ROOFSAFE INDUSTRIAL SAFETY OPERATIONS & …web/@ohs/documents/... · SAFE WORK METHOD STATEMENT ... ♦ Twenty Nine Stainless Steel Anchor Points ... ♦ Forty Two metres Aluminium

November 2014 Issue A

3 Bushells Place

Wetherill Park NSW. 2164

Tel: 02 8781 2100

ROOFSAFE INDUSTRIAL SAFETY

OPERATIONS

& MAINTENANCE MANUAL

The University of Wollongong

Client: Axis Metal Roofing

November 2014 Page 2 of 54

Issue A

Roofsafe Industrial Safety The University of Wollongong

PURPOSE AND USE OF THIS MANUAL..................................................3

GENERAL SYSTEM CONFIGURATION....................................................3

GENERAL EQUIPMENT SELECTION.......................................................4

FALL PROTECTION PLAN........................................................................7

HEIGHT SAFETY MAINTENANCE & INSPECTIONS..............................11

GENERAL CONFIGURATION OF SAFETY SYSTEM.............................15

TRAINING..................................................................................................22

HARNESS ATTACHMENT PROCEDURE................................................25

SAFE WORK METHOD STATEMENT......................................................30

SITE INDUCTION CHECKLIST.................................................................48

CARE, USE AND GENERAL MAINTENANCE GUIDELINES..................61

EMERGENCY PROCEDURES..................................................................53

APPENDIX A: ...........................................................................................54

Certification

Warranty

Test Data


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PURPOSE AND USE OF THIS MANUAL

To provide the information required to safely and correctly use the RIS Anchor Point, Static Line & Abseil System at The University of Wollongong. Please note: This manual is a GUIDE ONLY and provides information on general use of the system. The Manual MUST

be used in conjunction with a Task specific Safe Work Method Statement (SWMS).

GENERAL SYSTEM CONFIGURATION The systems installed at The University of Wollongong site contain the following:

♦ Twenty Nine Stainless Steel Anchor Points

♦ Eighty Four metres Stainless Steel Horizontal Static Line

♦ Forty Two metres Aluminium Handrail

♦ One Hundred and Seventy Five metres Saferail

♦ Three Aluminium Ladders and Four Ladders Heads

♦ Ten Stainless Steel Ladder Brackets

♦ Ten Stainless Steel Anchor Cable Strops

♦ Two Aluminium Lightweight Platforms

♦ Signage

The above systems are designed to ensure that individuals who are required to undertake work at height at the above locations can do so in a safe and unhindered manner.


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GENERAL EQUIPMENT SELECTION The Safety System will require the following accessories:

♦ TRRW01 Tradesman – Roofworkers fall arrest harness


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♦ WL02 2m Shock Absorbing Lanyard.

♦ ROPEP01 15m Polyester rope with rope grab.


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♦ LDV-0010 Static line shuttle.

♦ SA01 300mm Personal Shock Absorber

KAS018 Karabiners


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FALL PROTECTION PLAN

1. PURPOSE

To document a Fall Protection Plan (See Instructions Pages: for the The University of Wollongong site using The RIS anchor point, Static Line and Saferail system engineered specifically to suit each installation location for maintenance as per relevant Work Cover requirements.

2. EQUIPMENT & QUANTITY REQUIRED PER USER

Below is a list of safety equipment:

♦ Anchor Points (permanent)


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♦ Hammerhead Horizontal Static Line System (permanent)


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♦ Saferail (permanent)

♦ RW01 – Roofworkers fall arrest harness (1 off) ♦ WL02 2m Shock Absorbing Lanyard. (1 off) ♦ SA01 300mm Personal Shock Absorber (1 off) ♦ ROPEP01 15m Polyester rope with rope grab (1 off) ♦ LDV-0010 Static line shuttle. (1 off) ♦ KAS018 Karabiner (1 off)

NB: Above Items Photo’s on pages: 4, 5, 6, 7, 8 & 9


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3. POTENTIAL HAZARDS

Restrained and free-fall injuries. These hazards usually occur when the person(s):

♦ Uses a lanyard assembly longer than permissible;

♦ Exceeds the number of persons rated for the system (i.e. one person maximum on Anchor Points).

♦ Does not connect – or not properly connected.

♦ Does not follow clear instructions and guidelines.

4. REFERENCES

Always read and comply with instructions for use that accompanies the system and safety equipment required.


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Height Safety Maintenance – Preventative/Routine Maintenance

YEARLY

The Height Safety Systems installed at The Sydney Cricket Ground – MA Noble / Don Bradman Grandstand should be inspected and Re-Certified by a competent person of Height Safety Operator as per the Australian Standards AS1891.4.2009 every 12 months from the date of the installation certification.

All inspections should be documented to ensure the traceability of maintenance records.

A record card, history sheet or similar documentation must be kept for all items installed at The University of Wollongong.

Documentation of the maintenance records and servicing history of the items must be made available to all operators and users for at least the life of the equipment.

The following list is the required information to be documented for Re-Certification Purposes:

1: Manufacturer’s, Suppliers or Installers Name and Address.

2: Manufacturer’s Serial or Indentifying Number.

3: Year of Manufacture / Installation.

4: Suitability and Limitations on Various Usage.

5: Date of Purchase.

6: Date first put into Service.

7: Dates and Details of Inspections and Services.

Inspection Requirements:

• Anchor Points: Inspected and Re-Certified every 12 months.

• Horizontal Static Line: Inspected and Re-Certified every 12 months.

• Saferail: Inspected and Re-Certified every 12 months.

• Anchor Cable Strops: Inspected and Re-Certified every 12 months.

• Ladder Brackets: Inspected and Re-Certified every 12 months.


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Aluminium Walkway, Handrail, Ladders and Platforms as per AS1657-2013 should be Re-Certified every 5 years – However, these items should be inspected periodically for Loose Rivets, Washers, EPDM Seal and Retaining Discs.

Inspections are required as per the Australian Standards AS1891.4.2009 to identify any breakdown in the performance of the installed products.

In the event of any damage to the Height Safety System Installed at The University of Wollongong due to incorrect use (free fall or restrained fall) or abuse, the anchor points, horizontal static line, vertical line, Saferail, strops or ladder bracket must be withdrawn from use and inspected by a competent person or height safety operator (AS1891.4.2009 Series – Industrial Fall Arrest Systems and Devices)

In the unlikely event of a fall on the system at The University of Wollongong – the system MUST be placed out of service and Roofsafe Industrial Safety or a Height Safety Operator called o complete a full inspection. The system is to remain out of service until rectified and recertified.

Personal Protective Equipment (PPE): Harnesses, Lanyards, Ropes, Shock Absorbers and associated personal equipment must be inspected every 6 months by a competent person or Height Safety Equipment Inspector.

A PPE register must be kept by each individual and produced prior to usage of the system to The Sydney Cricket Ground Trust or Maintenance Manager.


