impacto
Steel Snap Hook
Crochet mousqueton
en acier / Gancho de
cierre rápido de acero
130-310 lbs
(59-140.6kg)
R ≥ 0.005 in
(0.13mm)
1,800 lbf (8kN)
Lifeline
Connector
Connecteur
de lin de
sécurité
Conector de
cuerda de
seguridad
CSA
Z259.2.2-17
Class SRL-LE
90-375 lbs
(41-170kg)
R ≥ 0.010 in
(0.25mm)
***
1,800 lbf
(8kN)
3
EN
INSTRUCTIONS FOR USE
Personal Protective Equipment
LEADING EDGE
SELF-RETRACTING
LIFELINES
Thank you for your purchase of Honeywell
Miller fall protection equipment manufactured
by Honeywell Industrial Safety.
WARNING
All persons using this equipment
must read, understand and follow all
instructions. Failure to do so may result
in serious injury or death. Do not use
this equipment unless you are properly
trained.
It is crucial that the authorized person/user
of this equipment read and understand these
instructions. In addition, federal law requires
employers to ensure that all users are trained
in the proper installation, use, inspection, and
maintenance of fall protection equipment. Fall
protection training should be an integral part
of a comprehensive safety program.
Proper use of fall arrest systems can save
lives and reduce the potential of serious
injuries from a fall. The user must be aware
that forces experienced during the arrest of a
fall or prolonged suspension may cause bodily
injury. Consult a physician if there is any
question about the user’s ability to use this
product. Pregnant women and minor children
must not use this product.
1.0 Purpose
Self-retracting lifelines are self-contained
retractable devices designed to be used
by personnel in applications where fall
protection in combination with unrestricted
worker mobility is needed. Honeywell Miller
Falcon Edge Self-Retracting Lifelines are
specially-engineered retractable units with
unique features designed for leading edge
applications as well as overhead applications.
4
2.0 General Fall Protection
Requirements
2.1 General Requirements
All warnings and instructions shall be provided
to authorized persons/users.
All authorized persons/users must
reference the regulations governing
occupational safety, as well as applicable
ANSI or CSA standards. Please refer
to product labeling for information on
specic OSHA regulations, and ANSI and
CSA standards met by product.
Proper precautions should always be taken to
remove any obstructions, debris, material, or
other recognized hazards from the work area
that could cause injuries or interfere with the
operation of the system.
Always check for obstructions below the work
area to make sure potential fall path is clear.
Allow adequate fall clearance below the work
surface.
To minimize the potential for accidental
disengagement, a competent person must
ensure system compatibility.
All equipment must be inspected before
each use according to the manufacturer’s
instructions. Additionally, equipment must be
inspected by a competent person, other than
the user, on a regular basis, at least annually.
Any product exhibiting deformities, unusual
wear, or deterioration must be immediately
discarded in such a manner as to prevent
inadvertent further use.
Any equipment subject to a fall must be
removed from service.
The authorized person/user shall have
a rescue plan and the means at hand to
implement it when using this equipment.
Equipment must not be altered in any way.
Do not lubricate or attempt to repair this
device. Repairs must be performed only
by the manufacturer, or persons or entities
authorized in writing by the manufacturer.
Never use fall protection equipment for
purposes other than those for which it was
designed. Fall protection equipment should
never be used for towing or hoisting.
Environmental hazards should be considered
when selecting fall protection equipment.
Equipment must not be exposed to chemicals,
heat, ames, or other environmental conditions
which may produce a harmful effect. Use in
a corrosive or caustic environment dictates
a more frequent inspection and servicing
program to ensure the integrity of the device
is maintained.
All synthetic material must be protected from
slag, hot sparks, open ames, or other heat
sources. The use of heat resistant materials is
recommended in these applications.
Do not allow equipment to come in contact
with anything that will damage it including,
but not limited to, abrasive, rough or hightemperature surfaces, heat sources, electrical
hazards, or moving machinery.
Do not expose the equipment to any hazard
which it is not designed to withstand. Consult
the manufacturer in cases of doubt.
Never remove product labels, which include
important warnings and information for the
authorized person/user.
2.2 Warnings and Limitations
Capacity
For use by ONE person only. Refer to the
product labels and to Product Identication
and Specications in this manual for the
minimum and maximum weight capacities.
