Furnware Group - Hinges & Door Systems 2019 by furnwaregroup

Hinges & Door Systems 2019

246

Hinges & Door Systems Salice Silentia Hinges

Overhead Flap Hinge

Salice Series 200 Hinges

Duras Gas Lift Systems

Salice Domi Snap-on Mounting Plates

Salice Wind System

Salice Domi Snap-on Cam Adjust Mounting Plates

Salice Flap Door System

Page 253

Page 285

Page 258

Page 286

Page 295

Page 266

Page 302

Page 268

Lift - Opening systems - Parallel opening door For doors from 440 mm to 660 mm height

SMOVE Soft-Close Attachment

Salice Parallel Door System

Page 269

Page 306 Part number composition F = Lifting system P = Parallel opening door XXXXXX = Special options SN = Cover with Salice logo / 99 = Cover with arrangement for screw cover cap X = Colour of the cover L = Long arm X1 = Cover with silk-screen printed logo

FPXXXXXXSNXL

Salice Hinge Accessories

Salice Bi-Fold Door System

G = grey cover 1 = white cover 9 = nickel-pl. cover

Page 270

FPXXXXXX999L

FPXXXXXX_ _9LX1

Part number for LIFT system supplied with nickel-plated cover with arrangement for screw cover cap.

Part number for LIFT system supplied with nickel-plated cover with silk-screen printed logo.

Page 312

326

Karo Soft Close Hinges & Plates

Salice Eclipse

Page 274

Smove

Butt Hinges

Page 316

Cinetto Bi-Fold Door System

- Adapter to be screw fixed to the door

Page 324 Sliding system for concertina doors

Page 278

Sliding system for concertina doors

Hirline Hinges

Salice Concertina Door System

Page 279

Page 326

Piano & Overlay Hinges Page 280

Glass Sliding Door Systems 275

Page 330

Various Hinges

Sliding Door Systems

Stays

Pocket Door Fittings

Page 281

Page 282

Page 332

Page 336

247

Hinges & Door Systems Salice Hinges

Abbreviations S = Thickness of the cabinet side D = Required door overlay T = Door thickness K = Drilling distance A = Reveal L = Gap between door and carcass For inset door, L = gap between internal face of door and internal cabinet elements (eg shelves, drawers etc) H = Height of the mounting plate G = Hinge constant

Application with half overlay door

Application with inset door 248

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Application with full overlay door

Hinges & Door Systems Salice Hinges

Explanatory Notes and Assembly Instructions Simulation of the opening movement of a 110° hinge with full overlay door

Simulation of the opening movement of a 110° hinge with half overlay door

Assembly with Domi snap-on mounting plates Locate the lugs on the mounting plate into the recesses beneath the arm.

Gently rotate the door in the direction shown.

Then press lightly on the end of the arm to secure the catch.

To remove the hinge from the mounting plate, press gently in the places shown by the arrows.

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249

L=0.7

+2.8

Sideways adjustment Traditional depth adjustment with800 Series 800 hinges Traditional depth adjustment with Series hinges Sideways Sideways adjustment adjustment

Hinges & Door Systems The hinge screw isand slackened slot of onthe thehinge arm of the hinge the door The hinge fixing screw fixing is slackened an oval and slot an on oval the arm enables the enables door Salice Hinges

to be adjusted frontally from mm Finally to +3 mm. Finally the fixing must be retightened. to be adjusted frontally from -1.5 mm to -1.5 +3 mm. the fixing screw must screw be retightened.

Sideways adjustment ofofthe door Series 100,100, 200,200, 300, 4F Sideways Sideways adjustment adjustment the of door the with door with with Series Series 100, 200, 300, 300, F, F, 400 andand Silentia hinges Silentia and Silentia hinges hinges

Sideways adjustment of the Adoor specially Adeveloped specially developed developed technical technical solutionsolution allows the allows the sideways sideways the sideways adjustment adjustment ofof the door of door thewhile door A specially technical solution allows adjustment the whim

the gap the behind gap behind the door the(“L” door value (“L” 0.7mm). of mm). 0.7 The mm). adjustment Thedoor adjustment screw screw in in conjunct in co A unique solution allows for sidewaysthe adjustment of the door while maintaining the gap behind the (“L” valueoperates of operates gap behind the door (“L” value ofofvalue 0.7 The adjustment screw operates conju the inner the leaf inner of leaf the hinge of the arm. hinge The arm. door The moves door moves in only in one only direction one direction parallel parallel to the carcas to 0.7 mm). The adjustment screw operates in conjunction with the inner leaf of the hinge arm. The door moves in only the inner leaf of the hinge arm. The door moves in only one direction - parallel to the the car one direction - parallel to the carcass without and without without gap between the door and the carcass. No without aagap developing adeveloping gap developing between between the door the and door the and carcase. the carcase. further No further adjustments adjustments areare ne a gap developing between the door and the carcase. Nofurther further adjustments adjustments are necessary.

L=0.7 L=0.7 L=0.7

L=0.7

L=0.7 L=0.7

L=0.7

-1.5 +3

Depth adjustment with Domi mounting snap-on mounting platesBAV - Model BAV Depth adjustment with Domi snap-on plates - Model

-3 + 3 (Series -3 + 3 ( -1.5 + 4.5 -1.5(Series + 4.5 (Series 100, 200, 100, B, 200, and Silentia) B, and Silentia)

Depth adjustment is made withoutany loosening screws. door be moved Depth adjustment is made without loosening screws. The door be moved frontally fromfrontally from -0.5any + 5.5 -0.5 + can 5.5The (Series (Series F and 400) Fcan and 400) +2.8 by mmrotating simply the by rotating the cam this range of mounting plates. -1.5 3adjuster -1.5 + 3 inof (Series (Series 300) 300)B, -0.5 mm to -0.5 +2.8mm mmtosimply cam adjuster this range mounting plates. -3 + 3 (Seri -1.5 +in+4.5 (Series 100, 200, and Silentia) -0.5 + 5.5 (Series F and 400) Depth adjustment with Domi snap-on mounting plates -the Standard Plates Sideways Sideways adjustment adjustment of the of door door with300) with Series Series 800 hinges 800 hinges and Silen and -1.5 +3 (Series Depth adjustment is made without loosening screws. The door can be moved in & out from -0.5 mm to +2.8 mm 800any hinges 800 hinges adjustment simply by rotating the cam adjuster inSideways this range of mounting plates. of the door with Series 800 hinges and Sil Sideways adjustment adjustment of the door of theisdoor made is by made using bythe using indicated the indicated screw. screw. It is possible It is possible to rec 800Sideways hinges the gapthe behind gap behind the door the(the door initial (the “L” initial value “L”ofvalue 0.7 of mm) 0.7simply mm) simply by using bythe using assembly the assemb stop on the on underside the underside of the hinge. of the hinge. Sideways adjustment of the door is made by using the indicated screw. It is possible to

the gap behind the door (the initial “L” value of 0.7 mm) simply by using the assembly s on the underside of the hinge.

Depth adjustment Depth adjustment Depth adjustment

Depth adjustment with Domi snap-on mounting plates - Models BAP

Depth adjustment with Domi mounting plates - Cam Adjust Plates -0.5 mmsnap-on to +2.8 mm simply by rotating the cam adjuster in this range of mounting plates.

Depth adjustment is made without loosening any screws. The door can be moved in & out from -0.5 mm to +2.8 mm -1.5 +4.5 -1.5 +4.5 simply by rotating the cam adjuster in L=0.7 this range of mounting plates.

Depth adjustment with Domi snap-on mounting plates - Models BAPXR and BARXR Depth adjustment with Domi snap-on mounting plates - Models BAPXR and BARXR -0.5 +2.8 -0.5 +2.8 BARXR Depth adjustment is made without loosening any screws. The door can be moved frontally L=0.7 L=0.7 Depth adjustment is made without loosening any screws. The door can be moved frontally from Depth ismm made withoutby loosening anythe screws. The door caninbethis moved frontally from -0.5 mm to +2.8 simply adjuster range of mounting plates. 15 -0.5 mm toadjustment +2.8 mm simply by rotating therotating cam adjuster incam this range of mounting plates.

