Aerial/Boom Lift Operation Safety

Job Safety Analysis
Company: Date:
December 1st 2015
JSA:
Analysis By: Kelly Weaver
{Safety Manager}
Reviewed by: Approved By:
MANDATORY PPE
ANSI Approved Full Body Safety Harness & Connecting Device (Lanyard) connected to Approved Anchorage Point
ANSI Z-87 Safety Glasses
Steel Toed Boots with Full Leather Upper
Ear Plugs
1
Only Trained and Authorized Personnel shall be permitted to operate Aerial Platforms (Aerial or Scissor Lifts).
All Lift Operators and Lift Occupants must be Trained for and properly use Personal Fall Arrest Systems.
(This is additional training beyond General Fall Protection).
AERIAL PLATFORM OPERATION
“Aerial/Boom Lift”
ANSI/SAIA A92.5-2006(R2014)
JSA: Aerial Platform Operation
"Aerial/Boom Lift"

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Documents
to be kept on the Aerial Lift
In a weather resistant storage compartment
ANSI MANUAL OF RESPONSIBILITY
Mfg. Make and Model specific
Walk Around Inspection Form
Manufacturer
Operation and Safety Manual
Fall Protection Inspection
Checklist
Any other documentation required
by OSHA, ANSI, The Manufacturer,
the Employer, or Site Specific Work
Place.
The owner of this card is to carry this card at all
times when operating
Aerial Lift Equipment
This card expires in 3 years
FWT , LLC Safety Management
Danger
Failure to obey the instructions and
safety rules in this manual will result
in death or serious injury.
Do Not Operate Unless:

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 You learn and practice the principles of safe machine operation contained in this operator’s manual.
1 Avoid hazardous situations.
{Know and understand the safety rules before going on to the next section}.
2 Always perform a pre-operation inspection.
3 Always perform function tests prior to use.
4 Inspect the workplace.
5 Only use the machine as it was intended.
 You read, understand and obey the manufacturer’s instructions and safety rules —
safety and operator’s manuals and machine decals.
 You read, understand and obey employer’s safety rules and worksite regulations.
You read, understand and obey all applicable governmental regulations.
 You are properly trained to safely operate the machine.
DANGER
Failure to obey the instructions and safety rules in this manual
will result in death or serious injury.
Do Not Operate Unless:

4
Before use each day or at the
beginning of each shift, the
aerial platform shall be given a
visual inspection and functional
test including, but not limited to,
the following:
(1) Operating and
emergency controls
(2) Safety devices
(3) Personal protective
devices
(4) Air, hydraulic and fuel
system(s) leaks
(5) Cables and wiring
harness
(6) Loose or missing parts
(7) Tires and wheels
(8) Placards, warnings,
control markings and
operating manual(s)
(9) Outriggers, stabilizers,
extendable axles and
other structures
(10) Guardrail systems
(11) Items specified by the
manufacturer
ANSI /SAIA A92.5-2006 (R2014)
Before the aerial platform is used
and during use, the operator shall
check the area in which the aerial
platform is to be used for possible
hazards such as, but not limited to:
(1) Drop-offs or holes, including
those concealed by water, ice,
mud, etc.
(2) Slope (s)
(3) Bumps and floor
obstructions
(4) Debris
(5) Overhead obstructions and
electrical conductors
(6) Hazardous locations and
atmospheres (reference
ANSI/NFPA 505-1987)
8.7 Workplace Inspection.
“FAILURE TO COMPLY with your
REQUIRED RESPONSIBILITIES
in the use and operation of the Aerial Platform
could result in
DEATH OR SERIOUS INJURY”
8.3 Prestart Inspection.
"Aerial/Boom Lift"
Your Company
USA

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Step Sequence of Basic Job Step Hazards Recommended Action or Procedure PPE
1 Pre-start Inspection
Vehicle components
Proper fluid levels (oil,
hydraulic, fuel and coolant);
Leaks of fluids;
Wheels and tires;
Chemical penetration
and burns to eyes and
skin.
Fire and Explosion
Hazard.
 Carbon Monoxide
Poisoning
Always cover exposed skin, Nitrile Gloves Safety
goggles.
Avoid spilling or contacting fuel/fluids.
Keep sparks and flames away from inspection area.
Do not refuel with engine running.
Do not start engine if you smell or detect fuel leaks.
Refuel and operate in well ventilated area only.
Prior to each work shift, conduct a pre-start inspection to verify that the equipment and all its components are in safe
operating condition. Follow the manufacturer’s recommendations and include a check of:

