SafeWaze 019-8016 User manual

User Manual
V1.5 2022 Copyright Safewaze
2 PERSON TEMPORARY CABLE
HORIZONTAL LIFELINE
220-00004
Compliant with
OSHA 1926.502, 1910.140, 1910.66

User Manual
V1.5 2022 Copyright Safewaze Page 1
This product is part of a complete fall protection system. Users must utilize, and
connect to a Safewaze Horizontal Lifeline (HLL) system with ANSI Z359 compliant
restraint or Personal Fall Arrest Systems (PFAS). This product is not designed, nor
should be used as a component for a Positioning, Suspension, or Rescue System. A
PFAS is typically composed of a Full Body Harness (FBH), Anchorage, and a
Connecting Device. Connecting Devices used with Safewaze HLL’s are Energy
Absorbing Lanyards (EALs) or a Self Retracting Lifelines (SRLs). The connection point
to the FBH for use of a Safewaze HLL is the Dorsal D-ring.
WARNING
These instructions must be provided to any person utilizing this equipment. The
worker must read and understand the manufacturer’s instructions for this, and all
other components of the complete Fall Protection System. These instructions must
be followed for the proper use, maintenance, and inspection of this equipment. These
instructions must be kept and made available to workers at all times. Any alteration,
misuse, or use of this equipment outside the scope of the manufacturer’s instructions,
may result in serious injury or death.
A comprehensive Fall Protection Plan must be kept on le and available to all
employees at all times. The employer and users of this equipment must be properly
trained in the installation, use, inspection, and maintenance of this equipment.
The maximum weight capacity of this equipment is 310 lbs. per user, up to a maximum
of two users (including tools and equipment) as specied by ANSI. The weight
capacity of this equipment for a single user is 420 lbs. (including tools and equipment).
Consult your doctor if there is reason to doubt your tness to safely absorb the shock
from a fall arrest. Age and tness seriously a󰀨ect a worker’s ability to withstand falls.
Pregnant women or minors must not use this equipment. Failure to heed this warning
may result in serious injury or death.
Users of this equipment must read and understand this manual in it’s entirety prior to
use.
Contact Safewaze if you have questions, regarding compatibility of this equipment,
that are not covered in this manual. Do not alter or misuse this equipment. Some
subsystem components could a󰀨ect the performance and the operation of this
equipment. Do not anchor this product to moving machinery, or hazards that have
chemical, electrical or gaseous characteristics. Failure to comply with this warning
could result in serious injury or death.

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V1.5 2022 Copyright Safewaze Page 2
Table of Contents
1 INTRODUCTION & SCOPE OF USE............... 3
2 APPLICABLE SAFETY STANDARDS.............. 3
3 WORKER CLASSIFICATIONS......................... 3
4 PRODUCT SPECIFIC APPLICATIONS............ 3
5 LIMITATIONS.................................................... 4
6 COMPATIBILITY OF CONNECTIONS ............. 5
7 MAKING CONNECTIONS...............................6-7
8 COMPONENTS AND SPECIFICATIONS......... 8
9 INSTALLATION AND USE..............................9-14
10 FALL CLEARANCE CHARTS........................15-17
11 SAG DISTANCES CHART............................... 18
12 INSPECTION AND MAINTENANCE ............... 19
13 LABELS ........................................................... 20
14 INSPECTION LOG .......................................... 20