Sideways Sideways adjustment adjustment of the ofdoor the door with with Series Series 900 and 900600 and hinges 600 hina -1.5 +4.5 Series Series 900 hinges 900 hinges

Required Required sideways sideways adjustment adjustment of the door of theisdoor made is by made slackening by slackening the hinge the fixing hingescrew. fixing scr

It is possible It isadjustment possible to recover to recover the gap behind gapdoor behind the door the(the door initial (the “L” initial value “L”0.7 value mm) 0.7 simply mm) simpl by us Sideways ofthe the with Series 900 and 600 hinge assembly assembly stop located stop located on the on underside the underside of the hinge. of the hinge. Finally Finally the fixing thescrew fixing must screwbe must retigh b Series 900 hinges

Required sideways adjustment of the door is made by slackening the hinge fixing screw. It is possible to recover the gap behind the door (the initial “L” value 0.7 mm) simply by assembly stop located on the underside of the hinge. Finally the fixing screw must be re L=0.7 L=0.7

250

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-0.5 +2.8 -0.5 +2.8

-0.5

stment

Hinges & Door Systems

Salice Hinges

Height adjustment Domi snap-onplates mounting plates Height adjustment with Domi with snap-on mounting - Model BAV- Model - SeriesBAV 200- Series 200

Height adjustment withtoitDomi snap-on mounting plates Standard Plates By loosening the two itfixing screws is possible to adjust the by door by ±2- mm. By loosening the two fixing screws is possible adjust the door vertically ±2vertically mm. The oval holes allow the mounting plate to slide freely in both directions. Finally, the screws must allow the loosening the two fixing screws is possible to directions. adjust the door vertically by ±2must mm. The oval holes The oval holesByallow the mounting plate to slideitfreely in both Finally, the screws be retightened. mounting plate to slide freely in both directions. Once the door is correctly adjusted, the screws must be retightened. be retightened. -2 -2 +2 +2 Height adjustment with Serieswith 200mounting plates - Models and B2PXE Height adjustment Series 200mounting plates - ModelsB2RXE B2RXE and B2PXE

Height adjustment made without loosening anyloosening screws. The canThe be moved vertically by ±2 mm by ±2 mm Heightisadjustment is made without anydoor screws. door can be moved vertically simply by rotating adjuster in this range in of this mounting plates. simplythe by cam rotating the cam adjuster range of mounting plates.

-2

Height adjustment Series 200mounting platesB2RXE - Models B2RXE and B2PXE Height adjustment with Serieswith 200mounting plates - Models and B2PXE Height is made without anydoor screws. The door can be moved by ±2 mm Height adjustment is adjustment made without loosening any loosening screws. The can be moved vertically by ±2vertically mm simply rotating the in cam this rangeplates. of mounting plates. simply by rotating thebycam adjuster thisadjuster range ofinmounting -2

-2

Height adjustment with Domi snap-on mounting plates – Cam Adjust Plates

Height adjustment with Domi snap-on plates - Models BAPXR and Heightadjustment adjustment with Domimounting snap-on plates - Models BAPXR and by ±2 mm simply by Height is made without looseningmounting any screws. The door can+2 be moved vertically +2 BARXR rotating BARXR the cam adjuster in this range of mounting plates. Height adjustment made without loosening anyloosening screws. The canThe be moved vertically by ±2 mm by ±2 mm Heightisadjustment is made without anydoor screws. door can be moved vertically simply by rotating adjuster in this range in of this mounting plates. simplythe by cam rotating the cam adjuster range of mounting plates.

-2

Height adjustment with Domi with snap-on mounting - Models BAPXR andBAPXR and Height adjustment Domi snap-onplates mounting plates - Models BARXR BARXR -2 Height adjustment is adjustment made without loosening any loosening screws. The can be moved vertically by ±2-2 mm Height is made without anydoor screws. The door can be moved vertically by ±2 mm simply by rotating the cam adjuster in this range of mounting plates. simply by rotating the cam adjuster in this range of mounting plates.

17 +2

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251

Hinges & Door Systems Salice Silentia Hinges

Silentia Hinges Soft Close Hinges

Number of hinges per door

•• Hinges with integrated soft-close mechanism in the hinge cup. The soft close strength is easily adjusted with a switch on the hinge. This provides adaptability between standard & lighter weight doors. •• 105° opening angle •• Possible drilling distance on the door (K): from 3 to 6mm •• Compatible with all Domi snap-on mounting plates

Approx. number of hinges required according to the door dimension and weight.

Height of the door

Technical Information

Width of the door

Adjustment Compensated side adjustment from -1.5 mm to +4.5 mm. Height adjustment ±2 mm. Depth adjustment with Domi snap-on mounting plates from -0.5 mm to +2.8 mm.

Fixing Type

Weight of the door (N)

Drilling Pattern

45mm Rapido

45mm Knock-in

45mm Screw Fix

52mm Knock-in

Attention: It is essential to drill the door as specified for the perfect functioning of the hinge.

252

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52mm Rapido

45mm Logica

Hinges with integrated soft-close mechanism in the hinge cup. forsmall doorswe of Hinges forHinges doors of 12 cup. mm deep cup. 12 mm deep Hinges for doors of small weight and thickness. Technical information 105° opening. 105° opening. 12 mm deep cup. Possible drillingondista Possible drilling distance the 105° opening. Hinges with integrated soft-close mechanism in the hinge cup Compatible with all t Compatible with all traditional S Possible drilling distance on the door (K): from 3 to 6 mm. all Domi snap-onplate mo all Domi snap-on mounting Compatible with allHinges traditional Series 200 mounting and with for doors of small weightplates and thickness. all Domi snap-on mounting plates. 12 mm deep cup. 105° opening. Possible drilling distance on the door (K): from 3 to 6 mm. Compatible with all traditional Series 200 mounting plates and with all Domi snap-on mounting plates.

Hinges & Door Systems Salice Silentia Hinges

Space needed Space needed to open to theopen doorthe door Space Silentia needed to+open the door

Space needed to open the door

Ever-optimal Ever-optimalsoft-close soft-closeaction action

Space needed to open the door

Silentia+ Silentia+ is is also also equipped equipped with with thethe innovative innovative switch switch to to delay delay thethe decelerating decelerating action. action. Ever-optimal Ever-optimal soft-close soft-close action action The The activation activation of of this this switch switch allows, allows, even even to to special special doors, doors, to to obtain obtain thethe ideal ideal decelerating decelerating strength. strength.

20 K=3

A= K=3 1.0 A=1.0 1.01.2 1.01.4 1.21.6 1.41.9 1.6

1.9

K=3

1.0

1.2

1.4

1.6

1.9 K=4

A= K=4 0.9 A=1.0 0.91.2 1.01.3 1.21.5 1.31.8 1.5

1.8

K=4

0.9

1.0

1.2 T=

1.3 15

1.5 16

1.8 K=5 17 18

19 K=5 20 A=1.0 0.91.1 1.01.2 1.11.5 1.21.8 1.5 A= 0.9

1.8

K=5

0.9

1.0 K=3

1.1 A=

1.2 1.0

1.5 1.0

1.8 K=6 1.2 1.4

1.6 1.9 A= K=6 0.9 A=1.0 0.91.1 1.01.2 1.11.4 1.21.7 1.4

1.7

K=6

0.9

1.0 K=4

1.1 A=

1.2 0.9

1.4 1.0

1.7 1.2

1.3

1.5

1.8

30° 30°

K=5

0.9

1.0

1.1

1.2

1.5

1.8

30° 30°

K=6

0.9

1.0

1.1

1.2

1.4

1.7 T= 15 16 1517 1618 1719 1820 19

L= K=3 0.0 L=0.0 0.00.0 0.00.0 0.00.1 0.00.3 0.1

0.3

---

Silentia+ Silentia+ is is also also equipped equipped with with thethe innovative innovative switch switch to to delay delay thethe decelerating decelerating action. action. The The activation activation of of this this switch switch allows, allows, even even to to special special doors, doors, to to obtain obtain thethe ideal ideal decelerating decelerating strength. strength.

++ ++

15 T=16 1517 1618 1719 1820 19

20 K=3

L= K=4 0.4 L=0.6 0.40.7 0.60.9 0.71.1 0.91.2 1.1 1.2 19 20 L=1.0 1.01.2 1.01.8 1.22.0 1.82.0 2.0 2.0 K=5 L= 1.0 0.1 0.3 L= K=5 L= 1.0 K=6 L= K=6 1.6 1.8 1.62.0 1.82.1 2.02.3 2.12.5 2.3 2.5 K=4 L= 0.4 0.6 0.7 0.9 1.1 1.2 K=6 L= 1.6 1.8 2.0 2.1 2.3 2.5 above are calculated on the assumption above values arevalues calculated on the the assumption The values are calculated on that the do 10° 10° K=5 L= 1.0 1.0 1.2 The 1.8above 2.0The 2.0 They arethe reduced if the doors have radiussed edges. They are reduced if the doors have radiussed edges. assumption that doors have square edges. The10° above values are calculated on the doors have square edges. 10° K=6 L= 1.6 1.8assumption 2.0 2.1 that 2.3the 2.5 They are reduced if the doors have radiussed edges. They are reduced if the doors have radiused K=3

0.0

0.1

0.3 K=4

K=4

0.4

0.6 K=3 1.0

T= 0.7 L= 1.2

15 0.9 0.0 1.8

16 1.1 0.0 2.0

17 18 1.2 K=5 0.0 2.0 0.0

7 7

edges The above values are calculated on the assumption that the doors have square edges. They are reduced if the doors have radiussed edges.

