user guide - easi-edge

USERGUIDE

www.easi-edge.co.uk

IntroductionOverviewWhich systemClearancesBarriersBolt-on Sacrificial Clamp-on Concrete Timber StairsPedestrian Segregation

Services

CONTENTS

Page 3Page 4Page 6Page 7Page 9Page 10Page 172Page 27Page 32Page 39Page 45 Page 47

01777 870901 3www.easi-edge.co.uk

The easi-edge differenceWe design, fabricate, manage and hire products to provide practical industry leading solutions to all your working at height issues.easi-edge products are designed to conform to Working at Height Regulations 2005 and the British and European standard for temporary edge protection BS EN 13374.We are founding members of the Edge Protection Federation (EPF) and our mission is to make working at height safe for all site operatives.Our commitment to excellence through both superior product service is unparalleled. All products are designed by chartered structural engineers and are rigorously tested.Our experienced people are able to offer you advice on solutions to your working at height issues. We underpin our commitment through ISO 9001, 14001 and OHAS 18001.

And what’s more, we also offer a simple pricing system where we provide a quote with no hidden extras once the project has begun.Our dedicated sales managers can take your preliminary drawings or 3D model, propose and detail a scheme for site safety that can be easily incorporated during the fabrication and erection or general construction process.The easi-edge team will coordinate all deliveries to your site to suit project phases, with continuous on-site support provided by experienced field engineers whose qualifications include CSCS certification and Train the Trainer certificates.

INTRODUCTION

SYSTEMOVERVIEW


easi-edge SYSTEMS

OVERVIEWBOLT-ON SACRIFICIAL CLAMP-ON STAIRS

BOLT-ON STUB SACRIFICIAL SOCKET CLAMP-ON ‘L’ BRACKET

SURFACE MOUNTED SOCKET

UB/UC SECTIONS

Centres change depending on section depth

60x40x4SHS seamless minimum 130mm long

Maximum flange thickness of 38mm

PFC SECTIONS

Rotated depending on section depth

60x60x4SHS seamless minimum 130mm long

SHS/RHS SECTIONS

With the use of blind bolts 60x60x4SHS seamless minimum 130mm long

CHS SECTIONS

COLD FORMED SECTIONS

PRE-CAST CONCRETE

Surface & face fix (please contact with your

requirements)

Cast inserts or drill & fix

STRUCTURAL TIMBER

Surface, face & soffit fix (please contact with your requirements)

Surface fix (please contact with your requirements)

01777 8709016 www.easi-edge.co.uk

WHICH SYSTEM?

There are three main systems to choose from:

Whichever system is chosen they share some common features• Ground level beam dressing is preferable• The Posts should be positioned at a maximum of 1900mm apart along the

beams and approx. 300mm from the centre of the columns at each end.

10050

STANDARD BOLT-ON CLAMP ONSACRIFICIAL SOCKET

Cent

re o

f col

umn

Cent

re o

f col

umn

Split equal(1900 Max.)




300 approx. 300 approx.

22 dia


CLEARANCES

STRUCTURALTOPPING

PRE-CASTPLANK

Shown here are the clearance forms for each type of system, these are to be completed by the customer, so that we know the specific positioning requirements for each project. The general standard is to set the system with 20mm clearance in both the horizontal and vertical directions. However, you may find certain aspects of the build require greater or lesser clearances.

Barriers initially set on lower hook to provide final clearance for finished slab (as shown). It can be moved to the upper hook to provide an extra 100mm clearance (if required).



Alternative slab configuration

Vertical finalclearancerequired



Horizontal clearance required (to outer barrier)

Horizontal clearance required (to outer barrier)

Sockets are typically on centre line & socket length is at least as deep as slab (to avoid posts being cast into floor).

Depth of slab/screed/trim

Depth of slab/screed/trim

1050

o/b

arrie

r10

50 o

/bar

rier

1050

o/b

arrie

r


100

CLEARANCES

The two hook optionWhichever system is used, the default setting will give the option of initially hanging the barriers with the lower handrail in the second hook to suit the final, agreed clearance.The barriers can be lifted by 100mm vertically if required, by using lower handrail in the first hook to give a working clearance gap under the barriers for edge trim installation, slab floating etc.