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V1.5 2022 Copyright Safewaze Page 3
Personal Fall Arrest: Safewaze Cable Horizontal Lifelines can be used as part of a
complete Personal Fall Arrest System (PFAS) for a maximum of 2 users. The structure
utilized for attachment must be capable of withstanding a load of 5,000 lbs in all
directions permitted by the system. The maximum allowable free fall is 6 ft.
4.0 Product Specific Applications
3.0 Worker Classifications
Understand the denitions of those who work in proximity of or may be
exposed to fall hazards.
Qualied Person: A person with an accredited degree or certication, and with
extensive experience or su󰀩cient professional standing, who is considered procient
in planning and reviewing the conformity of fall protection and rescue systems.
Competent Person: A highly trained and experienced person who is assigned by the
employer to be responsible for all elements of a fall safety program, including, but not
limited to, its regulation, management, and application. A person who is procient in
identifying existing and predictable hazards, and who has the authority to stop work in
order to eliminate hazards.
Authorized Person: A person who is assigned by their employer to work around or be
subject to potential or existing fall hazards.
It is the responsibility of a Qualied or Competent person to supervise the job
site and ensure safety regulations are complied with.
1.0 Introduction & Scope of Use
Thank you for purchasing a Safewaze Cable Horizontal Lifeline. This manual must be
read and understood in its entirety, and used as part of an employee training program
as required by OSHA or any applicable state agency.
This manual and any other instructional material must be available to the user of the
equipment. The user must understand how to safely and e󰀨ectively use a Horizontal
Lifeline, and all fall protection equipment used in conjunction with such.
The Safewaze Cable Horizontal Lifeline has been designed for your safety. These
Horizontal Lifeline systems are designed to o󰀨er users a exible anchorage between
two structures. The lines can also be used to provide a temporary barrier system.
2.0 Applicable Safety Standards
OSHA REGULATIONS
OSHA 1926.502 Fall Protection Systems Criteria and Practices
OSHA 1910.140 Personal Fall Protection Systems
OSHA 1910.66 Personal Fall Arrest Systems

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V1.5 2022 Copyright Safewaze Page 4
Swing Falls: Prior to installation or use, make considerations for eliminating or
minimizing all swing fall hazards. Swing falls occur when the anchor is not directly
above the location where a fall occurs. Always work as close to in line with the anchor
point as possible. Swing falls signicantly increase the likelihood of serious injury or
death in the event of a fall (See Figure 2).
Fall Clearance Diagram
***Diagram shown is an example fall
clearance calculation ONLY.
For all applications: worker weight capacity range for 1 User
(including all clothing, tools, and equipment) is 420 lbs.
Capacity range for 2 Users is (130-310 lbs) for each User
(including all clothing, tools, and equipment)
FIGURE 1
Fall Clearance: There must be su󰀩cient clearance below the anchorage connector to
arrest a fall before the user strikes the ground or an obstruction. When calculating fall
clearance, account for a MINIMUM 2’ safety factor, deceleration distance, user height,
length of Lanyard/SRL, and all other applicable factors (See Figure 1).
5.0 Limitations
ADeployed Energy Absorber
BDynamic Lifeline Sag
CDeployed Energy Absorbing Lanyard
DHarness Stretch
EHeight Of Worker
FSafety Factor
GTotal Required Fall Clearance
A
FALL-ARREST
A
FALL-ARREST
A
G
B
C
D
E
F

User Manual
V1.5 2022 Copyright Safewaze
Connectors are compatible with connecting elements when they have been designed
to work together in such a way that their sizes and shapes do not cause their
gate mechanisms to inadvertently open regardless of how they become oriented.
Connectors (hooks, carabiners, and D-rings) must be capable of supporting at least
5,000 lbs. (22.2 kN). Connectors must be compatible with the anchorage or other
system components (See Figure 4). Do not use equipment that is not compatible.
Non-compatible connectors may unintentionally disengage (See Figure 3). Connectors
must be compatible in size, shape, and strength. Self-locking snap hooks and
carabiners are required by ANSI Z359 and OSHA guidelines. Contact Safewaze
if you have any questions about compatibility.
FIGURE 3 - UNINTENTIONAL DISENGAGEMENT
NOTE: SOME SPECIALTY CONNECTORS HAVE ADDITIONAL REQUIREMENTS.
CONTACT SAFEWAZE WITH QUESTIONS.
FIGURE 2
Using a connector that is undersized or irregular in shape (1) to connect a snap hook
or carabiner could allow the connector to force open the gate of the snap hook or
carabiner. When force is applied, the gate of the hook or carabiner presses against
the non-compliant part (2) and forces open the gate (3). This allows the snap hook or
carabiner to disengage (4) from the connection point.
Page 5
6.0 Compatibility Of Connections
A
FALL-ARREST
3 - Gate opens
2 - Gate presses
against
non-complaint
part
4 - Parts disengage.1 - Non-compliant part