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Step Sequence of
Basic Job Step
Hazards Recommended Action or Procedure PPE
Vehicle components
Battery and charger;
Lower-level controls;
Horn, gauges, lights
& backup alarms;
Steering and brakes
Acid Burn to eyes and skin
Explosion Hazard while
inspecting, or inspecting
around Battery.
Burns
Electrocution Hazard
Avoid spilling or contacting battery acid.
Neutralize battery acid spills with baking soda.
Do not use any battery or charger greater than
12V to jump start engine.
Keep sparks and flames away from battery.
Avoid contact with battery terminals.

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Lift components
Operating and emergency controls;
Personal protective devices;
Slips and Falls accessing
Basket
Use 3 Point contact, facing basket
when Climbing in and out of basket.
EMERGENCY STOP
Ensure
Platform
and shoes
are clean,
dry, and oil
free

Step Sequence of
Basic Job Step
Hazards Recommended Action or
Procedure PPE
Lift components
Hydraulic, air, pneumatic, fuel and electrical systems;
Fiberglass and other insulating components;
Missing or unreadable placards, warnings, or
operational, instructional and control markings;
Mechanical fasteners and locking pins;
Cable and wiring harnesses;
Outriggers, stabilizers and other structures;
Loose or missing parts;
Guardrail systems.
Chemical penetration
and burns to eyes and
skin.
Fire and Explosion
Hazard.
 Carbon Monoxide
Poisoning
Cuts and scrapes
Slips and Falls
Pinch Points from
Engine Cowling
Always cover exposed
skin, Nitrile Gloves
Safety goggles.
Avoid spilling or
contacting fuel/fluids.
Keep sparks and flames
away from inspection
area.
Keep hands clear of
sharp objects and pinch
points
Missing or unreadable placards, warnings, or
operational, instructional and control markings

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PRIOR TO PUTTING THE MACHINE INTO SERVICE,
ENSURE ALL THE FUNCTIONS ARE PROPERLY WORKING.
At the ground controls:
• Activate Emergency Stop
• Activate each boom function
• Test auxiliary controls
At the platform controls:
• Activate Emergency Stop
• Test horn
• Test foot switch
• Test boom and platform functions
• Test steering functions
• Test the drive and braking
• Test the drive enable system
• Test drive speed limits
• Test auxiliary controls
Perform any additional test as prescribed by the manufacturer.
PRE-OPERATION INSPECTION
FUNCTIONAL TEST

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“Equipment Tag Out” for Repair
No aerial lift equipment is to be used until any deficiency(s) discovered during a
Pre-Operation Inspection are corrected. If a hazardous deficiency is discovered
during a Pre-Operation Inspection, the Operator alerts their Supervisor of the
condition, who in turns contacts maintenance, who “Tags Out” the equipment
from being used by controlling all keys for the vehicle, and placing a “Warning
Tag” in the area near the controls with the following information:
Name of Maintenance person who has “Tagged Out” the vehicle and has the keys
in their possession as well as their contact information.
Date vehicle was “Tagged Out”.
Reason(s) for “Tagging Out” the vehicle including all noted deficiencies. (A
photocopy of the completed inspection form may be taped to the basket or
steering wheel if on a vehicle-mounted lift for this purpose.)
Name and contact information for the Department's responsible person for
implementation of this program.
No repairs are made until the equipment and its components are blocked, tagged,
locked out or otherwise made safe for repair work to commence according to
applicable company Energy Control/LOTO Policy.

