Neo Roman™ Non-Cyclonic

Finesse_Neo-Roman-NonCyclonic_Southbank-Brisban

About Neo Roman™

Neo Roman™ is manufactured exclusively by Fielders® and is available in a wide range of material including ZINCALUME®, COLORBOND® , COLORBOND® Ultra, COLORBOND® Metallic, copper and stainless steel. Neo Roman™ is installed on a ply substrate and in most cases can be installed to a minimum pitch of 5°.

Fielders® Neo Roman™ utilises the ancient Roman roofing profile to create aesthetically pleasing and functional roofing solutions. Neo Roman™ is available in standard 275mm and 475mm cover widths. The rib height of the Neo Roman™ profile is 25mm.

Neo Roman™ offers many creative possibilities with the profile being able to be used as either a roof or wall cladding. It can also be made with both ribs and pan (Figure NR ID NC 001) in the one piece or alternatively with only one rib (Figure NR ID NC 003). Both the single and double rib profiles come in a maximum sheet length of 4000mm with the double rib profile fixed through the crest of the rib.

NEO ROMAN™ NON-CYCLONIC Profile

NEO ROMAN™ NON-CYCLONIC Double Rib Profile Cross Section

Double Rib

NEO ROMAN™ NON-CYCLONIC Single Rib Profile Cross Section

Single Rib

Material Specifications

Property275mm Pan Width475mm Pan WidthNotes
Base Metal Thickness (mm)0.550.750.550.75BMT
Total Coated Thickness (mm)0.60*0.80*0.60*0.80*TCT
Mass / Unit LengthZINCALUME®1.832.412.753.61kg/m
COLORBOND®1.86*2.44*2.80*3.66*
Mass / Unit AreaZINCALUME®6.658.765.797.61kg/m2
COLORBOND®6.76*8.87*5.90*7.71*
Coverage275275475475mm
Minimum Yield StrengthG300MPa
Coating ClassAM100 - COLORBOND® Steel
AM125 - ZINCALUME®
AM150 - COLORBOND® Ultra Steel		Minimum Coating g/m2 of Zinc -
Aluminium
ToleranceSheet length ±7mm
Cover width ± 4mm
Thermal Expansion2.9mm average per 5.0 metre @ 50˚C change
Table NR MS NC 001 - Neo Roman™
Notes:
  1. The COLORBOND®; and ZINCALUME® material is in accordance to AS 1397, AS 1365 and AS 2728. The installation of the cladding should be in accordance to AS 1562.1 and HB39.
  2. *is based on Standard COLORBOND®; single-sided material. For other painted steel options please contact a Fielders® representative.
 

Rainfall Capacity

For further information, please refer to sections “Rainfall Intensity” and “Water Carrying Capacity and Rainwater Run-Off”.

NEO ROMAN™ NON-CYCLONIC Rainfall Capacity Figure NR (275) RC NC 001

Figure NR (275) RC NC 001

Maximum Roof Length (m) 275 Single Rib Non-Cyclonic

Roof Slope
(degrees)		Rainfall Capacity (mm/hr)
100150200250300350400
5108725443363127
7.5133896753443833
101511017660504338
151871259475625347
Table NR (275) RL NC 001 - Neo Roman™
Note:
  1. Minimum recommended slope is 5°. Sheet lengths greater than 15m are not recommended due to thermal expansion and contraction.
 

NEO ROMAN™ NON-CYCLONIC Rainfall Capacity Figure NR (475) RC NC 002

Figure NR (475) RC NC 002

Maximum Roof Length (m) 475 Single Rib 475 Non-Cyclonic

Roof Slope
(degrees)		Rainfall Capacity (mm/hr)
100150200250300350400
5115775846383329
7.5140947056474035
101621088165544641
151981329979665750
Table NR (475) RL NC 002 - Neo Roman™
Note:
  1. Minimum recommended slope is 5°. Sheet lengths greater than 24m are not recommended due to thermal expansion and contraction.
 

Preserving Our Heritage

The use of BlueScope Z600 Heritage Galvanised coil (the old double dipped two ounce galv) provides the opportunity for architects to match, replace or recreate the roofs of some of Australia’s most magnificent old buildings.

Roof Cladding

When using Neo Roman™ for a roof cladding a plywood support must be provided. Plywood support should be 19mm thick F11 Structural CD grade with maximum support spacings of 600mm for roofing applications and 15mm F11 Structural CD Grade if used in walling applications. For pitches over ten degrees, in normal conditions, Neo Roman™ can be end lapped, in exposed situations silicon sealing of the laps may be required. Figure NR ID NC 017 shows a typical lap joint for roofs under 10 degrees (minimum pitch of 5°), the respective dimensions are to be determined according to the pitch of the roof and the relative exposure of the site.