7 7

Projection of the door

Projection of the door “C” value Projection of the door “C” value “C” value Projection of the door from the cabinet side at the max. opening. With this formula you

Projection of the door from the cabinet side at the max. opening. With this formula you can obtain The areabased onarm a straight arm hinge, H=0 mm of thickness ofthat can door can be ope The figures are figures based With on straight hinge, H=0 mmthe thickness door bethat opened withou Projection of the door from the cabinet side at the max. opening. this formula you can obtain max. thickness of the moulded Projection of the door mounting plate and Kmm. value = “C” 3 mm.value doorswhilst or walls, whils mounting plate and K value = 3 doors or walls, bearing in Projection thearm door “C” The figures are based on aof straight hinge, H=0 mm thickness of door value that can be opened without touching adjacent carcase sides, Projection of the door from the cabinet side at the max. opening. With this formula you can obtain the max. thickness of the moulded mountingProjection plate and Kof value = 3 mm. doors or walls, whilst bearing in mind the above L-K-T values. With this formula you can obtain the max. thickness of the the door from the cabinet side at The figures are based on a straight arm hinge, H=0 mm thickness of door that can be opened without touching adjacent carcase sides, moulded door that can be opened without touching adjacent the max. opening. mounting plate and K value = 3 mm. doors or walls, whilst bearing in mind the above L-K-T values.

The figures are based on a straight arm hinge, H=0 mm thickness of mounting plate and K value = 3 mm.

carcase sides, doors or walls, whilst bearing in mind the above L-K-T values.

C = 20.5 + CK =+ 20.5 A +K+A C = 20.5 + K + A C = 20.5 + K + A

22 22

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253

ormulas to determine the type of hinge arm, the drilling ” and the height of the mounting plate “H” which is o solve each application problem.

Hinges & Door Systems

d the height of the mounting plate “H” which is las to determine the type of hinge arm, the drilling lve each application problem. d the height of the mounting plate “H” which is ve each application problem. “Drillings and fixings” at page 21 to complete the code esired hinge. Drillings and fixings” at page 21 to complete the code esired hinge.

H = 15 + K - (D)

H = 15 + K - (D) H = 15 + K - (D) H = 15 + K - (D)

H = 15 + K - (D) H+ =K 10- (D) + K - (D) H = 15

Silentia+ Series 100 Full Overlay 105º

C1_6AD9 •• Made in Italy •• Integrated Soft Close - Adaptable Strength •• 105° Opening angle •• 12mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 300pcs C1_6AD9 Part No. SAL.C176AE9

45mm Rapido

SAL.C1R6AE9

45mm Knock-in

SAL.C1P6AE9

45mm Screw Fix

C1_6AD9 45mm Logica C1_6AD9 C1_6DD9 SAL.C1W6AE9 52mm Knock-in SAL.C1J6AE9

SAL.C126AE9

H = 10 + K - (D) H = 10 + K - (D) H = 10 + K - (D)

H = 10 + K - (D) H = 10 - (D) H+ =K 6+ K - (D)

H = 6 + K - (D) H = 6 + K - (D) H = 6 + K - (D)

H = 6 + K - (D) H = 6H+=K-2- (D) +K+A

H = -2 + K + A H = -2 + K + A H = -2 + K + A

H = -2 + K + A H = -2 + K + A

52mm Rapido

C1_6DD9 Silentia+ Series 100 Half Overlay 105º

C1_6DD9

•• Made in Italy C1_6DD9 •• Integrated Soft Close - Adaptable Strength •• 105° Opening angle •• 12mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm C1_6DD9 •• Box Qty: 300pcs

C1_6DD9 C1_6GD9

Part No.

Description

SAL.C176GE9

45mm Rapido

SAL.C1R6GE9

45mm Knock-in

SAL.C1P6GE9 SAL.C1J6GE9 SAL.C126GE9

45mm Screw Fix

C1_6GD9 45mm Logica C1_6GD9 52mm Rapido C1_6GD9

C1_6GD9 C1_6GD9 C1_6PD9 Silentia+ Series 100 Full Inlay 105º •• Made in Italy •• Integrated Soft Close - Adaptable Strength •• 105° Opening angle •• 12mm Deep cup C1_6PD9 •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 300pcs C1_6PD9

C1_6PD9

Part No.

Description

SAL.C176PE9

45mm Rapido

SAL.C1R6PE9 SAL.C1P6PE9 SAL.C1J6PE9 SAL.C126PE9

254

C1_6AD9 C1_6AD9 Description

45mm Knock-in

C1_6PD9 45mm Screw Fix C1_6PD9 45mm Logica 52mm Rapido

23 Furnware Group • Talk to the experts on 1300 222 600

23 23

s. Salice Silentia Hinges “Drillings and fixings” at page 21 to complete the code pcs. 0les pcs. he desired hinge. 200 pcs. 0 pcs. 200 ulas pcs. to determine the type of hinge arm, the drilling nd the height of the mounting “H” which is drilling ormulas to determine the typeplate of hinge arm, the olve each application problem. ” and theto height of the mounting is formulas determine the type of plate hinge “H” arm,which the drilling o solve each application problem.plate “H” which is K” and the height of the mounting “Drillings and application fixings” at page 21 to complete the code s. o solve each problem. desired hinge. and fixings” at page 21 to complete the code bles pcs. “Drillings .he desired hinge. bles “Drillings and fixings” at page 21 to complete the code cs. the hinge. the type of hinge arm, the drilling ulasdesired to determine

Hinges & Door Systems Salice Silentia Hinges

Arm 45°

Silentia+ Series 100 Full Overlay +45º •• Made in Italy •• Integrated Soft Close •• 105° Opening angle •• 12mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 150pcs

Silentia

Arm 45°

Part No.

Description

SAL.C176ME9AC

45mm Rapido

SAL.C1R6ME9AC

45mm Knock-in

SAL.C1P6ME9AC

45mm Screw Fix

- Series 100 - Complementary hinges

Technical Information

Hinges with integrated soft

Crampon hinges. For cabinet sides with 37x3 Hinges for doors of small w 12 mm deep cup. 105° opening. Possible drilling distance on t Compatible with all traditional all Domi snap-on mounting pla

Packing Boxes 150 pcs. Pallets 3.600 pcs. E min: Silentia+ Series 100 Blind Corner Hinge

61 mm for Series 200 mounting plates.

•• Made in Italy 70 mm for Domi snap-on mounting plates. 74 mm for Domi snap-on mounting plates with back cam. •• Integrated Soft Close •• 105° Opening angle Use the tables “Drillings and fixings” at page 21 to complete the •• 12mm Deep cup code number of the desired hinge. •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 150pcs Part No.

Description

SAL.C176NE9AC

45mm Rapido

SAL.C1R6NE9AC

45mm Knock-in

SAL.C1P6NE9AC

45mm Screw Fix

SAL.C126NE9AC

52mm Rapido

SAL.C1J6NE9AC

45mm Logica

E min: 70mm for Domi snap-on mounting plates 74mm for Domi snap-on mounting plates with back cam

* A=1* A=1 K=3

K=3 H=3

Heights of mounting plates for every assembly. H=0 Ordering online is now even easier! www.furnwaregroup.com.au

H=3 255

Zero Zero

Use this table to identify the available drillings and fixings. Fill the third position of the hinge code number with the letter or the number corresponding to your choice. I.e.: C7_6AD9.

Hinges & Door Systems

Fill this position with the chosen letter or number.

Salice Silentia Hinges

110°, 155° opening and complementary hinges

Attention: it is essential to drill the door as Silentia+ specified for the 700 - 155° 0mm Projection Series perfect functioning of the hinge. H=0 H=0 •• Made in Italy 6 6 •• Integrated Soft Close 47 •• 155° Opening angle •• 13.5mm Deep cup •• Drilling distance on the door (K): from 3 to 8mm 155° opening 6 mm negative projection at 90° A •• negative Box Qty: 100pcs 155° opening 6 mm projection at 90° K from 3 to 8 mm K from 3 to 8 mm 13.5 mm deep cup 13.5 mm deep cup

Zero

Zero Zero Zero Part No.

Description

Arm 0 SAL.C27KAE9 Arm 0 H = 15 + K - D H = 15 + K - D SAL.C2RKAE9 Arm 5 SAL.C2PKAE9 Arm 5 H = 10 + K - D H = 10 + K - D SAL.C22KAE9 Arm 9 Arm 9 H = 6 + K - DSAL.C2JKAE9 H=6+K-D

Arm 17 45mm Rapido Arm 17 H = -2 + K + A H = 45mm -2 + K Knock-in +A

45mm Screw Fix 52mm Rapido

45mm Logica

H=0 A 6

A K

ø35

L H=0 A

(with mounting plate H=0) (with mounting plate H=0)

ø35

Projection of the door S

H=0

6 6 L

155° opening 6 mm negative K from 3projection to 8 mm at 90° 155° opening (with mounting plate H=0) 155° opening deep cup K from13.5 3 to mm 8 mm K from 3 to 8 mm 13.5 mm deep cup 13.5 mm deep cup

0 15 + K - D

S S

5 10 + K - D

H S D

9 6+K-D

D D L L L

256

H H

6 mm negative projection at 90° A mounting plateatH=0) 6 mm (with negative projection 90° 6 mm negative projection at 90° (with mounting plate H=0) (with mounting plate H=0)

Arm 0 Arm 17H = 15 + K - D Arm 0 H = -2 +Arm K+A H = 15 + K 0- D H = 15 Arm 5 +K-D H = 10 +K-D Arm 5 H = 10Arm + K 5- D H = 10 Arm 9 +K-D Arm 9H = 6 + K - D Arm H=6+ K-9 D H=6+K-D

H=0 A

H=0 6 A Furnware Group to the experts on 1300 222 600 K• Talk ø35 A

Arm 17 H = -2 + K + A Arm 17 H = -2 Arm + K +17 A H = -2 + K + A

D L

H=0 A 6

H S

A A

Use this table to identify the available drillings and fix Fill the third position of the hinge code number with th corresponding to your choice. I.e.: C2_BAD9.

