BALUSTRADE SYSTEMSm.homeimprovementpages.com.au/.../axiom_design_-_balustrades_c… · made from...

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FRAMELESS SYSTEMS (METROPOLIS)

GLAZING CHANNELS

FRAMELESS HANDRAILS

FRAMELESS ASSEMBLY DETAILS

CHANNEL FIXING DETAILS

SEMI-FRAMELESS SYSTEMS (VECTRO / NEO / SPECTRA)

SEMI FRAMELESS POST SECTION

SEMI FRAMELESS HANDRAILS

SEMI FRAMELESS ASSEMBLY DETAILS

MODULAR FULLY FRAMED

FULLY FRAMED GLAZED STYLES

FULLY FRAMED BALUSTER STYLES

FULLY FRAMED HANDRAILS

FULLY FRAMED ASSEMBLY DETAILS

SPIGOT & HARDWARE

STAINLESS STEEL SPIGOT’S

ALUMINIUM SPIGOT’S

POOL FENCE HARDWARE

ENGINEERING COMPUTATIONS

AXILUME GLAZING CHANNELS

AXILUME POST SECTION

AXILUME MODULAR SYSTEM

PLEASE CONTACT AXIOM FOR MORE INFORMATION

FRAMELESS SYSTEMS (METROPOLIS)

GLAZING CHANNELS

FRAMELESS HANDRAILS

FRAMELESS ASSEMBLY DETAILS

CHANNEL FIXING DETAILS

SEMI-FRAMELESS SYSTEMS(VECTRO / NEO / SPECTRA)

SEMI FRAMELESS POST SECTION

SEMI FRAMELESS HANDRAILS

SEMI FRAMELESS ASSEMBLY DETAILS

INDEX

Axiom Design is an established business

committed to providing balustrade and

glazing systems to fulfill your architectural

requirements.

Axiom specialises in it’s own proprietary

systems but has the experience and

resource to fabricate your design.

Axilume balustrade systems offer visual

freedom and a spacious feel for your deck,

balcony or pool surrounds.

AXIOM DESIGN YOUR VIEW / YOUR STYLE

Axiom Design is an established business

committed to providing balustrade and

glazing systems to fulfill your architectural

requirements.

Axiom specialises in it’s own proprietary

systems but has the experience and

resource to fabricate your design.

Axilume balustrade systems offer visual

freedom and a spacious feel for your deck,

balcony or pool surrounds.

- Stylish option with a top rail, posts and glass infill

– No bottom rail

- Glass supported in recessed posts

- Suitable for privacy screens

- Elite style for uninterrupted views

- No vertical elements obstructing views

- Suitable for pool fences

- Axiom channels and handrails are structurally

engineered & tested for superior strength and safety

- Assembly and installation specifications are available

for specifier/installers convenience

SEMI-FRAMELESS

FRAMELESS

EZM GLAZING CHANNEL

AXR / POST

AXNG GLAZING CHANNEL

AZC GLAZING CHANNEL

EZF GLAZING CHANNEL

AZD GLAZING CHANNEL

ARN TOP RAIL

RRS TOP RAIL

APE / POST APR / POST APQ / POST

ART / TOP RAIL ARC / TOP RAILPRR / TOP RAIL

- Cost effective modular system

- No onsite glazing

- Concealed fixings

- Choice of styles

Axiom Design’s fabrication division supplies

quality handrails and balustrades to your

specific design, incorporating a wide range

of stainless steel, steel and glass options.

CUSTOM DESIGNS


HERITAGE / STYLE

VISTA / GLAZED CLASSIC / GLAZED

SETTLER / STYLE

NOVUS / TOP RAILELEGANCE / TOP RAIL LINEAR / TOP RAIL 76 ROUND / TOP RAIL TRADITIONAL / TOP RAIL

INTRODUCTIONAXILUME SYSTEMSAxiom Design specialises in the design and supply of

architectural balustrades. With origins dating back to the

early ‘80s, Axiom has supplied balustrading to thousands

of projects in Australia and abroad. As a result Axiom has

acquired extensive experience in this field.

AXIOM DISTRIBUTION NETWORKAxiom Design distributes the Axilume balustrade

system throughout Australia through a network of local

fabricators and balustrade companies. The role of the

local fabricator and balustrade companies is to liaise

with customer’s, and to fabricate and install the product

in accordance with the Axilume technical specifications

and engineering.

ENGINEERINGThe ‘safety of the end-user’ is Axilume Systems

number one priority. Engineering plays an integral

part of balustrade design, as the product must be able

to with-stand the loads stipulated in the Australian

Building Code. Axiom Design has a strong background

in structural design. Product is not only designed with

experienced engineering expertise, it is also physically

tested. Axiom Design has in-house facilities set up

especially for testing balustrade products.