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V1.5 2022 Copyright Safewaze Page 6
7.0 Making Connections
Snap hooks and carabiners used with this equipment must be double locking and/or
twist lock. Ensure all connections are compatible in size, shape and strength. Do not
use equipment that is not compatible. Ensure all connectors are fully closed and locked.
Safewaze connectors (snap hooks and carabiners) are designed to be used only
as specied in each product’s user’s instructions. See gure 4 for examples of
inappropriate connections. Do not connect snap hooks and carabiners:
• To a D-ring to which another connector is attached.
• In a manner that would result in a load on the gate (with the exception of tie back
hooks).
NOTE: Large throat snap hooks must not be connected to standard size D-rings or
similar objects which will result in a load on the gate if the hook or D-ring twists or
rotates, unless the snap hook complies with ANSI Z359.1-2007 or ANSI Z359.12 and is
equipped with a 3,600 lb (16 kN) gate. Check the marking on your snap hook to verify
that it is appropriate for your application.
• In a false engagement, where features that protrude from the snap hook or
carabiner catch on the anchor, and without visual conrmation seems to be fully
engaged to the anchor point.
• To each other.
• By wrapping the web lifeline around an anchor and securing to lifeline except as
allowed for Tie Back models.
• To any object which is shaped or sized in a way that the snap hook or carabiner will
not close and lock, or that roll-out could occur.
• In a manner that does not allow the connector to align properly while under load.
FIGURE 4 - INAPPROPRIATE CONNECTIONS
• NOTE: Large snap hooks must not be connected to objects which will result in a
load on the gate if the hook twists or rotates, unless the snap hook complies with
ANSI Z359.1-2007 or ANSI Z359.12 and is equipped with a 3,600 lb (16 kN) gate.
Check the marking on your snap hook to verify its compatibility.

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V1.5 2022 Copyright Safewaze Page 7
7.1 Connections
Number of Users:
Maximum two users at one time with a capacity up to 310 lbs. per worker including
tools and equipment.
Maximum one user at one time with a capacity up to 420 lbs. per worker including tools
and equipment.
Full Body Harnesses
Only Full Body Harnesses may be used with a Safewaze Cable Horizontal Lifeline.
Use of Energy Absorbing Lanyards
Fall Clearance Requirements when utilizing a 6’ Energy Absorbing Lanyard with the
HLL system are indicated in the fall clearance table (Section 10, page 15) of this
manual. The fall clearance distances indicated are the total required from the properly
installed HLL system to the next lower level or obstruction. The user should ensure
that the distance between the installed lifeline and the next lower level is at least equal
to, or greater than the values given in Section 10, page 15 of this manual prior to use of
the HLL system. Failure to calculate proper fall clearances prior to use of the system
could result in serious injury or death.
Note: Never use combinations of components or subsystems that may a󰀨ect, or
interfere with the safe function of each other.
Use of Self-Retracting Devices
Fall Clearance Requirements when utilizing an SRL with the HLL system in an
overhead installation are indicated in the fall clearance table (Section 10.1, page 16) of
this manual. When using Personal SRLs with the HLL system, where the
installation could possibly be below dorsal D-ring Height, refer to the fall clearance
table (Section 10.2, page 17) of this manual. The user must ensure that the
Personal SRL being utilized is not connected to the HLL at a distance below the dorsal
D-ring, which exceeds the maximum allowed as specied by the SRL manufacturer.
When calculating fall clearance distances, the user must add the total deection of
the HLL system during a fall event, to the total deceleration distance of the SRL being
used. The combination of the system deection, and the deceleration distance of the
SRL, when added to the Harness Stretch of the full body harness, worker’s height, and
Safety Factor equals the minimum required fall clearance. Failure to calculate proper
fall clearances prior to use of the system could result in serious injury or death.