Hinges & Door Systems

Fill this position with the chosen letter or num

Salice Silentia Hinges Packing Boxes 300 pcs. Pallets 7.200 pcs.

Silentia

- Series 200 for thicker doors - 94° opening

Use these formulas to determine the type of hinge arm, the drilling 94°, 155° distance and -the of the mounting plate “H” which is Silentia - Series 200 for thicker“K” doors 94°height opening Packing and comp necessary to solve each application problem. Boxes 300 pcs. Technical information Silentia Series 200 for thicker doors 94° opening Pallets 7.200 pcs. Usethicker the tables “Drillings fixings” at page 29 to complete the - Series 200 for doors - 94°and opening Technical information Hinges with integrated soft-close mechanism in the hinge c code number of the desired hinge. Attention: Use these formulas to determine the type of hinge arm, the drilling Series 200 for thicker doors 94° opening Technical information Silentia+ Series 200 Full Overlay Thick mechanism the18 hinge cup. distance “K” and the 94º heightFor of the mountingHinges plate with “H” integrated which is soft-close is essential to drill the do Hinges forin min. mmit thick doors. necessary to solve each application problem. 15.5 mm deep cup. perfect functioning of the hi Doors - 19 mm to 35mm

Silentia Silentia

Technical information Hinges for min. 18 mm thick doors. Hinges with94° integrated opening.soft-close mechanism in the hinge cup.

15.5 cup. the Possible drilling distance on the door (K): from 3 to 9 mm. Use the tables “Drillings and fixings” at page 29mm to deep complete •• Made in Italy Technical information 94° opening. Hinges for min. 18 mm thick Compatible with doors. all traditional Seriescup. 200 mounting plates Hinges with integrated soft-close mechanism in the hinge number 0 of the desired hinge. •• Integrated Soft Close codeArm drilling distance15.5 on mm the door from 3 to 9 mm. deep cup. snap-on mounting plates. all(K): Domi Silentia - Series 200 for thicker doors - 94° openingPossible Compatible with all traditional Series 200 mounting plates •• 94° Opening angle 94° integrated opening. H= 15 + Kmechanism - (D) and with soft-close in the hinge cup. C2_B HingesHinges for min.with 18 mm thick doors. plates. all Domi snap-on mounting Possible drilling distance on the door (K): from 3 to 9 mm. - Series •• Silentia 15.5mm Deep cup 200 for thicker doors - 94° opening 15.5 mm deep cup. with all traditional Series 200 mounting plates and with Hingesinformation forCompatible min. 18 mm thick doors. •• Drilling distance on the door (K): from 3 to 9mm 94°Technical opening. all Domi snap-on mounting plates. 15.5 mm deep cup. Possible drilling distance on the door (K): from 3 to 9 mm. •• Box Qty: 300pcs Arm 0 94° opening. Technical Compatible information with all traditional Series 200in mounting plates and with Hinges with integrated soft-close mechanism the hinge cup. Space needed to open the door Possible drilling distance the door (K): from 3 to 9 mm. all Domi snap-on mounting H=plates. 15on +K - (D) C2_BAD Part No. Description Hinges with integrated soft-close in the hingeSeries cup. 200 mounting plates and Hinges for min. 18 mechanism mm thick Compatible with alldoors. traditional with Space needed to open the door 15.5 mm deep cup. all Domi snap-on mounting plates. SAL.C27BAE9 45mm Rapido T= 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33

SAL.C2PBAE9

Hinges for min.94° 18 opening. mm thick doors. 15.5 mm deep Possible cup. drilling distance on the door (K): from 3 to 9 mm. 0.2 0.3 0.4 0.5 0.7 0.8 31 1.0 32 1.6 33 2.6 34 3.5 35 4.5 25 26 27 28 29 30 94° opening. Compatible with all traditional Series 200 mounting plates and with Possible on 2.6 the (K): from 9 mm. 6.4 mounting plates. alldistance Domi 0.3 K=4 0.4 0.5 0.7 0.8 1.0 1.6 3.5 4.5 A= 0.1 0.2drilling 0.3 0.4snap-on 0.5 door 0.7 0.83 to5.4 1.0 1.2 7.4 1.9 8.3 2.8 9.3 3.8 T= 19 20 Compatible 21 22 with 23 24 25 200 26mounting 27 plates 28 and 29with 30 31 32 all traditional Series 0.3 K=5 0.4 0.5 0.7 0.8 1.0 1.2 A= 0.1 0.2snap-on 0.3 mounting 0.4 1.9 0.5 2.8 0.7 3.8 0.8 4.7 1.0 5.7 1.2 6.6 1.4 7.6 2.2 8.6 3.1 plates. all Domi

Space needed to open the door T= Knock-in 19 20 45mm

SAL.C2RBAE9

K=3 22

K=3 45mm A= Screw 0.1 Fix0.2

K=4 the A= door 0.1 Space needed to open

A= 23

0.1 24

5.4

6.4

4.7 5.7 33 34 4.1 5.0 7.4 8.3 3.5 4.4 6.6 7.6 3.0 3.8 34 5.9 35 6.9 2.5 3.3 8.35.3 34 9.3 6.2 33 2.1 2.9 5.6 7.64.7 8.6

0.2 K=3 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.6 2.6 3.5 4.5 5.4 6.4 K=5 A= 0.1 0.2 0.3 K=6 0.4 0.5 0.7 0.8 1.0 1.2 A= 0.1 0.2 0.3 0.4 1.4 0.5 2.2 0.6 3.1 0.8 4.1 1.0 5.0 1.2 5.9 1.4 6.9 1.7 7.8 2.6 K=4 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.9 2.8 3.8 4.7 5.7 Space needed to open the door Arm 5 K=6 T= A= 0.1 0.3 K=7 0.4 22 0.5 0.6 240.8 1.0 1.2 A= 230.1 0.2 25 0.3 0.4 1.4 0.5 1.7 0.6 2.6 0.829 3.5 1.030 4.4 1.1 315.3 1.3 6.2 1.6 7.2 2.1 19 0.2 20 K=5 21 A= 0.1 0.2 0.3 0.4 0.5 26 0.7 270.8 28 1.0 1.2 H= 1.4 10 + 2.2 K - (D)3.132 4.1 33 5.0 Space needed to open K=7 A= 0.1 the 0.2door0.3 K=8 0.4 0.5 0.6 0.8 1.0 1.1 1.3 1.6 2.1 3.0 3.8 4.7 5.6 6.5 0.3 0.4 0.5 0.8 0.9 K=3 A= 0.1 0.2 0.3 0.4 A=0.2 0.50.10.323 0.70.20.424 0.8 1.0 1.60.8 0.6 2.6 3.5 4.5 1.11.7 5.4 1.32.631 6.41.63.5 32 7.41.8 K=6 20 A= 0.1 0.5 25 0.6 26 1.0 28 1.2 1.4 4.4 T= 19 21 22 27 29 30 K=8 theA= 0.4 0.5 0.6 0.8 0.9 1.1 Space needed to open door0.1 0.2 0.3 k=9 A= 0.1 0.2 0.3 0.4 1.3 0.5 1.6 0.6 1.8 0.8 2.5 0.9 3.3 1.1 4.2 1.3 5.1 1.5 6.0 1.8 K=7 A= 0.1 0.2 0.3 0.4 0.5 0.6 0.8 1.0 1.1 1.3 1.6 2.1 3.0 3.8 K=4 K=3 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.9 2.8 3.8 4.7 5.7 6.6 21 22 25 0.8 26 27 28 32 33 346.4 35 7.4 A= T=0.2 0.1 19 0.30.220 0.40.3 0.4 0.6230.50.824 0.7 1.0 1.6 29 2.6 30 3.5312.9 4.5 5.4 k=9 A= 0.1 0.5 0.9 1.1 1.3 1.5 1.8 2.1 3.7 4.6 5.4 K=8 A= 0.1 0.2 0.30.7 0.7 0.40.80.8 0.5 1.0 0.8 2.61.4 0.9 1.1 2.5 K=30.1 A= 0.2 0.1 0.3 0.2 0.3 0.4 0.5 1.050.6 1.6 3.5 2.2 4.5 1.3 5.4 1.6 6.4 1.8 7.4 8.35.9 3.3 K 3 4 6 7 8 9 K=5 T= A= 0.4 0.5 1.2 3.1 4.1 5.0 6.94.2 Arm 5 22 23 28 29 33 34 35 K=4 19 A= 20 0.121 0.2 0.3 240.4 25 0.5 26 0.727 0.8 1.0 301.2 31 1.932 2.8 3.8 4.7 5.7 9.3 6.6 0.2 0.5 0.6 1.20.8 1.9 0.9 2.8 1.110 1.55.7 1.8 2.9 3.7 K=4 K A= 3k=9 0.1 4A= 0.2 50.1 0.3 0.7 1.0 3.8 1.3 6.6 2.1 60.4 70.3 1.0 80.4 1.6 90.5 2.6 +1.3 K4.7- (D) L= 0.0 0.0 3.5 0.0 4.51.2 0.0 5.4H= 0.3 K=3 0.3 0.2 0.4 0.5 0.70.4 7.4 8.3 K=6 A= A= 0.1 0.10.2 0.1 0.2 0.3 0.4 0.5 0.8 0.6 0.0 0.80.8 1.0 1.2 1.4 1.76.4 2.6 3.5 9.3 4.4 7.65.0 5.3 8.6 5.9 6.2 K=5 A= 0.3 0.5 0.7 0.8 1.0 1.4 2.2 3.1 4.1