SERVICE + SUPPORTAt Axiom Design we believe that it is not just all about the

product, but that service and support to the customers,

architects, designers, councils and fabricators is also

very important. We strive to make dealing with Axiom

Design an enjoyable experience.

APPLICATIONSAxilume balustrades have been designed to suit a

wide range of applications, from private residences

to commercial developments, including such diverse

projects as high-rise apartments, motels, retail

premises, offices and municipal facilities.

MATERIALSALUMINIUMThe principal members of all Axilume Balustrade

systems are made from 6000 series extruded aluminium

alloys, which have been selected for their strength, finish,

and corrosion resistance. The suitability of aluminium

as a durable metal in external environments, even when

unprotected, has been confirmed by some 30 to 40 years

of performance history.

Some minor items, such as end caps, are made from

cast aluminium using primary billet. Fasteners are also

either made from aluminium (eg.- rivets), or stainless

steel for maximum durability. All fixing anchors are

made from stainless steel. The use of these materials,

combined with observance of the Care and Maintenance

Instructions will ensure a long-lasting product.

GLASSAxilume Balustrades provides a wide choice of glazed

balustrades, which are very popular due to their minimal

obstruction of view. Glass for balustrades must comply

with the Australian Building Code.

Toughened Glass (Axiglass): This is called for by all

Axilume product specifications. It is very strong, but if

broken it fragments into relatively small and harmless

pieces. On very rare occasions it has been known to

break either spontaneously or from a sharp blow on an

unprotected edge.

Laminated Glass: Laminated glass while being stronger

than ordinary glass does not have the same desirable

properties as Toughened glass, and is not included in

any Axilume specifications when protecting a fall.

INTRODUCTION

SURFACE FINISHINGINTRODUCTIONOne of the advantages of Aluminium as a material is that

it provides an excellent substrate for surface finishing.

Aluminium is therefore the preferred choice of material

where coloured coatings are required. The main coating

method used is “Powdercoating”. Anodizing is also

available but with a much more limited choice of colour.

POWDERCOATINGPowdercoatings are applied as a powder, electrostatically

charged to provide a uniform film thickness, followed

by baking and final oven curing, resulting in a tough,

smooth, and even coating. This process is performed

in factory controlled conditions, and consistently gives

a more uniform and superior finish compared to wet

coating. Powdercoatings also have excellent adhesion to

pretreated aluminium. The use of solvents for cleaning

powdercoated surfaces should be strictly avoided.

ANODIZINGAnodizing is an induced thickening of the natural

protective oxide film on the metal’s surface, and not a

coating in the usual sense. The resulting film is clear,

hard, extremely corrosion resistant, and capable of being

coloured. Colour options are however relatively limited,

with Satin (Natural aluminium colour), Medium Bronze

and Dark Bronze being the main colours economically

available for balustrades. Some accessories, such as cast

endcaps, can not be anodized, and must be powdercoated

in a co-ordinating colour. The depth of the anodized film

can be varied to suit the application.

The use of abrasives for cleaning should be avoided

as they can damage the anodic layer beyond repair.

CARE & MAINTENANCE OF AXILUME BALUSTRADESGENERALIt is the fabricators responsibility to ensure that a copy

of these Care and Maintenance Instructions is made

available to every purchaser of Axilume Balustrades.

It is important that every building owner observes these

recommendations to obtain the durability required in the

Australian Building Code.

1. MAINTENANCESafety barriers shall be maintained in a structurally

sound condition and, where applicable, self-closing

gates and other components required for the protection

of children shall be kept operable. Defects shall be

remedied immediately they are apparent.

2. SURFACE FINISHWhile surface finishes do not last forever, observance

of these instructions will maintain their appearance

and significantly extend their useful life. Observance of

these instructions is also required to achieve Durability

performance and for surface finish warranties to be

valid (where applicable). They apply to both anodized and

powdercoated surfaces.

3. CARE AND PROTECTIONProtect the balustrades at all times from contact with:

solvents, stains and fertilisers. If contact does occur,

remove the contaminant immediately and wash as

described below.

cement or concrete less than 1 month old, and water

which has contacted any of these substances.

4. CLEANINGThe balustrade and its fixing points must be cleaned

down at least every six months. In areas where pollutants

are common such as industrial or geothermal areas, and

for all sites within 1 km from the sea or in any sea spray

zone cleaning must be carried out more frequently as

required, but not less than every three months.

5. CLEANING PROCEDUREa. Remove loose deposits with a wet sponge. Do not

dry dust, or the surfaces will be scratched. Remove

any moss growth, and ensure that all drain holes are

unblocked, particularly those at the base of the posts.

b. Using a soft brush and a mild household detergent

in warm fresh water, clean the surface to remove any

dust, salt, or other deposits. Pay particular attention

to any areas not washed naturally by the rain.

c. Always rinse well after cleaning with fresh water to

remove any remaining detergent.