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V1.5 2022 Copyright Safewaze Page 8
8.0 Components and Specifications
Part
Number
Length in
Feet
019-8020 30 ft.
019-8021 60 ft.
019-8022 80 ft.
019-8023 100 ft.
Part
Number
Length in
Feet
019-8016 30 ft.
019-8017 60 ft.
019-8018 80 ft.
019-8019 100 ft.
Part
Number
Length in
Feet
019-8024 30 ft.
019-8025 60 ft.
019-8026 80 ft.
019-8027 100 ft.
FIGURE 5 - HLL KIT PART NUMBERS AND CONFIGURATIONS
CongurationConguration Conguration
Safewaze Cable Horizontal Lifelines are o󰀨ered in 3 di󰀨erent congurations. Each
conguration is o󰀨ered in 4 di󰀨erent lengths. The table above (Figure 5) indicates the
part numbers and system lengths o󰀨ered.
FIGURE 6 - COMPONENTS
The Safewaze Cable Horizontal Lifeline is designed as a temporary reusable
anchorage subsystem for the attachment of up to two Personal Fall Arrest systems.
The Cable Horizontal Lifeline subsystem is comprised of Galvanized Cable, a
Galvanized Steel Tensioner, and a Steel or Web Energy Absorber The system also
contains two self-closing, self-locking, ANSI Z359.12 compliant end attachment
carabiners. One carabiner secures the energy absorber to an end anchorage, and the
other is used to secure the HLL to the opposite anchorage point. Fist Grips are
included in order to create an addtional thimble connection at free end of cable.
A
B
C
D
E
F
G
Carabiner
O-Rings
Galvanized Cable
Turnbuckle / Tensioner
Coil Energy Absorber
Cross Arm Strap
Label Pack
HFist Grips
IAnchorage
Example 60 ft. Span
A
I
CDE
F
B
GH

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V1.5 2022 Copyright Safewaze Page 9
FIGURE 7 - STANDARD ENERGY ABSORBER INSTALLATION EXAMPLE
Cross Arm Strap System Installation with Integral Energy Absorber
Step 1. Install Anchorage Connector
Wrap the Cross Arm Strap around the anchorage as many times as necessary to
achieve desired length, ensuring strap is wrapped at least twice around the end
anchorage. A minimum of two wraps around the end anchorage helps prevent
sliding of the anchor straps during use. Once desired length is achieved, pass the
small D-ring of the anchor strap through the large D-ring and connect the system
to the small D-ring. Only connect to the small D-ring of the Cross Arm Strap.
Other approved anchorage connectors which meet the 5,000 lbs. strength requirement,
may be used in place of the supplied FS810-6 Cross Arm Straps. See anchorage
connector user instructions for proper installation.
9.0 Installation and Use
Before Each Use
Users of personal fall arrest systems must have a rescue plan in place if the user
cannot rescue themselves, as well as the means to carry out the rescue.
The user must read and understand these instructions, as well as the User
Instructions for every component/subsystem of the personal fall arrest system.
The entire Safewaze Cable Horizontal Lifeline system, and its subsystems, must be in-
spected prior to each use for wear, damage, or other deterioration. All snaphooks and
carabiners must be able to self-close and lock. Check the operation of self
retracting lifelines by pulling smoothly on the lifeline, then pull sharply on the lifeline to
engage the locking mechanism. All webbing and cable must be inspected for tears,
cuts, fraying, abrasion, unsplicing, discoloration, or other signs of wear or damage.
Sewn terminations should be secure, complete, and not visibly damaged. All cable
splices should be secure. System must be properly tensioned. No load indicators
shall be deployed. Damaged and other deteriorated and defective components must
be immediately removed from service, in accordance with the requirements of OSHA
29 CFR 1910.66 and 1926.502.
Step 2. Connect Integral Energy Absorber to End Anchorage
Connect the Integral Energy Absorber to the small D-ring of the Cross Arm Strap using
one of the supplied carabiners. Connect the tensioner to the opposite anchorage point
(cross arm strap) via the other supplied carabiner.

