SYSTEM OPERATION - Sayfa · rope access systems. 2. Harness gear is susceptible to deterioration...

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1300 301 755 SAYFA.COM.AU

ROPE ACCESS RAIL SYSTEM FOR EFFORTLESS MOBILITY

MUST BE READ AND UNDERSTOOD PRIOR TO USE

RIGID RAIL SYSTEMS

RAPTOR® ROPE ACCESS RAIL

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IT’S THE SAYFA WAY

Sayfa Group leads the industry in the design, installation and management of access and fall protection safety systems.

The In-Action model demonstrates access and fall protection requirements for a commercial building design.

Sayfa Group recommendations fulfill current workplace requirements for the safety of building maintenance subcontractors, employees and the general public.

# DESCRIPTION

1 3 SIXTY Fall arrest anchors

2 TRAVEL 8 Roof or wall mount static lines

3 SENTRY Roof mount guardrails

4 ON-TRAK Roof walkways (yellow or grey)

5 PROTEX Skylight protectors

6 RAPTOR Overhead fall arrest rails

For more information, please contact Sayfa Group directly.

# DESCRIPTION

7 KATT Ladder supports

8 VISTA Modular fold down ladders

9 KOMBI Stairs & platforms

10 ALTO Step ladders & bridges

11 SKYDORE Roof access hatches

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FEATURES & BENEFITS

MULTI OPERATOR RAIL SYSTEM PROVIDING EFFORTLESS LATERAL MOBILITY & EASE OF OPERATION

LONG SPAN SECTION Spanning up to 6000mm using long span attachment

T-NUT MOUNT Connects fixing brackets to rail system

SUSPENSION BRACKET Provides connection of rail to support structure suspension system

MULTI DIRECTION TROLLEY Alternative to the standard trolley which can be loaded 2 directions

SEALED BEARING TROLLEY Provides connection point for rope lines

RAIL SPLICE JOINER KIT Used to join multiple rail sections together

MOUNTING SLOT Provides adjustable positioning of mounting brackets

END STOP Provides the trolley termination point

ROPE ACCESS TROLLEYFOR EFFORTLESS MOBILITY The robust sealed bearing trolley ensures effortless operator mobility when used as a rope access or fall arrest system. Lateral stabilising bearings allow the trolley to function normally when angled or side loading is required providing unlimited flexibility for positioning the rail to best suit the application and safety of the operator.

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PATENTS AND DESIGN REGISTRATIONS APPLY Portion of rail not shown for clarity

OPERATION

MUST BE READ PRIOR TO USE

1. Prior to use, ensure all operating procedures have been read and understood.

2. This rope access system is only to be used by competent persons who have experience and training in the safe use of the system and associated equipment.

3. Ensure all WHS requirements are identified and understood. A risk assessment with a safe work method procedure must be completed and approved by management prior to work commencing.

4. This system requires periodic inspection and maintenance by a qualified rope access inspector. The system MUST NOT be used if the service date is overdue.

5. A rescue plan must be devised and be ready to be implemented prior to usage of a rope access system.

6. Authorisation to enter any risk area must be obtained from the workplace manager prior to accessing.

7. Only approved rope access harness, gear and equipment certified to Australian Standard AS/NZS 4488, to be used with this system.

8. Visually inspect the system for damage prior to use. System must not be used if there is any deterioration or deformation of any components or structure to which the system is attached.

9. If the rope access system is damaged or has arrested a fall, discontinue use until it has been fully inspected and recertified by a competent height safety equipment inspector.

10. Ensure all fixings, fittings and components are securely attached. Any tightening, adjustment or replacement of components must be carried out by a competent height safety inspector.

11. Rope protectors are required wherever rope lines pass over an edge.

12. Where rope lines will potentially damage an edge, then an edge protection device will be required to spread rope access loads during operation.

13. Persons must not be allowed to work alone during rope access operations in case emergency rescue assistance or first aid is required.

14. All applicable Australian Standards, WHS Acts & Regulations, and Codes of Practice & Guidelines must be read and obeyed when using this safety system.

15. This operation manual does not in any way, replace the need for completion of a recognised rope access training course by a Registered Training Organisation (RTO).

Failure to follow all warnings, operation and maintenance instructions may result in serious injury or death.