Wall Cladding

When used as walling, if Neo Roman™ 275mm cover is utilised, there is no need for a ply substrate. However, the spacing of the girt should not exceed 600mm to minimise any oil canning. In areas where it is possible for the cladding to be hit, say by shopping trolleys, it is recommended that the ply support is used to minimise any damage to the sheet. Maximum length of the sheet is 4000mm.

Fasteners

Refer to installation details.

Installation Details

Double Rib

Note: Available on request, minimum quantities apply.

NEO ROMAN™ NON-CYCLONIC Installation Details Double Rib Figure NR ID NC 001

Figure NR ID NC 001

Figure NR ID NC 002

Single Rib

NEO ROMAN™ NON-CYCLONIC Installation Details Single Rib Figure NR ID NC 003
Figure NR ID NC 003
NEO ROMAN™ NON-CYCLONIC Installation Details Single Rib Figure NR ID NC 004
Figure NR ID NC 004

Neo Roman Bracket

NEO ROMAN™ NON-CYCLONIC Installation Details Neo Roman Bracket Figure NR ID NC 005

Figure NR ID NC 005

Note: The bracket is 1.0mm BMT Galvanised.

Layout Drawing Walling

NEO ROMAN™ NON-CYCLONIC Installation Details Layout Drawing Walling Figure NR ID NC 006

Figure NR ID NC 006

Ventilation

NEO ROMAN™ NON-CYCLONIC Installation Details Ventilation Figure NR ID NC 007

Figure NR ID NC 007

Typical Roof Cladding Setout - Supported - Plan View

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N04-10 - Typical Roof Cladding Setout - Supported - Plan View

Figure NR ID NC - N04-10 - Typical Roof Cladding Setout - Supported - Plan View

Top of Wall Eave Detail - Zero Overhang - Supported - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N09-04 - Top of Wall Eave Detail - Zero Overhang - Supported - Vertical Fix

Figure NR ID NC - N09-04 - Top of Wall Eave Detail - Zero Overhang - Supported - Vertical Fix

Top of Wall Eave Detail - Overhang - Supported - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N09-08 - Top of Wall Eave Detail - Overhang - Supported - Vertical Fix

Figure NR ID NC - N09-08 - Top of Wall Eave Detail - Overhang - Supported - Vertical Fix

Ridge Detail - Supported Panel

Fielders Neo Roman™ Non-Cyclonic - - Figure NR ID NC - N10-02 - Ridge Detail - Supported Panel

Figure NR ID NC - N10-02 - Ridge Detail - Supported Panel

Parapet Wall Detail - Supported Panel - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N12-04 - Parapet Wall Detail - Supported Panel - Vertical Fix

Figure NR ID NC - N12-04 - Parapet Wall Detail - Supported Panel - Vertical Fix

Vertical Fix Wall to Roof - Supported - Side View

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N12-12 - Vertical Fix Wall to Roof - Supported - Side View

Figure NR ID NC - N12-12 - Vertical Fix Wall to Roof - Supported - Side View

Horizontal Fix Wall to Roof - Supported - Supported

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N12-14 - Horizontal Fix Wall to Roof - Supported - Supported

Figure NR ID NC - N12-14 - Horizontal Fix Wall to Roof - Supported - Supported

Typical Wall Cladding Setout - Supported - Plan View - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N04-07 - Typical Wall Cladding Setout - Supported - Plan View - Vertical Fix

Figure NR ID NC - N04-07 - Typical Wall Cladding Setout - Supported - Plan View - Vertical Fix

Typical Wall Cladding Setout - Supported Sectional View - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Typical Wall Cladding Setout - Supported - Plan View - Vertical Fix

Figure NR ID NC - N04-08 - Typical Wall Cladding Setout - Supported - Plan View - Vertical Fix

External Corner Detail - Supported Panel - Vertical Fix - Overlap Underlap

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N05-08 - External Corner Detail - Supported Panel - Vertical Fix - Overlap Underlap

Figure NR ID NC - N05-08 - External Corner Detail - Supported Panel - Vertical Fix - Overlap Underlap

Internal Corner Detail - Supported Vertical Fix - Overlap Underlap

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N06-08 - Internal Corner Detail - Supported Vertical Fix - Overlap Underlap