Warning: Solvents! household cleaners! bleaches! and abrasive cleaners

are possibly harmful to the surface finish! and must not be used.

6. GLOSSPowdercoated surfaces will lose some gloss with time.

Where desired, powdercoated gloss may be enhanced

with ‘Dulux Gloss Up’, used in accordance with the

manufacturer’s instructions.

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AZD2For supporting free standing glass balustrades, using 10, 12 or 15mm

thick toughened glass. Designed for use on timber decks using two

rows of exposed fixings, or on concrete decks using a central row

of fixings. May be used with SRA, SRB or SRE retained back seals,

depending on glass thickness. Suitable for pool fencing.

EZF2For supporting free standing glass balustrades, using 10, 12 or 15mm

thick toughened glass. Designed for use on timber decks and concrete

substrates. Suitable for pool fencing.

The EVF cover cap is to be used on both sides of the channel.

EZM3For supporting free standing glass balustrades, using 10,12 or 15mm

thick toughened glass. It is designed for use on parapets, and if

correctly installed, the creation of toeholds may be avoided. It may

also be used for some full height balustrades, subject to relative

design criteria.

AZCFor supporting free standing glass balustrades, using 10,12 or 15mm

thick toughened glass. It is designed for use on parapets, and if

correctly installed, the creation of toeholds may be avoided. It may

also be used for some full height balustrades and pool fenching,

subject to relative design criteria.

AXNG Non Grout Mechanical fix glazing channel for free standing glass

balustrades, using 12, 15mm thick thoughened glass.

As seen in the assembly details glass is clamped into channel using the

AXBC clamping bolt.

The EVF cover cap is to be used on both sides of the channel.

GLAZING CHANNELS FOR METROPLOS STYLE

GROUTED / NON GROUTED

90

.5

8.5

80

60

98

99

.5

60

84

60

10

0.3

63.5

11

4.5

TOP RAILS FORFRAMELESS BALUSTRADES

RRS/ 54 ROUND OUTER TOP RAILSingle piece designed for frameless glass balustrades. To be siliconed

to top edge and at joints use inner spigot RJS. RRS accepts SRD

retained gaskets, and two 8 gauge screws for endplates. Use endcaps

RCS or wall plate RWT.

51

20

54

24

ARN/ SQUARE OUTER TOP RAILDesigned for frameless glass balustrades, To be siliconed to top edge of

glass and at joints use inner spigot DIS4. Accepts two 8 gauge screws

for endplates.

Use endcap ARNE or wallplate ARNC.

30

39

RJS/ TOP RAIL JOINTERInsert spigot for RRS outer top rail where joins occur in outer top rail.

It is recommended that 300mm is allowed on each side of a join.

DIS4/ INSERT SPIGOTFor joins when using ARN outer top rail. It is recommended that 300mm

is allowed each side of a join.

18

71 55

AXBC/ CLAMPING BOLT COMBINATION

20

15

EVF CAPTo be used for EZF & AXNG to cap the mouth of the channel

ASSEMBLY DETAIL EZM3 CHANNEL

METROPOLIS

ARN GLAZING TOP RAIL. Silicone bond to top edge of

glass. Note: A Top Rail is recommended to prevent glass

breakage, by protecting the top edge from being struck

by hard objects.

SWL12 WEDGE GASKET on both sides of the glass

for 12mm Toughened Glass, or #SWL10 for 10mm

Toughened Glass, or #SWL15 for 15mm Toughened

Glass.

SBC SETTING BLOCKS at 500mm centres to

separate the top rail from the glass and prevent

over-compression of the bonding silicone during

rail placement.

TOUGHENED GLASS PANELS of appropriate thickness.

All exposed edges to be Flat Polished.

NSG EPOXY GROUT

FIXINGS. (Not shown) To substrate on centreline of channel.

SWZ9 WEDGE GASKET to the inner face of glass for

12mm glass or 15 mm glass. Use #SWZ9 on both sides

for 10mm glass.

Note: Gaskets and wedges are only designed to

deflect the majority of surface water in this vicinity.

They will not entirely prevent water ingress into the

channel. Where the inside of the Glazing Channel is

adequately protected from corrosion, gaskets may

be used to cover the grout surface. Otherwise the

grout surface must be sealed with MS Silicone.

RETAINED GASKET to the outer face of glass, either

#SRB for 12mm glass, or #SRE for 15mm glass.

Must be slid into channel prior to assembly.

SBS SETTING BLOCKS. One block at each end of every

glass panel.

EZM3 GLAZING CHANNEL to be continuous wherever

practical. Joins should align with glass panel joins, and

be tightly butted together and sealed before grouting.

ASSEMBLY DETAIL AZC CHANNELMETROPOLIS




by hard objects.




Glass.




rail placement.



NSG EPOXY GROUT



12mm glass or 15 mm glass. Use #SWZ9 on both sides

for 10mm glass.









