Always consider
-Height reach
-Groundconditions
-Restrictions within area
-Availability to recharge
-The requirement to travel whilst elevated
-The SWL that can be carried
Selecting your MEWP
4.
• Read andunderstand the manufacturer’s
operating instructions and user’s safety rules
• Understand all labels, warnings and
instructions
• Ensure all occupants of the MEWP wear
appropriate personal safety equipment
• Ensure you have received relevant training
and familiarization
Before Operating Any MEWP
5.
Before use theMEWP shall be given a visual
inspection including but not limited to the following:
• Operating and emergency controls
• Safety devices
• Personal protective devices
• Air, hydraulic, and fuel systems leaks
• Cables and wiring harnesses
• Loose or missing parts
PRE- INSPECTION
6.
• Placards, warnings,control markings, and
operating manuals
• Outriggers, stabilizers and other structures
• Guardrail system
• Other items specified by the manufacturer
• Battery state and cells
• Check wheels
PRE- INSPECTION
7.
MEWP Accident Causes
•Fall from elevated level
• Ejections from the lift platform
• Electrical shock (electrocutions)
• Tip-overs
• Structural failure (e.g. using lift as a material
crane)
8.
MEWP Accident Causes
•Entanglement hazards
• Contact with protruding objects and/or overhead
objects
• Operating the lift in severe weather or low
visibility conditions
• Inexperienced, untrained operators and non
familiarized
• Misuse
• Lack of maintenance
9.
Always look outfor:
• Pedestrians
• Other vehicles
• Holes
• Manholes and drains
• Slopes/ramps
PLAN YOUR ROUTE
10.
Always look outfor:
• Debris
• Weak flooring
• Overhead obstructions
• Electrical conductors
• Wind and weather conditions
• Trenches
PLAN YOUR ROUTE
11.
• Check overheadobstructions
• Check for cables, pipes and support beams
• Find out what is distributed in any of the pipes or cables
• Check throughways, paths or roads
• Check for buildings and their entrance/exit routes
• Check fire exit routes
• Make sure there is a rescue plan
• Check the stability of the ground service
• Always use loading mats or timber to increase ground surface
• Never use as an earth point for tools etc.
• Do not overload. If overload alarm sounds, retract the MEWP
• SWL includes operators, tools and any additional equipment being carried
• Any hazardous fumes
PLAN YOUR WORK AREA:
12.
• Learning orclimbing over scaffold guardrails could
result in falling off the MEWP
• Horseplay on a MEWP could have serious
consequences
• Ice, snow, rain and liquids on the platform could
cause slips and possible falls
• Never access another structure from MEWP
• Slips or trips on equipment, tools, etc.
Lack of fall protection puts workers in great danger.
FALL HAZARDS:
13.
Fall protection isnot mandatory for a scissor lift
so always ensure you
Do not lower or stand on guardrails
Do not use a ladder or any other object to gain
height
Guard rails remain up
FALL PREVENTION
14.
• Articulating aeriallifts,
which have a hinged
boom, require additional
fall protection due to the
potential of being
bounced out of the
bucket.
• Telescoping aerial lifts,
that only go straight up
and down, do not require
additional protection
Fall Protection Boom
15.
Fall arrest systemsinclude:
• Full-body harness
• Lanyards
• Rope grabs
• Lifelines
• Lifelines anchorage points
• Riggings
FALL ARREST SYSTEMS
16.
• Know theapplication limits of the system being
used (see manufacturer recommendations)
• Proper anchoring and tie-off techniques
-Never attach yourself to unstable anchors
-Always anchor to the designated anchor point
• Deceleration distance and elongation of lanyards
-Make sure that the lanyard is not too long (include
stretch distance)
FALL ARREST SYSTEMS
17.
• Tools, equipment,materials, hard hat, etc. can
fall from work activities on platform,
potentially injuring personnel below
• Zone off work area with suitable barriers
• Hardhat required for all users on, and persons
working below MEWP
• Place tools and other equipment or materials
away from the edge of platform
FALLING OBJECT HAZARDS
18.
• Electricity hasthe power to shock, burn, cause fires,
explosions and even kill.
• Electrical hazards encountered on a MEWP’S can be
from power tools and equipment
• Misused or damaged extension cords
• Contacting overhead power lines
-Always stay at least 15 meters (50ft.) away fully
extended from steel towers and 9 meters (30ft.) away
from wooden poles.
ELECTRICAL HAZARDS
19.
If a fellowworker does come in contact with an
energized power source, do not rush to assist
them. Immediately call 999, try to shut of the
main power source, and follow the directions of
the operator
ELECTRICAL HAZARDS
20.
Wind is aconcern of any MEWP operator who
operates outdoors. How does wind affect the
lift?
• Creates additional force on the platform
• Wind can be different above roof levels
• Additional force caused by the wind can cause
the MEWP to tip over.
WIND HAZARDS
21.
Pinch points ona scissor lift is the potential for
having a limb or other body part pinched or
crushed in the scissor arms or between the top
rail and overhead structure.
These arms collapse down upon each other at
multiple joint locations when the platform is
lowered, all of which serve as entryways for
potential injury.
PINCH/CRUSHING HAZARDS:
22.
NEVER put yourhands or feet under the
platform of the scissor lift unless you need to
perform maintenance. In which case, you will
need to disconnect the power and insert safety
bars, which prevent the platform from
collapsing.
23.
• Report allaccidents and near misses
immediately
• Perform an investigation as soon as an
accident occurs
• Lock off MEWP if damaged and seek
engineers' advice.
ACCIDENT REPORTING:
24.
• Keep flamesand sparks away.
• Wear protective apron, gloves, and goggles when
working with batteries
• Make sure that a properly functioning eyewash
station is nearby
• Connect charger AC plug to proper voltage source
• Disconnect charger from power source
• Normal charging will take 10-14 hours
• Check cells and top up if necessary.
BATTERY CHANGING AND CHARGING