Anchorage Requirements
Honeywell recommends that all anchorages
be:
• Capable of supporting 5,000 lbs (22.2 kN)
per worker attached; OR
• Designed, installed, and used, under the
supervision of a qualied person, as part of
a complete personal fall protection system
that maintains a safety factor of at least two.
Always refer to applicable national and
regional fall protection regulations and
standards to ensure compliance.
Limits of Use
Self-retracting lifelines (SRLs) are designed
for fall arrest applications only. Never use
an SRL as a restraint or positioning device.
IMPORTANT!
A fall restraint scenario could occur
anytime:
• the user fully extends the lifeline and
applies weight or stress to that lifeline;
• the user intentionally or unintentionally
locks up the lifeline, without the lifeline
fully extended, and applies weight or
stress to that lifeline.
The correct application for using an
SRL allows the user to be connected
and move freely to perform the required
work tasks without locking the lifeline
or applying tension on the lifeline at full
extension.
System Compatibility
Honeywell Miller fall protection products are
designed for use with Honeywell-approved
components only. Substitution or replacement
with non-approved component combinations or
subsystems or both may affect or interfere with
the safe function of each other and endanger
the compatibility within the system. This
incompatibility may affect the reliability and
safety of the total system.
WARNING
Always refer to the regulations and
standards regarding personal fall
arrest system component requirements
and the instructions provided with each
component being used as part of the
personal fall arrest system.
Falcon Edge Self-Retracting Lifelines
are approved for overhead and leading
edge applications. For the purposes of
this instruction manual, a leading edge
application is one whereby the user may
be anchored at foot level/working surface
or higher and the lifeline has the potential
to come in contact with an edge if the user
falls. It is recommended to anchor device
vertically overhead whenever possible. For
the purposes of this instruction manual,
an overhead application implies that there
is no slack in the lifeline when the unit is
mounted above the user and connected to
the user’s back D-ring.
5
Falcon Edge Self-Retracting Lifelines
may be used with Honeywell-approved
horizontal lifeline systems with special
considerations. The retractable must
be capable of traveling well along the
length of the lifeline and should remain
perpedicular to the worker throughout the
course of work. It is recommended that
an on-site qualied person evaluate the
conditions before installation and use of
the retractable with the horizontal lifeline
system. In addition, always refer to the
instructions provided with the horizontal
lifeline system to ensure compatibility of
the self-retracting lifeline with the system.
This device shall be installed and used in
such a manner as to minimize the potential
for a swing fall. User must never be
exposed to a swing fall hazard.
Do not allow lifeline to become slack.
3.0 Installation/Use
WARNING
All Honeywell Miller Self-Retracting
Lifelines must be inspected and tested
for locking and retraction before each
use (see 6.0 Inspection & Maintenance).
Special Requirements, Warnings &
Limitations pertaining to All Leading
Edge Applications
• The anchor point must be at the same
height or higher than the edge at which a
fall might occur.
• The allowable angle of redirection of
the lifeline portion of the device at the
edge over which a fall might occur (as
measured between the two sides formed
by the redirected lanyard) shall be at
least 90 degrees.
• The potential for a swing fall must
be minimized for worker and lifeline
protection. The worker must never work
on the far side of an opening, opposite
the anchor point.
• Falcon Edge Self-Retracting Lifelines are
specically designed to reduce forces to
both the worker and lifeline connection
that extends beyond a leading edge.
• Applications for leading edge retractables
include steel decking, concrete and
wood surfaces. Despite the wide range of
applications for these units, surfaces in
contact with the equipment must still be
evaluated by a qualied person in regards
to creating premature wear and/or failure
due to excessive abrasion or cutting of
materials.
The installer of the SRL must not be
exposed to a fall hazard while mounting
the unit.
IMPORTANT!
Overhead mounting of a self-retracting
lifeline is typically recommended.
However, Falcon Edge Self-Retracting
Lifelines have been specically designed
and successfully tested in accordance
with the standards for
falls over a sharp edge (radius ≥ .005 in
(.13mm)).