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MUST BE READ PRIOR TO USE

1. Only to be used by competent persons with proof of training by a Registered Training Organisation (RTO) in the use of height safety and rope access systems.

2. Harness gear is susceptible to deterioration when exposed to chemicals or hazardous environments and must be approved by the manufacturer for use in these applications.

3. The Raptor rope access rail system is suitable for up to 4 persons per span. RAPTOR RAIL SPAN TABLE - ROPE ACCESS

4. Two attachment points are required per person. Multiple pairs of trolleys are required for additional users. For OH261 trolley, one is required per operator and for OH260 trolley, two are required per operator.

5. Operators of this system must be connected via certified harness gear, karabiners and abseil rope lines.

6. The system must be set up so that the operator’s lanyard does not exceed 20° causing excessive tension loading to the system.

7. Do not tamper with system components.

8. This system is not to be used for tethering or lifting machinery or equipment.

9. The safety system must be recertified by a competent height safety inspector as recommended: - Non corrosive/mild environment – 12 monthly - Corrosive/harsh environment – 6 monthly (more frequent inspection may be required).

LIMITATIONS

Sayfa recommends that persons using rope access systems do not work alone in case of an emergency and help is required. Shouldanypartofthesystem/equipmenthavebeensubjectedtoabnormalloading,usemustbediscontinueduntilreplaced/recertifiedbyaqualifiedheight safety inspector.

RAPTOR RAIL ONLY

No of Users Per Span

Max Span Length

Support Structure Design Load

1 4000mm 12kN

2 3200mm 18kN

3 2500mm 24kN

4 2000mm 30kN

RAPTOR RAIL WITH LONGSPAN SECTION


Max Span Length


1 6000mm 12kN

2 5500mm 18kN

3 5200mm 24kN

4 4200mm 30kN

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REVISIONS REMARKSDate

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SAYFA SYSTEMS CONFIDENTIAL MATERIALThis drawing is copyright© and all rights are reserved. The design and specifications contained herein are confidential and the property of SAYFA SYSTEMS. The information may not be divulged or used in any form or by any means, for any purpose other than that stated by SAYFA SYSTEMS. Storage, transmittal, forwarding to third party, copying, reproduction, viewing or scanning of this Drawing by any person or party, whether in whole or in part is prohibited, except with express prior written consent by SAYFA SYSTEMS. The perspective is only an indication of the planned installation.

Drawing No.

RepBySayfa Group1029 Mountain HighwayBoronia Vic 3155Tel:- 03 8727 9000Fax:- 03 8727 9002Email:- [email protected]:- www.sayfa.com.au

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Raptor Design, Installation and Usage drawings

Material

ProductCode FAB NO:

20° Max

30°

SAFE USE PROCEDURE

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STEP 1

Ensure a certified rope access harness is used and once fitted that straps are properly adjusted to ensure firm but comfortable fit.

Ensure system (harness and rail) serviceability dates are

current.

STEP 4

Attach working line and safety line to Raptor trolleys via certified karabiners.

Ensure working line and safety line are attached to separate connection points on the same trolley.

STEP 3

Ensure that the correct number of trolleys are used for number of operators using the system.

STEP 2

Barricade area work zone, to ensure access by unauthorised persons is prohibited.

HarnessGearmustbecertifiedtoAustralianStandards AS/NZS4488

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SAFE USE PROCEDURE

STEP 5

Check all attachment hardware and ropes.

Rope access must always be done by two operators.

Anydamagetothesystemmustbereportedtotheworkplace manager and removed or tagged out of service until recertifiedbyaqualifiedheightsafetyinspector.

STEP 8

Use a rope protection device wherever rope lines pass over an edge. See protection devices section in this manual.

STEP 6

Connect rope grab device (backup) to safety line.

STEP 7

Connect descender device to working line.

Ensure all attachment hardware is correctly and securely attached,priortomovingintothe‘FallZone’.

SAFE USE PROCEDURE

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STEP 11

Remove foot strap rope grab device from safety line and attach to tool loop on harness.

STEP 10

Step into foot strap and climb over edge.

STEP 9

Attach foot strap with rope grab device to safety line.

STEP 12

Descend on rope lines to carry out work to be done on facade.