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5 Work Zone Inspections
Inspect /Assess travel
work site where Lift
equipment will be
operated and path of
travel to and from Lift
Designated storage area.
NOAA:
Fort Worth Current
Weather Conditions
http://www.srh.noaa.gov/fwd/
NOAA:
Hicksville Current Weather
Conditions
http://www.crh.noaa.gov/iwx
Drop-offs, holes, or unstable
surfaces such as loose dirt
Inadequate ceiling heights
Slopes, ditches, or bumps;
Debris and floor obstructions;
Overhead electric power lines and
communication cables
Other overhead obstructions;
Other hazardous locations and
atmospheres;
High wind and other severe
weather conditions, such as ice; and
The presence of others in close
proximity to the work
Inadequate Lighting
Thoroughly examine the terrain prior to
beginning travel for slopes, holes, slippery
surfaces
Assess all overhead structures for
adequate height and energized electrical
equipment
Assess the worksite for housekeeping,
including objects lying in the path of travel,
overhead cranes, and other mobile
equipment
Obtain live weather forecast to determine
wind, rain and or any other inclement
conditions.
Assess the amount and nature of work of
personnel in the path of travel and work site.

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November 2015 Fort Worth, TX
Overhead Crane Maintenance
{Crane Operator’s inattentiveness}
caused Crane to collide with Scissor Lift while worker was in the
lift. Worker held onto bridge to save his life
Poor Housekeeping,
Slippery and en-even
surfaces cause TIP
OVERS
Ensure the work area is
free of clutter and debris,
and that the ground surface
is solid, smooth, and stable

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Step Sequence of
Basic Job Step
Potential Hazards Recommended Action or Procedure PPE
6 Fall Protection:
REQUIRED
Fall from heights Must be trained and certified to wear PFAS
Ensure that access gates or openings are closed.
Stand firmly on the floor of the bucket or lift platform.
Do not climb on or lean over guardrails or handrails.
Do not use planks, ladders, or other devices as a working
position.
Use a full body harness with a lanyard attached to the
anchorage point in the bucket.
Do not belt-off to adjacent structures or poles while in the
bucket.

Step Sequence of
Basic Job Steps
Potential Hazards Recommended Action or Procedure
6b Inspect and
Don Full Body
Harness.
Slips, Trips, and Falls from failure to inspect or
wear harness.
Breaks, Sprains, and ruptured organs from failure
to ensure snug, comfortable fit.
Inspect Harness, Lanyard, and
Anchorage
Harness Inspection Checklist.
Ensure SNUG COMFORTABLE FIT.
Carry Handle
Handle
Release Valve
Oil Filler Plug
Extension Screw
Saddle
Carrying Handle
14
"Aerial/Boom Lift"
This Job Step requires
“Authorized Training/Certification” for “Personal Fall Arrest Systems”
Familiarization with JSA: “Personal Fall Arrest System”
along with completing the:
Sabre FWT“FALL PROTECTION INSPECTION CHECKLIST”
PREPARE FOR SAFE OPERATION

Step Sequence of Basic Job Step Potential Hazards Recommended Action or Procedure PPE
7 Mounting / Dismounting the
basket at ground level
Slips, Trips and, Falls • Always use “three point contact”
Leather, Nitrile , or Fabric gloves depending on
conditions
• Clean Steel Toe Work boots with full Leather Upper
• Never use controls as handles
• Never climb onto a moving
machine
• Never climb an elevated machine
• Secure gates & chains before
moving

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Step Sequence of
Basic Job Step
8 Operation
Traveling/Loading:
Tip-Over,
Ejections from the lift
platform
Contact with overhead
structures
Electric shock
(electrocution),
Collision with mobile
equipment or stationary
objects
Striking Personnel
After site inspection follow work plan.
Observe for obstruction and other hazards
Do not exceed the load-capacity limits. Take the combined
weight of the worker(s), tools and
materials into account when calculating the load.
Do not use the aerial lift as a crane.
Do not carry objects larger than the platform.
 Do not drive with the lift platform raised (unless the
manufacturer’s instructions allow this).
Do not operate lower level controls unless permission is
obtained from the worker(s) in the
lift (except in emergencies).
Do not exceed vertical or horizontal reach limits.
Do not operate an aerial lift in high winds above those
recommended by the manufacturer.
Do not override hydraulic, mechanical, or electrical safety
devices.
Travel at a safe speed
Sound Horn when rounding corners and entering buildings