#SRB for 12mm glass, or #SRE for 15mm glass.



glass panel.

AZC GLAZING CHANNEL to be continuous wherever



ASSEMBLY DETAIL EZF2 CHANNEL

METROPOLIS




by hard objects.

SWL12 WEDGE GASKET on both sides of the glass for

12mm Toughened Glass, or #SWL10 for 10mm


Glass.




rail placement.



NSG EPOXY GROUT.

FIXINGS. (Not shown) Use a pair of fixings, one on the

grove line on the flange and one on the grove line inside

the channel.

WEDGE SRE for 12mm glass.

Note: Gaskets and wedges are only designed to deflect

the majority of surface water in this vicinity. They will not

entirely prevent water ingress into the channel. Where

the inside of the Glazing Channel is adequately protected

from corrosion, gaskets may be used to cover the grout

surface. Otherwise the grout surface must be sealed

with MS Silicone.

RETAINED SRE GASKET to the outer face of glass.

Must be slid into clip-on cap prior to assembly.

EVF CLIP-ON CAPS. Clip fits to the #EZF2 channel on

both sides of the glass.


glass panel.

EZF2 GLAZING CHANNEL to be continuous wherever



ASSEMBLY DETAIL AZD2 CHANNELMETROPOLIS




by hard objects.




Glass.




rail placement.



NSG EPOXY GROUT



12mm glass or 15 mm glass. Use SWZ9 on both sides

for 10mm glass.









SRB for 12mm glass, or SRE for 15mm glass.



glass panel.

AZD2 GLAZING CHANNEL to be continuous wherever



METROPLIS AXNG NON GROUT MECHANICAL

FIX CHANNEL

AXBC

EVF Caps

Toughened glass panel

of appropriate thickness.

All exposed edge.

SWL12 Wedge Gasket

ARN Glazing Top Rail

SBC Setting Block

AXBC

AXNG Glazing Channel

FIXING DETAILS

AZC FIXING DETAILAZC GLAZINGCHANNEL

REINFORCEDCONCRETE SLAB

35mm MIN

23mmMAX

D

P=t= topping

thickness

SUBSTRATE LEVEL

MINIMUM DEPTH OF

EMBEDMENT

AZD2 GLAZINGCHANNEL

FASTENERS IN PAIRS, LOCATED CENTRALLY ON THE JOISTS

JOISTS

DECKING

SUBSTRATE LEVEL

140mm

MINIMUM

BOUNDRY EDGE JOIST

19-30mm

#AZD2 GLAZINGCHANNEL


35mm MIN

24mmMAXP=

t= topping thickness

SUBSTRATE LEVEL

MINIMUM DEPTH OF EMBEDMENT

D

AZD2 FIXING DETAIL AZD2 FIXING DETAIL – CONCRETE

FIXING DETAILS

EZF2 FIXING DETAIL

EZM3 FIXING DETAIL

#EZF2 GLAZINGCHANNEL WITH 2 OFF #EVF CAPS


35mm MIN

23mmMAX

D

P=t= topping thickness

SUBSTRATE LEVEL


51mm

EZM3 GLAZINGCHANNEL


35mm MIN

23mmMAX

D

P=t= topping

thickness

SUBSTRATE LEVEL


FIXING DETAILS

AXNG GLAZINGCHANNEL


35mm MIN

23mmMAX

D

P=t= topping

thickness

SUBSTRATE LEVEL


AXNG FIXING DETAIL

SE

MI

- F

RA

ME

LE

SS

SEMI FRAMELESS POSTER SECTION

VECTRO/NEO/SPECTRA

APR/ INLINE GLAZING POSTPost with glazing recess on both sides.

An EKM bracket or AIA must be used to provide vertical support to glass.

Glazing pocket width = 19.6mm

Glazing pocket depth = 24.0mm

Accepts AIR infill to blank off recess if required.

10 gauge screw flutes.

APQ2/ CORNER RECESSED POSTPost with glazing recesses on adjacent faces for corner applications. An

EKM bracket or AIA must be used to support glass on the larger recess

and an EKMQ bracket or AIA on the shallow recess side.


Glazing pocket depth = 24.0mm (large recess)

Glazing pocket depth = 13.0mm (small recess)



APE/ HEAVY DUTY INLINE RECESSED GLAZING POSTExtra heavy duty post with glazing recess on both sides.


Suitable for applications requiring higher protection e.g. 1700mm high.

Glazing recess width = 19.6mm

Glazing recess depth = 24.0mm

Accepts AIR infill to blank off recess if required 10 gauge screw flutes

AXR/ INLINE ROUND GLAZING POSTPost with glazing recess on both sides.



Glazing pocket depth = 24.0mm



50

50

50

50

50

60

56.0

50.0

19.5

ART/ ELLIPTICAL OUTER TOP RAILClip fits to DRH or PZT inner rails to form a continuous top rail.