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A record card, history sheet or similar record should be kept with each of the items of equipment listed for each item the information to be recorded. Documentation on the maintenance and servicing history of an item of equipment shall be freely available to operators and users of the equipment.

Item to be recorded

Harnesses, lineworker

s,body belts and

assemblies

Lanyard assembly and pole

straps

Type 1 fall-arrest

devices including

anchorage line

Type 2/3 fall-arrest device

Mobile attached devices

Fixed anchorages,

horizontal life lines and life

rails

Manufacturer’s, supplier’s or installer’s name Yes Yes Yes Yes Yes Yes

and address Manufacturer’s batch number Yes Yes

Serial or identifying number

Yes Yes Yes Yes

Year of manufacture Yes Yes Yes Yes Yes

Details of recommended connections to

Yes Yes Yes

belts or harnesses Type of anchorage line to be used

Yes

Suitability and limitations on Yes Yes Yes Yes Yes Yes various usages Date of purchase Yes Yes Yes Yes Yes

Date first put into service Yes Yes Yes Yes Yes Yes

Dates and details of inspections and Yes Yes Yes Yes Yes Yes services


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SUSPENSION TRAUMA (AS/NZS 1891.4:2009) (Informative)

Suspension intolerance trauma is a condition (e.g. following a fall), whereby a person suspended in a harness in a substantially upright position may experience blood pooling in the legs. Depending on the susceptibility of the individual, this may lead to loss of consciousness, renal failure and eventually death. In clinical trials, although some subjects experienced no effects after prolonged suspension, others experienced fainting or loss of consciousness in just a few minutes. The initial indications are that a person’s susceptibility may be unrelated to fitness level or other obvious physical conditions or attributes. Although the condition is still being researched, is recommended that certain measures be taken to reduce the effects of this condition or delay its onset. It appears to help if the person suspended in a substantially horizontal position or with the knees elevated and with an opportunity to “pump” the legs, ideally with the feet against a firm surface. The person should be encouraged to maintain leg activity by both moving the legs and where possible pushing with the feet against a firm surface at regular intervals until retrieval can be effected. It is clear however, that an effective incident response plan is necessary to ensure that following an incident, the person can be removed from the suspended position as quickly as possible.


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GENERAL CONFIGURATION OF SAFETY SYSTEM

♦ The Anchors at The University of Wollongong site employs the use of anchor points that are structurally mounted. Watertight integrity is ensured by the installation of neoprene gaskets. All external components are manufactured from stainless steel and can be used in fall arrest and fall restraint applications. The anchor points have been manufactured by Roofsafe Industrial Safety and have been independently tested to exceed the requirements of AS/NZ 1891.4:2009


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♦ The Aluminium Fixed access ladders installed at The University of Wollongong site have been manufactured with the highest level of safety in mind and to ensure compliance with Australian and International Standards. The extra strong frame ensures a very stable and rigid ladder even at considerable heights. The Ladder Rungs have been specially designed to provide superior grip and support, ensuring a higher level of safety while climbing the ladder.


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♦ The Horizontal Lifeline System employs the use of Stainless Steel Intermediates and end Anchors structurally mounted. RIS Hammerhead system is designed for permanent installation on buildings and other structures where workers are exposed to a risk of falling when performing height safety work. The Hammerhead system incorporates two energy absorbing devices with mounting brackets at each end and where needed also in-between, which limits structural loads to 6kn in the event of a fall. The Hammerhead Lifeline system is designed to protect 1 to 4 workers attached simultaneously to the same line. Each worker will need to be fitted with a harness (TRWW01) and a lanyard with a suitable energy absorber. The worker wearing a full body harness and energy absorbing lanyard is continuously attached to the Hammerhead Lifeline system with the glider, which can travel along the cable and pass through the intermediate brackets.


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♦ The RIS Saferail system is designed, manufactured and tested to meet all relevant Australian, European and International rope access fall protection standards. The RIS Saferail systems compact design allows for it to be installed in a manner that has it blend in with the building or structure is installed, making is aesthetically pleasing. RIS Saferail is manufactured from robust, lightweight corrosion resistant materials, suitable for most common environmental conditions.


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♦ The RIS Handrail, Walkway and Platform system provides safe access to roof top plant and equipment. RIS Handrail, Walkway and platforms are lightweight yet incredibly strong and virtually maintenance free, which provides a simple solution to safety in the workplace. The system is compatible with the vast majority of roof profiles available. All walkways/platforms and handrails are designed to meet the relevant requirements of AS/1657-1992 and various statutory codes.


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♦ Roofsafe only manufacture, distribute and promote products that meet or exceed the relevant standard AS/NZS 1891.4 and comply with the NSW Code of Practice – Safe Work on Roofs and Occupational Health and Safety Regulations 2001. Roofsafe products have been independently tested by Testsafe Australia assured by their ISO 9001 quality management systems and accredited by NATA testing laboratories.


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TRAINING

A Height Safety competently trained person must train every person working at heights at The University of Wollongong site.

Document the names of persons who receive fall protection training and their training dates. 1

To ensure that highest levels of safety are maintained RIS can offer tailored height training packages that provide the users with intensive skills required for working at heights. Please note: that all personnel required too work on the roof area must have completed a national accredited height safety awareness course.

Please note: that all personnel required too work on the roof areas must have completed a national accredited height safety awareness course.

Ensure information, instruction and training is provided to all employees about the risks of working at height and about any safety measures you put in place.

If you have designated work groups at your workplace, the Falls Regulations require you to consult with the health and safety representative for each designated work group who may be affected by any fall hazard identification, risk assessment or risk control process. That consultation must happen as long as it’s practicable; there should be few, if any, occasions where it would not be practicable to consult with the health and safety representative.

1 Competent person – a person who has, through a combination of training, education and experience, acquired knowledge and skills enabling that person to correctly perform a specified task (clause 1.3.1 AS/NZS 1891.2:2001.

The term competent person has a legal interpretation should an accident or injury occur.


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The training program must cover:

♦ Fall hazards that workers will encounter;

♦ How the system will protect workers from falls;

♦ Worker’s responsibility under the fall protection plan;

♦ Procedures for maintaining personal fall arrest systems;

♦ Equipment limitations and restrictions of use;

♦ Procedures for rescue/retrieval.


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USER TRAINING (EXCERT FROM AS/NZS 1891.4 :2009 ) 2.2.10 User competency Users of fall-arrest systems and equipment shall be assessed for competence prior to being allowed to work without direct supervision and shall undergo additional training if necessary to ensure that they are competent in correct use of the equipment they are required to use. Users shall be assessed on their understanding of the following as appropriate:

(a) Manufacturer’s instructions (as per Harness user brochure appendix B) supplied with each devise or system indicating the method of fitting, adjustments and use.

(b) The choice of suitable anchorage points, and the appropriate release and rescue procedures in the event of an arrested fall.

