CEILING

SYSTEMS Between us, ideas become reality ™

serpentina ® Waves ™

Create the most beautiful Waves on earth Enhance your space with the visual power of a wave with our pre-engineered Serpentina® Waves™. Now available in ready-to-install kits. Waves is a curved, extruded aluminum monolithic ceiling “wave” that features flexible large-size panels. The large panels hide the suspension system and provide a narrow 1/4" black reveal between panels. Choose from one of 60 kit options using just a single item number. Everything needed for installation is in the kit – pre-cut and ready to go. Sizes range from 4' x 4' up to 12' x 12'. Your Wave in a Kit can be a Hill, Valley, or Combination, with either a 30- or 45-degree arc. If none of our kit sizes work for your project, you can create other Wave sizes, lengths, and arcs using standard Serpentina components.

serpentina waves Cover photo: Serpentina® Waves™, Wolf

2

Serpentina® Waves™ Acoustical Clouds 2' x 8', 2' x 10', and 2' x 12' with R062 perforation in Silver Satin; Lewis & Clark Community College, Godfrey, IL

Corrugated Panels

Layered Looks

Linear Looks 3

Serpentina ® Waves ™

Easy Steps to Designing Your Serpentina Waves

Define your space

CEILING

T o define the size, consider the dimensions of the space you’re addressing: • A minimum horizontal distance of 24" is required on the straight perimeter end where the panels will be installed. • A 12" minimum vertical distance to the ceiling is required above the straight perimeter trim where the panels will be installed. • A minimum distance of 8" is needed on the remaining three sides of the Serpentina Waves cloud. This is to allow installation of our perimeter hold down clips. The clearance on the sides can be eliminated by installing the perimeter panels before the adjacent field panels.

2

Panel Installation Side

24" min.

8" min.

WALL

WALL

12" min.

WALL

SIDE VIEW

8" min. (can be zero clearance if perimeter panel is installed first)

WALL

1

END VIEW

Choose your panel color and perforation Color Selection

Due to printing limitations, shade may vary from actual product.

Metal Infills

White (WH)

Cream (CR)

Haze (HA)

Camel (CM)

Platinum (PL)

Tech Black (BL)

Silver Grey (SG)

Silver Satin (SA)

Gun Metal Grey (MY)

Champagne Gold (CG)

Wolf (WK)

Vanilla (VA)

Slate (ST)

Wood Look Architectural Film Colors (Not available with perforated or corrugated panel options)

Maple (MP)

Elm (EL)

Light Cherry Light (LC) Sycamore (LS)

Light Walnut (LW)

Dark Cherry (DC)

Dark Walnut (DW)

*C  ustom wood finishes available – Contact Customer Service at 1 877 276 7876 and select options 1-1-2. Dark Charcoal Ash Rosewood HOLE PATTERN IS ACTUAL SIZE Sycamore (DS) (CA) (RW) 3 16

3 32

1 8

panel Perforation options 21 64

(UPA) Unperforated Panel

(R042) Perforated Panel Perfs: 3/64" Dia. @ 1/8" O.C. Open area: 11% – No border

5

32 (R062) Perforated Panel Perfs: 1/16" Dia. @ 1/4" O.C. Open area: 6% – No border

(R125) Perforated Panel Perfs: 1/8" Dia. @ 3/16" O.C. Open area: 41% Nominal 3/4" border

(R250) Perforated Panel** Perfs: 1/4" Dia. @ 0.32" O.C. Open area: 58% Nominal 3/4" border

3 16

Finished End

(R188) Perforated Panel*** Perfs: 3/16" Dia. @ 1" O.C. Open area: 4% Nominal 3/4" border

(R375) Perforated Panel*** Perfs: 3/8" Dia. @ 1-1/8" O.C. Open area: 9% Nominal 3/4" border

(S250) Perforated Panel Perfs: 1/4" x 1/4" @ 3/4" O.C. Open area: 11% Nominal 3/4" border

Pattern: 1/8 X 3/16 Centers 60 DegreePanel*** Staggered Pattern(S375) Type: Perforated Perfs: 3/8" @ 1-1/8" O.C. Hole Type:3/8" x Round Open Area: Open41area: % 11% Holes PSI:Nominal 333/4" border

Unfinished End DIAMOND (S500) Perforated PERFORATED METALS, INC Panel** 7300 W. SUNNYVIEW AVE. VISALIA, CA 93291 Perfs:FAX 1/2" x 1/2" @ 5/8" O.C. TEL 800 642 4334 800 241 6608 WEB www.diamondperf.com Open area: 64% EMAIL [email protected] A GIBRALTAR INDUSTRIES NominalCOMPANY 3/4" border

* Laminated acoustical fleece is not available on Perforated Panel R250 and S500 due to open cell percentage. *** Acoustical fleece comes standard

4

(CR125) Perforated Corrugated Panel (CUPA) Unperforated Corrugated Panel Perfs: 1/8" Dia. @ 3/16" O.C. Open area: 41% Nominal 3/4" border

Select your Wave

WALL

120' WALL

Panel Installation Side 144"

8"

24" min.