Figure NR ID NC - N06-08 - Internal Corner Detail - Supported Vertical Fix - Overlap Underlap

Wall Closure Detail - Supported Panel - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N07-04 - Wall Closure Detail - Supported Panel - Vertical Fix

Figure NR ID NC - N07-04 - Wall Closure Detail - Supported Panel - Vertical Fix

Wall Base Detail - Supported Panel - Vertical Fix

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N08-04 - Wall Base Detail - Supported Panel - Vertical Fix

Figure NR ID NC - N08-04 - Wall Base Detail - Supported Panel - Vertical Fix

Window Jamb Detail - Supported Panel - Vertical Fix Option 1

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N11-04a - Window Jamb Detail - Supported Panel - Vertical Fix Option 1

Figure NR ID NC - N11-04a - Window Jamb Detail - Supported Panel - Vertical Fix Option 1

Window Jamb Detail - Supported Panel - Vertical Fix Option 2

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N11-04b - Window Jamb Detail - Supported Panel - Vertical Fix Option 2

Figure NR ID NC - N11-04b - Window Jamb Detail - Supported Panel - Vertical Fix Option 2

Window Head Detail - Supported Panel - Vertical Fix Option 1

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N11-12a - Window Head Detail - Supported Panel - Vertical Fix Option 1

Figure NR ID NC - N11-12a - Window Head Detail - Supported Panel - Vertical Fix Option 1

Window Head Detail - Supported Panel - Vertical Fix Option 2

Fielders Neo Roman™ Non-Cyclonic - Figure NR ID NC - N11-12b - Window Head Detail - Supported Panel - Vertical Fix Option 2

Figure NR ID NC - N11-12b - Window Head Detail - Supported Panel - Vertical Fix Option 2

A wider range of Construction details covering fixing to ply substrate is available for download at https://specifying.fielders.com.au/downloads.

Foam Infills

Neo Roman™ Non-Cyclonic Foam Infills

Figure NR ID NC 018

Note:
80mm wide  x 30mm high x 1.2m long closed cell foam infills maybe cut to size on site and installed under ridge and hip flashings should be considered for additional weather proofing in high wind areas.

Hip/Ridge

NEO ROMAN™ NON-CYCLONIC Installation Details Hip/Ridge Figure NR ID NC 011

Figure NR ID NC 011

Rake Barge

NEO ROMAN™ NON-CYCLONIC Installation Details Rake Barge Figure NR ID NC 012

Figure NR ID NC 012

Rake Wall Flashing

NEO ROMAN™ NON-CYCLONIC Installation Details Rake Wall Flashing Figure NR ID NC 013

Figure NR ID NC 013

Valley

NEO ROMAN™ NON-CYCLONIC Installation Details Valley Figure NR ID NC 014

Figure NR ID NC 014

Sheet Turn Down

  1. Place pan into the panel hemming tool. The front edge of the tool must rest against the panel edge on both sides.
  2. While maintaining pressure against the panel joints, rotate the hemming tool 45°.

NEO ROMAN™ NON-CYCLONIC Installation Details Sheet Turn Down Figure NR ID NC 015

Figure NR ID NC 015

Stop End

  1. Place pan into the panel stop end tool. The front edge of the tool must rest between the ribs.

  2. While maintaining pressure against the panel, rotate the stop end tool as close to 90 degrees as possible.

  3. Inspect completed bend.

NEO ROMAN™ NON-CYCLONIC Installation Stop End Figure NR ID NC 016

Figure NR ID NC 016

Lap Joint

NEO ROMAN™ NON-CYCLONIC Installation Lap Joint Figure NR ID NC 017

Figure NR ID NC 017

Insulation

Care needs to be taken when installing insulation with roof sheeting. When insulation thicknesses up to 50mm are installed the screws may need to be increased depending on the thickness and density of the insulation. When the screw is properly tightened into metal there should be a minimum of three (3) threads protruding past the support being fixed in to. For timber the screw must penetrate into the timber by a minimum of 25mm.

When insulation is required in conjunction with Finesse® profiles Fielders® recommend the use of a thermal spacer to help maintain Rw values as well as minimising any bulging in the profile caused by the insulation.

Insulation blankets and batts can cause wide flat pan cladding to bow out between the supports, between fasteners along the support, or bow the pans. For insulation blankets and batts as well as more dense glass wool and rock wool, and thicker insulation, spacers are recommended.

BOULEVARD™ NON-CYCLONIC Insulation BL INS NC 001

BL INS NC 001

Note:Image displayed using Shadowline profile