(c) The need to ensure that the forces applied to the body through a lanyard or anchorage line at fall arrest, do not exceed 6 kN, by ensuring that wherever necessary, i.e. if free falls are in excess of 0.6m recommended energy absorbing equipment or devices are always used, and used in the correct manner.

(d) Awareness of the physical hazard to a person’s body if a person free falls wearing incorrect fall-arrest equipment, a belt where a harness is required.

(e) Hazards or problems likely to be encountered in the use of specific items of equipment as detailed elsewhere in this Standard.

(f) Requirements for carrying out prescribed user inspections of equipment.

The assessment shall be conducted by a competent person not necessarily independent of the operator’s employer.

1.4.1 Competent person: A person who has, through a combination of training, education and experience, acquired knowledge and skills enabling that person to correctly perform a specified task.


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HARNESS ATTACHMENT PROCEDURE

NOTE: Ensure that you have removed all items from your pockets before donning your harness.

Fitting Instructions for TRRW01 Roofworkers Fall Arrest Harness:


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Find the top of the triangular delta at the back of the harness. Alternatively, identify the front and back of the harness.

Identify a label sewn at the apex of the delta marked "ATTACHMENT POINT FOR FALL-ARREST". The triangular delta rests on your back with the attachment point "D" ring positioned on the outside between your shoulder blades.

Identify the frontal “ATTACHMENT POINT FOR FALL - ARREST”

Put your right arm between the triangular delta and the shoulder straps.


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Pass your head through the “V” in the shoulder straps.

Make sure that the shoulder straps are not twisted.

Locate the waist belt and connect to the waist buckle.

The waist belt and waist buckle are the same colour.

Make sure that webbing straps are not twisted.

Identify the left cross over strap below the frontal attachment point.

Connect to the left buckle of the strap with the buckle having the black patch.

Identify right leg strap and connect to right buckle.

Identify left leg strap and connect to left buckle.

Adjustment Instructions for Full Body Harnesses:

The harness should be comfortable without undue pressure on the shoulders, thighs or pelvis.

A good guide is to use your open hand and clenched fist to determine if the adjustment is correct.

You should be able to pass your open hand between all webbing straps and your body.

You should not be able to pass your clenched fist between all webbing straps and your body. If you can, readjust all buckles.


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To ensure maximum safety and comfort, adjust your harness in the following sequence:

Adjust the waist belt first.

Position the waist belt just on or just below the navel.

Semi-squat and adjust both leg straps at the same time to the same length.

Stand erect and adjust buckles on your shoulder straps.

Adjust the frontal attachment so that it is positioned on the sternum in the center of your chest.


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SAFE WORK METHOD STATEMENT ANCHOR POINTS

Ensure that all people working on roof have been competently trained in Height Safety and possess a Height Safety ticket.

Make sure you possess and wear the correct equipment.

o TRRW01 Tradesman – Roofworkers fall arrest harness

o WL02 2m Shock Absorbing Lanyard.

o ROPEP01 15m Polyester rope with rope grab.

o SA01 300mm Personal Shock Absorber

o KAS018 Karabiners.

ACCESS TO ROOF AREA IS VIA: ROOF ACCESS DOOR

INFORM THE UNIVERSITY OF WOLLONGONG TRUST/MANAGEMENT OR SECURITY THAT WORKS ARE BEING CONDUCTED ON THE ROOF AREA BEFORE COMMENCEMENT OF ANY WORKS – ALWAYS WORK ON THE ROOF AREA WITH A SECOND PERSON.

Connect the 2m Shock absorbing Lanyard to the rear “D” ring via the karabiner/Snaphook.


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Connect the Personal Shock Absorber to the frontal “D” ring of the harness via the karabiner.

Connect the Rope Grab Fall Arrestor & Rope to the free end of the 2m Shock Absorbing Lanyard via the Karabiner.

Make sure harness is fitted correctly (See Pages 22-26)

Make sure all attachments are fitted securely and correctly.

Carry 15m rope with rope grab either by securing over shoulder or in a backpack.

Locate Roof Access Door

Open door and walk out onto roof area.

Walk to the anchor point you wish to connect to.

Connect the free end of rope to the anchor point via the karabiner.

Make sure the Adjustable Rope Grab & Rope is securely attached to the anchor point.


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Walk to the high side of the anchor point ensuring you are greater than 2 metres away from edge.

Correct Attachment to Transition Anchor Point

GENERAL NOTE:

NOTE - When utilising the Adjustable Rope Grab & Rope system it is important that the user adjusts the lanyard length (i.e. make sure the Rope and Shock Absorber are taut to prevent any working slack. It is advisable to have NO working slack.

If the roof slope is greater than 15 degrees the user must remain connected to an anchorage point at all times.

Perform the work required using care.

NOTE – When accessing the corners of the building connect the Karabiner to the Adjustable Rope and then connect the Karabiner to the Diversion Anchor to prevent a pendulum effect.


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Detach yourself from the anchor point only when you are in a position (i.e. greater than 2 metres from the edge)

To attach to the other anchor points, ensure that you repeat the above steps

General Note: if the roof is to steep to transfer safely, a second Adjustable Rope Grab & Rope is required.

Note:

1. Always attach to the anchor point that is directly behind you.

2. Do not pass another anchor without being attached to it.

3. Using an anchor that is not directly behind you will cause a pendulum effect.

Once all work is complete, return to the roof access door.

Secure rope over shoulder or in a back pack

Disconnect from anchor point system.

Enter through roof access door, close and lock.

Return all equipment used to the appropriate Storage Area or to the Building Maintenance Manager.


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SAFE WORK METHOD STATEMENT – STATIC LINE Ensure that all people working on roof have been competently trained in

Height Safety and possess a Height Safety ticket.

Make sure you possess and wear the correct equipment.

ACCESS TO ROOF AREA IS VIA: ROOF ACCESS DOOR

INFORM MANAGEMENT OR SECURITY THAT WORK IS BEING CONDUCTED ON THE ROOF AREA BEFORE COMMENCEMENT OF ANY WORKS – ALWAYS WORK ON THE ROOF AREA WITH A SECOND PERSON.

Personal equipment required:

♦ TRW01 – Roofworkers fall arrest harness ♦ WLAD02 2m Shock Absorbing Lanyard. ♦ WLSA01 300mm Personal Shock Absorber ♦ HL911 Static line shuttle/Glider with Karabiner ♦ L024T Karabiner

Make sure harness is fitted correctly.

Connect the 2m Shock Absorbing Lanyard to your rear dorsal ‘D’ ring via the karabiner.

Connect the Personal Shock Absorber to the frontal “D” ring of the harness via the karabiner.

Locate the roof access door.

Open door and enter onto the roof.


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Walk to the Horizontal Lifeline System ensuring you remain in a safe working zone.