8" min. SIDE VIEW

CEILING 12" min. WALL

Check the “Kit Options” charts on pages 5 – 7 to see which size and configuration best suits your design intent. Remember, if there’s not a configuration on the chart that suits, you can still create a Wave using standard Serpentina® components, shown on page 8. Examples: Your Space is 80' x 120'. You want the two rows to come across the 120' length as though mimicking multiple waves coming ashore. Your working area, once you deduct 24" from one wall and 8" from the opposite, is 1,408" or 117' 4". In the example below, you’ll be working right to left. Option: Choose eighteen 12' x 8' Hill/Valley combos. Your Space is 20' x 30'. You want to create a Wave in the center of the space like a floating cloud. Option: Select a 12' x 12' Wave kit.

CEILING

WALL

3

Panel Installation Side 48"

6'

48" SIDE VIEW

Serpentina® Waves™ with R062 perforation in White; WLC Architects, Inc., Rancho Cucamonga, CA

5

Serpentina® Waves™

6

Serpentina ® Waves ™ DIRECTION OF CURVEDIRECTION OF CURVE

DIRECTION OF CURVE

Ki t O pt i o ns 4’– x Step 3:  Select 4’ 4’ 8’ xSize 6’ x 4’ your Wave 4’ x 4’ 4’ x 4’ 6’ x 4’ DIRECTION OF CURVE

Direction of Arc/ Size/Type

4’ x4’4’x 4’

Hill

Valley (SV)

DIRECTION OF (SH) CURVE

4’ x 6’ 6’ x 4’

• •

6’ x 6’

6’ x 4’8’ x 4’

• • x

4’

4’ •x 6’ •

4’ x 4’

6’ x 4’

8’ x 4’

6' x 4'

4’ x 6’ DIRECTION OF CURVE

4’ x 4’

6’ x4’4’x 6’

DIRECTION OF CURVE

6’ x 4’

4’ x 6’

8’ 6’ xx 4’ 6’

4’ x 6’

10’ x 4’ 8’ x 6’

10' x 4'

4’ x 8’

6’ x 8’

8’ x 6’ 10’ x 8’

• •

8’ x 8’

8’•x 8’ • 12’ x 8’

4’ x 8’ • 6’ x 8’ 12’ x 6’

4’ x 8’

•

10’ x 8’

6’ x 8’

12’ x 8’

• DIRECTION OF CURVE

RVE

6’ x 6’

12’ x 6’

12’ x 6’

6’ x 8’

8’ x 8’

12’ x 4’ 10’ x 6’

12’ x 4’

12’ x 4’

• •

10’ x 6’12’ x 4’

6’ x 6’

6’ x 8’

8’ x 6’

10’ x 6’

• •

10’ x 4’

8'4’ xx 8’4'

8’ x 4’ 6’ x 6’

8’ x 6’

x 6’ 4’ x8’8’

8’ x 4’ 6’ 6’ x 6’

• •

10’ x 4’

6’ x 6’

Hill/Valley Combo (SW)

• 4’ x 10’ 6’ x 6’

x 4’

8’ x 6’ 10’ x 4’ 4’ x 8’ 6’ x 8’ 4’ x 10’

4’ x6’ x8’10’

4’ x 4’

6’ x 4’

10’ x 6’ 12’ 4’ xxx6’ 6’ 8’ x 8’ 10’ 4’ xx 12’8’ 4' 6' DIRECTION OF CURVE

6’ x 8’

4’ x 10’

6’ x 10’

8’ x 4’

6’ x 8’•

4’

8’12’xx 10’8’

10’ x 4’

6’ x 6’

6' 6' x12’ 4’ 6’8’xx

DIRECTION10’ OFxCURVE 8’

x 8’

6’ x 10’

= Valley 8’ x 6’ 8’ x10’ 12’x 4’ = Wave

12’ 4’ xx 8’ 8’

8’ x 10’

4’ x 10’ 12’ x 10’ 6’ x 10’

• x•10’

• •

10’ x 6’ 10’ x 12’12’ x 4’

6’ x 8’

• •

8’ x 8’

10’ x 10’ = Hill

12’ x 10’

= Wave 10’ 4’ 8’ 8’x xx12’ 6’ 6’ x 8’

8’6’ x6’x 4’x12’ 6’ 4’ x 8’

8' x 6' 4’ x 10’

URVE

12’ 4’ xx 10’ 10’

10’ 10’x12’ x12’ 6’x 4’

4’ x 8’

6’ x 8’

= Hill

4’ x 10’

6’ x 10’

8’ x 10’

4’ x 4’

6’ x 4’ 4’ x 6’ 12’ x 6’ 12’ 4’ xx 12’ 12’ 10’ x 8’

8’ x 4’ 6’ x 6’

= Valley

= Wave ’ x 6’ 12’ 6’ x 8’ 4’ x 10’

10’ x 6’ 10’ x 12’ 8’ x 8’

12' x 6'

6’ x 10’

6’ x 12’

8’ x 10’

10’ x 10’

’ x 8’

4’ x 8’ 4' 8' 4’ x 12’ 12’ x x 8’

10’ x 8’

6’ x 10’

6’ x 6’ 6’ x 12’

= Hill 10’ x 10’ = Valley

8’ x 10’

10’ x 10’

8’ x 4’

10’ x 4’

= Hill •

= Wave 6’ x 8’

• •

10’ x 6’