Space needed to open the door

K=8

A= k=9

K=5 L= A= 0.00.1 0.00.2 0.0 0.3 0.0 0.4 0.0 0.5 0.3 0.7 0.8 1.0 1.2 1.4 2.2 3.1 4.1 5.0 5.9 6.9 7.8 1.3 1.9 0.1 0.1 0.2 0.2 0.3 0.3 0.4 0.5 1.2 6.6 7.6 3 0.8 0.5 4 1.0 5 6 1.0 72.8 9 1.4 0.4K 0.70.4 0.5 0.6 0.8 1.1 83.81.2 1.3 4.7 1.65.7 1.7 2.1 3.0 8.6 3.8 4.7 5.6 A= A= 0.1 0.6 1.0 3.5 4.4 5.3 K=6 0.1 0.2 0.2 0.3 0.3 0.4 The0.5 0.6values 0.8are0.8 1.0 1.2 on1.4 1.7 2.6 that 3.5the2.6 4.4 5.3 6.2 7.2 above calculated the assumption doors have square edges. 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.4 2.2 3.1 4.1 5.0 5.9 6.9 7.8 L= 0.0 0.0 0.0 0.0 0.0 0.3 1.3 0.1above 0.2values 0.3 0.4 0.5 0.6 reduced 0.80.8 0.9 1.1 1.3 1.6 1.83.0 2.1 2.5 3.3 5.63.8 4.2 6.5 4.7 5.1 are if the have radiussed edges. The are onThey the that the doors have square edges. A= 0.3 0.4 0.5 0.8 1.0 1.1 3.0 K=7 A= 0.1 0.1 0.2 0.2 calculated 0.3 0.4 0.5assumption 0.6 0.6 1.0doors 1.1 1.3 1.61.3 2.1 1.6 3.8 4.7 0.1 0.2 0.3 0.4 0.5 0.6 0.8 1.0 1.2 1.4 1.7 2.6 3.5 4.4 5.3 6.2 7.2 They are reduced if the doors have radiussed edges. 0.1 0.2 0.3 0.4 0.5 0.6 0.8 0.9 1.1 1.3 1.5 1.8 2.1 2.9 3.7 4.6 K=8 A= 0.1 0.2 0.3 0.4 0.5 0.6 0.8 0.9 1.1 1.3 1.6 1.8 2.5 3.3 4.2 5.1 6.0 0.3 above 0.6 0.9 2.11.1 3.0 1.6 2.5 4.2 0.1 A=0.2 0.10.3 0.2 0.4 0.5 0.60.4values 0.8 0.5 1.0calculated 1.1 0.8 1.3 3.8doors 4.7have1.8 5.6 6.5 The are on the1.6 assumption that1.3 the square edges. 3.3 k=9 A= 0.1 0.2 They 0.3 are0.4reduced 0.5 if the 0.6 doors 0.8 have 0.9radiussed 1.1 edges. 1.3 1.5 1.8 2.1 2.9 3.7 4.6 5.4 0.1 A=0.2 0.10.3 0.2 0.4 0.5 1.1 0.8 1.3 1.6 4.2 5.1 6.0 0.3 0.60.4 0.8 0.50.9 0.6 0.9 1.81.1 2.5 1.33.3 1.5 1.8 2.1 2.9 3.7

k=9

0.1

K=4 K=7 A=A=

K=6

K=5

K=6

K=8 k=9

K=7

A= K=7

A= K=8 A=

0.2

Arm L= 9

0.3 7

1.3 8

0.3 K 0.4 3 0.5 4 0.6 5 0.8 6 0.9 7 1.1 8 1.3 9 1.5

0.0 K

4L=

0.0 3

0.0 5

0.0 4

0.0 6

0.0 5

0.0 7

0.0 8

0.0 6

0.0 9

0.3

1.3

1.8

2.1

2.9

3.7

4.6

7.4

6.6 35 5.9 9.3 5.3 8.6 4.7 7.8 4.2 7.2 35 3.7 6.5

C2_B

8.3

9.3

5.1 6.0 7.8 7.6 8.6 4.6

5.4

7.2 6.9 7.8 C2_BDD 6.5 6.2

7.2

6.0 5.6

6.5

5.4 5.1

6.0

4.6

5.4

H= 6 + K - (D) C2_B L= 0.0 0.0 0.0 0.0 0.0 0.3 1.3 L= 0.0 0.0 0.0 0.0 0.0 on 0.3the 1.3 The above values calculated assumption thedoors doors have square edges. The aboveare values are calculated on the assumptionthat that the have square edges. They are reduced ifdoor the doors havehave radiussed edges. They are reduced if the doors radiussed edges. Projection ofarethe “C” value The above values arethe calculated the that edges. the doors have square edges. The above values calculated on assumptionon that theassumption doors have square Projection of the doorArm They “C” value if thereduced doors have radiussed 9 are reduced They are if the doorsedges. have radiussed edges. Projection of the door from the cabinet side at the max. With this formula you can obtain the max. thickness of the H= 6that +thickness K - (D) Theofabove values the that the doors have edges.touching adjacent carcas Projection theatdoor “C” value Projection of the door from the cabinet side the max. are calculated on With thisassumption formula you can obtain the max. of the moulded door can besquare opened without K

C2_BGD

that can be opened without touching carcase sides,in mind the above L-K-T value doors oradjacent walls, whilst bearing thickness mounting if plate K value = 3door mm. They areofreduced theand doors have radiused edges

doors or walls, whilst bearing in mind the you above values. thickness of mounting plate and K of value 3 mm. Projection the = door from the cabinet side at the max. With this formula canL-K-T obtain the max. thickness of the moulded door that can be opened without touching adjacent carcase sides, doors or walls, whilst bearing in mind the above L-K-T values. thickness of mounting plate and K value = 3 mm.

Projection of the door Projection of the door

Projection of the door from Projection ofProjection the door Projection the door of the door from the cabinet side at the max. the cabinetofside at the max. Arm 17 opening. Projection of the door the cabinet sideand at the max. = 3 mm. thickness of mounting plate K value Projection offrom the door Projection of the door from the cabinet side at the max. The figures are based on thickness of arm mounting plateH=0 and K value = 3 mm. a straight Projection ofhinge, theplate doorand fromK the cabinet side at the max. thickness of mounting value = 3 mm. mm thickness of mounting platethickness and K value = 3 mm. of mounting plate and K value = 3 mm.

“C” value “C” value

With this formula you can obtain the max. thickness of the “C” value With this formula you canopened obtain thewithout max. thickness of the moulded moulded door that can be touching adjacent door that can be opened without touching adjacent carcase sides, carcase sides, doors or walls, whilst bearing in mind With this formula you obtain thebearing max. thickness the moulded doors orcan walls, whilst in mindof the above L-K-T values. the “C” value Ksides, + thickness A With this formula you canadjacent the of the moulded Cobtain = 23H= +carcase K-2+ +max. A door that can be opened without touching above L-K-T values. “C” value

23door + whilst K +that A can be opened without adjacent carcase sides, doors C or=walls, bearing in mind the above L-K-Ttouching values.

Arm 17

H= -2 + K + A C = 23 + K + C = 23 + K +

C2_BPD

C = 23 + K +

Hassle free ordering! Email us on info@furnwaregroup.com.au 30

C2_B

With thiswhilst formula you can obtain the max. L-K-T thickness of the moulded doors or walls, bearing in mind the above values. = 23be + Kopened + A without touching adjacent carcase sides, door thatCcan doors or walls, whilst bearing in mind the above L-K-T values.