Connect the Shuttle to the Horizontal Lifeline system.

Firstly remove the karabiner from shuttle.

Open the Shuttle mouth via lever.

Place the Shuttle mouth around the cable and close. Make sure the slot in the Shuttle will line up with the intermediate bracket.


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Connect the karabiner to the Shuttle to prevent the mouth from opening (the Shuttle is now securely attached to the safety line).


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Connect the 2m Shock Absorbing Lanyard to the Shuttle via the karabiner.


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Make sure user is secured correctly to the Horizontal Lifeline system.

Make sure the Shuttle in combination with the 2m Shock Absorbing Lanyard follows the user along the Horizontal Lifeline system.

The user must

Caution should be employed at all times, especially when working near the edge.

stay connected to the Static Line System at ALL times whilst doing gutter maintenance or working within 2m of the edge.

Once all work is complete, return to the roof access point.

Disconnect the Shuttle from the Horizontal Lifeline system.

Remove the karabiner from the Shuttle.

Open the Shuttle mouth via lever.


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Remove the Shuttle mouth from around the cable.

Connect the karabiner to the shuttle for storage.

Exit roof area via roof access door making sure that door is closed and locked.

Return all equipment used to the appropriate Storage Area or to the Building Maintenance Manager.


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SWMS - SAFERAIL ABSEIL TRACK

ROOFSAFE INDUSTRIAL SAFETY INSTALL & DESIGN ABSEIL SYSTEMS ONLY – A TRAINED AND QUALIFIED ABSEILER TO IS TO PROVIDE A SAFE WORK METHOD STATEMENT PRIOR TO ANY COMMENCEMENT OF WORKS.

BELOW IS A GUIDE ONLY

SAFE WORK METHOD STATEMENT – INSTALLED SYSTEMS SAFERAIL FOR ABSEIL USE – FRONT GLASS AWNING WESTERN END & INTERNAL AUDITORIUM GLASSED AREA.

ACCESS SYSTEM FOR ABSEILING:

FRONT GLASS AWNING WESTEN END – VIA EWP

INTERNAL ATRIUM GLASSED AREA: 1ST

IT IS RECOMMENDED THAT TWO PEOPLE WORK AS A TEAM

MAN UP SYSTEM

Ensure that all persons conform to the work procedures detailed in AS/NZS 4488.1:1997 Industrial Rope Access Systems.

HAZARD INFORMATION

POTENTIAL HAZARD PROPOSED ACTION/CONTROL

Falling objects. • Area below to be barricaded off.

• Tool straps/lanyards must be used.

• Ensure other persons in the area are advised of your work.

Persons falling. • Ensure all ropes are properly connected.

• Ensure that all persons confirm with AS/NZS 4488.1:1997.


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• Ensure all equipment conforms to the relevant Australian Standards.

Equipment Damage • Use rope protection on edges.

• Ensure that cleaning chemicals do not contact ropes and harnesses.

• Do not drag ropes, coil and carry.

Building Damage • Ensure care is taken when lowering ropes.

• Ensure correct footwear is worn.

• Ensure that protection is provided between the building and rope at all locations.


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ABSEIL System Access:

When accessing Roofsafe Industrial safety Rope Access Anchorage Point System, the Rope technician must first insure the following items.

• The systems have been inspected and tested as required within the last 12 months – Refer maintenance schedule Pages 11, 12 & 13

• The systems are to be used in a twin rope access manner no single rope application is permitted or recommended for any suspended works.

• A current risk assessment and work method statement is to be handed to The Trust / Management or security prior to completing any works.

Suggested Connection and Access Method

General Note:

When accessing the system for the purpose of suspended work the rope access technician must mobilise all equipment required to the closest set of anchorage point directly adjacent to the required drop zone ensure that at no time they are in a position where a fall of any distance could be sustained

System Operating Instructions

The Saferail abseiling system is designed to be used in conjunction with traditional rope access techniques, as such it is essential that the personnel using the system are able to demonstrate competency in such work.

RIS recommends that any person using the Saferail abseiling system should be able to produce a current certificate of competency in vertical access from one of the following accredited sources.


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• Registered training Organisation (RTO) • Australian Rope Access Association (ARAA) • International Rope Assess Trade Association (IRATA)

Prior to beginning work the operators should familiarise themselves with the system and the system inspection criteria. The pre start inspection for the Saferail system should form part of a Safe Work Method Statement SWMS, which should be produced by the contractor and provided to the client.

Pre Start Inspection

The client representative should have a formal hand over system in place prior to work beginning and this hand over should include the following inspection criteria:

Trolley o Inspection of the trolley should be completed on a per user basis as

well as annual documented inspections by the installer for re-certification purposes – Inspection criteria see Pages 11, 12 & 13

o Bronze Wheels Wear and tear on the bronze rollers Slogging of the bolts and pin housing Bending or splitting

o Body Wear or distortion of the rope connection point

o Bolts Loosening or slogging of the housing, threads or nuts

o Fitting When fitting the trolley to the system the user must ensure the

trolley cannot become dislodged from the rail and that the exit entry point is locked prior to the user attaching to the system.


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Rail and Anchorage System (strong back and fixing posts) o Inspection of the Rail assembly should be completed on a per user

basis as well as annual documented inspections by a Height Safety Company the installer for re-certification purposes. Dependent on the areas being used the operator should position the ropes in the required areas and ascend to the top of the rope and inspect the track for the following items.

o Track wear o Loosened bolts connecting the strong back to the structural angle o Rail alignment with the strong back (the vertical face of the Saferail

should remain parallel with the vertical face of the strong back assembly).

o General distortion or movement in any components of the system

Setting Up for Work

RIS recommends that users of the Saferail abseiling system operate in the traditional vertical movement process for cleaning and maintaining windows. Rarely are windows cleaned or maintained by rope access technique bottom to top or horizontally. To ensure optimal system life and operation the user must follow the items below.

Access to the system shall be gained via a Temporary Ladder and Ladder Bracket – see appendix A for site plans - the ropes should be pre-rigged from this zone and then lowered to the floor level below prior to loading to eliminate the risk of falls from height. The safe zone must provide suitable guardrail or barrier equal to the requirements set out in AS1657 i.e. min


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1000mm guardrail with no more than 450mm gap between top, bottom and mid rails based upon the user(s) standing height.

To get the optimal operating life from the system the user will position the ropes directly under the work area. Once positioned the user will suspend their full body weight into the system and ascend to the top of the ropes and begin work in a downward motion.

The user should repeat this process at each work position.

Whilst horizontal movement is possible and permissible with this system the best outcome for the client is to limit the systems use to vertical access only.

It is recommended that the user of the system ensures that the backup line is positioned approximately 2m away from the primary access line as this ensures coverage across 2 bays and gives the user added protection in the unlikely event of a rope or hardware failure.

