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Safe
Work@height
Ralf Ressel, Terex Cranes
Middle East Crane Conference
24.2.2010
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Table of contents
Introduction to work@heights
Accident prevention strategies
Important Regulations
Real life examples from the mobile crane industry
Conclusion
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Introduction
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Introduction
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Ron de Feo, Terex CEO
I want people to go home from work in the
same condition they arrived in the morning.
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Introduction
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Introduction
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Danger of Work @ height
Work at heights is the most common cause of death in the workplace. causes 12% of all work related accidents.
causes 30% of all work related major injuries.
causes 59% of fatalities in the construction industry.
60% serious injuries caused by fall below head height
60%
40%
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Incident prevention hierarchy
AVOID WORK @ HEIGHT
USE EQIPMENT & MEASURES
TO PREVENT FALLS
MINIMISE DISTANCE & CONSEQUENCES
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W@H All-Terrain Cranes
Works that have to be done on
heights
Measures to avoid working on
heights Safety-Measures for working on heights
Pulling rope to the boom head over main
boom Reeving with reeving winch TRAM-System on main boom
Reeving rope on luffing jibs Reeving with reeving winch
New Fall Protection System for Lattice boom
sections
Rigging of luffing jib
New Rigging System for Luffing jibs for AC300/6
and AC1000
Rigging main boom extension
provision of hook points to hook onto with safety
harness / fix points for the ladder
Rigging of SL/SSL
TRAM-System on SL/SSL / provision of hook points
to hook onto with safety harness / fix points for the
ladder
Rigging of the counterweight (unslinging
of the cwts on the stack) "remote controlled" counterweight rigging device
hook points to hook onto with safety harness /
handles / Steps to climb on cwt-stack
pinning jib to the main boom head
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sections /
TRAM-System on main boom
pinning jib parts one to eachother
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sectionsworking on superstructure / connecting
hydraulic connectors to Hoist 2 (and / or
3)
Railings and walkways provided on AC1000 and on
AC350/6
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W@H All-Terrain Cranes
Works that have to be done on
heights
Measures to avoid working on
heights Safety-Measures for working on heights
Pulling rope to the boom head over main
boom Reeving with reeving winch TRAM-System on main boom
Reeving rope on luffing jibs Reeving with reeving winch
New Fall Protection System for Lattice boom
sections
Rigging of luffing jib
New Rigging System for Luffing jibs for AC300/6
and AC1000
Rigging main boom extension
provision of hook points to hook onto with safety
harness / fix points for the ladder
Rigging of SL/SSL
TRAM-System on SL/SSL / provision of hook points
to hook onto with safety harness / fix points for the
ladder
Rigging of the counterweight (unslinging
of the cwts on the stack) "remote controlled" counterweight rigging device
hook points to hook onto with safety harness /
handles / Steps to climb on cwt-stack
pinning jib to the main boom head
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sections /
TRAM-System on main boom
pinning jib parts one to eachother
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sectionsworking on superstructure / connecting
hydraulic connectors to Hoist 2 (and / or
3)
Railings and walkways provided on AC1000 and on
AC350/6
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W@H All-Terrain Cranes
Works that have to be done on
heights
Measures to avoid working on
heights Safety-Measures for working on heights
Pulling rope to the boom head over main
boom Reeving with reeving winch TRAM-System on main boom
Reeving rope on luffing jibs Reeving with reeving winch
New Fall Protection System for Lattice boom
sections
Rigging of luffing jib
New Rigging System for Luffing jibs for AC300/6
and AC1000
Rigging main boom extension
provision of hook points to hook onto with safety
harness / fix points for the ladder
Rigging of SL/SSL
TRAM-System on SL/SSL / provision of hook points
to hook onto with safety harness / fix points for the
ladder
Rigging of the counterweight (unslinging
of the cwts on the stack) "remote controlled" counterweight rigging device
hook points to hook onto with safety harness /
handles / Steps to climb on cwt-stack
pinning jib to the main boom head
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sections /
TRAM-System on main boom
pinning jib parts one to eachother
provision of hook points to hook onto with safety
harness / fix points for the ladder / New Fall
Protection System for Lattice boom sectionsworking on superstructure / connecting
hydraulic connectors to Hoist 2 (and / or
3)
Railings and walkways provided on AC1000 and on
AC350/6
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Incident prevention hierarchy
AVOID WORK @ HEIGHT
USE EQIPMENT & MEASURES
TO PREVENT FALLS
MINIMISE DISTANCE & CONSEQUENCES
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Incident prevention hierarchy
AVOID WORK @ HEIGHT
USE EQIPMENT & MEASURES
TO PREVENT FALLS
MINIMISE DISTANCE & CONSEQUENCES
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Awareness has grown
Worldwide directives related to mobile cranes
Machinery directive 2006/42/EG
EN 13000 Mobile Cranes
EN 13586 Access ISO 11660
C-DAC 1423 Fall protection (US)
OH&S Code of Canada
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Standards related to W@H
Machinery directive 2006/42/EC
1.1.2 Principles
eliminate any risk throughout the foreseeable lifetime of the machinery
including the phases of transport, assembly, dismantling, disabling and scrapping
1.5.15 Risks of slipping, tripping or falling
Parts of the machinery where persons are liable to move about or stand must
be designed and constructed in such a way as to prevent persons slipping,tripping or falling on or off these parts
EN 13000 Cranes Mobile Cranes
4.2.9.3 Access
access to components or parts of the crane for maintenance, inspection,erection and dismantling, shall be in accordance with EN 13586.