Suitable protection maybe required to protect facade being worked on.

Operator must ensure the descender and backup device have been positioned correctly with no slack rope line between attachment point and operator.

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SAFE USE PROCEDURE

STEP 2

Locate ladder beside rope lines.

Ensure hooks locate securely over parapet and base is secure.

STEP 1

Retrieve portable ladder.

ACCESS OVER HIGH PARAPET - Using a portable ladder with parapet hooks

STEP 3

Connect rope grab device (backup) to safety line.

STEP 4

Climb ladder.

SAFE USE PROCEDURE

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STEP 6

Connect descender device to working line and descend on rope lines to carry out work to be done on facade.

Suitable protection maybe required to protect facade being worked on.

STEP 5

Straddle parapet.

Ensure all rope line attachment hardware is correctly and securelyattachedpriortomovingintothe‘FallZone’.

ACCESS OVER HIGH PARAPET - Using a portable ladder with parapet hooks

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SAFE USE PROCEDURE

Sayfa Systems44 Kalman DriveBoronia Vic 3155Tel:- 03 8727 9000Fax:- 03 8727 9005Email:- [email protected]:- www.sayfa.com.au

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SAYFA SYSTEMS CONFIDENTIAL MATERIALThis drawing is copyright© and all rights are reserved. The design and specifications contained herein are confidential and the property of SAYFA SYSTEMS. The information may not be divulged or used in any form or by any means, for any purpose other than that stated by SAYFA SYSTEMS. Storage or transmittal, copying or reproduction, viewing or scanning of this Drawing by any person or party, whether in whole or in part is prohibited, except with express prior written consent by SAYFA SYSTEMS.

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Abseil Gutter Protector

AluminiumMaterial

ProductCode FAB NO:

5mm Aluminium PlateFixing Holes

(to be fixed into purlinswith 2 x 14g x 75mm Screws)

M10 x 90 BoltTo fix through RHS once positioned.

Adjustable sleeves.

ACCESS OVER EAVES GUTTER

When accessing over an eaves gutter use gutter edge protection device, see example below.

ACCESS OVER GLAZED BALUSTRADE

When accessing over glazed balustrade rope lines must be passed through vertical gap between balustrade panels of not less than 50mm wide, see example below.

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AP125.10 Chemset Anchor mounted to back of concrete parapet

AP125.10

Stainless SteelMaterial

ProductCode FAB NO:

200 Min500 Max

200

Min

500

Min

500

Min

100

Abseil Ropes

NOTE:Parapet must be designed to take 12kN (Ultimate)in the direction of the rope load.

Glass Balustrade

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SAFE USE PROCEDURE

ATTACHMENT OF ABSEIL ROPE LINES TO RAPTOR TROLLEY

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Material

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Span

Structural support

Structural support

OH 261F OFFSET TROLLEY - 15kN rated - Used when rail side mounted against a wall

OH 261M MULTI DIRECTION TROLLEY - 15kN rated - Used when access to both sides of rail required

RAPTOR RAIL ONLY


Max Span Length


1 4000mm 12kN

2 3200mm 18kN

3 2500mm 24kN

4 2000mm 30kN

NUMBER OF OPERATORS PER SPAN - System is designed for use by multiple operators per span (see span table).

OH 260 STANDARD TROLLEY - 15kN rated - Used when access over roof edge required

Working rope line and safety rope line must be connected to individual anchorage points

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OH 261F OFFSET TROLLEY - 15kN rated - Used when rail side mounted against a wall

SAFE USE PROCEDURE

EXAMPLES OF ROPE EDGE PROTECTION DEVICES

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CONFIGURATIONSOH1 PURLIN MOUNT - INLINE OH2 PURLIN MOUNT - ACROSS

OH3 FLUSH MOUNT OH4 SUSPENDED MOUNT

OH5 CONCRETE CEILING MOUNT OH6 METAL DECK MOUNT

OH7 SIDE/FLOOR MOUNT - 100mm OH8 SIDE/FLOOR MOUNT - 200mm

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CONFIGURATIONS

MOUNTING OPTIONS TROLLEY OPTIONS

OH 260Trolley - Standard- 15kN rated- 1.5kg

For overhead applications

2 trolleys required per operator

for rope access use.