257

Hinges & Door Systems Salice Series 200 Hinges

Series 200 Hinges

Non-Soft Close 110° Hinges

Number of hinges per door

•• Non Soft Close hinges for all standard applications •• 11mm deep cup •• 110° opening angle •• Possible drilling distance on the door (K): from 3 to 6mm •• Compatible with all Domi snap-on mounting plates

Approx. number of hinges required according to the door dimension and weight.

Height of the door

Technical Information

Width of the door

Weight of the door (N)

Adjustment

Mounting plates

Compensated side adjustment from -1.5 mm to +4.5 mm. Height adjustment ±2 mm. Depth adjustment with Domi snap-on mounting plates from -0.5 mm to +2.8 mm.

Snap-on assembly on Domi mounting plates. N.B. : Use POZIDRIVE No. 2 screwdrivers for all screws.

Fixing Type

Drilling Pattern

45mm Knock-in

45mm Screw Fix

52mm Knock-in

) 258

CA - C2_6A99 CL C2_4A99 Furnware Group • Talk to the experts on 1300 222 600

45mm Rapido

pe and hich

Series 200 Series 200

110° opening.

- 110° opening

Possible drilling distance on the door (K): from 3 to 6 mm. When a greater opening angle is required. Technical information 11 mm deep metal cup. Compatible with all traditional Series 200 mounting plates Technical information Technical 110° opening. Domi snap-on mounting plates. When a greaterinformation opening angleall is required. When a greater opening angle is required. 11 mm deep metaldistance cup. Possible drilling on the door (K): from 3 to 6 mm. 11 mm deep metal cup. Technical When a greaterinformation opening angle is required. 110° opening. Compatible with all traditional Series 200 mounting plates and with opening. 11110° mmdrilling deep metal cup.on the door (K): from 3 to 6 mm. Possible distance snap-on mounting plates. all Domi Possible drilling opening distance on the (K): from 3 to 6 mm. When a greater angle isdoor required. 110° opening.

- 110° opening

Hinges & Door Systems Salice Series 200 Hinges

Compatible with all traditional Series 200 mounting plates and with Compatible allcup. traditional Series mounting plates and with 11 mm deepwith metal drilling distance on the door (K):200 from 3 to 6 mm. allPossible Domi snap-on mounting plates. all Domi snap-on mounting plates. 110° opening. Compatible with all traditional Series 200 mounting plates and with drillingmounting distance on the door (K): from 3 to 6 mm. allPossible Domi snap-on plates. Compatible with all traditional Series 200 mounting plates and with all Domi snap-on mounting plates.

Space needed to open the door Spaceto needed open door Space needed open to the door Space needed totheopen

Space needed to open the doorthe Space needed to open the door

16 17 20 2121 22 1.223 23 1.5 2424 25 17 18A= 18190.519 20 0.7 25 26 2.4 26 K=3 0.9 22 1.8

3.7

5.1

6.5

7.8

A= A=0.5 0.5 0.7 1.50.71.81.8 0.9 2.4 1.23.74.1 1.5 5.1 6.5 7.8 K=4 A= 0.5 K=4 0.70.70.9 0.90.9 1.2 1.2 6.87.8 2.1 K=3 A= 0.5 1.2 1.51.5 1.8 2.12.4 2.7 3.7 5.1 5.56.5 1.8

2.7

4.1

5.5

6.8

2.6

3.1

4.1

5.4

2.5

3.0

3.5

4.4

Space needed to open the door T=

K=3

K=3 K=4 K=5 K=6

door

16T=

T= 18

A=T= 0.516 0.717 0.918 1.219 1.520 1.821 2.422 3.723 5.124 6.525 7.826 K=3 A= 0.5 0.7 0.9 1.2 1.5 1.8 2.4 3.7 5.1 6.5 7.8

T= 16 17 18 19 20 21 22 23 24 25 26 K=4 A= 0.5 0.7 0.9 1.2 1.5 1.8 2.1 2.7 4.1 5.5 6.8 A= 0.5 0.7 0.70.70.90.90.9 1.2 1.5 1.8 2.1 2.62.72.73.14.1 4.1 K=5 A= 1.21.2 1.5 1.8 2.12.1 4.15.5 5.5 5.46.8 6.8 K=4 A=A=0.50.5 1.5 1.81.8 K=5 A= 0.5 0.7 0.9 1.2 1.5 1.8 K=3 0.5 0.7 0.9 1.2 1.5 2.4 3.7 5.1 6.5 7.8 K=5 2.1 2.6 3.1 4.1 5.4 2.1 K=6 A= 0.50.5 0.70.70.90.90.9 1.2 1.21.2 1.5 1.8 2.12.1 2.52.62.63.03.1 3.1 3.54.1 4.1 4.45.4 5.4 K=5 A= 1.5 1.8 A= 0.5 0.7 1.5 1.8 2.1 K=4 2.7 1.5 4.1 5.5 6.8 2.1 K=6 A= K=6 0.5 0.7A= 0.9 0.51.2 0.7 1.5 1.8 3.0 3.5 0.9 2.1 1.22.5 1.8 4.4 K=6 A=A= 0.5 1.51.5 1.8 1.81.8 2.1 A= 0.7 0.9 0.90.91.21.21.21.5 2.1 3.03.54.13.54.45.4 4.4 K=5 0.5 0.5 0.70.7 2.1 2.52.5 2.6 3.03.1

K=6 A= 0.5 0.7 0.9 1.2 1.5 1.8 2.1 2.5 3.0 3.5 4.4 T= 16 17 18 19 20 21 22 23 24 25 26 T= 16 17 18 19 20 21 22 23 24 25 26 K=3 L=T= 0.016 0.017 0.018 0.019 0.220 0.521 0.822 1.123 1.424 1.725 1.926 K=3 L= 0.0 0.0T= 0.0 160.0 0.2 0.518 0.8 191.1 20 1.4 1.7 17 21 1.9 22 23 24 25 26 T= 17 0.00.0 180.30.0 19 20 1.20.5 21 1.40.8 22 1.71.1232.01.4 24 25 26 K=4 0.6 0.9 2.3 2.6 K=3 L=16 L=T=0.00.0 16 17 18 0.00.6 19 0.20.9 20 21 22 23 24 1.72.3 25 1.92.6 26 K=4 L= 0.0 0.0 0.3 1.2 1.4 1.7 2.0 K=3 0.0 2.1 0.01.13.12.0 0.2 0.8 1.1 1.4 1.7 1.9 L=0.0 1.1 0.0 1.3 0.0L= 1.6 0.0 1.8 2.3 2.61.4 2.9 3.4 0.5 3.6 K=3 K=5 L= 0.20.0 0.50.50.0 0.8 1.4 1.7 1.9 K=4 K=3 L=L= 0.01.1 0.0 0.01.3 0.0 0.31.6 0.0 0.61.8 0.0 0.92.1 0.2 1.22.3 0.8 1.72.9 1.1 1.4 2.33.4 1.7 2.63.6 1.9 K=5 2.6 3.1 K=6 L= 2.0 2.3 2.5 2.8 3.1 3.3 3.6 3.8 4.1 4.3 4.6 K=5 L= 1.1 1.80.60.9 2.10.0 2.31.2 2.91.7 K=4 0.32.63.6 0.9 1.2 1.7 2.0 2.3 2.6 K=4 L= 0.3L=1.62.5 0.60.0 2.03.44.3 2.33.64.6 2.6 K=4 0.0 0.0 1.32.3 0.0 0.3 0.9 1.2 1.4 0.6 1.7 3.1 2.0 2.3 2.6 1.4 K=6 L= 0.0 2.0 2.8 3.1 3.3 1.4 3.8 4.1 K=6 L= 2.0 2.3 2.5 2.8 3.1 3.3 3.6 3.8 4.1 4.3 4.6 K=5 1.1 L= are 1.1 1.3 1.82.11.3 2.1 that 2.6 1.8 2.9 square 3.1 3.4 K=5 2.1 2.3 2.9 3.1 3.4 3.6 K=5 TheL= 1.3 1.6L=on1.61.8 2.32.31.6 2.9 3.1edges. 3.4 3.6 2.6 3.6 above values calculated the1.1 assumption the 2.6 doors have above values are calculated on the assumption that the doors have square edges. TheyThe are reduced if the doors have2.5 radiussed edges. K=6 L= 2.0 2.3 2.8 3.1 3.3 3.6 3.8 4.1 4.3 4.6 K=6 The L= 2.0values 2.3 2.8the 3.12.3edges. 3.3 3.6doors 4.1 edges. 4.3 3.6 4.6 They are reduced the2.5 doors radiussed above areif calculated on assumption that the have square K=6 L= have 2.0 2.5 2.83.8 3.1 3.3 3.8 4.1 4.3 4.6 They are reduced if the doors have radiussed edges. The above values are calculated on the assumption that the doors have square edges. The aboveThe values are calculated on the assumption doors have square edges. above values are calculated onthat thethe assumption that the doors have square edges. They are reduced ifabove the doors have radiussed edges. The values are calculated on the assumption that the doors have square edges.