8’ x 12’

10’ x 12’

4’ x 8’ 6’ x 12’

8’ 6’ x 12’ x 8’

6' x 8'

x 10’

10’ x 10’ = Hill

12’ x 6’

•12’ x 12’ •

= Hill

10’ x 6’ 10’ x 12’

•

=

= Valley

12’ x 6’

• 12’ x 12’ Valley = 10’ 8’ • x8’ x 12’

= Wave

Wave 12’ x 8’

• •

10’x x8’12’ 8’

10’ x12’ 8’ x 12’

•

12’ x 8’

= Hill see page 4 to select your pattern = Perforation Pattern, 10’ x 10’

Arc Degree

Description

30 45 10’ x 6’ 30 10’ x 4’ 45 8’ x 6’ 30 x 6’ 8’ 45 30 45 30 45 30 45 10’ x 8’ 30 10’ x 6’ 45 30 8’ x 8’ 45 8’ 30 x 8’ 45 30 45 30 45 30 45 10’ x 10’ 3010’ x 8’ 45 30 45 8’ x 10’ 30 8’45x 10’ 30 45 30 45 30 45 30 10’ x 12’ 45 10’ x 10’ 30 45 30 45 30 8’ x 12’ 8’45x 12’ 30 45 30 45 30 45 30 45 10’

12’ x 4’

10’ x 4’

Item Number

Hill with 30° arc Hill with 45° arc 12’ x 6’ Valley with 30° arc 12’ x 4’ Valley with 45° arc 10’ x 6’ Hill withx30° 6’ arc 10’ Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill with 30° arc Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill/Valley with 30°12’ arc x 8’ 12’ x 6’ Hill/Valley with 45° arc Hill with 30° arc Hill with 45° arc 10’ x 8’ 8’ arc 10’withx 30° Valley Valley with 45° arc Hill with 30° arc Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill/Valley with 30° arc Hill/Valley with 45° arc x 10’ 12’ Hill with 30°12’ arc x 8’ Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill with 30° arc10’ x 10’ x 10’ 10’ Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill with 30° arc Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill/Valley with 30° arc 12’ x 12’ Hill/Valley with 45°xarc 10’ 12’ Hill with 30° arc Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill with 30° arc10’ x 12’ Hill with 45° arc x 12’ 10’ Valley with 30° arc Valley with 45° arc Hill/Valley with 30° arc Hill/Valley with 45° arc Hill with 30° arc

x 12’

SH300404_ _ _ _◆_ _◆◆ SH450404_ _ _ _◆_ _◆◆ SV300404_ _ _ _◆_ _◆◆ ◆ SV450404_ _ _ _12’ _ _◆◆ x 6’ ◆ ◆◆ SH300604_ 12’ x 6’ _ _ _ _ _ SH450604_ _ _ _◆_ _◆◆ SV300604_ _ _ _◆_ _◆◆ SV450604_ _ _ _◆_ _◆◆ SH300804_ _ _ _◆ _ _◆◆ SH450804_ _ _ _◆ _ _◆◆ SV300804_ _ _ _◆_ _◆◆ SV450804_ _ _ _◆_ _◆◆ SW300804_ _ _ _◆_ _◆◆ SW450804_ _ _ _◆_ _◆◆ SH301004_ _ _ _◆_ _◆◆ x 8’ ◆ SH451004_ _ _ _12’ _ _◆◆ 12’ x 8’ _ _ _◆_ _◆◆ SV301004_ SV451004_ _ _ _◆ _ _◆◆ SH301204_ _ _ _◆_ _◆◆ SH451204_ _ _ _◆_ _◆◆ SV301204_ _ _ _◆_ _◆◆ SV451204_ _ _ _◆_ _◆◆ SW301204_ _ _ _◆_ _◆◆ SW451204_ _ _ _◆_ _◆◆ SH300406_ _ _ _◆_ _◆◆ SH450406_ _ _ _◆_ _◆◆ SV300406_ _ _ _◆_ _◆◆ SV450406_ _ _ _◆_ _◆◆ 10’ SH300606_ _ _12’ _◆ _x_◆◆ x 10’ _ _ _◆_ _◆◆ 12’ SH450606_ SV300606_ _ _ _◆_ _◆◆ SV450606_ _ _ _◆_ _◆◆ SH300806_ _ _ _◆_ _◆◆ SH450806_ _ _ _◆_ _◆◆ SV300806_ _ _ _◆_ _◆◆ SV450806_ _ _ _◆_ _◆◆ SW300608_ _ _ _◆_ _◆◆ SW450806_ _ _ _◆_ _◆◆ SH301006_ _ _ _◆_ _◆◆ SH451006_ _ _ _◆_ _◆◆ SV301006_ _ _ _◆ _ _◆◆ SV451006_ _ _ _◆_ _◆◆ SH301206_ _ _12’ _◆_ x_◆◆ 12’ ◆ SH451206_ _ _ _ _ _◆◆ 12’ x 12’ SV301206_ _ _ _◆_ _◆◆ SV451206_ _ _ _◆_ _◆◆ SW301206_ _ _ _◆_ _◆◆ SW451206_ _ _ _◆_ _◆◆ SH300408_ _ _ _◆ _ _◆◆