OH 261MTrolley - Multi Direction- 15kN rated- Dual attachment- 2.6kg

For parapet and roof deck mount applications

OH 261FTrolley - Offset- 15kN rated- Dual attachment- 2.6kg

For wall and floor mount applications

OVERHEAD MOUNT

SIDE MOUNT

ROOF MOUNT

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30°

OH2 PURLIN MOUNT - ACROSS

OH4 SUSPENDED MOUNT

OH6 METAL DECK MOUNT

OH8 SIDE/FLOOR MOUNT - 200mm

THE RAPTOR RAIL SYSTEM MAY BE CONFIGURED IN 2 DIFFERENT WAYS:

1. STRUCTURE AND RAPTOR ATTACHMENT HARDWARE IS ACCESSIBLE - VISUAL ASSESSMENT REQUIRED

In this application, all the components and fixings must be checked according to the procedure as set out in the safe use procedure pages in this manual. The structure must be capable of the required loads and be certified by an engineer unless it is clear to a competent person that the structure is suitably adequate.

2. STRUCTURE AND RAPTOR ATTACHMENT HARDWARE IS NOT ACCESSIBLE - LOAD TEST REQUIRED (Sayfa always recommends that ceiling inspection hatches are installed for maintenance purposes, where possible)

In this application the only way to check the system in accordance with Australian Standards is via a load test. The load test will involve loading the rail to half the design load, (see span table on page 5) onto the trolley, ideally directly under the rail support structure locations. The rail/trolley can be loaded using a block and tackle system or can be loaded using weights. The load must be held for a minimum of 3 minutes with no failure or evidence of support structure movement.

Frequency of the load testing is dependent on the environment in which the system is installed and should be determined by a competent person.

Recommended minimum testing - Non corrosive / mild environment - 12 monthly - Corrosive / harsh environment - 6 monthly (more frequent inspection may be required)

MAINTENANCE

Inspection required on all connections to structure & rail system

Concrete Slab

Plastered ceiling in place with no accessto mounting fixings and componentry

Inspection required on connections to support structureInspection required on

all connections to structure & rail system

Concrete Slab

Plastered ceiling in place with no accessto mounting fixings and componentry

Inspection required on connections to support structure

1. This system needs to be checked and recertified by a qualified height safety inspector every 12 months for non corrosive environments or 6 monthly for corrosive or harsh environments. (To be determined by competent person depending on severity of surrounding conditions.)

2. Never clean using acids or other chemicals that could damage the system components.

3. The identification certification label must be completed confirming installation, certification and recertification of the system.

4. Harness gear and equipment must be maintained and stored in a dry, protected area, away from acids and ultra violet rays which cause material fibres to break down and reduce their safety and life expectancy.

5. Any deterioration or damage to the system or equipment must be reported to the person in control of the workplace and relevant corrective action undertaken.

6. Maintenance inspections must be clearly documented. Any non-conformance must be clearly identified and tagged ‘Do Not Use’ until corrective action by a competent person has been completed.

7. Where the rail system is mounted into concrete using friction fit anchorages and will be loaded in tension during operation, a load test will need to be carried out, to half the design load of the system.

Recertificationshouldbebasedonstructuralengineerreportconfirminginitialprojectinstallationcomplianceandsuitabilityof system support structure.

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MAINTENANCE

Arecordofsystemmaintenancerecertificationandnecessaryrepairsmustbekeptbytheworkplacemanager

SYSTEM MAINTENANCE CHECKLIST

The checklist below outlines key checking criteria required to ensure the safe use of this system. Any item of concern not shown on the checklist must be noted on the maintenance report and brought to the attention of the workplace manager.

Items ticked PASS - YES means they conform with the required checking criteria and are suitable for normal use until the next recertification date. System data plates must be updated showing current check date and next check date.

Item ticked PASS - NO means they do not conform to the required checking criteria. These items must be clearly tagged ‘ Do Not Use’ and the required corrective actions put in place. The maintenance report must clearly document all non-conforming criteria.

This system must be maintained by a qualified rope access inspector trained in the safe use and maintenance of this system.