System enhancements availableNetting – this can be combined with our system by attaching to the top rail of the barriers at 600mm centres. This is where our system is capable of spreading the load effectively.Telescopic rail and top-up barriers – can be used to provide a ‘double height’ option. Please contact our sales team for more information.

Typical installation position - Barriers can be set on lower hook to provide final clearances for finished slab (as shown)

Optional modified position - Barriers can be set on upper hook to provide an extra 100mm clearance (as shown)

Top of slab level

Agreed gap Working gap

1050

mm

o/b

arrie

r

1050

mm

o/b

arrie

r


BARRIERS

There are four barrier sizes available for use.

FULL BARRIERE-H0100 Full barrier (22kg)

THREE QUARTER BARRIERE-H0150 Three quarter barrier (16kg)

HALF BARRIERE-H0200 Half barrier (11.5kg)

QUARTER BARRIERE-H0250 Quarter barrier (8.7kg)

1050

mm1900mm (Max Post Ctrs)

2257mm Overall length

1050

mm

700mm (Max Post Ctrs)


1050

mm



1050

mm



Size and weight may vary slightly across the stock.

BOLT-ON SYSTEM


BOLT-ON SYSTEM

The unique single bolt fixing solution helps reduce the exposure to working at height.The bolted assembly with both horizontal and vertical adjustment facility is pre-detailed and delivered to site indexed to suit the floor slab detail.

Typical components which make-up a Post assembly:

STANDARD STUB

E-00650 300mm Stub (1.9kg) E-00750 400mm Stub (2.15kg)

STANDARD & EXTENDED BOOT

E-00500 standard Boot (3.2kg) E-00550 extended Boot (3.85kg)

STANDARD POST

E-00400 standard Post (3.6kg)

TYPICAL ASSEMBLY OF POST

300400

500m

m

650m

m

1070

mm

Post

Boot Stub


TYPICAL POST DRESSED WITH BARRIERS (SHOWING OVERLAPS)

Extra items available within the system (depending on the steelwork section sizes on the build)

STUB SPACER

E-00800 200mm spacer (5.8kg)

E-00900 400mm spacer (9.9kg)

E-00810 200mm spacer (2.65kg)

E-00910 400mm spacer (3.5kg)

MAXIMUM EXTENTS OF SYSTEM

BOLT-ON SYSTEM

200 200

400

400

1000mm

500mm to underside of panel

150mm

150mm


BOLT-ON SYSTEM

Typical Drilling DetailsUB/UC - Depending on the depth of the section size, the Stub may have to be positioned lower, or rotated. Three drilling options are available.PFC – Depending on the depth of the section the Stub may require rotating 90 degrees. Two drilling options available.SHS/RHS – Depending on the depth of the section the Stub may require rotating 90 degrees. Two drilling options available. This requires the use of blind bolts (if this is not suitable please consider the sacrificial socket system).

UC/UB

All holes 22mm diameter

Up to 178 UB or 152 UC

Up to 457 UB or 254 UC

533 UB and above or 305 UC and above


PFC

SHS

BOLT-ON SYSTEM

Up to a 180 PFC 200 PFC and above

Up to a 180 RHS/SHS 200 RHS/SHS and above


BOLT-ON SYSTEM

EXTERNAL CORNER

INTERNAL CORNER

Typically the hole pairs should be positioned 300mm from column centres at each end, the remaining length is covered at 1900mm centres, with the remaining closing gap being covered by either three quarter / half or quarter barrier. If it is above the maximum for a three quarter barrier (1200mm) then you can always pitch all the Posts at equal centres.

• On roof beams, smaller set-out dimensions are required at the ends of the beams (300mm then 1200mm) to provide greater overhang of the barrier to cover the gap normally occupied by a column.

• If holes land near to joints along the length of the beam, then set the holes at 300mm either side of this joint.

• External corners on floors – 300mm from the centre of columns then 1500mm to allow extra overhang of barriers to close off corners.

• Internal corners – from column centres – 300mm in one direction and 450mm in the other direction. This ensures that the bolt-on Stubs do not clash.

• Please note the positioning is flexible within reason and adjustable to clear connections, etc.

• Cellular beams should be detailed as above. Adjust the holes that clash with connections or cells and then take an overview of the centres ensuring the maximum 1900mm is not exceeded.