Care should be taken to ensure the operator does not overload the system by

suspending or lifting materials or goods that will exceed the SWL (150 KG) as any over loading of the system may affect the wear of the trolley on the track and subsequently damage the rail.

The Saferail abseiling system has been tested to 15kn and meets or exceeds

the requirements of AS1891.2 and is designed for personnel access only. The only permissible time that the system may be used with more than 150kg between each support structure is in the event of an emergency rescue in which case the rescuer may expose the system to 250 kg maximum. In such an event the system must be immediately removed from service and inspected by the manufacturer prior to being placed back into service.

The user of the system is responsible for organising and planning for rescue

scenarios they may encounter.


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From within the safe zone engage first shuttle to rail system and ensure compliance plate is in date

Engage first shuttle to upper rail system

Engage two karabiners to each of the shuttles and tie figure of 8 or 9 knots independently ensuring screw gates are then closed


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Completion of Work.

RIS recommends that at the completion of work on each day of use, the persons operating the system hand back the trolleys to the client representative as a part of the safe operating system and SWMS.

A new inspection should be completed at the start of the next day’s work or next time the system is to be used.

Ensure the End Stop Mechanism is engaged so that trolleys cannot pass


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SAMPLE

SITE INDUCTION CHECKLIST

Place a tick in the box † only when completed satisfactorily

Name: ......................................... Start Date: ...................... Site: .............................................. Contractor: .........................

Hours of Work

θ Start and Finish times & Site Hours Confirm Terms of Engagement/Contract

θ _______________________________________________ Safety

θ Safety Rules issued and discussed θ Danger tags and lockouts explained θ Protective equipment issued and discussed θ Fire Safety and Evacuation explained θ First Aid θ Smoking θ Explain how to report a hazard or safety concern

Absence From Work

θ Workers Compensation. θ Reporting Injuries

Amenities

θ Toilets & Facilities


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θ Parking and transport

Job Instruction

θ Explain the Safe Work Method Statement θ Encourage questions and suggestions

Completed by: ........................................ Date: ................................

I hereby acknowledge receipt of The University of Wollongong site Occupational Health and Safety Rules and have read and understood them and agree to comply with all safety requirements.

Name: ___________________ Signature: ________________ Date: ________


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SAMPLE

Site Induction Register

Company:____

Date: _____________________________Time:

Name: _____

General System Details Other: ………………………………………….

Product/Equipment Use ………………………………………….

Harness Donning ………………………………………….

No. Name Company Signature

1

2

3

4

5

6

7

8

12


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CARE, USE AND GENERAL MAINTENANCE GUIDELINES

Next annual certification/or any site inspection will incur a fee. In the event of any damage to the anchor point system due to incorrect use (free-fall or restrained fall) or abuse, the anchor points must be withdrawn from use and inspected by RIS (AS1891 Series – Industrial Fall-Arrest Systems and Devices).

EMERGENCY PROCEDURES Rescue and retrieval of fallen operators is critical and should only be carried out by properly trained personnel. It is important that notification of a fall be made immediately upon fall. Prolonged hanging in full body harness can result in blood circulation problems. IF YOUR COMPANY DOES NOT HAVE TRAINED PEOPLE TO PERFORM A RESCUE THE FIRE BRIGADE & OTHER RESCUE PERSONNEL SHOULD BE CONTACTED FOR THIS PURPOSE. EMERGENCY PHONE NUMBER IS 000.

In the event of a fall on the system – the system should be placed out of service and RIS or a reputable Height Safety called to complete a full inspection. The system is to remain out of service until recertified by RIS or a reputable Height Safety Company


Issue A


SAMPLE

EMERGENCY RESPONSE PLAN REVIEW AND APPROVAL

Position Name Sign Date

Review

Site Manager

Site Safety Officer

Project Manager

Approval

DEFINITIONS & ABBREVIATIONS

The following definitions and abbreviations have been used in this Emergency Response Plan. Further definitions and abbreviations are provided in referenced procedures and plans.

HSE Health, Safety & Environment

WHS Work, Health & Safety

S/C Subcontract(s) or Subcontractor(s) as the context requires

Site Safety Supervisor Site Manager

SSO Site Safety Officer

PM Project Manager

FFE Fire Fighting Equipment


Issue A


SAMPLE

Emergency Procedure

It is essential that any relevant person involved in the use of the installed systems outlined in this manual have made effective arrangements to act in a timely manner in the event that a person using the systems falls and becomes suspended. It is the responsibility of the building owner, occupier and those charged with its maintenance to make sure that a risk assessment is completed that cover the task being under taken in full and that the provision for timely and effective rescue are made in the event of a fall.

The rescue plan should include and factor in the following in detail.

• Copies of the safe work method statement • Copies of the training qualifications of those performing the work • Detail of the local emergency service contact (fire rescue, ambulance, local

doctor, local first aid officer) • Location of the task (site address, building or asset identification number) • Current contact detail and method for the site and its personnel • Type of work being under taken • Training required for those required to perform the rescue • Details of those that are trained to perform the rescue • Equipment required to perform the rescue • Location of the equipment required to perform the rescue

r Location Drawings

EMERGENCY PROCEDURE FOR THIS SITE IS THE REPONSIBILTY OF THE UNIVERSITY OF WOLLONGONG


Issue A


APPENDIX A – See Content Page for Items Appendix A

Anchor Point Certification

Warranty Statement

Brochure Material

ASSET TYPE BAR CODE COMISSION DATE

NEXT SERVICE RATING *COMPLYING

STANDARDS MANUFACTURED & INSTALLED BY COMMENTS

Aluminium Platforms

PLF

14.11.2014

14.11.2019

150kg

AS1657-1992

RIS/RIS

2 x Lightweight Platforms Installed, visually inspected pass

Aluminium Walkway

WW

14.11.2014

14.11.2019

150kg

AS1657-2013

RIS/RIS

48m Walkway Installed, visually inspected pass

Single Anchorage Points

Kingspan

14.11.2014

14.11.2015

15kN

AS1891.4.2009

RIS/RIS

22 x Kingspan Anchor Points Installed, visually inspected pass


ESL22

14.11.2014

14.11.2015

15kN

AS1891.4.2009

RIS/RIS

3 x ESL22 Anchor Points Installed, visually inspected pass


HSL22

14.11.2014

14.11.2015

15kN

AS1891.4.2009

RIS/RIS

4 x HSL22 Anchor Points Installed, force tested 7.5kN pass

Ladder Brackets

LBPS

14.11.2014

14.11.2015

150kg

AS1891.4.2009

RIS/RIS

10 Ladder Brackets Installed, visually inspected pass

Horizontal Static Line

Hammerhead

14.11.2014

14.11.2015

2 Persons

AS1891.4.2009 AS1891.2.2001

RIS/RIS

84m Static Line Installed, visually inspected pass

Saferail (Abseil Track)