COMPONENT INSPECTION CRITERIA PASSY / N CORRECTIVE ACTION COMPLETION

DATE

TROLLEYCODE: OH261A OH261F/OH261M

Check all bearing axles and middle bearing bolts are secure

There must be no deformation in the connection plate

Make sure bearings do not show signs of wear

Trolley must run freely in the track Raptor trolley is designed with a ‘fail safe’axlearrangement.Shouldthetrolleynotrunfreelyandpossibly‘jam’insidetherailitislikelythatthebearingaxleisworkingloose. System must not be used until checked by competent person.

END STOPCODE: OH265

Check all bolts/nuts are secure (18Nm)

Ensure there is no sign of damage to the end stop

SUSPENSION COMPONENTS

Check all bolts/nuts are secure (18Nm)

Frictionfitanchorsintoconcretewillneedto be load tested to half the design load and applied for 2 minutes with no sign of movement or failure.

Check for any signs of structure break down or damage

Should the system attachment structure not be accessible, a load test will be required to check correct performance. (See previous maintenence page for structure checking and testing.)

MAINTENANCE

SYSTEM MAINTENANCE CHECKLIST

19mm

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COMPONENT INSPECTION CRITERIA PASSY / N CORRECTIVE ACTION COMPLETION

DATE

U-BRACKETCODE: OH272.10/16 Check all bolts/nuts are secure (18Nm)

Check for any signs of deformation in the U-bracket

SPLICE JOINCODE: OH262

Check all bolts/nuts/ grub screws are secure (18Nm)

Check for any signs of deformation in the spice join

Max permissible gap between rail joins - 4mm

T-NUTCODE: OH264

Check all bolts/ T-Nuts are secure (18Nm for M10 bolts 25Nm for M12)

RAILCODE: OH255

Check bearing travel flanges on the rail are not bent/ damaged and free from grime

Max opening between travel flanges - 19mm

Check for signs of excessive load or damage to the rail

DECK MOUNT BRACKET & PLATECODE: OH253

Check minimum of 3 x 14kg tek screws into roof structure

Check minimum of 9 x 8mm Bulb Tite rivets into roof deck

Check minimum 2 x M14 bolt sets con-necting bracket to plate

Check angle of lanyard does not exceed 20°, causing excessive tension loading

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TECHNICAL

SYSTEM REQUIREMENTS

The worker must wear a certified rope access harness when connected to the Raptor Rail compliant with AS/NZS 4488.

Harness connectors must be rated to at least 12kN. Non-compatible connectors may unintentionally disengage (roll-out). Karabiners supplied with proprietary systems must not be removed or substituted with any other component.

INSPECTION AND MAINTENANCE

Inspection and recertification of abseil systems and equipment is required at least every 12 months by a qualified rope access inspector in accordance with manufacturer’s specifications and requirements of Australian Standard AS/NZS 4488.

TYPICAL ROPE ACCESS / ABSEIL SET-UP DIAGRAM

Code Description Minimum Ult Strength

A Primary anchor 12kN

B Counterweighted anchor (sometimes called a “needle”) - temporary 12kN

C Diversion 12kN

D Re-anchor (re-belay) 12kN

E Deviation 6kN

F Lateral restraint 2kN

G Improvised using sling (in the cases above, use of a steel column and a lift motor room has been made but sometimes other devices are used) - temporary

12kN

H Aid route 12kN

I Edge protection -

J Dead weight anchor - temporary 12kN

K Davit (primary anchor) 12kN

TYPICAL ABSEIL OPERATOR DIAGRAM

IMPORTANT NOTE

Failure to supply and/or install Sayfa proprietary products in accordance with Australian Standards compliance codes, Sayfa specifications and instructions voids complete system certification and/or warranty.

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30/6/15 MV

Anchor design - Drawings

AluminiumMaterial

ProductCode FAB NO:

TYPICAL SUNSHADE

ROPE LINE

ANCHOR IN REAR OF CONCRETE PARAPETLOAD RATED AT 12kN

ULTIMATE LOAD - 12kNLOWER FLOOR

SAFE ACCESS/FALL PROTECTION TO ANDOVER PARAPET MUST BE PROVIDED

LOAD POINTS (TO BE DESIGNED &CERTIFIED BY STRUCTURAL ENGINEER)

!