6
horizontal use and
Special Anchorage Requirements for
Leading Edge Applications
Honeywell Industrial Safety approves a
connection height at foot level/working surface
or higher for Falcon Edge Self-Retracting
Lifelines. Minimum set-back distance is
18 in. (0.5m). Lateral edge distance (work
zone) from perpendicular to the anchor
point is dependent on set-back distance of
anchor point (see DIAGRAMS A & B and Fall
Clearance Tables in APPENDIX B).
IMPORTANT!
A Falcon Edge unit anchored at a setback distance of 25 ft. (7.62m) with a
user working at the maximum permitted
lateral edge distance (work zone) of 25
ft. (7.62m) will experience the greatest
swing fall allowed for a Falcon leading
edge application. It is imperative that
swing fall be limited as much as possible.
This can be accomplished by increasing
the set-back distance and/or limiting the
work zone. A swing fall hazard must not
exist in the path of the potential swing
fall.
3.1 Falcon Edge
Connecon Height
Edge SetbackDistance
VercalSwing Fall
Lateral Swing Fall
30˚
30˚
30˚
30˚
Self-Retracting Lifelines
REFERENCED PICTURES ARE
LOCATED IN APPENDIX A ON
PAGE 25.
3.1.2 Connection to Harness
1) Connect the lifeline end connector to the
harness back D-ring (see Fig. 2). Make sure
that the connector is completely closed and
locked.
4.0 Fall Clearance
3.1.1 Installation to Anchorage
1) Locate an approved anchorage following
all general anchorage requirements as well as
the additional requirements for leading edge
applications found in 3.0. If an anchorage
connector is used, make sure it is compatible
with the anchorage and the device connector
(carabiner) in regards to strength, size, and
shape. Follow all instructions provided with the
anchorage connector.
2) Connect the body of the self-retracting
lifeline to the anchorage (or anchorage
connector, if applicable) using the device
connector (carabiner) (see Fig. 1). Make sure
that the connector is completely closed and
locked and that its gate is not in a position to
be load-bearing.
DIAGRAM A - LEADING EDGE APPLICATION
Connection
Height
Set-Back
Edge
Distance
Max Fall Arrest
Distance
+ Swing Fall
4.1 Calculating Fall
Clearance Required for
LEADING EDGE APPLICATIONS
When a Falcon Edge Self-Retracting
Lifeline is used in a leading edge
application, use the Fall Clearance
Tables in APPENDIX B on pages 2627 to determine minimum required fall
clearance.
Anchor Point
Work Radius
Lateral Edge
Distance
Swing Fall
IMPORTANT!
Max
DIAGRAM B - OVERHEAD VIEW OF LEADING EDGE APPLICATION
≤25 ft.
(7.62m)
Anchor Point
≤25 ft.
(7.62m)
Edge
Refer to Fall Clearance Tables
in APPENDIX B for lateral edge distance
(work zone) limitations with regard to
specied set-back distances of anchor point.
7
4.2 Calculating Fall
Clearance Required for
OVERHEAD APPLICATIONS
STOP!
This section only applies when using
a Falcon Edge Self-Retracting Lifeline
in an overhead application. For leading
edge applications, refer to Fall Clearance
Tables in APPENDIX B.
It is essential to understand how to
calculate the fall clearance distance
required for each work application to avoid
contact with a lower level.
The basic calculation shown below and the
related diagrams in Appendix C on page
28 may be used to determine Required
Fall Clearance when using a self-retracting
lifeline in an overhead application. For a
more automated approach to calculating
Required Fall Clearance, access the Miller
Fall Clearance Calculator online:
www.millerfallprotection.com/fallclearance.
SELF-RETRACTING LIFELINE
FALL CLEARANCE CALCULATION
FOR OVERHEAD APPLICATIONS
(see Appendix C: Diagram 1)
[Calculation taken from work level]
Maximum Arrest Distance (MAD)
+ [Non-Standing Work Position Factor (NSF)]
+ [Swing Fall Factor (SFF)]
+ 2.5 ft. (0.8m) Safety Factor (SF)
= Required Fall Clearance (RFC)
CAUTION: Read all notes and refer to all
self-retracting lifeline fall clearance diagrams
and labels to determine exact required fall
clearance for your application.
IMPORTANT NOTES:
Self-retracting lifelines must be anchored
overhead to ensure the accuracy of the fall
clearance calculation and related information.