Hill with 45° arc Valley with 30° arc Valley with 12’ 45° arc x 12’

SH450408_ _ _ _◆ _ _◆◆ SV300408_ _ _ _◆_ _◆◆ SV450408_ _ _ _◆_ _◆◆

30

Hill with 30° arc

SH300608_ _ _ _◆_ _◆◆

45 30

Hill with 45° arc Valley with 30° arc

SH450608_ _ _ _◆_ _◆◆ SV300608_ _ _ _◆_ _◆◆

45

Valley with 45° arc

SV450608_ _ _ _◆_ _◆◆

SW451212R042WH

12’ x 10’

= Valley

= Valley 6’ x 12’

12’ x 4’

12’ x 10’

_ _ _ _ 4’ x 10’ 6’ x 10’ 8’ x 10’ x 10’ see page 4 to select your colo Color, _ _◆◆ = 12’ ◆

6’ x 12’

= Hill

•

= Wave 4’ x 12’

12’ x 4’

4’ x 12’ 12’ x 10’ 6’ x 12’

8’ x 6’

6’ x 12’8’ x 8’ 12’ x 10’

12’ x 10’

12’ x 8’

= Wave 10’ x 4’

x 6’ = Valley 8’ 8’ x 12’

8’ x• 12’

• •

•

= Hill 4’ x 6’ 4’ x 12’

•

12’ x 8’

8’ x•10’

10’ x 10’ 12’ 4’=x•Valley

12’ x 8’

12’ x 8’

8’ x 10’

6’ x 10’

4’ x 4’ 6’ x 4’ 10’ x 12’ 12’ x 12’ 12’ 10’ x xx4’ 6’6' 12’ x 6’ 10' DIRECTION OF CURVE 8’ x 8’ 10’ x 8’

= Wave x 12’ 10’ 8’ x8’4’ x 6’

’ x 4’6’6’x x12’ 6’

12’ x 6’ 12’ x 12’

12’ 12’x x12’ 6’

8’ x 8’ 10’ x 8’ 12’ 4’ x DIRECTION x 12’ 6’ OF CURVE

6’ x 10’

6’ x 10’

• •

•

= Hill 10’ x 10’ = Valley

10’

12’ x 6’ 12’ x 12’

10’ x 8’

= Valley 6’ x 4’4’4’x x12’ 6’

12’ x 4’

• 10’ x 6’ 10’ • x 12’

= Hill 4’ x 6’ 6’ 4’ x 4’ x 12’

4’ x 4’

• 12’ x 4’ •

8’ x 10’

6’ x 10’

6’ 12’ x 8’ 8’8’x x12’

10’ x 10’

10’ x 4’

12’ x 8’

10’ x 10’

•

8’ x 4’ 6’ x 6’ 6’ x 12’

12’ x 10’

•

4’ x 8’10’ x 10’

8’ x 10’

10’ • x 10’

8’ x 10’

10’ x 6’ 12’ x 6’ 12’ 4’ xx 4’ 4’ 6’ x 4’ DIRECTION OF CURVE 8’ x 8’ 10’ x 8’

12' x 4'

x 6’

6’ x 10’

12’ x 4’

10’ x 4’

8’ x 4’

8’ x 4’

10’ x 4’

OF CURVE 4' xDIRECTION 4'

12’ x 4’

10’ x 4’

6’ x 4’

= Wave 8’ x 12’ 4’ x 10’

10’ x 12’

6’ x 10’

Serpentina Wave Panel

12’ x 12’ = Wave 8’ x 10’

10’ x 10’

12’ x 10’

Degree of Arc

Size of the Cloud

Perforation Option

Color Selection

7

Serpentina ® Waves ™ DIRECTION OF CURVEDIRECTION OF CURVE

DIRECTION OF CURVE DIRECTION OF CURVE

Ki t O pt i o ns 4’– x Step 2:  Select (cont’d) 4’ 4’ 8’ xSize 6’ x 4’ your Wave x 4’

4’ x 4’

6’ x 4’

8’ x 4’

Direction of Arc/ 8’ x 4’ 6’ 10’ Size/Type

8’ x6’4’x 6’

10’ 12’ x 6’x 4’

Hill (SH)

12’ x 6’

Valley (SV)

Hill/Valley Combo (SW)

URVE

4’ x 4’ x 4’

6’ x 6’ 4’ x 8’

4’ x 6’

8’ x 6’ 10’ x 4’ 6’ x 8’

6’ x 6’

6’ x 4’

4’ x 4’ 6’ x 4’ 10’ x 6’ 12’ x 6’ 12’ x 4’ 8’ x 8’ 10’ x 8’ DIRECTION OF CURVE

8' x 8'

8’ x 4’

4’ x 6’

• 8’ • x6’ 4’ 4’10’x

x 4’

6’ x 6’

12’ x 8’

8’ x 6’

6’ x 6’

12’ x 4’

• •

•

x 6’

10’ x 6’ 8’ x 8’

6’ x 8’

4’ 6’ xx 6’ 4’ 12’ x 6’ 10’ xx8’8' 10'

4’ x 6’ 4’ x 6’ 4’ x 4’

6’ x 4’

12' x 8'

10’ x 6’ 8’ x 8’ 12’ x 4’

12’ x 10’