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V1.5 2022 Copyright Safewaze
Step 3. Attach Free End of Cable to Tensioner
Prior to attaching the cable to the tensioner, turn both ends of the tensioner to increase
its overall length. Determine the approximate span length of cable required. After
determining the length needed, form a thimble attachment point on the free end of the
cable. Remove the bolt from the clevis on the tensioner. Take the extra supplied
thimble and form the cable in a loop using the thimble as a guide (See Figure 9A).
Wrap the cable around the thimble ensuring there is a minimum 12” tail of cable to
allow connection of the st grips. Insert the thimble and cable loop into the open
end of the clevis, and re-install the clevis bolt ensuring it is through the thimble
(See Figure 9B). Remove excess slack from the system by hand and attach the
free end of the cable back to itself using the supplied st grips (See Figure 9B).
Torque st grips to 35 ft lbs. (See Figure 9C).
Step 4. Tension the System
Insert a large screwdriver, bar, etc... into the gap between the threaded rods of the
tensioner. This gap was created in Step 3 when extending the overall length of the
tensioner. Rotate the body of the tensioner which draws the ends of the tensioner
assembly towards the center of the unit, thereby tensioning the system
(See Figure 9D & 9E). To determine proper tension of the system, refer to the
HLL Sag Table (Figure 12, Page 18), and tension until proper sag is achieved.
Page 10
FIGURE 8 - COIL ENERGY ABSORBER INSTALLATION EXAMPLE
Coil Energy Absorber
Rounded
End
Squared
End
Cross Arm Strap System Installation with Coil Energy Absorber
Step 1. Install Anchorage Connector
Wrap the Cross Arm Strap around the anchorage and pass the small D-ring end
through the large D-ring end. Wrap as many times as necessary to achieve desired
length, ensuring strap is wrapped at least twice around the end anchorage. A
minimum of two wraps around the end anchorage helps prevent sliding of the anchor
straps during use. Only connect to the small D-ring of the Cross Arm Strap.
Other approved anchorage connectors, which meet the 5,000 lbs strength requirement,
may be used in place of the supplied FS810-6 Cross Arm Straps. See anchorage
connector user instructions for proper installation.

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V1.5 2022 Copyright Safewaze Page 11
FIGURE 9 - TENSIONER OPERATION
A
Step 2. Connect Coil Energy Absorber to End Anchorage
Connect the squared end of the Coil Energy Absorber to the small D-ring of the Cross
Arm Strap using one of the supplied carabiners.
Step 3. Attach Tensioner
Prior to attaching the Tensioner to the Coil Energy Absorber, turn both ends of the
tensioner to increase its overall length. Attach the clevis of the tensioner to the coil
energy absorber by removing the bolt from the clevis, and inserting the bolt back
through the clevis and predrilled hole in the rounded end of the coil energy
absorber (See Figure 8).
Step 4. Attach Free End of Cable To Tensioner
Determine the approximate span length of cable required. After determining the length
needed, form a thimble attachment point on the free end of the cable. Remove the bolt
from the clevis on the tensioner. Take the extra supplied thimble and form the cable in
a loop using the thimble as a guide (See Figure 9A). Wrap the cable around the
thimble ensuring there is a minimum 12” tail of cable to allow connection of the st
grips. Insert the thimble and cable loop into the open end of the clevis, and re-install
the clevis bolt ensuring it is through the thimble (See Figure 9B). Remove excess
slack from the system by hand and attach the free end of the cable back to itself using
the supplied st grips (See Figure 9B). Torque st grips to 35 ft lbs. (See Figure 9C).
Step 5. Tension the System
Insert a large screwdriver, bar, etc... into the gap between the threaded rods of the
tensioner. This gap was created in Step 3 when extending the overall length of the
tensioner. Rotate the body of the tensioner which draws the ends of the tensioner
assembly towards the center of the unit, thereby tensioning the system
(See Figure 9D & 9E). To determine proper tension of the system, refer to the
HLL Sag Table (Figure 12, Page 18), and tension until proper sag is achieved.

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V1.5 2022 Copyright Safewaze
12”
Tail
Page 12
C
D
E
B

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V1.5 2022 Copyright Safewaze Page 13
FIGURE 10 - INTERMEDIATE ANCHORAGE
The Safewaze Cable Horizontal Lifeline is designed for spans up to 100 ft. in length.
However, any span over 60 ft. requires the use of an Intermediate Anchorage as well
as an additional energy absorber which is installed on the opposite end of the HLL.
The Intermediate Anchorage point can vary insofar as components used, as the
setup / installation method determines what type of Intermediate Anchorage is
required. The user should note that if an intermediate anchorage is utilized, Fall
Clearance is determined based upon the distance from the end anchorage to the
intermediate anchorage.
Figures 10 A and 10 B indicate some examples of Intermediate Anchorages that may
be used with the Cable HLL system as well as the additional energy absorber.
A
B
Intermediate
Anchorage
42” Stanchion Installation
with Intermediate Anchorage
Part# 019-8038
or
Part# 019-8046
Intermediate
Anchorage
Overhead I-Beam Installation With
Beam Anchors Part# 019-4009
and
Intermediate Anchorage Part# 019-4007
40’
40’ 40’
80’
80’
40’