SR

14.11.2014

14.11.2015

2 Persons per Bay

AS1891.4.2009 AS4488

RIS/RIS

175m Saferail Installed, visually inspected pass

Aluminium Ladders

RIS

14.11.2015

14.11.2019

150kg

AS1657-2013

RIS/RIS

1 x 1.4m Ladder Installed, 1 x 2m Ladder Installed, 1 x Parapet Ladder Installed,

Certificate No : 02-02-13265

CLIENT Axis Metal Roofing University of Wollongong ADDRESS 79-85 Cowpasture Road Northfields Ave, Keiraville Wetherill Park POSTCODE NSW, 2164

PHONE 02 9756 1477 FAX 02 9756 1845

CERTIFICATE OF COMPLIANCE – INSTALLED SYSTEM

4 x Ladder Heads Installed, visually inspected pass

Anchor Cable Strop

Strop

14.11.2014

14.11.2015

15kN

AS1891.4.2009

RIS/RIS

10 Strops Installed, visually inspected pass

Aluminium Handrail

HR

14.11.2015

14.11.2019

150kg

AS1657-2013

RIS/RIS

42m Handrail Installed, visually inspected pass

*Design and location of the Height Safety System is in accordance with AS/NZS 1891-4 – AS1657-2013 and local Regulatory Authorities

AUTHORISED BY: Dean Harrison DATE: 14.11.2014 SIGNATURE:

HEIGHT SAFETY SYSTEM WARRANTY 1. Roofsafe-T-Systems Pty Ltd t/as Roofsafe Industrial Safety guarantees the height safety

system and installation against defects caused by faulty workmanship and materials for

twelve (12) months from the date of purchase.

2. During this Guarantee period Roofsafe Industrial Safety will replace any defective parts and

provide labour to install. However if the product includes a number of accessories only the

defective product or accessory will be replaced.

3. It is a condition of this warranty and a requirement of the Australian Standard AS/NZS 1891

Part 4 that this system be inspected and rectified every twelve months.

4. Roofsafe Industrial Safety reserves the right to make minor adjustments instead of replacing

the product or accessory.

5. In the event of a part, product, accessory or system being replaced during this guarantee, the

guarantee on the replacement will expire at the original date i.e.12 months from the original

purchase date.

6. This guarantee excludes defects caused by the product or system not being used in

accordance with instructions, accidental damage, misuse or being tampered with by

unauthorised persons.

7. If failure or fault occurs, notification should immediately be given in writing to Roofsafe

Industrial Safety at 3 Bushells Place, Wetherill Park, NSW 2164.

8. If any product or part is forwarded to Roofsafe Industrial Safety a label should be attached

stating full name, address and nature of fault or complaint. The Guarantee and copy of the

purchase receipt should also accompany any claims.

9. This guarantee is additional to the Conditions and Guarantee which are mandatory and is

implied by the Trade Practices Act 1974 and other legislation.

PRODUCT: ANCHOR POINTS/LADDER

BRACKETS/STROPS/WALKWAY/PLATFORMS/STATIC LINE/SAFERAIL/LADDERS/HANDRAIL

MODEL: KINGSPAN, ESL22, HSL22, LBPS, STROP, WW, PLF,

HAMMERHEAD, SR, RIS, HR DATE OF PURCHASE / INSTALLATION: 14.11.2014 PURCHASED BY: AXIS METAL ROOFING LOCATION: UNIVERSITY OF WOLLONGONG

AUTHORISED BY:

www.RISsafety.com

RISAUSTRALIA WIDE SERVICE:

RIS

2 quick start guide

Always attach to the highest possible anchorage point never

attach to anything below your foot level.

Always make sure that the space you would travel through

in the event of a fall is free from protrusions and hazards.

Always ensure you have adequate clearance

under your work zone.

Always use only RIS compatible components.

Never use an anchorage point that will not take a shock load of

15kN (1.5 metric ton or 1500kg).

Never use your side mounted attachment points for fall arrest

applications. Side mounted connection points are for use

with a pole strap only.

Never loop the safety lanyards around structures and avoid

sharp edges and structure that will cause cutting or abrasive

damage to the webbing.

Never use any RIS Products that are showing

any signs of wear and tear. Return to RIS for

formal inspection or discard immediately.

Never extend the length of your lanyard beyond 2.0m.

Never expose your self to the risk of a fall.

A LW AY S

N E V E R

www.RISsafety.com 3

IF YOU HAVE ANY DOUBT

THEN CONTACT US

ph: (02) 9896 8644

The purpose of a RIS Safety Harness

Fall Arrest System is to limit the extent

of a person’s fall.

This is achieved by absorbing the energy

generated in the fall, by retarding the fall by

way of applying an arresting force. HOWEVER

to ensure that the user does not collide with

the floor or other object below them there

must be sufficient space directly under

the user to be arrested - this is called

the Minimum Free Space (MFS).

This Minimum Free Space is the straight line

vertical distance between the anchorage point

and the ground or next platform or obstacle.

(Anchorage Point that is to the Substantial

Structure 15kN+). It is the duty of the user

to familiarise themselves with the MFS and

apply this safety principle at all times.

The Formula to use is:

Lanyard Length + Shock Absorber Length

+ Harness Stretch + Distance b/w harness

attachment point and upper back + Safety

clearance at bottom of fall.

Lanyard length RIS maximum allowable

= 2.0m RIS, Shock Absorber = 1.75m

in length, Rule of thumb for the sum of Harness

stretch + attachment point to upper back

is 1.8m. We recommend that the Safety

Clearance is given a value of 1m.

To illustrate a worst case scenario,

which is when the anchor point is at the

user’s feet, so the MFS is calculated using

the following formula:

Lanyard Length + Shock Absorber = 2m

+ 1.75m; AND the sum of Stretch & The

Attachment point to Upper Back Distance

= 1.8m; THEN add to this your

Safety Clearance of 0.4m; THEN this will give

you an MFS of 5.75m (FIVE point SEVEN FIVE

meters) in this worst case example

(refer to diagrams on page 7&8).

minimum free space - (MFS)

RIS

4 quick start guide

fitting your harness Please note this instruction

does not replace or remove the need for the end user of all RIS Safety products to undergo competence based training.

eaoese S

om

44

PledotheRISco

www.RISsafety.com 5

Ultimate harness fitting1. Inspect the Harness to ensure

it is fit for use 2. Locate the top of the harness and

align it in its correct orientation 3. Taking out all twists in the

webbing and padding

4. Slide the harness on like you would a jacket

5. Ensure the dorsal dee ring on the harness is located between your shoulder blades.

6. Connect the chest strap to secure the harness to your upper body. Secure the waist strap if applicable as well.

7. Fit leg straps ensuring the webbing is siting flat against the legs or padding. Always connect the left leg strap to the left leg buckle never cross them over.

8. Once fitted adjust all straps to ensure the harness is fitted securely to the body and get your work mate to check it over for you.