Dra

win

g N

o. 5

475

!SUN SHADE WILL NEED TO BE CONSTRUCTED AS TRAFFICABLE IF 3.0M OR LESS BELOW TOP OF PARAPET

ANCHOR POINTLOAD RATED AT 12KN

20ºMAX*

1.0M MAX(600mm PREFERRED)

Diagram not to scale, for illustration purposes only

TECHNICAL

ROPE ACCESS SYSTEM DESIGN LIMITATIONS

1. Design and installation of rope access systems must be in accordance with the requirements of AS/NZS4488.

2. Primary rope access anchors require a minimum ultimate design load of 12kN.

3. Appropriate labels or markings must be clearly visible on each anchor and include the following: - Ultimate design load anchor - Limitations of the system - Number of persons allowed per anchor - Next service date - Installer / certifier info

4. Sayfa recommends that the design layout and installation of any rope access system is done by a fully trained and competent person with a level 3 rope access industry certificate.

5. All structural loadings/forces on parapets, awnings and sunshades or canopies to be calculated and authorised by a qualified engineer.

6. Any awning, sunshade or canopy less than 3.0M below top of parapet must be trafficable to allow operator to stand on whilst accessing past the canopy edge.

7. Any structural component required will need to designed and approved by an engineer for rope access loads to 12kN load.

8. Any rope access anchorages placed within 2.0M of a fall edge, will require adequate fall protection to be provided for operator to access and attach to the rope access system safely.

9. Adequate protection for rope lines over sharp or fragile edges must be provided in accordance with current industry codes of practice and guidelines.

10. Any davit arm system that requires a base mount configuration will need to be designed and certified by a qualified engineer.

11. All products/systems to comply with relevant Australian Standards, WHS Regulations and Codes of Practice.

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NOTES

REF: COMMENTS:

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WARRANTY

NEVER HAS SAFETY IN THE WORKPLACE HAD A HIGHER PRIORITY

WARRANTY PERIOD ON THIS SYSTEM - 10 YEARS FROM DATE OF PURCHASE

Should you have a warranty claim as a result of a defect the following procedure must be followed: Identify the following information:

- The product/system name and code number.

- The date of purchase/installation.

- Installation company details.

- The installation identification number.

- The name of the company using this system.

- A description of the defect/warranty claim.

- The periodic system maintenance report.

Forward the above information to [email protected] or contact technical helpline, 1300 301 755.

TERMS & CONDITIONS

- All warranty claims must be made in writing within 14 days of the appearance of the defect.

- Incorrect installation or work done by a non accredited Sayfa system installer will void all warranty rights.

- Systems that have been installed using non proprietary equipment will void all warranties.

- System roof/cladding penetration seals are not covered in this warranty.

- Systems/components that have not been maintained in accordance with manufacturer’s/legislative requirements will void warranty.

- Systems used by incompetent persons or use with non compatible accessories ie. harness gear, lanyards, travellers, fall arrestors etc. will void warranty.

- Systems/components used for purposes other than their intended use will void warranty.

- General wear and tear is expected and will depend on the frequency of use and is not covered by warranty.

DISCLAIMER All product specifications and technical descriptions, recommendations and other information provided, are given as general guidance and advice, and are to be read in conjunction with Sayfa Group installation instructions and any other data available and applicable to each particular standard product or system. Use of such data is however the user’s sole responsibility, taking into account the intended application and actual conditions existing on the particular worksite. Consequent selection of the right product for any particular use, remains the user’s ultimate responsibility. Sayfa Group is therefore not obligated or liable for any direct or indirect, incidental or consequential damages, losses or expenses in connection with, or by reason of the suitability and use of or otherwise, any product or system for any purpose. Implied warranties of merchantability or fitness for any particular purpose, are specifically excluded.

All Sayfa Group products must be installed and used by competent personnel trained in the selection, safe use and maintenance of fall arrest systems and equipment by a registered training organisation (RTO) Installation not in accordance with Sayfa Group requirements or the use of non Sayfa Group components will void all certification and warranties.

Suitability of support structure and design layout of system is the responsibility of the installer and should be verified by a competent person trained by a Registered Training Organisation (RTO) in the selection, safe use and maintenance of fall arrest systems and equipment or approved by a structural engineer to ensure conformance.