They are reduced if the doors have radiussed edges. They are reduced if the doors edgesedges. They are reduced if thehave doorsradiussed have radiussed Projection of the door “C” value Projection of the door “C” value Projection of the door “C” value Projection of the door from the cabinet side at the max. opening. With this formula you can obtain the max. thickness of the moulded

Projection of the door from the cabinet side at the max. opening. Projection thefrom door cabinet side at the max. opening. theof door ofProjection mounting of plate and K valuethe = 3 mm. of mounting plate and K value = 3 mm. Projection ofof Projection the door of theand doorK from mounting plate valuethe = 3cabinet mm. side at the max. opening.

Projection of the door

of mounting plate and K value = 3 mm.

Projection of the door from the cabinet side at the max. opening.

youwithout can obtain the max. thickness of the moulded doorWith that this can formula be opened touching adjacent carcase sides, “C” value door that can beyou opened without touching adjacent carcase sides, With formula can obtain thethe max. thickness of the moulded doors orthis walls, whilst bearing in mind above L-K-T values. doors walls, whilst bearing intouching mind theadjacent above L-K-T values. door thatorcan be opened without carcase sides, “C” value With formula can obtain thethe max. thickness of the moulded doors orthis walls, whilstyou bearing in mind above L-K-T values. door that can be opened without touching adjacent carcase sides, doors or walls, whilst bearing in mind the above L-K-T values.

“C” value

With this formula you can obtain the max. thickness of the moulded that can be opened With without touching Projection of the door from the cabinet side at the max.door opening. this formulaadjacent you cancarcase obtainsides, the max. thickness of the of mounting plate and K value = 3 mm. doors or walls, whilst bearing in mind the above L-K-T values.

Projection of the door

“C” value

Projection of the door from the cabinet side at ofopening. mounting plate and K value = 3 mm. the max. The figures are based on a straight arm hinge, H=0 mm thickness of mounting plate and K value = 3 mm.

that canthe bemax. opened without of touching With this formula you door can obtain thickness the adjacent carca doors or walls,without whilst bearing in mind the above L-K-T valu moulded door that can be opened touching adjacent C=20 + K+ A C=20 +sides, K+ A doors or walls, whilst bearing in mind the carcase C=20 + K+ A above L-K-T values. C=20 + K+ A

C=20 + K+ A

86 86 86

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259

Use these formulas to determine the type of hinge arm, the drilling distance “K” and the height of the mounting plate “H” which is necessary to solve each application problem. Use these formulas to determine the type

Hinges & Door Systems

ung ng hinge Salice Series 200 Hinges of hinge arm, the drilling distance “K” and prung hinge 300 pcs. Useheight the tables fixings” at the of the“Drillings mountingand plate “H” which 7.200 pcs. 83 to complete the code number of ispage necessary to solve each application 0 pcs. the desired hinge. problem. 200 pcs. ng hinge prung hinge Use the tables “Drillings and fixings” at ormulas to determine the type of hinge arm, the drilling page 83 toformulas completetothe code number of Use these determine the type ” and the height of the mounting plate “H” which is pcs. ng the desired hinge. of hinge arm, the drilling distance “K” and o solve each application problem. 00 pcs. 300 pcs. the height of the mounting plate “H” which 7.200 pcs. is necessary solve each application bles “Drillings and fixings” at page 21 to complete the to code rmulas to determine the type of hinge arm, the drilling problem. he desired hinge. and the height of the mounting plate “H” which is ng hinge H= 15 + K - (D) solvehinge each application problem. rung Use the tables “Drillings and fixings” at page 83 to complete the code number of 0 pcs. es “Drillings and fixings” at page 21 to complete the code the desired hinge. 200 pcs. e desired hinge. H= 15 + K - (D) ormulas to determine the type of hinge arm, the drilling ” and the height of the mounting plate “H” which is H = 15 + K - (D) o solve each application problem.

les “Drillings and fixings” at page 21 to complete the code he desired hinge.

H = 15 + K - (D) H= 15 + K - (D)

H= 10 + K - (D) H = 15 + K - (D) H= 10 + K - (D)

H = 10 + K - (D)

H = 10 + K - (D) H= 10 + K - (D)

H= 6 + K - (D) H = 10 + K - (D) H= 6 + K - (D)

H = 6 + K - (D)

H = 6 + K - (D) H= 6 + K - (D)

H= -2 + K + A H = 6 + K - (D) H= -2 + K + A

H = -2 + K + A

H = -2 + K + A H= -2 + K + A

Series 200 Full Overlay 110º •• Made in Italy •• Non-Soft Close •• 110° Opening angle •• 11mm Deep cup •• Drilling on the door (K): from 3 to 6mm CA -distance C2_6A99 •• Box Qty: 300pcs

CL - C2_4A99

Part No.

Description CA - C2_6A99 SAL.C276A99 45mm Rapido CL - C2_4A99 C1_6AD9 SAL.C2R6A99

45mm Knock-in

SAL.C2P6A99

45mm Screw Fix

C1_6AD9 52mm Knock-in SAL.C2R4A99 UnSprung 45mm Knock-in CA - C2_6A99 CL - C2_4A99 SAL.C274A99 UnSprung 45mm Rapido SAL.C2W6A99

SAL.C2J4A99

UnSprung 45mm Logica

CA - C2_6D99 C1_6AD9 CL - C2_4D99

CA - C2_6D99 CL - C2_4D99 C1_6DD9 Series 200 Half Overlay 110º •• Made in Italy •• Non-Soft Close C1_6DD9 •• 110° Opening angle CA - C2_6D99 •• 11mm Deep cup CL - C2_4D99 •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 300pcs

CA - C2_6G99 C1_6DD9 PartCL No. - C2_4G99Description SAL.C276G99

45mm Rapido

SAL.C2P6G99

45mm Screw Fix

SAL.C2W6G99

52mm Knock-in

SAL.C2J6G99

45mm Logica

CA - C2_6G99 SAL.C2R6G99 45mm Knock-in CL - C2_4G99 C1_6GD9 C1_6GD9 CA - C2_6G99 CL - C2_4G99

CA - C2_6P99 CL 200 - C2_4P99 Series Full Inlay 110º C1_6GD9 •• Made in Italy CA - C2_6P99 •• Non-Soft Close CL - C2_4P99 •• 110° Opening angle C1_6PD9 •• 11mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 300pcs C1_6PD9

CA - C2_6P99 CL - C2_4P99 Description87

Part No.

H = -2 + K + A

260

SAL.C276P99

45mm Rapido

SAL.C2R6P99

45mm Knock-in

C1_6PD9

SAL.C2P6P99

45mm Screw Fix

SAL.C2W6P99

52mm Knock-in

SAL.C2J6P99

45mm Logica

23 Furnware Group • Talk to the experts on 1300 222 600

ng 300 pcs. s 7.200 pcs.

Hinges & Door Systems Salice Series 200 Hinges

Arm 45°

Series 200 Full Overlay +45º •• Made in Italy •• Non-Soft Close •• 110° Opening angle •• 11mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 150pcs Part No.

Description

SAL.C27BM99AC

45mm Rapido

SAL.C2RBM99AC

45mm Knock-in

SAL.C2PBM99AC

45mm Screw Fix

SAL.C2JBM99AC

45mm Logica

Arm 45°

Technical information

Crampon hinges. For cabinet sides with 37x32 mm 11 mm deep metal cup. 94° opening. Possible drilling distance on the doo Compatible with all traditional Series all Domi snap-on mounting plates.

Series 200 Blind Corner Hinge

E min: 61 mm for Series 200 mounting plates. 70 mm for Domi snap-on mounting plates. 74 mm for Domi snap-on mounting plates with back cam.

Packing Boxes 150 pcs. Pallets 3.600 pcs. CA sprung hinge

•• Made in Italy •• Non-Soft Close •• 110° Opening angle •• 11mm Deep cup •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 150pcs Part No.

Description

SAL.C27BN99AC

45mm Rapido

SAL.C2RBN99AC

45mm Knock-in

SAL.C2PBN99AC

45mm Screw Fix

SAL.C22BN99AC

52mm Rapido

SAL.C2JBN99AC

45mm Logica

Use the tables “Drillings and fixings” at page 83 to complete the code number of the desired hinge.

E min: 70mm for Domi snap-on mounting plates 74mm for Domi snap-on mounting plates with back cam

* A=1* A=1 K=3 K=3 H=3

Heights of mounting plates for every assembly. H=0

H=3

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261

Zero Hinges & Door Systems Salice Series 200 Hinges

Use these formulas to determine the type of hinge arm, the drilling distance “K” and the height of the mounting plate “H” which is necessary to solve each application problem.

king s 300 pcs. ts 7.200 pcs.

rung hinge

Series 200 165° - 0mm Projection

Use the tables “Drillings and fixings” at page 83 to complete the code number of the desired hinge.

155° opening K from 3 to 8 mm 13.5 mm deep cup

•• Made in Italy •• Non-Soft Close H=0 6 •• When a greater opening angle is required •• 165° Opening angle •• 11mm Deep cup •• Possible drilling distance on the door (K): 6 mm negative at 90° from 3projection to 8mm (with mounting plate H=0) •• Box Qty: 100pcs Part No.