Deviating from 6.6 of EN 13586:1999, side protection for platforms and walkways
up to a height of 2,50 m is not required if either:
a) a safe access with related ergonomic handrails or handholds for three point support are
provided or
b) the free standing width of walkways or platforms is at least 0,5 m.
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Standards related to W@H
EN 13586 Crane - Access
5 Classification of Access
Type 1 Access: Access designed for use without personal protective equipment
Type 2 Access: Access for use with personal protective equipment
6.1.2 Selection of the type of access
Type 1: access to control station and starting equipment or maintainance >1/month
Type 2: for erection, dismantling or maintainance
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S d d l d W@H
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Standards related to W@H
OH&S Code of Canadapart 8 walkways
121(1) at least 600mm wide
has appropriate toe boards and guardrails
F ll t ti B AC
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Fall protection Boom AC
Telescopic boom, SL: Tram-System AC 350/6
F ll t ti B AC
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Fall protection Boom AC
Telescopic boom, SL: Tram-System AC 350/6
F ll t ti B AC
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Fall protection Boom AC
Telescopic boom
Tram-System
F ll t ti B AC
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Fall protection Boom AC
Telescopic boom
Tram-System
AC 1000
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AC 1000
F ll t ti B AC
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Fall protection Boom AC
Rigging system AC 350/6
I id t ti hi h
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Incident prevention hierarchy
AVOID WORK @ HEIGHT
USE EQIPMENT & MEASURES
TO PREVENT FALLS
MINIMISE DISTANCE & CONSEQUENCES
Lattice boom fall protection
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Lattice boom fall protection
Rigging Rigging jobs
1. Pinning of boom sections
2. Locking / Pinning of Main boom- or Jib pendant bars
3. Attachment of boom sections
4. Connection of pendant bars to A-Frame and Hoist 2-traverse
5. Raising of jib (connect assistance ropes w lifting rope)
6. Jib relaps cylinder connection
7. Start-up of Hoist H1 / H3
8. Attach bracings
9. Pulling of lifting- and rigging ropes
10. All types of inspections/ Maninainance on Pendant bars/Rollers/Hoists
11. Adding additional pendant bars (e.g. Jib pendants)
Manual instructions
all walkways are emergency walkways... The user is obliged to use additionalsafety devices as aerial work platforms or scaffolds where necessary
Lattice boom fall protection
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Lattice boom fall protection
Considered solutions
1. Conventional walkways with foldable wire handrail (existing) must be on both sides and stiff
2. Simply wider walkways (>0.8m) is tolerated on many constuction sites, but not in line with all regulations
3. Walkways and additional nets on inside complete boom section width not in line with standards for side protection
4. Additional nets and handrails on sides of boom sections not in line with standards and extremely expensive
5. Walk-Wagon along walkways (Tram-System) interferes strongly with operational needs. Only one person can work.
6. One rope at 1.6m along the complete boom with PSA in line with standards, but does not work for first rigging
7. A combination of single, foldable ropes per boom section in 1.6m withPersonal Protective Equipment
fulfilling with standards and in line with operational requirements
Lattice boom fall protection
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Lattice boom fall protection
Conception
Lattice boom fall protection
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Lattice boom fall protection
MOVIE
Ethical questions
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Ethical questions
Safety as standard or option? Example boom fall protection
Patenting of solutions? Example boom fall protection
CostAccidentprobablity
Standard Options
Alternative
means?
Economics and safety are not competitors
-> In the long run accidents are always the most expensive solution
Pricing as or at least close to cost? Example TRAM
Refurbishment solutions in the field? Example CC2800
Designing new solutions into earlier models? Example AC
Safety as competitive advantage? Example emerging markets
Fall prevention equipment
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Fall prevention equipment
Equipment/machinery companies offer many solutionsfor accident prevention, but
they are all no replacement for the most important device
Most important accident prevention device
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Most important accident prevention device
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