Sayfa Group maintains a policy of continuous improvement and development, and therefore reserves the right to modify, amend or otherwise alter product and system designs and specifications, models and part numbers, colours and pricing etc without prior notice. Errors and omissions are excepted, and Sayfa Group accepts no liability for incorrect information, errors or omissions.

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SYSTEM CODE

RAPTOR RAIL SYSTEM - ROPE ACCESSOH 250

TECHNICAL DATA MATERIALS - Rail – profiled hi-tensile aluminum - Trolley – stainless steel including 6 sealed bearings - Mounting Brackets – profiled stainless steel and/or aluminium - Mounting Fixings – M12 stainless steel fixings

FIXINGS (into support structure) - Steel fixing – M12 bolt or threaded stud - Concrete fixing – M12 mechanical concrete anchor Note: May vary depending on applicationWEIGHT - 4.5kg / per linear metre of rail section

WORKING LOAD LIMIT Single person use – 180kg per trolley (user/equipment)

- Maximum horizontal pitch of rail for safe use – 3° (above 3° will require trolley stop device)

- Support structure integrity, suitability and fixing method to be assessed and determined by a competent person prior to installation

RAPTOR RAIL SPAN TABLE (FOR ROPE ACCESS USE)

RAPTOR RAIL ONLY


Max Span Length


1 4000mm 12kN

2 3200mm 18kN

3 2500mm 24kN

4 2000mm 30kN

COMPLIANCE Raptor Rail for abseil use is designed to comply with Australian Standards AS/NZS4488 and relevant statutory OHS Codes of Practice/Guidelines. (Refer instruction manual.)

TESTING Testing and performance based on requirements of Australian Standard

- AS/NZS 4488

PRODUCT WARRANTY 10 years from date of purchase subject to correct installation, use and maintenance in accordance with manufacturer’s specifications and recommendations. (Refer instruction manual.)

INSPECTION AND MAINTENANCE

Inspection and certification every 12 months by a height safety equipment inspector in accordance with manufacturer’s specifications and requirements of Australian Standard AS/NZS181.1:2009 (Refer instruction manual.)

IMPORTANT NOTE Failure to supply and/or install proprietary product in accordance with above standards and codes, specifications and instructions voids complete system certification and/or warranty.

Designed and manufactured by Sayfa Group. For all technical assistance contact Sayfa Group.SAYFAGROUP-01.08.2018

TECHNICAL SPECIFICATION

RAPTOR RAIL WITH LONGSPAN SUPPORT


Max Span Length


1 6000mm 12kN

2 5500mm 28kN

3 5200mm 24kN

4 4200mm 30kN

T 1300 301 755F 1300 881 092E [email protected]

FOR MORE INFORMATION VISIT SAYFA.COM.AU

1029 MOUNTAIN HWYBORONIA VIC 3155AUSTRALIAGROUP ACCESS PROTECT EQUIP

GROUP ACCESS PROTECT EQUIP

THE SAYFA GROUP WE SAVE LIVES! This is our Mission, and it drives our Vision to BRING EVERY WORKER HOME SAFELY.

Sayfa Group leads the industry in the design, installation and management of access, fall protection and ground safety systems. As an Australian owned company, we engineer and rigorously test our proprietary systems to exceed national and international standards. Simple installation and easy to use systems are our key drivers for ensuring maximum effectiveness, improved safety and compliance with Occupational Health and Safety standards in the workplace.

OUR VALUESWe are governed by the following principles in everything we do:

A – Accountability / Totally responsible and answerable for our actions.

L – Loyalty / Steadfast and dependable based on our values in our dealings with one another.

I – Integrity / Honest and sincere, we do what we say, on time every time.

V – Value Driven / Increase what’s of value in view of a win win plan for all.

E – Enthusiastic / Motivated and inspired to continuously perform better.

COMMITMENTWe are passionate about our work with every product a testament to our commitment of world class safety, quality and performance. Our obligation is to live up to our own high standards as well as those of our customers and stakeholders ensuring total peace of mind.



SYSTEM OPERATION - Sayfa · rope access systems. 2. Harness gear is susceptible to deterioration...

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Transcript of SYSTEM OPERATION - Sayfa · rope access systems. 2. Harness gear is susceptible to deterioration...