6’ x4’6’x 8’ 8’ x 4’

10’ x 12’

6’ x 6’ 8’ 8’ 10’ x 4’

8’ 10’ x 8’x 6’ 12’ x 4’

4’ x 10’

4' x 10'

x 4’

6’ x 6’

= Hill

8’ x 12’

10’ x 12’

4’ x10’4’8’ x 4’ x 6’

8’ x 6’ 4’ x 8’ 10’ x 4’ 6’ x 8’ 4’ x 10’

12’ x 12’

4’ x 10’ 6’ x 4’

4’ x 12’

x 12’

10’ x 12’

6’ x 8’

12’ x 12’

10’ x 6’ 8’ x 8’ 4’ x 4’

4’ x 10’

6’ x 10’ 4’ x 12’

6’ x 10’

12’ x 8’ 10’ x 10’

• •

12’ x 8’

6’ x 8’

4’ x8’ x10’ 6’

6’ x 6’

12’ x 6’ 10’ 6’ x 8’ 4’

= Hill

8’ x 10’ 8' x 10'

= Valley 10’ x 10’ = Wave

8’ x 4’12’ x 8’

6’ x 12’

•

12’ x 10’

8’ x 10’

8’ x 8’

10’ • x 4’

•

6’ x 10’

12’ x 12’

12’ x 6’

12’ x 4’

• •

10’ x 12’

12’ x 12’

• x 8’

4’ x 6’

10’ x 8’

6’ x 10’

6’ x 12’

4’ x 8’

= Hill 10’

4’ x 10’

8’ x 10’

4’ x 12’

4’ x 8’ = Hill 6’ x 6’ 12’ x 8’ = Valley 10’ x X 10’10' 10' = Wave

6’ x 8’ 4’ x 10’ 12’ x 10’

8’ x 12’

10’ x 12’

8’ x 8’ 10’ x 6’

4’ x 12’12’ x 10’

6’ x 10’

8’ x 12’

Valley 10’ x=10’ = Wave 6’ x 12’

6’ x 8’ 8’ x 6’

8’ x 8’ 6’ x 10’

12' x 10'

10’ x 8’

•

6’ x 12’

• •

10’ x 12’

• 8’

12’ x 8’

12’ x 6’

x 10’

8’ x 12’

12’ x 12’

10’ x 8’

10’ =8’ xHill

• •

10’ x 10’

12’ x 8’

4’ x 12’ 12’ 4’=xValley 6’ x 12’

12’ x 12’

12’ x 10’

• 6’ •

x 12’

= •Wave

4’ x 10’

= Wave 12’

6’ x 10’ 4’ x 12’ 4' x 12'

10’ x 12’

8’ x 10’ 6’ x 12’

4’ x 12’

10’ x 10’ 8’ x 12’

12’ x 12’

• = Hill

6’ x 12’•

= Valley

6’ xx12’ 6' 12'

8’ x 12’

10’ x 12’

SH300808_ _ _ _◆_ _◆◆ SH450808_ _ _ _◆_ _◆◆ SV300808_ _ _ _◆_ _◆◆ ◆ SV450808_ _ _ _12’ _ _◆◆ x 6’ ◆ ◆◆ SW300808_ 12’ x 6’ _ _ _ _ _ SW450808_ _ _ _◆_ _◆◆

6’

Hill with 30° arc

45 30 45 30 45 3010’ 45 30 45

10’ x 8’

x 6’

8’ x 8’

SH301008_ _ _ _◆_ _◆◆

Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill with 30° arc Hill with 45° arc 12’ x 8’ 12’arcx 6’ Valley with 30° Valley with 45° arc Hill/Valley with 30° arc10’ x Hill/Valley with 45° arc

SH451008_ _ _ _◆_ _◆◆ SV301008_ _ _ _◆_ _◆◆ SV451008_ _ _ _◆_ _◆◆ SH301208_ _ _ _◆ _ _◆◆ SH451208_ _ _ _◆_ _◆◆ SV301208_ _ _ _◆_ _◆◆ SV451208_ _ _ _◆_ _◆◆ ◆ SW301208_ _ _ _12’ _ _◆◆ x 8’ SW451208_ _ _ _◆_ _◆◆

8’

12’ x 8’

10’ x 8’

30

Hill with 30° arc

SH300410_ _ _ _◆_ _◆◆

45

Hill with 45° arc

SH450410_ _ _ _◆_ _◆◆

30

Valley with 30° arc

SV300410_ _ _ _◆ _ _◆◆

45

Valley with 45° arc

SV450410_ _ _ _◆ _ _◆◆

30

Hill with 30° arc

SH300610_ _ _ _◆_ _◆◆

45

3010’

Hill with 45° arc

30 45 8’30x 45 30 45

SH450610_ _ _ _◆_ _◆◆

12’ x 10’

10’ x 10’

12’ Valley with 30° arcx

x 8’

8’

SV300610_ _ _ _◆_ _◆◆

Valley with 45° arc

8’ x 10’ 10’

SV450610_ _ _ _◆_ _◆◆

Hill with 30° arc Hill with 45° arc10’ Valley 30° arc 10’ xwith10’ Valley with 45° arc Hill/Valley with 30° arc Hill/Valley with 45° arc