Accepts two 8 gauge screws endplates.

Uses ACT endcaps.

PRR/ PROVENCE OUTER TOP RAILClip fits to DRH or PZT inner rails to form a continuous top rail.

Accepts two 8 gauge screws for endplates.

Uses PRCT endcaps.

ARC/ ROUND OUTER TOP RAILClip fits to DRH or PZT inner rails to form a continuous top rail.

Accepts one central 8 gauge screw for endplates.

Uses ACC endcaps.

DRT/ DÉCOR OUTER TOP RAILClip fits to DRH or PZT inner rails to form a continuous top rail.

Accepts one central 8 gauge screw for endplates.

Uses DCT endcaps.

OUTER TOP RAILS FOR SEMI FRAMELESS BALUSTRADES

26

84

24

68

56

70

28

54

INNER/OUTER TOP RAILS FOR SEMI FRAMELESS

BALUSTRADES

PZT/ LOW PROFILE INNER GLAZING RAILFor top rail glass insertion.

Compatible with top rails –ARC, ART, DRT3 and PRR.

Accepts SRD retained gasket on both sides.

Two 8 gauge screw pipes.

DRH/ INNER TOP RAIL – NON GLAZEInner with a flat underside except for a 19x1.0 recess.

Compatible with top rails – ARC, ART, DRT3 and PRR.

Accepts two 8 gauge screws.

DIS3/ INSERT SPIGOTFor joins in DRL2 lower rail.

DRL/ LOWER RAILCan be used as a small glazing section with use of retained and wedge

gaskets. Also accepts DIA insert as an infill.

54

18

54

17

28

33

ASSEMBLY DETAILSFOR SEMI FRAMELESS BALUSTRADES

A

B

C

D

E

F

G

VECTRO WITH AIA INSET

Legend

A ACPR post cap, push fit to top of

Post after installation of glass.

Secure to posts with a small

amount of silicon or adhesive on

the prongs.

B toughened glass, of appropriate

thickness, depending on the

post spacing. Refer to Style

Specification. Exposed horizontal

edges to be flat polished.

C SRE retained gasket to the outer

face of glass 10mm or 12mm glass.

SRB retained gasket used for 8mm

glass. Must be slid into post prior to

assembly.

D Wedge gasket to the inner face

of glass, either SWE50 (with SRB

retained gasket) for 8mm glass,

SWL10 for 10mm glass, or SWL15

for 12mm glass.

E APR2 (illustrated), or APE recessed

post. On 90° corners use APQ2

corner recessed post.

F AKS plate with SBC setting block, to

support glass. Attach to AIA insert

via FV10- 19TR.T1 truncated screw.

G AIA insert for supporting glass by

transferring weight down to base

plate or substrate.

ASSEMBLY DETAILSFOR SEMI FRAMELESS

BALUSTRADES

NEO WITH AIA INSET

Legend

A FV10-19 screws. 4 per post. Drill size = 5.5mm Ø.

B ART outer top rail

C PZT glazing inner top rail

D FS4-4 rivets. 1 pair within 150mm from panel

ends; and at 1000mm maximum centres

between, and on either side of joints in Outer

Top Rail. Drill size = 3.3mm Ø.

E SRD retained gasket both sides of glass.

Must be slid into rail prior to assembly.

F Retained gasket to the outer face of glass,

either SRB for 6mm and 8mm glass, or SRE

for 10mm and 12mm glass. Must be slid into

post prior to assembly.

G toughened glass, of appropiate thickness,

depending on the post spacing. Exposed

horizontal edges to be flat polished. Top rails

need to be removed for glazing.

H wedge gasket to the inner face of glass, either

SWE70 for 6mm glass, SWE50 for 8mm glass,

SWL10 for 10mm glass, or SWL15 for 12mm

glass.

I APR2 (illustrated), APS or APE recessed post.

On 90° corners use APQ2 corner recessed post

J AKS plate with SBC setting block, to support

glass. Attach to AIA insert via FV10- 19TR.T1

truncated screw. For further detail of bracket

attachment for situations,

K AIA insert for supporting glass by transferring

weight down to base plate or substrate.

B

E

F

H

I

K

J

G

C

D

A


B

E

H

I

J

K

G

F

C

D

A

SPECTRA WITH AIA INSET

Legend

A FV10-19 screws. 4 per post.

Drill size = 5.5mm Ø.

B PRR outer top rail

C DRH inner top rail

D FS4-4 rivets. 1 pair within 150mm

from panel ends; and at 1000mm

maximum centres between, and

on either side of joints in Outer Top

Rail. Drill size = 3.3mm Ø.

E Air infill between glass and Top

Rail. Insert after glass installation.