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V1.5 2022 Copyright Safewaze
FIGURE 11 - RELEASING LIFELINE TENSION
If work operations are complete and the system needs to be uninstalled, the lifeline
tension must be released. To release the tension:
Step 1. Ensure all equipment (SRLs / Energy Absorbing Lanyards), and users are
disconnected from the system prior to Step 2.
Step 2. Using a large screwdriver, rod, wrench, etc..., rotate the body of the
tensioner which allows the tensioner to spread apart, releasing tension on the
system (See Figure 11 A).
Step 3. Once tension has been released as much as possible via the tensioner,
loosen the st grips on the cable to release remaining tension on the system
(See Figure 11 B & 11 C).
Step 4. System can then be removed and reinstalled in a di󰀨erent location as
necessary.
Page 14
Loosening
Tensioner
Tensioner
Loosened
Fist Grips
A
B
C

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10.0 Fall Clearance Charts
A
FALL-ARREST
0-30
(0-9.14)
31-40
(9.44-12.20)
41-50
(12.50-15.24)
51-60
(15.54-18.28)
61-70
(18.60-21.33)
71-80
(21.64-24.38)
81-90
(24.68-27.43)
91-100
(27.73-30.48)
15
(4.57)
16.0
(4.87)
17.0
(5.18)
18.0
(5.48)
18.5
(5.63)
19.5
(5.94)
20.0
(6.09)
20.5
(6.24)
16.0
(4.87)
17.0
(5.18)
18.0
(5.48)
19.0
(5.79)
19.5
(5.94)
20.5
(6.24)
21.0
(6.40)
21.5
(6.55)
17.0
(5.18)
18.0
(5.48)
19.0
(5.79)
20.0
(6.09)
20.5
(6.24)
21.5
(6.55)
22.0
(6.70)
22.5
(6.85)
18.0
(5.48)
19.0
(5.79)
20.0
(6.09)
21.0
(6.40)
21.5
(6.55)
22.5
(6.85)
23.0
(7.01)
23.5
(7.16)
19.0
(5.79)
20.0
(6.09)
21.0
(6.40)
22.0
(6.70)
22.5
(6.85)
23.5
(7.16)
24.0
(7.31)
24.5
(7.46)
20.0
(6.09)
21.0
(6.40)
22.0
(6.70)
22.5
(6.85)
23.5
(7.16)
24.5
(7.46)
25.0
(7.62)
25.5
(7.77)
21.0
(6.40)
22.0
(6.70)
23.0
(7.01)
24.0
(7.31)
24.5
(7.46)
25.5
(7.77)
26.0
(7.92)
26.5
(8.07)
0 1 2 3 4 5 6
Freefall Distance in Feet
Span Length in Feet (m)
0-30
(0-9.14)
31-40
(9.44-12.20)
41-50
(12.50-15.24)
51-60
(15.54-18.28)
61-70
(18.60-21.33)
71-80
(21.64-24.38)
81-90
(24.68-27.43)
91-100
(27.73-30.48)
17.0
(5.18)
18.5
(5.63)
19.5
(5.94)
21.0
(6.40)
26.0
(7.92)
26.5
(8.07)
27.5
(8.38)
28.5
(8.68)
28.0
(8.53)
18.0
(5.48)
19.5
(5.94)
20.5
(6.24)
22.0
(6.70)
22.5
(6.85)
28.5
(8.68)
29.5
(8.99)
29.0
(8.83)
19.0
(5.79)
20.5
(6.24)
21.5
(6.55)
23.0
(7.01)
23.5
(7.16)
29.5
(8.99)
30.0
(9.14)
30.5
(9.29)
20.0
(6.09)
21.5
(6.55)
22.5
(6.85)
24.0
(7.31)
27.0
(8.22)
27.5
(8.38)
30.5
(9.29)
31.0
(9.44)
21.0
(6.40)
22.5
(6.85)
23.5
(7.16)
25.0
(7.62)
25.5
(7.77)
31.5
(9.60)
32.0
(9.75)
22.0
(6.70)
23.5
(7.16)
24.5
(7.46)
24.5
(7.46)
26.0
(7.92)
26.5
(8.07)
32.5
(9.90)
23.0
(7.01)
24.5
(7.46)
25.5
(7.77)
24.5
(7.46)
25.5
(7.77)
27.0
(8.22)
28.5
(8.68)
27.5
(8.38)
33.5
(10.21)
0 1 2 3 4 5 6
Freefall Distance in Feet
Span Length in Feet (m)
6 ft. Energy Absorbing Lanyard Fall
Clearance Chart
(1 User)
420 lbs. Max Capacity
6 ft. Energy Absorbing Lanyard
Fall Clearance Chart
(2 Users)
310 lbs. Max Capacity per User