9. When using the front webbing loops ensure they are always brought together and connected with an approved connector

10.Never use the front webbing loops singularly

et

Please note this instruction does not replace or remove

the need for the end user of all RIS

Safety products to undergo

competence based training.

Failing to fit or maintain your harness properly may cause extreme pain or death.

d

77

8Please note this

oesinstruction do

RIS

6 quick start guide

2. Place your harness over your shoulders, the triangular back pad and dorsal Dee should sit between your shoulder blades in the centre of your back.

3. Locate the front chest strap and place the male section of the buckle through the female section pointy end first. and adjust to fit firmly.

4. Repeat the process with both leg straps ensuring there are no twists in your harnesses webbing. At all times the webbing should sit flat against your body.

5. Adjust the strap until the harness fits firmly.

6. Once you are happy the harness is fitted correctly get your work mate to check it over for you.

7. When fitting your harness make sure that the front central chest “D” ring is centrally located on the chest.

1. Locate the front of the harness and remove any twists or bunching in the webbing.

Please note this instruction does not

replace or remove the need for the end user

of all RIS Safety products to undergo competence

based training.

tradesman harness fitting

www.RISsafety.com 7

When donning any of the tradesmen range of harnesses with the feed through buckle always ensure the male buckle’s pointy end goes into the female buckle first.

As illustrated here.

7M

6M

5M

4M

3M

2M

1M

0M

7M

6M

5M

4M

3M

2M

1M

0M

2m lanyard

1.5m shock absorber

Av. 1.8m

> 1m clearance SAFE

A

B

C

A

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

C


continued next page

A

B

C

RIS

8 quick start guide

2m lanyard

2m lanyard

1.5m shock absorber

1.5m shock absorberAv. 1.8m

< 1m clearance Potentially hazardous

1.5m remaining

INJURY INCURRED


7M

6M

5M

4M

3M

2M

1M

0M

A

B

C

7M

6M

5M

4M

3M

2M

1M

0M

A

B

C

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC

7M

6M

5M

4M

3M

2M

1M

0M

A

B

C

7M

6M

5M

4M

3M

2M

1M

0M

A

B

C

www.RISsafety.com 9

Roofsafe Industrial Safety Manufacture the following products:

a) Harnesses: Full Body Harnesses are designed to hold you in upright position / attitude if you’re involved in an incident.

When using this group of products when there is a risk of fall you must use either an item from category c) below or an inertia reel block or a system that will absorb most of the forces that could be generated during an incident.

The maximum force permitted to be transferred to a person during an incident is 6kN.

b) Pole straps: A Pole Strap is to be used in such a way that only a restrained fall could occur. Care should be taken at all times when using this product to ensure that no free fall is possible and that the connection is secure and visible to the user.

c) Energy Absorbing Lanyards for use in a fall: The Energy Absorber will tear apart up to a maximum of 1.75m keeping the force on the body to below 6kN at all times when the fall is less than 2m. All Energy Absorbing Lanyards used with RIS harness must be no greater than 2m in length. If the anchor point is at feet level it is possible to end up as much as 5.75m from the anchor point in a distance fall.

Warning: if any additions or alterations are made to any part of any RIS Safety Equipment, the effectiveness of these life saving devices may be compromised and such alterations and/or additions are not agreed to by RIS

Advice: Your Lanyard Assembly should be secured to an anchorage point which is at a level which will result in the minimum free fall and the least total fall distance consistent with the wearer’s ability to carry out work tasks.

Warning: If any part of the assembly is to be exposed to chemicals, e.g. Cleaning material or hazardous atmospheres, the user should consult the manufacturer to determine whether the part is suitable for continued use. The harness and lanyard assembly should be destroyed or returned to RIS for inspection if a fall has been sustained.

Advice: When making any connection to a point on a harness which cannot be seen by the wearer of the harness, either the connection should be made before putting the harness on or the connection should be made or checked for security by a second person.

Warning: be aware that energy absorbers that absorb energy by permanent deformation or destructive action, (the RIS product falls into this category) should be discarded if that process has com-menced. Every time you wear your harness do fill out the Inspection Log supplied with this Instruction Sheet. If any of the inspection items cause identification of requirement for maintenance then return the harness to RIS identifying these items in order that corrective action can be carried out by RIS the manufacturer. Only corrective action recommended or authorised by RIS can be construed as life saving action. Do consult AS 2626 or NZA 5811.2 for guidance on selection, use and maintenance matters.

Warning: For twin tail lanyards – do not “back hook” the free tail to any point on yourself, your equipment or the lanyard below the bifurcation other than on the Dee at the bifurcation point.

Advice: When not in use the “free” tail should be connected to the bifurcation dee at the base of the Energy Absorber.

RIS

10 quick start guide

important informationGENERAL USE INFORMATION:

The Fall Protection Equipment is essential

for your safety so we recommend that prior

to use you inspect your equipment for the

following:

and on the back seat of your car)

burrs, worn or broken hardware

slivers, stitching unravelling

of rope or webbing

used excessively or is beginning to unravel

If you are in any doubt whatsoever about the safe

condition of this product of if the product has been

used to arrest a fall, it is essential for safety that it is

withdrawn from use and returned to the manufacturer

or discarded and destroyed immediately.

Ensure that the instructions for other components

used in conjunction with these products are complied

with as stated

The anchorage point should be above the user,

considering both the height of fall and the extension

of the lanyard and energy absorber in order to avoid

possible obstructions (i.e. the ground). Be sure that

RECOMMENDED READING:

Industrial Rope Access Systems

– AS/NZ 4488 Series

Industrial Fall Arrest Systems and Devices

– AS/NZ1891

Fibre Ropes – AS 4143 Series

Flat synthetic – webbing slings AS 1353 Series

Wire Rope Slings – AS 1666 Series

Round Slings – synthetic fibre AS 4497 Series

Safe working in a confined space –

AS 2865 Series

http://www.sai-global.com

Written Inspection Records must be kept. An inspection log sheet has been included in this booklet.

www.RISsafety.com 11

MAINTENANCE, SERVICING,

STORAGE AND TRAINING

Cleaning:

If soiled, rinse in clean water of domestic

supply quality (maximum temperature

40degC) with mild neutral detergent.

Dry naturally away from direct heat.

Lubrication:

Lubricate mobile parts with a silicone based

lubricant only. This should be carried out af-

ter cleaning and drying. Avoid any oil contact

with textile parts.

Storage:

After any necessary cleaning or drying and

store unpacked in a cool, dry, dark place in

a chemically neutral environment away from

excessive heat or heat sources, high humid-

ity, sharp edges, corrosives or other possible

causes of damage. Do not store wet. Avoid

UV radiation, and salt environments.

Training:

All persons conducting and organizing

working at height must be competently

trained to ensure a safe work environment is

maintained RIS users should first undergo

training prior to the using any of the equip-

ment we manufacture or sell.