It is important to understand that other factors,
such as whether the user is performing work
in a standing, crouched or lying down position
and/or whether the user is working directly
below the anchor point or at an angle, can affect
fall distance when using a retractable device.
The self-retracting lifeline fall clearance
calculation assumes the user is standing. If
the user will be performing work in a crouched
or kneeling position, an additional 3 ft. (0.9m)
of fall clearance is required (see Diagram 2).
If the user will be performing work in a lying
down position, an additional 5 ft. (1.5m) of fall
clearance is required.
The self-retracting lifeline fall clearance
calculation also assumes the user is working
directly below the anchor point, minimizing
any possibility for a swing fall. In a swing
fall situation, the total fall distance will be
greater than if the user were working directly
below the anchor point (see Diagram 3). In
some applications, it may not be possible
to work directly below the anchor point. In
such a case, the worker must increase the fall
clearance distance to account for the swing
fall factor. In any case, the worker must not
be exposed to a potential swing fall where
contact with another object may occur (see
Diagram 4).
The maximum arrest distance [free fall (FF) +
deceleration (D)] varies by retractable. Always
refer to the labels on the specic unit to
determine the maximum arrest distance.
If there is any question about
calculating fall clearance distance,
please contact Honeywell Technical Service:
1-800-873-5242 (press 4)
TABLE 1: Minimum Required Fall Clearances - OVERHEAD APPLICATIONS ONLY
Minimum Required Fall Clearance from Work Level to Lower Level*
Working Directly
Below Anchor Point
Maximum
Arrest Distance
of SRL
42 in (1.1m)
54 in (1.4m)
*This chart shows general minimum fall clearances required for an overhead application. An exact calculation, based on the SRL
to be used and an assessment of the work site and conditions that may affect the worker’s fall clearance, must be performed.
In Standing
Position
6 ft (1.8m) 9 ft (2.7m) 11 ft (3.4m)
7 ft (2.1m) 10 ft (3m) 12 ft (3.7m)
In Kneeling/
Crouched
Position
In Lying Down
Position
NOT Working Directly
Below Anchor Point
In Potential
Swing Fall Position
Varies - Additional Fall
Clearance Required
8
5.0 Inspection and
Maintenance
5.1 Inspection and Operation
Testing
Honeywell’s inspection requirements incorporate
the criteria established by current safety
standards. The inspection criteria for the
equipment shall be set by the user’s organization,
such that it equals or exceeds the criteria
required by the manufacturer and the standards
with which the organization elects to comply.
Equipment shall be thoroughly inspected
and operationally tested by the user before
each use, and additionally, by a competent
person, other than the user, at least annually
(or semi-annually per ANSI A10.32) for:
[*ANSI Z359.14 and CSA Z259.2.2-17 provide
additional inspection requirements based on type
of use and conditions of use. Refer to Table 2 for
compliance with these standards. (*See note in 6.2
Maintenance.)]
Absence or illegibility of markings/labels.
Absence of any elements affecting the
equipment form, t or function.
Evidence of defects in or damage to the
cable lifeline including cuts, broken strands,
corrosion, kinks, chemical attack, abrasion,
alteration, excessive aging, and excessive wear.
CAUTION: Always wear gloves when
inspecting cable lifelines; broken strands
can cause injury!
Operational damage to the lifeline.
Retraction - With the device in a mounted
position, test the lifeline retraction and tension
by pulling out several feet of the lifeline and allow
to retract back into the unit. Always maintain
a light tension on the lifeline as it retracts. The
lifeline should pull out freely and retract all the
way back into the unit. If the lifeline does not
pull out smoothly or sticks when retracting, pull
all the lifeline out of the housing and allow it to
retract slowly under tension. Do not use the unit
if the lifeline does not retract properly.
CAUTION: Do not let go of the lifeline and
let it retract on its own; always maintain
tension while it retracts!
Lockup Mechanism - The braking mechanism
can be tested by grasping the lifeline and
applying a sharp steady pull downward which
will engage the brakes. There should be no
slippage of the lifeline while the brakes are
engaged. Once tension is released, the brakes
will disengage and the unit will return to the
retractable mode.
Evidence of defects in or damage to
hardware elements including cracks, breaks,
rough or sharp edges, deformation, corrosion,
chemical attack, excessive heating, pitted
surfaces, alteration, and excessive wear.