SH300810_ _ _ _◆_ _◆◆ 10’ SH450810_ _ _12’ _◆_x_◆◆ SV300810_ x 10’ _ _ _◆_ _◆◆ 12’ SV450810_ _ _ _◆_ _◆◆ SW300810_ _ _ _◆_ _◆◆ SW450810_ _ _ _◆_ _◆◆

x 10’

30

Hill with 30° arc

SH301010_ _ _ _◆ _ _◆◆

45

Hill with 45° arc

SH451010_ _ _ _◆_ _◆◆

Valley with 30° arc

SV301010_ _ _ _◆_ _◆◆

30 45 10’ 30 45 30 45 30 8’45x

x 12’ Valley with12’ 45°12’ arc x 10’

10’ x 12’

x 10’

8’ x 12’ 12’

Hill with 30° arc Hill with 45° arc Valley with 30° arc Valley with 45° arc Hill/Valley with 30° 10’ arc Hill/Valley 12’45° arc 10’ xwith

SV451010_ _ _ _◆_ _◆◆ SH301210_ _ _ _◆_ _◆◆ SH451210_ _ _ _◆_ _◆◆ SV301212_ _ _ _◆_ _◆◆ SV451212_ _ _ _◆ _ _◆◆ SW301212_ _ _12’ _◆_x_◆◆ 12’ ◆ ◆◆ SW451212_ _ _ 12’ x 12’ _ _ _

x 12’

Hill with 30° arc

SH300412_ _ _ _◆_ _◆◆

45

Hill with 45° arc

SH450412_ _ _ _◆_ _◆◆

30

Valley with 30° arc

SV300412_ _ _ _◆_ _◆◆

12’ x 12’

45

Valley with 45° arc

SV450412_ _ _ _◆_ _◆◆

= Valley = Wave 8’ x 12’ = Wave

30

Hill with 30° arc

SH300612_ _ _ _◆_ _◆◆

•

12’ x 10’

•x 12’ =10’Hill

•

= Hill = Valley

•

= Wave

4’ x 12’

6’

Item Number

Hill with 30° arc Hill with 45° arc 12’ x 6’ Valley with 30° arc 12’ x 4’ Valley with 45° arc 10’ x Hill/Valley x 6’30° arc 10’ with Hill/Valley with 45° arc

30

•

= Hill

= Valley

Description

30 45 10’ x 6’ 30 10’ x 4’ 45 8’ x 30 x 6’ 8’ 45

45

•

10’ x 4’

•

12’ x 4’

12’ x 10’

12’ x 10’

8’ x 12’

Arc Degree

8’ x 8’

12’ x 8’

10’ 10’ x 12’ 4’ x • 6’ x 10’ 10’ x 6’

8’ • x 12’

6’ x 12’

4’ x 6’ x 6’

•

•

DIRECTION OF CURVE

= Wave

10’ x 8’

10’•x 10’

6’ x 8’8’ x 4’

12’ x 6’ 10’ x 8’ 8’ x 10’

12’8’xx4’8’ 6’ xx10’ 6' 10'

= Valley

8’ x 8’

12’ x 6’

•

= Wave 6’ x 12’

8’ x 6’

12’ x 12’ 10’ x 8’12’ x 6’

6’ xDIRECTION 10’ x 10’ OF 8’ CURVE

12’ x 10’

• •

4’ x 8’ 6’ x 8’

4’ x 8’ •

8’ x 12’

12’ x 6’

12’ x 4’

12’ x 10’

•

= Hill 10’ x 10’ = Valley

x 10’ RVE

• •

6’ x 8’

6’ x 6’

8’ x 6’ 6’ x 8’10’ x 4’

10’ x 10’

6’ x 12’

4’ x 6’

10’ x 6’

12’ x 8’

6’ xDIRECTION 10’ x 10’ OF 8’ CURVE

4’ x 12’

• •

10’ x 10’

4’ x 8’

6’ x 6’ 4’ xx 4’ 8’ 8’

6’ x 4’ 10’ x 8’

8’ x 6’10’ x 4’

12’ x 8’

OF 8’ CURVE 6’ xDIRECTION 10’ x 10’

4’ x 10’

x 8’

6’ x8’6’x 4’

12’ x 4’

10’ x 4’

30

• 4’ x 4’

12’ x 4’

10’ x 4’

8’ x 4’

8’ x 4’

DIRECTION OF CURVE

• •

12’ x 4’

10’ x 4’

6’ x 4’

12’ x 4’

4’ x 4’ 6’ x 4’ DIRECTION OF CURVE

DIRECTION OF CURVE

6’ x 4’ 4’ x 6’

4’

10’ x 4’

12’ x 12’

10’ 45

x 12’

12’

12’arcx Hill with 45°

SH450612_ _ _ _◆_ _◆◆

30

Valley with 30° arc

SV300612_ _ _ _◆_ _◆◆

45

Valley with 45° arc

SV450612_ _ _ _◆_ _◆◆

SW451212R042WH

_ _ _ _◆ = Perforation Pattern, see page 4 to select your pattern = Hill 4 to select your colo _ _◆◆ = Color, see page = Hill

= Valley = Wave

8

= Valley = Wave

Serpentina Wave Panel

Degree of Arc

Size of the Cloud

Perforation Option

Color Selection

DIRECTION OF CURVE

4’ x 6’ 6’ x 4’