10050

300300

450 300

Cent

re o

f col

umn

Cent

re o

f col

umn






22 dia


Installation of the bolt-on system• The Post, Stub and Boot are pre-assembled and delivered to

site set to suit the relevant floor slab thickness and overhang.• The face of the top hook is colour coded.• With each delivery of components, a colour coded drawing

will be provided showing which colour of Post assembly is to be fixed to which beam.

• The unique ‘single bolt fixing’ system allows for quick and easy installation and removal.

• The Post assemblies should be installed using M20x60 bolts supplied.

• The Post hooks should always face into the building.• With the Posts in position, barrier panels should be applied,

initially set with on lower hook to provide final clearance for finished slab.

• Barrier panels should overlap adjacent barriers by at least one aperture at each Post where possible.

• Secure the barriers to the Post, the cable ties provided are to be fitted as a visual aid for inspection

• The section can now be craned into position.• Use two number pipe clamps to secure the barriers top

and bottom on all external and internal corners

Adjustment of the SystemThe following adjustment can be made on site:• The barriers can be lifted by 100mm vertically if required,

by using lower handrail in the first hook to give a working clearance gap under the barriers for edge trim installation, slab floating etc.

• Utilising the indexing holes and pins provided, the system can be adjusted both horizontally & vertically.

STAGE 1

STAGE 2

STAGE 3

STAGE 4

BOLT-ON SYSTEM

Outs

ide

of b

uild

Insid

e of

bui

ld

SACRIFICIAL SYSTEM


SACRIFICIAL SYSTEM

The sacrificial socket is generally welded to the top of the beam by the steel contractor, and will be cast into the concrete slab.


STANDARD POST EXTENSION STANDARD POST

E-01000 standard Post extension (2.3kg) E-00400 standard Post (3.6kg)

SACRIFICIAL SOCKET

60x60x4.0 SHS hot finished BS EN 10210 seamless section is to be welded to steelwork, by the fabricator. If using this system please contact for a sample Post extension prior to manufacture to ensure the SHS is a suitable size.


1070

mm

425m

m

standard Post

Post extension



LONG POST EXTENSION


E-03300 long Post extension (4.15kg)

Extra items available within the system.

SACRIFICIAL SYSTEM

847mm clearance to underside barrier

150mm

150mm


Detailing sockets for the sacrificial system• 60x60x4.0 SHS hot finished BS EN 10210 seamless section is

to be welded to steelwork, by the fabricator. If using this system please contact for a sample post extension prior to manufacture to ensure the SHS is a suitable size.

• The minimum length of socket should be 130mm. Socket lengths should always match the depth of the slab as a minimum.

• Sockets are generally positioned on the centre line of the top of sections but alternative positions are acceptable if required as shown below.

SACRIFICIAL SYSTEM

DECKING DECKING PLANKPRE-CAST

Cent

re o

f col

umn

Cent

re o

f col

umn






Socket on centre of beamStandard position

Socket at internal edge of beam Modified position to avoid cross bracing

Socket at internal edge of beam Modified position to avoid pre-cast planks

60x60x4 SHS seamless


Installation of the sacrificial system• The Post and Post extension are pre-assembled and delivered

to site set to suit the relevant floor slab thickness.• Simply insert the Post assembly into the appropriate sockets.• The face of the top hook is colour coded.• With each delivery of components, a colour coded drawing

will be provided showing which colour of Post assembly is to be inserted into which sacrificial socket.

• The Post hooks should always face into the building.• With the Posts in position, barrier panels should be applied,



• Secure the barriers to the Post, the cable ties provided are to be fitted as a visual aid for inspection.

• The section can now be craned into position (if dressed at ground level).

• Use two number pipe clamps to secure the barriers top and bottom on all external and internal corners.

Adjustment of the System The following adjustment can be made on site: • The barriers can be raised by 100mm by transferring

the lower handrail to the upper of the top two hooks.

STAGE 1

STAGE 2

STAGE 3

SACRIFICIAL SYSTEM

CLAMP-ON SYSTEM


CLAMP-ON SYSTEM

‘L’ BRACKET

STANDARD POST

E-01100 500 ‘L’ bracket (6.3kg) E-01150 740 ‘L’ bracket (7.85kg) E-01175 900 ‘L’ bracket (8.4kg)



1070

mm

525m

m

500mm

765m

m

740mm

925m

m

740mm

standard Post

‘L’ bracket




POST EXTENSION


Extra items available within the system.