F retained gasket to the outer face

of glass, either SRB for 6mm and

8mm glass, or SRE for 10mm and

12mm glass. Must be slid into post

prior to assembly.

G toughened glass, of appropriate

thickness, depending on the post

spacing. Exposed horizontal edges

to be flat polished.

H Wedge Gasket to the inner face

of glass, either SWE70 for 6mm

glass, SWE50 for 8mm glass,

SWL10 for 10mm glass, or SWL15

for 12mm glass.

I APE (illustrated), or APR2 recessed

post. On 90° corners use APQ2

corner recessed post

J AKS plate with SBC setting block, to

support glass. Attach to AIA insert

via FV10- 19TR.T1 truncated screw.

K AIA insert for supporting glass by

transferring weight down to base

plate or substrate.


BALUSTRADES

VECTRO WITH EKM BRACKET

Legend

A ACPR end cap. Locating pins fit into

screw flutes.

B Safety glass. Thickness depends

on post spacings and relevant

conditions. Exposed edges to be flat

polished.

C SRE retained gasket to outer faces

of glass, for 8mm, 10mm or 12mm

glass. Must be slid in prior to

assembly.

D Wedge gasket to inner face of

glass, either SWL/5 for 8mm glass,

SWL/10 for 10mm glass or SWL/15

for 12mm glass.

E APR recessed post. On corners use

APQ corner recessed post.

F EKM bracket with additional SBG

or SBC setting block to support

glass. For intermediate posts, drill

5.5mm holes and fix brackets back

to back through the web of the post

with two sets M5 x 20mm stainless

steel screws, washers and nyloc

nuts. For further detail of bracket

attachment for inline, end and

corner posts.

G AIR infill.

G

A

C

E

D

F

B


NEO WITH EKM BRACKET

Legend

A 19 gauge x 19mm screws. 2 per rail

end. Holes size in rail 5.5mm dia.

B ART outer top rail.

C PZT inner top rail.

D Rivets. One pair within 150mm from

end panels ends, and at 1000mm

maximum centers between, and on

either side of joints in outer top rail.

Hole size for rivets 3.3mm dia.

E SRD retained gasket.

F Safety glass, 6, 8 or 10mm thick

depending on post spacing and

conditions. Exposed edges to be

flat polished.

G SRB retained gasket for 6mm glass

or SRE retained gasket for 8 and

10mm thick glass. Must be slid

into post prior to assembly. SWL/6

wedge gasket for 6mm glass,

SWL/5 for 8mm glass and SWL/10

for 10mm glass.

H APR, APQ, APE.

I EKM bracket with additional SBG or

SBC setting block to support glass.

For intermediate posts, drill 5.5mm

holes and fix brackets back to back

through the web of the post with

two sets of M5 x 20mm stainless




corner posts.

J AIR infill.

B

F

J

I

H

E

G

A

DC


BALUSTRADES

SPECTRA WITH EKM BRACKET

Legend

A 19gauge x 19mm screws. 2 per rail

end. Holes size in rail 5.5mm dia.

B ART outer top rail.

C DRH inner top rail.

D Rivets. One pair within 150mm from

end panels ends, and at 1000mm

maximum centers between, and on

either side of joints in outer top rail.

Hole size for rivets 3.3mm dia.

E AIR infill between glass and top rail.

F Safety glass, 6, 8 or 10mm thick

depending on post spacing and

conditions. Exposed edges to be

flat polished.

G SRB retained gasket for 6mm glass

or SRE retained gasket for 8 and

10mm thick glass. Must be slid into

post prior

H APR post.

I EKM bracket with additional SBG or

SBC setting block to support glass.

For intermediate posts, drill 5.5mm

holes and fix brackets back to back

through the web of the post with

two sets of M5 x 20mm stainless




corner posts.

J AIR infill between bracket and end

of post.

G

F

J

I

E

D

H

A

B

C

POST ASSEMBLY DETAILS

BALUSTRADES

AIA INFILL APR

SBC Setting Blocks.

FV10-19TR.T1 Truncated Screws. Insert through central

hole in AKS plate in all cases, except when used in

shallow recess of APQ2 post use outer hole.

AKS Plate.

AIA Insert. Slides into post recess and sits on base plate

with AKS attached to top.

Balustrade Post. APR2 illustrated.

Baseplate. BSQP illustrated.

GENERAL METHOD

CROSS SECTION

SBC Setting Blocks.

FV10-19TR.T1 Truncated Screws. Insert through central

hole in AKS plate in all cases, except when used in

shallow recess of APQ2 post use outer hole.

AKS Plate.

AIA Insert. Slides into post recess and sits on base plate

with AKS attached to top.

Balustrade Post. APE illustrated.

Baseplate. BERP illustrated.

GENERAL METHOD

CROSS SECTION

AIA INFILL APE


BALUSTRADES


BALUSTRADES

A

C

B

D

A

B

C

D

A

D

B

C

POST TO BASE PLATEBase plate must have all screws inserted to

insure strength requirements. Screws supplied

by Axiom for this purpose.