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Watch for
pedestrians and
mobile
equipment
Watch for
pedestrians and
mobile
equipment

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Step Sequence of
Basic Job Step
9 Setting up at
work site
Personnel struck by Objects falling from lift
Personnel struck by or caught between lift
platform and stationary object
Fall from elevated level,
 Objects falling from lift,
Tip-Over,
Ejection from the lift platform,
Structural failures (collapse),
Electric shock (electrocutions,
 Entanglement hazards,
 Contact with objects, and
Contact with ceilings and other overhead objects.
After site inspection follow work plan.
Observe for obstruction and other
hazards
Caution affected personnel and place
barricades or caution tape to keep
persons out of the area.
Do not lower the boom unless the area
below is clear of personnel and
obstructions.

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Step Sequence of
Basic Job Step
10 Overhead Protection: Struck against Moving or
stationary object such as
Overhead Cranes or
Structures
Struck By Overhead Bridge
Crane
Contact with Power Lines
may result in Shock or
Electrocution (DEATH)
Be aware of overhead clearance and overhead
objects, including ceilings.
Lock Out any Overhead Cranes that could make
contact to the lift
Do not position aerial lifts between overhead hazards
if possible.
Treat all overhead power lines and communication
cables as energized, and stay at least 10 feet away.
 Ensure that the power utility or power line workers
de-energize power lines in the vicinity of the work.

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Step Sequence of
Basic Job Step
11 Stability in the
Work Zone:
Tip Over
Unintended motion
resulting in serious
injury or death
Set outriggers on pads or on a level, solid surface.
Set brakes when/if outriggers are used.
Use wheel chocks on sloped surfaces when it is safe to do so.
Set up work zone warnings, such as cones and signs, when
necessary to warn others.
N
Tip Over Hazards
Operators need to be concerned about tip over hazards of two types,
those due to the ground surface and those due to the operator
1. The condition of the surface on which the
lift rests
The surface must be level and solid.
Many accidents are caused when the scissor lift is
operated at too great a slope, or when the scissor lift
hits a curb, hole on the ground or other irregularity in
the surface while it is moving.
2. The behavior of the operator or
user of the lift:
If the operator leans too far out, stands on the guardrails, or
uses the lift as a "freight elevator," exceeding safe load limits,
tip over’s are likely to occur. Another possibility is running into
some obstruction or entanglement that pushes the lift over. A
further tip over danger comes from
pushing or pulling against a fixed object, for example, when
drilling into an adjacent wall surface.

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Maintenance always makes sure the
SCENE IS SAFE
before conducting any
Aerial Lift Operations

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Step Sequence of
Basic Job Step
Potential
Hazards
Recommended Action or Procedure PPE
12 Work near
Energized Electrical
Equipment or
Electrical Power
lines
 Electric shock
(electrocutions),
Insulated aerial lifts offer protection from electric shock and
electrocution by isolating you from electrical ground.
However, an insulated aerial lift does not protect you if there is
another path to ground (for instance, if you touch another wire).
To maintain the effectiveness of the insulating device, do not drill
holes in the bucket.
Stay at least 10’ from overhead power lines. Lock Out any and all
Overhead and Electrical Hazards while performing maintenance.
Overhead Crane Guide Rail Copper
Bus Bar Conductor System
600 V

Overhead Crane rails can be just as dangerous as a power line. Lift operators must maintain at least a 10’
clearance from these rails. If the work does not allow for clearance the rail must be locked out by an
authorized employee. Never authorize an employee to work on or near live equipment.

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Step Sequence of
Basic Job Step
13 Transferring to a
Structure From the
Platforms of Aerial Lift
While Elevated
Fall from
elevated level
Enter/exit through the gate only with the platform within 1 foot
of a safe and secure structure
100% tie-off is required, utilizing two lanyards. One lanyard
must be attached to the platform with the second lanyard
attached to the structure. The lanyard connected to the platform
must not be disconnected until such time as the transfer to the
structure is safe and complete.
100% TIE OFF IS MANDATORY
See JSA:
“Personal Fall Arrest Systems”

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Crushing Hazards
Crushing hazards are most often related to raising
the platform into a girder, ceiling, or joist.
Problems may also arise from moving along the
ground if the person on the platform is caught
between the lift and some structure.
Crushing hazards are also present in the lifting
mechanism as the scissor mechanism moves.