CLAMP-ON SYSTEM

E-2400 Short Post extension (1.2kg)

E-2450 Long Post extension (2.3kg)

Clearance shown are to underside of barrier

940m

m744m

m504m

m

150mm

150mm


CLAMP-ON SYSTEM

Installation of the Clamp-on System • Apply the horizontal foot of the bracket and Post assembly

to the bottom flange of the beam with one of the sliding clamps on each side.

• Slide the clamps hard up to the section toes on each side. • Tighten the screws onto the flanges on both sides. This will

clamp the bracket tight to the underside of the section. • The Post hooks should always face into the building. • With the Posts in position, barrier panels should be applied,


• The section can now be craned into position (if dressed at ground level).




STAGE 1

STAGE 2

STAGE 3


External / internal corner – 300mm from the joint, these may need adjusting to avoid a clash.• Use two number pipe clamps to secure the barriers

top and bottom on all external and internal corners.

Adjustment of the systemThe following adjustment can be made on site: • The barriers can be raised by 100mm by transferring


EXTERNAL CORNER

INTERNAL CORNER

Positioning of the systemAs with the bolt-on and sacrificial systems the position of the clamp-on brackets should generally be at 1900 maximum centres along the beam and 300mm from column centres.

CLAMP-ON SYSTEM

300 Approx.

Split Equal (1900 Max.)




300 Approx.

Cen

ter

of C

olum

n

Cen

ter

of C

olum

n

Cent

re o

f col

umn

Cent

re o

f col

umn






CONCRETE SYSTEMS


CONCRETE SURFACE MOUNTED SYSTEM

This system can be used to strike the barriers internal to the build once the slab is cast, the barriers could have previously been on bolt-on Stubs (depending on build conditions).


SURFACE MOUNTED SOCKET STANDARD POST

TYPICAL ASSEMBLY OF POST TYPICAL POST DRESSED WITH BARRIERS

E-03450 surface mounted socket (2.4kg) E-00400 standard Post (3.6kg)

310m

m

1070

mm

1900mm (Max Ctrs)

Post

surfacemounted socket


Installation of the concrete surface mounted systemTypically if this is a previous installation of bolt-on Stubs with the barriers being moved internal to the build, then the pitching of the Posts should reflect the same centres.If this is a fresh installation then the barriers would be set-out following the detailing guidelines as highlighted in the sacrificial section.

Typical drilling details150mm minimum from the edge of slab.Fixing bolts to be supplied by others.

Installation of the system• The Post hooks should always face into the building. • With the holes drilled sockets can be bolted down in

position, Posts can be installed in to the socket to the required height.


• With Posts in position barrier panels should be applied, initially set with on lower hook to provide final clearance for finished slab.





STAGE 1

STAGE 2

CONCRETE SURFACE MOUNTED SYSTEM


CONCRETE SIDE FIX

The bolted assemble with both horizontal and vertical adjustment facility is pre-detailed and delivered to site indexed to suit the floor slab detail.


STANDARD POST


STANDARD STUB

E-00600 300mm Stub (1.7kg)

E-00550 extended Boot (3.85kg)

STANDARD & EXTENDED BOOT

E-00500 standard Boot (3.2kg)

TYPICAL ASSEMBLY OF POSTFIXING ADAPTER PLATE

KW-01-M05 Fixing adapter plate (2.22kg)

TYPICAL POST DRESSED WITH BARRIERS

300

1070

mm

650m

m50

0mm

140mm180mm standard Boot

standard Post

300mm Stub

1900mm (Max Ctrs)fixing adapter plate


CONCRETE SIDE FIX

Installation of the concrete surface side fix system• Minimum slab thickness required is 300mm thick • With the adaptor plate in position as well as the Stub,

drill 2 number holes to suit a M12 bolt. Fixing bolts to be supplied by others.

• Slide on the Boot and Post onto the Stub utilising the indexing holes and pins provided, adjust the positioning of the Boot on the Stub and the height of the Post relative to the floor requirements.