User Manual
V1.5 2022 Copyright Safewaze
A
FALL-ARREST
WWW.SAFEWAZE.COM
SELF RETRACTING LANYARD
SELF RETRACTING LANYARD
ANSIZ359.14&ANSIA10.32
OSHA1910.66&OSHA1926.502
FallArrestSystems•ConfinedSpace•Engineering•RescueSystems
6’
6’
Page 16
Span Length In
Feet
(m)
Fall Clearance with
Safewaze SRL in
Feet
(m)
Fall Clearance with
Safewaze SRL in
Feet
(m)
Safewaze Required Fall Clearance for Up to 2 Users
Maximum Span 100 ft.
0-30
(0-9.14)
31-40
(9.44-12.20)
41-50
(12.50-15.24)
51-60
(15.54-18.28)
61-70
(18.60-21.33)
71-80
(21.64-24.38)
81-90
(24.68-27.43)
91-100
(27.73-30.48)
ONE USER TWO USERS
10.5
(3.20)
11.5
(3.50)
12.0
(3.65)
13.0
(3.96)
14.0
(4.26)
15.0
(4.57)
15.5
(4.72)
16.5
(5.02)
12.5
(3.81)
14.0
(4.26)
15.0
(4.57)
16.5
(5.02)
18.0
(5.48)
20.0
(6.09)
22.0
(6.70)
24.0
(7.31)
Span Length In
Feet
(m)
Fall Clearance with
Safewaze SRL in
Feet
(m)
Fall Clearance with
Safewaze SRL in
Feet
(m)
Safewaze Required Fall Clearance for Up to 2 Users
Maximum Span 100 ft.
0-30
(0-9.14)
31-40
(9.44-12.20)
41-50
(12.50-15.24)
51-60
(15.54-18.28)
61-70
(18.60-21.33)
71-80
(21.64-24.38)
81-90
(24.68-27.43)
91-100
(27.73-30.48)
ONE USER TWO USERS
13.0
(3.96)
14.0
(4.26)
14.5
(4.41)
15.5
(4.72)
16.5
(5.02)
17.5
(5.33)
18.0
(5.48)
19.0
(5.79)
15.0
(4.57)
16.5
(5.02)
17.5
(5.33)
19.0
(5.79)
20.5
(6.24)
22.5
(6.85)
24.5
(7.46)
26.5
(8.07)
Fall Clearance Chart
Class A SRL
Fall Clearance Chart
Class B SRL
10.1 Fall Clearance Charts
Overhead SRL Usage
Fall Clearance Chart
(1 To 2 Users)
**THESE CLEARANCE CHARTS REQUIRE THAT THE SRL IS OVER THE HEAD OF THE WORKER WHEN
ATTACHED TO THE HORIZONTAL LIFELINE