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Step Sequence of Basic Job Step Potential Hazards Recommended Action or Procedure
14 “Operator in Basket unable to safely operate lift”
Operating Lift from Ground/Lower Controls
Limited view of
overhead
Ensure clear line of site
Use spotters if necessary
Pushing E-Stop to stop all function and turn
engine off
Select “Ground Control” to override
“Platform” and E-Stop
Be sure both Ground and
Platform E-Stop buttons are
pulled out to restart engine
Move and hold platform capacity
select/function enable switch
Move appropriate toggle function switch according to markings on control panel

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SELF RESCUE:
If the person working at heights has properly selected and used his or her fall protection equipment,
90% of workers will be able to perform a Self Rescue, which should include these steps:
1. Climbing back up to the level from which he fell (from a few inches to 2-3 feet).
2. Returning to the floor or ground to be evaluated for possible medical attention per OSHA.
3. Removing all components of fall arrest system impacted by the fall event from service and
documenting (bag and tag) the components with name, date and activity at time of fall and
giving the equipment to management.
RESCUE PLAN
A rescue plan must be a part of the Job Safety Analysis
for any job that requires work at height.
The rescue plan must include
consideration of the following rescue types and circumstances:

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ASSISTED SELF RESCUE WITH MECHANICALLY
AIDED HAULING/ROPE SYSTEM
If self-rescue is not possible, then an Assisted Self Rescue will be needed. The
following guidelines should be used during a mechanically aided rescue:
1. An OSHA/ANSL compliant rescue and descent device will be secured to an anchor
that is rated for at least 3,000 lbs.
2. The haul line may be swung over or lowered to the fallen worker, who will grab the
rescue lifeline snap hook and secure it to the appropriate D-ring on his body support.
A positive connection to the D-ring must be verified by one of the rescue team members.
3. The rescue team will raise or lower the fallen employee to the appropriate
work platform or ground and provide medical aid as required by OSHA.
4. Remove all components of fall arrest system impacted by the fall event from service
and document (bag and tag) the components with name, date and activity at time of fall
and give the equipment to management.

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1. The compliant rescue and descent device will be secured to an anchor that is rated for
at least 3,000 lbs.
2. A rescue team member must attach the haul line to the worker’s fall arrest system.
This can be performed by accessing the fallen worker and then attaching the rescue system
directly to a D-ring on the worker’s harness, or by using a rescue pole for the attachment.
The rescue team could also attach a rescue grab to the lanyard or vertical lifeline.
3. The rescue team must raise or lower the fallen worker to the appropriate work platform or
ground and provide medical aid as required by OSHA.
4. Remove all components of fall arrest system impacted by the fall event from service and
document (bag and tag) the components with name, date and activity at time of fall and give
the equipment to management.
If the worker’s injuries prevent the worker from attaching to the rescue system, both
self-rescue and assisted self-rescue are not options, and a
Fully Assisted Rescue is necessary:
MECHANICALLY AIDED *(UNCONSCIOUS) with HAULING/ROPE SYSTEM

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ASSISTED RESCUE WITH MECHANICALLY AIDED AERIAL LIFT
Fully Assisted Rescue with 2nd Aerial Lift
1. A rescuer will get into the aerial lift and make sure there is a second fall protection
device, such as a shock absorbing lanyard or self-retracting lifeline available for the
fallen worker.
{ENSURE 100% TIE OFF}
2. The aerial lift must be maneuvered into position (raised up underneath the fallen
worker) so that the rescuer can perform the rescue.
3. Attach the second lanyard or self-retracting lifeline in the aerial lift to the fallen worker.
4. Disconnect the rescued worker from the impacted fall arrest equipment.
5. Lower the worker to the ground and provide medical aid as required by OSHA.
6. Remove all components of fall arrest system impacted by the fall event from service
and document (bag and tag) the components with name, date and activity at time of fall
and give the equipment to management.