• The Post hooks should always face into the building. • Barrier panels should overlap adjacent barriers by at

least one aperture at each Post where possible.• With Posts in position barrier panels should be applied,






STAGE 1

STAGE 2

STAGE 3

STAGE 4

TIMBER SYSTEMS


TIMBER SIDE FIX SYSTEM

STANDARD STUB STANDARD BOOT

STANDARD POST


WOOD FIXING ADAPTER PLATE

E-00600 300mm Stub (1.7kg) E-00500 standard Boot (3.2kg)

E-00400 standard Post (3.6kg) KW-01-M05 wood fixing adapter plate (2.22kg)

1070

mm

140mm180mm

300

500m

m

1900mm (Max Ctrs)

Post

Boot

Stub wood fixing adapter plate



TIMBER SIDE FIX SYSTEM

Installation of the timber side fix system• The wood fixing adaptor plate and the Stub are fixed to the face

of the timber. The overall integrity of the system is dependent on all 6 adaptor plate fixing holes being utilised and the type of fixing screws used. All users should carry out calculations to identify which timber screw is suitable for the timber frame and how many are required to ensure the edge protection is securely fitted. easi-edge have carried out certain levels of testing by a random section of structural timber and impact testing in line with the requirements set out in the standard for edge protection systems, BS EN 13374. To enable the system to conform to this classification, the fixings should achieve a pull out force of a minimum 20Kn.

• With the fixing adaptor plate in position as well as the Stub, screw 6 number fixing screws into the face of the timber. Fixing screws to be supplied by others.

• Slide on the Boot and Post onto the Stub utilising the indexing holes and pins provided, adjust the positioning of the Boot on the Stub and the height of the Post relative to the floor requirements.

• The Post hooks should always face into the building.

• Barrier panels should overlap adjacent barriers by at least one aperture at each post where possible.

• With Posts in position barrier panels should be applied, initially set with on the lower hook to provide final clearance for finished slab.



Adjustment of the systemThe following adjustment can be made on site:

• The barriers can be raised by 100mm by transferring the lower handrail to the upper of the top two hooks.

STAGE 1

STAGE 2

STAGE 3

STAGE 4



SURFACE MOUNTED SOCKET

STANDARD POST WOOD FIXING ADAPTER PLATE

E-03450 surface mounted socket (2.4kg)


KW-01-M05 wood fixing adapter plate (2.22kg)

TIMBER SURFACE FIX SYSTEM

140mm180mm10

70m

m

310m

m


1900mm (Max Ctrs)

Post

wood fixing adapter plate

surface socket


TIMBER SURFACE FIX SYSTEM

Installation of the timber surface fix system• The wood fixing adaptor plate and the surface mounted socket

are fixed to the surface of the timber. The overall integrity of the system is dependent on all 6 adaptor plate fixing holes being utilised and the type of fixing screws used. All users should carry out calculations to identify which timber screw is suitable for the timber frame and how many are required to ensure the edge protection is securely fitted. easi-edge have carried out certain levels of testing by a random section of structural timber and impact testing in line with the requirements set out in the standard for edge protection systems, BS EN 13374. To enable the system to conform to this classification, the fixings should achieve a pull out force of a minimum 20Kn.

• With the wood fixing adaptor plate in position as well as the surface mounted socket, screw 6 number timber fixing screws into the surface of the timber. Fixing screws to be supplied by others.


• With the surface sockets in position, Posts can be installed in to the surface socket to the required height.





Adjustment of the systemThe following adjustment can be made on site:

• The barriers can be raised by 100mm by transferring the lower handrail to the upper of the top two hooks.

STAGE 1

STAGE 2

STAGE 3


TIMBER SOFFIT FIX SYSTEM

STANDARD STUB STANDARD BOOT

E-00600 300mm Stub (1.7kg) E-00500 standard Boot (3.2kg)

300

500m

m

STANDARD POST


WOOD FIXING RIGHT-ANGLE ADAPTER PLATE

E-00400 standard Post (3.6kg) KW-02-0010 wood fixing right-angle adapter plate (3.75kg)

1070

mm

200mm100mm

1900mm (Max Ctrs)

Post

wood fixingright angle adapter plate

Boot

Stub

150m

m



STAGE 2

TIMBER SOFFIT FIX SYSTEM

STAGE 3

STAGE 4

Installation of the timber soffit fix system• The wood fix right angle adaptor plate and the Stub are fixed

to the soffit of the timber. The overall integrity of the system is dependent on all 6 adaptor plate fixing holes being utilised and the type of fixing screws used. All users should carry out calculations to identify which timber screw is suitable for the timber frame and how many are required to ensure the edge protection is securely fitted. easi-edge have carried out certain levels of testing by a random section of structural timber and impact testing in line with the requirements set out in the standard for edge protection systems, BS EN 13374. To enable the system to conform to this classification, the fixings should achieve a pull out force of a minimum 20Kn.