A APR Post

B BSQP Base Plate

C FV 10-38 Screws

D AIR infill

APQ/ CORNER POST ASSEMBLY WHEN USING EKMA APQ Post

B EKM Bracket

C SBC Rubber Block

D M5 x 35 Screw

APR/ INLINE POST ASSEMBLY WHEN USING EKMA APR Post

B EKM Bracket

C M5 x 35 Screw

D SBC Rubber Block


BALUSTRADES

APE/ INLINE POST ASSEMBLY WHEN USING EKMA APE Post

B EKM Bracket

C M5 x 35 Screw

D SBC Rubber Block

APR/ STOP END POST ASSEMBLY WHEN USING EKMA APR Post

B AIR infill

C EKM Bracket

D M5 x 35 Screw

E SBC Rubber Block

APE/ STOP END POST ASSEMBLY WHEN USING EKMA APE Post

B AIR infill

C EKM Bracket

D M5 x 35 Screw

E SBC Rubber Block

A

B

C

E

D

A

D

C

E

B

A

B

D

C

SETTING BLOCK / BASE PLATE

SBC/ SETTING BLOCKUsed as a setting block on top of glass when attaching a top rail with

silicone and can be used when using EKM type glass mount brackets.

Size 3 x 10 x 25mm, self adhesive.

SBG/ SETTING BLOCKUse on top of EKM type glass mount brackets to separate glass from metal.

Size 5 x 9 x 25mm, self adhesive.

SBM/ SETTING BLOCKFor supporting glass in EZM channel. Size 25 x 25x 12mm

SBS/ SETTING BLOCKFor supporting glass in AZD and EZF channel. Size 50 x 18.8 x 16.6mm

BERP/ BASE PLATE FOR APE POSTFor use with APE post only. 115mm edge is normally transverse to the rail.

12mm thick plate. Has 4 x 12mm dia holes for fixings.

VBWH/ NARROW BASE PLATEFor use with APR and APQ recessed posts where two fixings are sufficient.

12mm thick. Has 2 x 13.0mm holes for fixings.

BSQP/ SQUARE BASE PLATEFor use with APR and APQ recessed posts. 12mm thick. Has 4 x 12.0mm

holes for fixing.

3

2510

5

259

12

25 25

16.6

50

18.8

115

90

10

0

75

63

11

5

90

90

65

6590

MO

DU

LA

R F

UL

LY

FR

AM

ED

ELEGANCE/Height = 30mm

Width = 79mm

LINEAR/Height = 24mm

Width = 67mm

NOVUS/Height = 46mm

Width = 140mm

76 ROUND/Diameter = 76mm

TRADITIONAL/Height =48mm

Width = 70mm


HANDRAIL OPTIONS

VISTA


SETTLER

CLASSIC

HERITAGE

CLASSIC

HERITAGE

VISTA

SETTLER

STEP TWO

STEP ONE

STEP THREE


FABRICATED TO YOU TO YOUR REQUIRED SIZE, STYLE AND COLOUR.

Pre fabricated, pre glazed and fully assembled

balustrade for ease and speed of installation.

The Aximlume modular system is supplied to

the installer as a finished product ready for

installation. See below for the 3 easy steps

for installation.

STEP TWO STEP THREE


FABRICATED TO YOU TO YOUR REQUIRED SIZE, STYLE AND COLOUR.

Pre fabricated, pre glazed and fully assembled

balustrade for ease and speed of installation.

The Aximlume modular system is supplied to

the installer as a finished product ready for

installation. See below for the 3 easy steps

for installation.

STEP ONE

MODULAR FULLY FRAMED VISTA

Isometric viewTop fixed or cored drilled

Safety glass

Elevation view

Post

Safety Glass

Undercap

Bottom Rail

“Elegance”

Elliptical Handrail Shown

Baseplate

(Secured by concealed fixing)

Glazing Gasket

Other handrails


CLASSIC


Safety glass

Post

Safety Glass

Undercap

Midrail

Bottom Rail

“Elegance”


Baseplate


Glazing Gasket

Other handrails

Elevation view

MODULAR FULLY FRAMED SETTLER


Safety glass

Elevation view

Post

Baluster

Undercap

Bottom Rail

“Elegance”


Baseplate


Glazing Pocket Infill

Other handrails


Safety glass

Post

Baluster

Undercap

Bottom Rail

“Elegance”

Elliptical Handrail Show

Baseplate


Glazing Pocket Infill

Other handrails

Midrail

Elevation view


Safety glass

Post

Undercap

“Elegance”

Elliptical Handrail Show

Other handrails

Midrail


HERITAGE

FR

AM

EL

ES

S S

PIG

OT

S

& G

LA

SS

HA

RD

WA

RE

MINI POST / SPIGOTAXILUME MINIPOSTS

ALUMINIUM / STAINLESS STEEL

AXILUME MINIPOSTS ALUMINIUM / STAINLESS STEELMPBPA/ ALUMINIUM MINIPOST WITH BASE PLATE MPCDA/ ALUMINIUM MINIPOST WITH CORE HOLE COVERAxilume aluminium minipost suitable for core hole with corehole cover plate

or base plated for mounting to timber deck. Two holes in glass per minipost.