6’ x 6’ 8’ x 4’

8’ x 6’

DIRECTION OF CURVEDIRECTION OF CURVE

10’ x 6’

10’ x 4’

12’ x 6’

DIRECTION OF CURVE

12’ x 4’

RVE 4’ x 8’ 6’ x 6’ x 4’

x 6’

6’ x 8’

10’ x 4’

6’ x 8’4’ x 10’

8’ x 8’

10’ x 6’

12’ x 8’

x 10’ 8’ 6’ x 8’ 10’ x 6’

10’ 8’ x 8’ x 10’

4’ x 12’

12’ x 6’

4’ x 4’ 4’ x 4’ 6’ x 4’ DIRECTION OF CURVE

12’ x 4’

8’ 10’x x10’ 8’of Arc/ Direction 12’ x 6’ Size/Type

4’ x 4’ x 8’6’ x 10’

10’ x 8’

Ki t O pt i o ns 4’– x Step 3:  Select (cont’d) 4’ 4’ 8’ xSize 6’ x 4’ your Wave

8’ x 6’

6’ x 12’

12’xx10’ 8’ 10’ 8’ x 12’

8' x 12'

10’ x12’ 10’x 8’

4’ x 6’

Hill (SH)

12’ x 10’

• •

6’ x 6’

6’ x 4’

12’ x 10’ 10’ x 12’

Valley (SV)

4’

• x •

4’ x 6’

8’ x 6’

6’ x 6’

12’ x 4’

10’ x 4’

Arc Degree 30 45 30 10’ 45

12’ x 4’

10’ x 4’

8’ x 4’

8’ x 4’

Hill/Valley Combo (SW)

8’ x 4’ 6’ 6’ x 6’

12’ x 4’

10’ x 4’

6’ x 4’

Description

10’ x 6’

x 4’

Item Number

Hill with 30° arc Hill with 45° arc 12’ x 6’ Valley with 30° arcx 4’ 12’ Valley with 45° arc 10’ x

8’ x 6’

SH300812_ _ _ _◆_ _◆◆ SH450812_ _ _ _◆_ _◆◆ SV300812_ _ _ _◆ _ _◆◆ ◆ SV450812_ _ _ _12’ _ _◆◆ x 6’

6’

•

30 x 6’ 8’

Hill/Valley x 6’30° arc 10’ with

SW300812_ 12’ x 6’ _ _ _◆_ _◆◆

•

45

Hill/Valley with 45° arc

SW450812_ _ _ _◆_ _◆◆

•

30

Hill with 30° arc

SH301012_ _ _ _◆_ _◆◆

•

45

Hill with 45° arc

SH451012_ _ _ _◆_ _◆◆

30

Valley with 30° arc

SV301012_ _ _ _◆_ _◆◆

12’ x 12’

= Hill = Valley = Wave 10’ 6’ x 12’

10’ x 10’

•

12’ x 10’

8’ x 12’

10’ 10'x x12’12'

4’ x 6’

4’ x 8’12’ x 12’

•

= Hill

= Valley

10’ x 12’

•

8’ x 6’

8’ x 8’

12’ x 12’

12' x 12'

45

•

3010’ x 45 30 45 x 8’ 8’ 30

•

45

4’ •x 8’ • 6’ x 8’

4’ x 8’

= Wave

12’

6’ x 8’

6’ x 6’•

6’ x 8’

10’ x 8’

6’

8’ x 8’

Valley with 45° arc 12’ x 8’ Hill with 30°12’ arc x 6’ Hill with 45° arc Valley with 30° arc 10’ x Valley 8’ arc 10’withx 45° Hill/Valley with 30° arc

Serpentina Wave Panel

4’ x 8’

6’ x 8’

4’ x 10’

4’ x 10’

4’ x 12’

6’ x 10’

= Hill

12’ 4’=xValley

8’ x 8’

4’ x 10’ 6’ x 10’

6’ x 12’

SW451212_ _ _ _◆_ _◆◆

SW451212R042WH

8’ x 10’

6’ x 10’

8’

Hill/Valley with 45° arc

_ _ _ _◆ = Perforation Pattern, see page 4 to select your pattern _ _◆◆ = Color, see page 4 to select your colo

4’ x 10’

SV451012_ _ _ _◆_ _◆◆ SH301212_ _ _ _◆_ _◆◆ SH451212_ _ _ _◆ _ _◆◆ ◆ x 8’ SV301212_ _ _ _12’ _ _◆◆ ◆ SV451212_ _ _ _ _ _◆◆ 12’ x 8’ SW301212_ _ _ _◆_ _◆◆

8’ x 10’

10’ x 8’

Degree of Arc

10’ x 12’

10’ x 10’

Color Selection

12’ x 10’

10’ x 10’ 12’ x 10’

12’ x 12’

12’ x 10’

12’ x 12’

10’ x 12’

8’ x 12’ 8’ x 12’

Perforation Option

12’ x 8’

10’ x 10’

8’ x 10’

6’ x 12’

Size of the Cloud

12’ x 10’

8’ x 10’

6’ x 10’

8’ x 12’

4’ x 12’ 6’ x 12’

10’ x 10’

10’ x 12’