• With the wood fix right angle adaptor plate and the Stub in position, screw 6 number timber fixing screws into the soffit of the timber. Fixing screws to be supplied by others


• With the wood fix right angle adaptor plate and the Stub in position, Posts can be installed in to the Boot to the required height.





Adjustment of the systemThe following adjustment can be made on site: • The barriers can be raised by 100mm by transferring


STAGE 1


STAIRS


STAIRS

Cast-in Socket/Surface Mounted SystemThis system can be designed in with cast-in sockets or retrofitted with drill and fix of the surface mounted posts.


SURFACE MOUNTED POST SOCKET STAIR POST

TYPICAL ASSEMBLY OF POST STAIR WING

E-03450 surface mounted Post socket (2.4kg) E-00450 stair Post (3.5kg)

E-02000 stair wings (13.2kg) supplied as pairs

1090

mm

310m

m

standardPost

surface mounted post


STAIRS

EXAMPLE OF DRESSED STAIRS

TYPICAL DRESSING OF FLIGHTS (SHOWING STAIR WINGS)

250 mm typ. 169

mm

typ.


TYPICAL DRESSING OF FLIGHTS (BARRIER COMBINATIONS & POSITIONS)Based on a 250mm going & 169mm rise.

STAIRS

1000 mm

845

mm

1207 mm

5 Risers

1250 mm

1014

mm

1509 mm

6 Risers

1500 mm

1183

mm

1811 mm

7 Risers

1750 mm

1352

mm

2112 mm

8 Risers

2000 mm

1521

mm

2414 mm

9 Risers

2000 mm

1521

mm

2414 mm

2250 mm

1690

mm

2716 mm

10 Risers

2500 mm

1859

mm

3018 mm

11 Risers

2750 mm

2028

mm

3319 mm

12 Risers

3000 mm

2197

mm

3621 mm

13 Risers

3250 mm

2366

mm

3923 mm

14 Risers

1/4 1/2 3/43/4

F 3/4

1/2F

F

3/4

F

3/4

F

F

F

F

9 Risers


STAIRS

Detailing of the SystemThere are a few basic set-out procedures to apply when detailing the surface mounted system.

Landing Corner – 250mm from the corner, further if a wall is to be built along the edge of the landing.

Typically 100mm - in from the edge of the concrete (flights and landings).

Returns on flights may require single Post and quarter panel.

Different maximum centre for panels when used on stairs to avoid too much clashing.

Please note these are starting parameters and within reason are adjustable.

TYPICAL LANDING PLAN

TYPICAL SECTION ON TREADS

140 140o/Stairs

TYPICAL TREAD DETAILS

= =40 100 Typ 40100 Typ

o/Stairs

100 Typ 100 Typ

Wall

Position cast-in sockets 100mm from edgeor from inside face of wall if built onto stairs

100m

m

100m

m

100m

m

100mm

100mm

150m

m25

0mm

250mm 250mm


STAIRS

Installation of the stair system• This system can be dressed to the PC stairs at ground level

(preferable) or in-situ, whichever is most suitable. If ground level installation is not an available option then PPE should be utilised in accordance with working at height regulations.

• The cast-in fixings (M16x100) will have been installed at appropriate positions around the castings.

• Surface mounted stair sockets (E-03450) should be applied to the cast-in fixings and M16x45 set screws and washers inserted and hand tightened.

• Posts should now be inserted into the sockets and indexing pins inserted to set the height required. Stair Posts (E-00450) should be used on the stair flights and standard Posts (E-00400) used on landings.

• The Post hooks should always face into the stair. • Holes in the baseplates of the units are slotted allowing

final positioning adjustments to be made (temporary application of barriers may help positioning). The screws should be fully tightened.

• Stair wings (E-02000) should be attached to the top and bottom panels of each flight. With each initial delivery of a staircase a marked up print will be supplied indicating Post locations and barrier sizes.