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34
Ground Controls
Rescue plans should include steps to ensure that other personnel have been trained
and familiarized to operate the machine from the ground controls and that a key is left
in the ground controls during operation.
Second AWP – Make sure your rescue plans include the availability of a second AWP
along with operators trained to use it in the event an operator becomes incapacitated
along with a method to transfer personnel in a way that prevents falling.
Portable Lift – Certain situations will allow for a portable lift to be used as part of a
rescue plan to aid in the rescue of incapacitated workers at height by providing the
portability of a ladder but the benefit of an aerial work platform. Be sure personnel
assigned to the lift in the rescue plan have been trained and familiarized.

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35
Injured Worker
Rescue/Removal/Care
Normal first aid procedures should be performed as the situation arises.
If the area is safe for entry, the first aid should be done by Company designated
1st Responders with American Heart Association Heart Saver Certification.
ALL-CALL for Office Personnel: landline/phone no.
Emergency All Call Radio Chanel
Initiate Outside Emergency Services – Dial 911
Safety Manager / Primary 1st Responder:
1st Shift: 1st Aid Location:
2nd Shift: 1st Aid Location: Safety/First Aid Office
Other: __________________ Location: ________________________
Rescue considerations. When personal fall arrest systems are used, the employer must
assure that employees can be promptly rescued or can rescue themselves should a fall
occur. The availability of rescue personnel, ladders, or other rescue equipment should be
evaluated. In some situations, equipment that allows employees to rescue themselves after
the fall has been arrested may be desirable, such as devices that have descent capability.
Describe methods to be used for the removal of the injured worker(s):
_____________________________________________________________________
_____________________________________________________________________
_____________________________________________________________________

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Company Trained/Certified 1st Responders
Rescue / Care for Electrical Shock Victim
1. Separate the Person From Current's Source
To turn off power:
Unplug an appliance if plug is undamaged or
shut off power via circuit breaker, fuse box, or
outside switch.
If you can't turn off power:
Stand on something dry and non-conductive,
such as dry newspapers, telephone book, or
wooden board.
Try to separate the person from current using
non-conductive object such as wooden or
plastic broom handle, chair, or rubber object.
If high voltage lines are involved:
The local power company must shut them off.
Do not try to separate the person from current
if you feel a tingling sensation in your legs and
lower body. Hop on one foot to a safe place
where you can wait for lines to be
disconnected.
2. Perform CPR, if Necessary
When you can safely touch the person,
perform CPR if the person is not breathing or
does not have a pulse.
3. Check for Other Injuries
If the person is bleeding, apply pressure and
elevate the wound if it's in an arm or leg.
There may be a fracture if the shock caused
the person to fall.
4. Wait for 911 to Arrive
5. Follow Up
A doctor will check the person for burns,
fractures, dislocations, and other injuries.
An ECG, blood tests, CT scan, or MRI may be
necessary.
The person may be admitted to the hospital
or a burn center.

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After Each Use
Park the machine on a firm, level surface, clear of obstruction and traffic.
Retract and lower the boom to the stowed position.
Rotate the turntable so that the boom is between the non-steer wheels.
Turn the key to the off position and remove key to secure from unauthorized use
Chock Wheels.
Personal Fall Arrest Equipment
(Safety Harness, Detachable Lanyards)
MUST BE STORED IN A
DESIGNATED , CLEAN, & DRY LOCATION & OUT OF THE WEATHER
{DO NOT LEAVE PFAS IN THE BASKET OF THE LIFT, OR LYING IN THE SHOP OR OUTDOORS
Standards that Apply
OSHA Standards:
29 CFR 1910.67, 29 CFR 1910.269(p), 29 CFR
1926.21, 29 CFR 1926.453, 29 CFR 1926.502.
American National Standards Institutes Standards:
ANSI/SIA A92.2-1969; A92.3, ANSI/ASSE Z359.12-2009, ANSI Z359.2-6.1, Z259.16-04 (R2009)
ASME A120.1ANSI Z359.4—2007
Safety Requirements for Assisted Rescue & Self-Rescue Systems, Subsystems & Components

Aerial/Boom Lift Operation Safety

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