12’ x 12’

= Wave

= Hill = Hill

= Valley = Valley = Wave 4’ x 12’ 8’andx 2'12’ 6’ x 12’ Serpentina® Waves™ Acoustical Clouds 2' x 8', 2'=x 10', x 12' panels Wave

10’ x 12’

12’ x 12’

with R062 perforation in Silver Satin; Lewis & Clark Community College, Godfrey, IL

= Hill = Valley = Wave

9

Serpentina ® Waves ™

T he F o l l o w i ng Ch art i s for Non –Ki t Optio ns Only

Serpentina Main Beams and Curved Perimeter Trim

(all dimensions are nominal)

Part #

Arc

Chord Length

Part #

Arc

Chord Length

10075 H/V 1015 H/V

7.5º

9' 11-15/16"

15º

9' 11-13/16"

6075 H/V

7.5º

5' 11-15/16"

615 H/V

15º

5' 11-13/16"

10225 H/V

22.5º

1030 H/V

30º

9' 11-1/4"

6225 H/V

22.5º

5' 11-9/16"

9' 10-5/8"

630 H/V

30º

10375 H/V

5' 10-5/8"

37.5º

9' 9-7/8"

6375 H/V

37.5º

5' 10-3/4"

1045 H/V

45º

9' 7-11/16"

645 H/V

45º

5' 10-1/8"

10525 H/V

52.5º

9' 7-7/8"

6525 H/V

52.5º

5' 9-1/2"

1060 H/V

60º

9' 6-9/16"

660 H/V

60º

5' 8-13/16"

1075 H/V

75º

9' 3-5/8"

675 H/V

75º

5' 7"

1090 H/V

90º

9' 0"

690 H/V

90º

5' 4-1/2"

8075 H/V

7.5º

7' 11-15/16"

4075 H/V

7.5º

3' 11-15/16"

815 H/V

15º

7' 11-3/4"

415 H/V

15º

3' 11-7/8"

8225 H/V

22.5º

7' 11-3/8"

4225 H/V

22.5º

3' 11-11/16"

830 H/V

30º

7' 10-7/8"

430 H/V

30º

3' 11-3/8"

8375 H/V

37.5º

7' 10-5/16"

4375 H/V

37.5º

3' 11-1/8"

845 H/V

45º

7' 9-3/8"

445 H/V

45º

3' 10-3/4"

8525 H/V

52.5º

7' 8-11/16"

4525 H/V

52.5º

3' 10-5/16"

860 H/V

60º

7' 7-15/16"

460 H/V

60º

3' 9-7/8"

875 H/V

75º

7' 7-11/16"

475 H/V

75º

3' 8-1/2"

890 H/V

90º

7' 2-7/16"

490 H/V

90º

3' 7-1/4"

CAD drawings available on armstrong.com/serpentina

690H/VPT Indicates curved trim

Indicates hill (arch) or valley (reverse arch)

Indicates degree of arc

Indicates actual arc length

Serpentina main beams are identified by arc length. For example, a 690 hill main beam has a 5' 4-1/2" chord length and will occupy 5' 4-1/2" of ceiling area.

Serpentina® Waves, Wolf 15/16" Serpentina Mainbeam

10

9/16" Serpentina

MetalWorks™ Wings Silver Grey; Serpentina Waves™ Silver Grey with S500 Perforation Westerly High School, Westerly, RI

Other Serpentina Product Families

®

Serpentina Classic This amazing 3-dimensional curved cloud offers maximum design flexibility. The pre-engineered system allows you to create hills and valleys. Metal infill panels come in 2' x 2', 2' x 4', and 2' x 6', perforated and unperforated. Serpentina Semi-Concealed Make a more dramatic statement with Serpentina Semi-Concealed. These 2' x 4' and 2' x 6' curved clouds offer sculptural design flexibility all with the clean, sophisticated look of semi-concealed infill panels. Serpentina Vault Durable 2' x 6', 2' x 8', 2' x 10', and 2' x 12' factoryfinished aluminum panels come in several finishes, unperforated and perforated, with acoustical fleece backing available for enhanced acoustics. Create arcs of 15, 30, and 45 degrees. For additional information, visit the web at armstrong.com/serpentina or see our Serpentina family brochure BPCS-3960. Serpentina Waves 8' x 12' unperforated Hill/Valley 45º arc in Silver Grey Votorantim Bank, São Paulo, Brazil

11

Ceiling

Systems Between us, ideas become reality

TM

1 877 ARMSTRONG (276-7876) • Name of your Armstrong Representative • TechLine – Technical information, detail drawings, CAD design assistance, installation information, other technical services – 8:00 a.m. to 5:30 p.m. EST, Monday through Friday FAX 1-800-572-8324 or email: [email protected] armstrong.com/waves • Information on Serpentina® Curved Clouds • Submittal pages • Specification writing tool • InVision™ design tool • Latest product and program news • Real-time selection and specification information • Contacts – reps, where to buy, who will install • Literature and samples information

All trademarks used herein are the property of AWI Licensing Company and/or its affiliates © 2013 AWI Licensing Company  •  Printed in the United States of America

TechLine / 1 877 ARmSTRONG 1 877 276 7876 armstrong.com/serpentina SM

BPCS-3989-413