User Manual
V1.5 2022 Copyright Safewaze Page 17
10.2 Fall Clearance Charts
A
FALL-ARREST
WWW.SAFEWAZE.COM
SELF RETRACTING LANYARD
SELF RETRACTING LANYARD
ANSIZ359.14&ANSIA10.32
OSHA1910.66&OSHA1926.502
FallArrestSystems•ConfinedSpace•Engineering•RescueSystems
6’
6’
Personal SRL Usage
At or Below Dorsal D-ring Height
Fall Clearance Chart
(2 Users)
0-30
(0-9.14)
31-40
(9.44-12.20)
41-50
(12.50-15.24)
51-60
(15.54-18.28)
61-70
(18.60-21.33)
71-80
(21.64-24.38)
81-90
(24.68-27.43)
91-100
(27.73-30.48)
17
(5.18)
18.5
(5.63)
20.0
(6.09)
21.5
(6.55)
24.0
(7.31)
25.5
(7.77)
27.0
(8.22)
29.0
(8.83)
18.0
(5.48)
19.5
(5.94)
21.0
(6.40)
22.5
(6.85)
25.0
(7.62)
26.5
(8.07)
28.0
(8.53)
30.0
(9.14)
19.0
(5.79)
20.5
(6.24)
22.0
(6.70)
23.5
(7.16)
26.0
(7.92)
27.5
(8.38)
29.0
(8.83)
31.0
(9.44)
20.0
(6.09)
21.5
(6.55)
23.0
(7.01)
24.5
(7.46)
27.0
(8.22)
28.5
(8.68)
30.0
(9.14)
32.0
(9.75)
21.0
(6.40)
22.5
(6.85)
24.0
(7.31)
25.5
(7.77)
28.0
(8.53)
29.5
(8.99)
31.0
(9.44)
33.0
(10.05)
22.0
(6.70)
23.5
(7.16)
25.0
(7.62)
26.5
(8.07)
29.0
(8.83)
30.5
(9.29)
32.0
(9.75)
34.0
(10.36)
0 1 2 3 4 5
Freefall Distance in Feet
Span Length in Feet (m)

User Manual
V1.5 2022 Copyright Safewaze Page 18
Span Length
Midpoint
Sag
FIGURE 12 - HLL SAG DISTANCES
1
0
2
3
4
5
6
7
8
9
10
11
12
13
10 20 30 40 50 60 70 80 90 100
Midpoint Span Sag (Inches)
HLL Span Length (Feet)
Incorrect Sag - Do Not Use
Correct Sag - OK For Use
Span Length
(Feet)
Sag at Midpoint
(Inches)
10’ .8”
20’ 1.6”
30’ 2.4”
40’ 3.2”
50’ 4.0”
60’ 4.8”
70’ 5.6”
80’ 6.4”
90’ 7.2”
100’ 8.0”
11.0 HLL Sag Distances

User Manual
V1.5 2022 Copyright Safewaze Page 19
Maintenance
Any Safewaze Cable Horizontal Lifeline components requiring maintenance must be
tagged “unusable” and removed from service.
Cleaning maintenance may be performed by the user.
Repairs to the product may only be made by the manufacturer or entities authorized in
writing by the manufacturer.
THIS DEVICE MUST ONLY BE SERVICED BY A TRAINED AND COMPETENT INDIVIDUAL!
NEVER ATTEMPT TO SERVICE THIS UNIT OR TAMPER WITH ITS FUNCTION IN ANY WAY!
Storage
When not installed the Safewaze Horizontal Lifeline should be stored in a cool dry
place, out of direct sunlight. Do not store in areas where damage from environmental
factors such as heat, light, excessive moisture, oil, chemicals and their vapors, or other
degrading elements may be present. Do not store damaged equipment or equipment
in need of maintenance in the same area as product approved for use. Equipment that
has been stored for an extended period must be inspected as described in these User
Instructions prior to use.
12.0 Inspection and Maintenance
Inspection
Inspect the Tensioner for corrosion and/or damage.
Inspect both the webbing of Cross Arm Straps (if being used) and for cuts, abrasions
and contamination.
Check carabiners for proper operation, signs of corrosion, distortion or damage.
Inspect the cable for damage including but not limited to corrosion, welding spatter,
birdcaging, kinks, broken strands, or chemical exposure
Frequency
All components of the Safewaze Cable Horizontal Lifeline must be inspected prior to
each use, and annually by a “competent person” (other than the user), as dened by
OSHA.
Criteria
If inspection reveals any defect, inadequate maintenance, or unsafe condition, remove
from service until a “qualied person” as dened by OSHA 1926.32(m) can determine
the need for authorized repair or disposal.