TABLE 2: ANSI Z359.14 and CSA Z259.2.2-17: Inspection Requirements
Type of
Use
Infrequent
to Light
Moderate
to Heavy
Severe to
Continuous
Notes:
1) Failure of a worker to perform “before each use” inspection or failure of an inspection by a worker shall
initiate the requirement for inspection by a competent person.
2) Failure of a competent person to perform inspections as specied in this Table, or failure of an inspection by
the competent person shall initiate product revalidation or disposal.
3) Determination of the type of use category shall be determined by a competent person.
4) A SRD that is considered non-repairable, or not designed for disassembly such that internal inspection is not
possible without rendering it unserviceable, is not subject to revalidation inspection. These SRD’s shall have
service life and other inspection requirements as provided by the manufacturer’s instructions.
Application
Examples
Rescue & conned space,
factory
maintenance
Transportation,
residential
construction,
utilities, ware-
house
Commercial
construction,
oil & gas,
mining
Conditions of Use
Good storage conditions,
indoor or infrequent outdoor
use, room temperature,
clean environments
Fair storage conditions, indoor and extended outdoor
use, all temperatures, clean
or dusty environments
Harsh storage conditions,
prolonged or continuous out-
door use, all temperatures,
dirty environment
Worker
Inspection
Frequency
Before each
use
Before each
use
Before each
use
Competent
Person
Inspection
Frequency
Annually At least every 5
Semi-
annually to
annually
Quarterly
to semiannually
APPLIES TO CSA
ONLY
Product Revalida-
tion Frequency
years but not more
than intervals
required by the
manufacturer
At least every 2
years but not more
than intervals
required by the
manufacturer
At least annually
but not more than
intervals required by
the manufacturer
9
Operational damage to the hardware.
Snap Hook/Carabiner - The connector
gate (keeper) should seat into the nose
without binding and should not be distorted
or obstructed. The gate spring should exert
sufcient force to rmly close the gate. The
gate locking mechanism must prevent the gate
from opening when closed. It is permissable to
lubricate snap hooks and carabiners if needed.
Evidence of defects in or damage to the
housing and/or loose/missing fasteners.
Evidence of defects in or damage to
shock absorber pack including holes, tears,
deterioration, loose or broken stitching.
Evidence of deployed or activated fall load
indicators.
Falcon Edge Self-Retracting Lifelines are
equipped with a load indicator built into the
shock absorber pack. When subjected to
fall arrest forces the internal white energy
absorber will become exposed or deploy as
shown.
5.2 Maintenance
Basic care of all fall protection equipment
will prolong its service life and will contribute
toward the performance of its vital safety
function.
Servicing
Servicing of Honeywell Miller self-retracting
lifelines must only be carried out by Honeywell
Industrial Safety or persons or entities
authorized in writing by Honeywell. A record
log of all servicing and inspection dates for
this device must be maintained. Only original
Honeywell replacement parts are approved
for use in this device. Contact your Honeywell
distributor or call Honeywell Technical Service
at 1-800-873-5242 for a return authorization
number.
Honeywell Miller self-retracting lifelines
require no annual factory recertication.*
*Honeywell, as the manufacturer, does not
require annual factory recertication for
Honeywell Miller self-retracting lifelines.
Ultimately, however, the end-user/company
must ensure compliance with applicable
national and regional fall protection
regulations and may elect to follow additional
voluntary standards with regard to inspection
and recertication requirements.
WARNING
When inspection and operational
testing reveals defects in or damage to
equipment, inadequate maintenance of
equipment, or evidence of equipment
having been exposed to fall arrest forces
or loading, the equipment shall be
immediately removed from service.
Falcon Edge Self-Retracting Lifelines
are repairable devices. Units removed
from service, shall be marked and
tagged “UNUSABLE” and returned
for service in accordance with the
manufacturer’s instructions.
10
Cleaning and Storage
This device must be kept clean and free of
contaminants. Periodically clean the exterior
of the device and wipe the lifeline using a
damp cloth and mild detergent.
When not in use, equipment shall be stored
in a manner as to preclude damage from
environmental factors, such as temperature,
light, UV, excessive moisture, oil, chemicals
and their vapors, or other degrading elements.
The lifeline should be fully retracted into
the device when not in use.
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