MPBPSSBA/ STAINLESS STEEL MINIPOST WITH BASE PLATE MPCDSSBA/ STAINLESS STEEL MINIPOST WITH CORE HOLE COVERAxilume stainless steel minipost with full height adjustment.

Simply turn the bottom rig to adjust to the right height.

One complete turn = 1mm. No holes required in glass.

MPBPSSFBA/ STAINLESS STEEL MINIPOST WITH BASE PLATE MPCDSSFBA/ STAINLESS STEEL MINIPOST WITH CORE HOLE COVERAxilume stainless steel minipost with full adjustment front and

back by single tightening the grout screw either side of mini post.

No holes required in glass.

GATE HINGE / LATCHAXILUME MINIPOSTS ALUMINIUM / STAINLESS STEEL

AXILUME SELF CLOSING GATE HINGE / MAGNETIC LATCHAXHSSH/ AXILUME HYDAULIC HINGEFrameless glass gate hydraulic hinge with full adjusted at base of hinge.

Shown with adjustment

AXHSS/ AXILUME SELF CLOSING HINGEFrameless glass self closing hinge available for glass to glass, glass

to square post, glass to wall and glass to round post applications.

AXLSS/ AXILUME STAINLESS STEEL LATCHFrameless glass magnetic latch. Available for glass to glass, glass

to post or wall, glass to round post and glass to glass 90° applications.

96

10

2

38 34

57

90

50

AXF5001HEAVY DUTY NON-HOLD OPEN FLOOR SPRING WITH INTERCHANGEABLE SPINDLE– Comes standard with 5mm spindle (10mm offset)

– 10mm (15mm offset) and 15mm (20mm offset) extended spindles

available upon request.– Maximum door width 1100mm

– Maximum door weight 100kgs

– Non Hold Open for Pool Gates

DIMS:Cement Box Size

– 306mm - Length

– 108mm - Width

– 40mm - Height

Adjustment in Cement Box

– 7mm - Length

– 10mm - Width

– 4mm - Height

Cover Available in Satin or Polished 316 Stainless Steel

NOTE:In areas likely to be subject to water our optional stainless steel cement box

is available. All our range of patch fittings, pivots, and latches compliment

the floor spring installation

FLOOR SPRINGS

AXF5004HEAVY DUTY HOLD OPEN FLOOR SPRING– Ideal for pivot entry doors and storefronts

– Maximum door width 1100mm

– Maximum door weight 100kgss

DIMS:Cement Box Size

– 306mm - Length

– 108mm - Width

– 40mm - Height

Adjustment in Cement Box

– 7mm - Length

– 10mm - Width

– 4mm - Height

Cover Available in Satin or Polished 316 Stainless Steel

NOTE:In areas likely to be subject to water our optional stainless steel cement box

is available. All our range of patch fittings, pivots, and latches compliment

the floor spring installation

AXF001Ø20mm Dia glass holes

TOP PATCH FITTING

164

148

R55

Ø20

3737

BOTTOM PATCH FITTING

AXF002

164

37

148

R55

Ø20

37

AXPF040– Upper pivot patch, connects to

highlight as well as fixed side panel

– 316 stainless steel

– Available in Satin or Polish Finish

PIVOT HINGE

73

161 36

146

36

Ø20 Ø20

Ø20

R80

R55

218

106

52

67

15

STANDOFF ASSEMBLY– 316 Stainless steel

– Satin or Mirror Polished

– Also available in countersunk

– All sizes available, call for custom widths

FRAMLESSS GLASS CONNECTORS

125

50

50 30

35

9

50

25

Ø50

Ø50 Ø50

M12 ThreadM12 Thread

Standoff Body

1.5mmWasher

1.5mmWasher

10mm Cap

SO-50-50-M12 SO-50-30-M12

45

Ø38

SO-38-45-M12

25

Ø38

SO-38-25-M12

PlasticBush

25

10

8

HEAD OFFICE PO BOX 94,

WERRIBEE. VIC 3030

NSW OFFICE PO BOX 6124,

BAULKHAM HILLS, BC. NSW, 2153

PHONE 1300 652 336

FAX 1300 611 789

EMAIL [email protected]

WEB www.axiomdesign.com.au

OTHER AXIOM DESIGN PRODUCTS

All products manufactured within manufactures tolerance’s

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