INSPECTION

CRITERIA

Frequency of inspection:

Inspection must be made by the user before and

after each use. Further to this a competent person

is required to perform an inspection at time periods

ranging from 3 monthly to annually depending upon

the equipment.

All fall arrest/restraint components should be

inspected prior to each use by the user.

Harnesses and lanyards: 6 monthly documented

inspection.

Type 1, 2 & 3 retractable lanyards and inertia reels

3 monthly inspections and 12 monthly service by

approved trained technician.

Anchorage points and static lines and rail systems

12 monthly documented inspection by approved

and trained technician.

RIS


Before you expose yourself

to a work environment that

may result in a suspended

fall make sure you know how

to use your standing step

It may save your life!

Trauma step by step


INTRODUCING

THE STANDING STEP

Fast deployment and ergonomic

design and medically tested.

Can you afford not to have

a RIS harness!

RIS recommend that prior to using your harness you deploy the standing step and familiarise yourself with the device and its operation and adjust it to suit your leg length. As well as conduct any other mandatory checks required, as previously mentioned in this booklet.

be 100mm shorter than your own leg length to achieve a comfortable position post fall.

Your standing

step is located

on the left or right

side of your harness

near your buttock.

RIS


Trauma step by step

Hang on to the clip at the top of the pouch and let the strap fall below you.

To deploy the standing step pull the Velcro straps on the pouch.


Let the step deploy from the pouch completely then bring the male buckle around the front of your body.

Locate the female buckle on the opposite side of your harness to the standing step

RIS


trauma step by step

Connect the male and female components of the buckle together until they click and are secure.

At all times post fall, do not panic.

Remain calm and deploy your standing step.

Place your foot into the base of the standing step and then adjust the strap to a position were you are comfortable.

The standing step is very easy to adjust as you wait in

suspension for rescue.

If the base of the step is adjusted too high you may begin to become

uncomfortable. Simply lift the buckle 900 and readjust to a more

comfortable lower position.


Please remember the standing

step has been designed for

your comfort and safety

but is not a substitute for

effective and fast rescue

plan. Consideration

should be given to every

working scenario to

ensure rescue is

possible as soon

as possible.

RIS


Wire Rope Energy Absorbing Lanyard

AND

INSPECT ALL WIRE

Item should be inspected at least once

every 6 months but RIS recommend it

is inspected before each use as per

the following recommendations:

Before Use Inspection

User to check the following points:

absorbing assembly of the wire rope lanyard cannot be older than 10 years from date of manufacture

Inspect Rope for:

loops of the shock absorber

If any of the above faults are present then the lanyard should be withdrawn from service.

Examine all splice or swage areas to

ensure that no splices have been:

Check all hooks, karabiners and

or attachment devices for:

cannnot be opened by one action

heat damage, bending, warping and twisting

If a competent person deems the product to be unsuitable for continued use it should be withdrawn from service.

User’s attention is drawn to AS/NZS 1891.4 for guidance on selection, use and maintenance matters.

Users should be competent in the use of this equipment before beginning any task requiring is use.


Kermantle Rope Energy Absorbing Lanyard

INSPECT ALL ROPE

Item should be inspected at least once every 6 months but RIS recommend it is inspected before each use as per the following recommendations:



10 years from date of manufacture

Inspect Rope for:

contact with the rope

the shock absorber and the rope itself


Examine all splice areas to ensure

that no splices have been:

Check all hooks. karabiners and or

attachment devices for:

cannot be opened by one action

damage, bending, warping and twisting




RIS


Adjustable Webbing Energy Absorbing Lanyard

Item should be inspected at least once

every 6 months but RIS recommend

it is inspected before each use as per

the following recommendations:



Shock Absorbing Webbing Lanyard cannot be older than 10 years from date of manufacture

Inspect Lanyard for:

with the rope

the shock absorber and the webbing itself, burn marks or shiny patches


Examine all stitching areas to ensure that no stitches have been

Check all hooks, karabiners and or

attachment devices for:

and cannot be opened by one action

heat damage, bending, warping and twisting





Confined Space Spreader Bar

PATTERNS

SPREADER BARS

Item should be inspected at least once every

6 months but RIS recommend it is inspected

before each use as per the following recom-

mendations:



Bar cannot be older than 10 years from date of manufacture

Inspect Assembly for:

with the rope

of the shock absorber and the webbing itself, burn marks or shiny patches

If any of the above faults are present then the Spreader Bar Assembly should be withdrawn from service.

Examine all stitching areas to ensure

that no stitches have been:

Check all hooks. karabiners and or attachment devices for

and cannot be opened by one action

damage, bending, warping and twisting



Users should be competent in the use of this equip-ment before beginning any task requiring is use.

RIS


BACK POINT

For use with fixed anchor or mobile & absorbing lanyard

definitions

CHEST POINT

For use on a pitched roof or vertical ladder systems. Always check the load capacity of the attachment point prior to use.

SIDE WAIST POINT

For use on a pylon & monopole (or similar) with help of an adjustable work positioning lanyard.

INERTIA BLOCKINERTIA BLOCK

FALL ARREST

A fall arrest system consists of a harness and a subsystem design to arrest a fall. Fall arrest equipment is designed to arrest a fall safely, limiting the risk of injury by dissipating the energy produced and hold-ing the person in a suitable position.

Sub-system of fall arrester:


CLEARANCE

Leave a minimum of 1.75m from the obstacleLanyard

1.75m

RESCUE OR

FALL ARREST

for suspension & rescue.

CENTRAL

WAIST POINT

For use on a fall arrest on wire & rail

RIS


configurations

Flexible anchorage lines used in conjunction with a robe grab offers the best solution for temporary work access systems.

The full arrest is connected to the harness by the chest point.

The fall arrest connected to the chest point is used in this configuration.

ALTERNATIVE ANCHOR

ON STRUCTURE

MOBILE ANCHOR FIXED ANCHOR


Visual verification

for cuts, abrasions, tears.

abrasion, distortion break.

Fitting

correctly to the body

Cleaning and storing

& delicate detergent for textiles.

away from sun & heat.

harness in contact with any chemicals.

RIS


Roofsafe product rangeCONTACT YOUR LOCAL BRANCH FOR FURTHER DETAILS


Product type :

Serial no. :

Year of Mnf. :

User name :

Date of purchase :

Date of first use :

Comments :

DATE STITCHING WEBBING

HOOKS/

BUCKLES/

D-RINGS/

CARRABINERS

COMMENTS SIGNATURE

RIS

CREATING EFFECTIVE

HEIGHT SAFETY SOLUTIONS

ROOFSAFE INDUSTRIAL SAFETY OPERATIONS & …web/@ohs/documents/... · SAFE WORK METHOD STATEMENT ... ♦ Twenty Nine Stainless Steel Anchor Points ... ♦ Forty Two metres Aluminium

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