STAIR SOCKET

CAST IN SOCKET DETAIL

Please note these are starting parameters and within reason adjustable.

100 U.O.S. ==

M16 CAST-IN SOCKET


PEDESTRIAN SEGREGATIONSYSTEM


PEDESTRIAN SEGREGATION SYSTEM

The easi-ped system can be installed free-standing at ground level, providing segregation for walkways and voids.


FLOOR STAND

STANDARD BARRIERS

E-01300 2 Spigot (5.6kg) E-01350 4 Spigot (6.6kg)

E-H0100 Full barrier (22kg)

E-H0250 Quarter barrier (8.7kg)

2257mm overall length 1057mmoverall length

Assembly of the systemThe floor plates and barriers can be installed free-standing at ground level, with long runs of the system it would need to be braced.

TYPICAL RUN OF EASI-PED WITH BARRIERS


SERVICES


SERVICES

The complete easi-edge project management service includes:• Nationwide sales team• Total project management• Technical detailing and support• Deliveries & collections• Field Engineers available throughout the project• Problem solving• Training

Technical Detailing & SupportThe easi-edge technical team will work with you all the way from detailing stage until the edge protection is returned to us.With their CAD experience and knowledge of the system, they will draw up a bill of material for each phase or delivery and will work closely with your project managers to ensure each phase is delivered to site, on time and indexed to suit the building requirements.Our dedicated technical team are available to:• Attend meetings with main contractors and structural

steelwork fabricators before the project starts and as necessary throughout the project.

• Identify most suitable system(s) for the project.• Advise steel fabricator on drilling requirements,

in terms of size and location of holes etc.


Delivery & CollectionsThe easi-edge delivery service is part and parcel of the overall service available.easi-edge can arrange delivery of all our products throughout mainland UK.All edge protection barriers are delivered to site racked and banded on purpose built carriers, with fixings securely loaded onto pallets.To make life easier on site, all loads are clearly labelled and easily cross referenced to marked up print outs.

On-site Loading and UnloadingOff loading can be carried out by means of a forklift or crane.All carriers, stillages and pallets are used for transportation purposes and are deemed as packaging aids only.When unloading or loading the equipment, full wrap slings must be employed with each lift.Please note that loading and off loading of the equipment is the responsibility of the hirer and is not included in any transport charges quoted.

SERVICES


FIELD ENGINEERS

easi-edge provide a complete service package to all our customers. Not only do we offer advice and delivery on all our products, one of our experienced Field Engineers will also be assigned to your project and are available for on-site training, site inspections and problem solving.

Tool box talksAs part of the complete service offered with our edge and stair protection systems, tool box talks are available to educate the on site operatives on the safe installation of the system. The tool box talk will be arranged to coincide with the first delivery of edge or stair protection.

Site inspectionsAfter the initial tool box talk a follow up site inspection can be requested to check the installation of the edge protection.

Transfer of hireShould the hire of the edge protection be transferred over to another company, a full site inspection will be conducted to confirm a clean bill of health or to recommend any necessary remedial work. The Field Engineer will also calculate linear metres per floor level or area and undertake a full site inventory with both parties.When a transfer of hire is requested the following must be adhered to:

• Rates for the transferred goods will be agreed prior to the site transfer visit. An official quotation, along with any specific details will be sent to the customer taking over the hire.

• A minimum of one representative from the company who originally hired the system must be in attendance.

• A minimum of one representative from the company intending to take over the hire of the equipment must be in attendance.

• A full site inspection will be carried out by the easi-edge representative. The site inspection form will be completed by the easi-edge representative.

• The quantity of easi-edge to be transferred to the new customer will be agreed and signed for by all three parties, using the easi-edge transfer of hire form.

• Until the transfer of hire has taken place the original hire contract will remain and the hirer will receive invoices until the process has been completed.

• A full order must be received by the second company in order for the transfer of hire process to be deemed complete.

FOR MORE INFORMATION, PLEASE CONTACT US [email protected] OR CALL US ON 01777 870901

easi-edge Ltd Ollerton Road, Tuxford, Newark, Nottinghamshire NG22 0PQ

T: 01777 870901 E: [email protected] www.easi-edge.co.uk

easi-edge Ltd is a subsidiary of Billington Holdings Plc

user guide - easi-edge

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