Arm 0

H= 15 + K - (D) H = 15 + K - D S

Description Arm 17

H = -2 + K + A CA - C2_BA99 SAL.C27KA99 45mm Rapido

Zero Zero Zero

Arm 5 H = 10 + K - D Arm 9 H=6+K-D

SAL.C2RKA99

45mm Knock-in

SAL.C2PKA99

45mm Screw Fix

SAL.C2WKA99

52mm Knock-in

L H=0 A

6 A

ø35

H= 10 + K - (D)

ø35

CA - C2_BD99

H=0 6

Projection of the door H= 6 + K - (D) H=0

CA - C2_BG99

H=0

6 6

155° opening K from 3 to 8 mm 155° opening 155° opening K from 13.5 3 to 8mm mmdeep cup K from to 8 mm 13.5 mm deep3cup 13.5 mm deep cup

H S

D D D L

262

H=0 A

H= -2 + K + A

6 mm negative projection at 90° (with mounting plate 6 mm negative projection atH=0) 90° 6 mm negative projection at 90° (with mounting plate H=0) (with mounting plate H=0)

Arm 0 Arm 0 H = 15 + K - D H = 15Arm + K -0D H = 15 Arm 5 +K-D Arm 5 H = 10 + K - D H = 10Arm + K -5D H = 10 Arm 9 +K-D H = 6 +K-D Arm 9 Arm 9 H=6+K-D H=6+K-D

CA - C2_BP99

Arm 17 Arm 17H = -2 + K + A H = -2 +Arm K +17 A H = -2 + K + A

FurnwareL Group • Talk to the experts on61300 222 600 H=0 A

H S

Silentia - Series 200 for thicker doors - 94° opening Hinges &200 Door Systems Silentia - Series for thicker doors - 94° opening Packing Salice Series 200 Hinges

Boxes 300 pcs. Pallets 7.200 pcs.

CA sprung hinge

Use these formulas to determine the type of hinge arm, the drilling distance “K” and the height of the mounting plate “H” which Technical is necessary to solve each application Technical information problem.

information

Hinges with integrated soft-close mechanism in Use formulas tosoft-close determine the type Hinges with integrated mechanism Usethese the tables “Drillings and fixings” at pagein the hinge cup. of83 hinge arm, the the drilling and Hinges for min. 18 mm thick doors. to complete codedistance number“K” of the - 94° opening the height of the mounting plate “H” which Hinges for min. 18 mm thick doors. desired hinge. 15.5 mm deep cup. Pallets 7.200 pcs. - 94°isopening solve each application 15.5 necessary mm deep to cup. •• Made in Italy 94° opening. problem. CA sprung hinge 94° opening. Possible drilling distance on the door (K): from 3 •• Non-Soft Close Possible drilling distance on the door (K): from 3 to 9with mm.all traditional Series 200 moun Compatible Technical information Use the tables “Drillings and fixings” at page •• For thicker doors or doors with special profiles, Compatible with all traditional Series 200 mounting plates and with plates. Technical information all Domi snap-on mounting 83 to complete the code number of the max 35mm thickness snap-on plates. alldesired DomiFor hinge. thickermounting doors, max. 35 mm, with special profiles. •• 94° Opening angle thicker doors, mm, with special profiles. 11 mmFor deep metal cup. max. 35 Series 200 - 94° opening Arm- 0For thicker doors 11 mm deep metal cup. •Series cup • 11mm Deep 94° opening. 200 - For thicker doors - 94° opening H= 15 on + Kthe - (D) 94°drilling opening. Possible distance door (K): from 3 to 9 CA mm. - C2_BA99 •• Possible drilling distance on the door (K): Possible drilling distance Series on the200 door (K): fromplates 3 to 9 and mm.with Compatible with all traditional mounting from 3 to 9mm Technical information Compatible with all traditional Series 200 mounting plates and with all Domi snap-on mounting plates. Space needed to open the door Technical information • Box Qty:to300pcs all Domi Space•needed open the door For thicker doors,snap-on max. 35 mounting mm, withplates. special profiles.

Series 200 Full Overlay Packing 94° For Thick Boxes 300 pcs. Series - For thicker doors Doors -200 19mm to 35mm

Series 200 - For thicker doors

Arm 0

mm35 deep metal cup. special profiles. For thicker doors,11max. mm, with

94°cup. opening. H= 15 24 + K - (D) mm deep T= 1119 20metal 21 22 23 25 26 27 28 30 31 CA - 29 C2_BA99 3 to 9 mm. T= 19 20 21 22 23 2494° opening. 25 26Possible 27 drilling 28distance 29 on the 30door (K): 31from 32 33 34 35 Compatible withdoor all0.5 traditional 200 mounting plates SAL.C27BA99 45mm Rapido the (K): from to 90.8 mm. K=3 A= Possible 0.1 drilling 0.2 distance 0.3 on0.4 0.73Series 1.0 1.6 and 2.6with 3.5 4.5 5.4 mounting plates. K=3 A= 0.1 0.2 0.3 0.4 0.5 0.7Compatible 0.8 with 1.0all 1.6 snap-on 2.6 3.5mounting 4.5 plates 5.4 and 6.4 8.3 9.3 allDomi traditional Series 200 with 7.4 SAL.C2RBA99 45mm Knock-in Domi snap-on plates. 0.5 K=4 A= all0.1 0.2 mounting 0.3 0.4 0.7 0.8 1.0 1.2 1.9 2.8 3.8 4.7 K=4 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.9 2.8 3.8 4.7 5.7 6.6 7.6 8.6 SAL.C2PBA99 45mm Screw Fix K=5 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.4 2.2 3.1 4.1 K=5 A= 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.4 2.2 3.1 4.1 5.0 5.9 6.9 7.8 Space needed to open the door K=6 A= 0.1 0.2 0.3 0.4 0.5 0.6 0.8 1.0 1.2 1.4 1.7 2.6 3.5 Space needed K=6 A=to open 0.1 the 0.2 door 0.3 0.4 0.5 0.6 0.8 1.0 1.2 1.4 1.7 2.6 3.5 4.4 5.3 6.2 7.2 Arm 5 K=7 A= 0.1 0.2 0.3 0.4 0.5 0.6 0.8 1.0 1.1 1.3 1.6 2.1 3.0 T= 0.2 19 0.3 20 0.4 21 0.522 0.623 0.824 1.025 1.126 1.327 1.628 2.129 3.030 3.831 4.732 5.633 6.534 35 K=7 A= 0.1 + K - (D) T=the 19 door 20K=8 21 A= 22 0.1 23 0.2 24 0.3 25 0.4 26 0.5H=2710 32 1.6 33 1.8 34 2.5 35 Space needed to open the C2_BD99 0.6 28 0.8 29 0.9 30 1.1 31 1.3CA Space needed to open door K=8 A= K=3 0.1 A= 0.2 0.1 0.3 0.2 0.4 0.3 0.5 0.4 0.6 0.5 0.8 0.7 0.9 0.8 1.11.0 1.31.6 1.62.6 1.83.5 2.54.5 3.35.4 4.26.4 5.17.4 6.08.3 9.3 Space needed to open the door K=3 A= 0.1 0.2k=9 0.3 A= 0.4 0.1 0.5 0.2 0.7 0.3 0.8 0.4 1.0 0.5 1.6 0.6 2.6 0.8 3.5 0.9 4.5 1.1 5.4 1.3 6.4 1.5 7.4 1.8 8.3 2.1 9.3 k=9 A= 0.6 1.51.9 291.82.830 2.13.8 4.66.6 355.47.6 K=4 0.1 A= 0.2 0.1 T= 0.3 0.219 0.4 0.3 0.4 22 0.5 230.8 0.724 0.9 0.8 1.0 1.2 28 4.7 3.7 8.6 20 0.5 21 25 1.1 26 1.3 27 31 2.932 335.7 34 K=419 A= 0.1 0.2 23 0.3 24 0.425 0.5 0.7 280.8 29 1.030 1.231 1.9 2.8 343.8 35 4.7 5.7 6.6 7.6 8.6 T= 20 21 22 26 27 32 33 Arm 5 0.1 0.3 0.2 0.3 0.7 0.8 5.4 K=5 A= K=30.1A= 0.2 0.4 0.40.5 0.5 1.0 51.6 1.2 2.6 4.1 7.45.0 8.3 5.99.3 6.9 7.8 K 0.7 3 90.8 4 1.0 6 1.4 3.57 2.24.5 8 3.1 96.4 K 3 4 5 6 7 8 0.10.1 0.40.2 0.3 0.70.40.40.80.5 0.5 0.70.8 2.60.8 1.2 1.4 2.2 3.1 9.36.6 4.1 7.65.0 8.6 5.9 6.9 7.8 K=3 A= K=5 0.1 A= 0.2 0.3 1.00.7 1.6 3.5 1.04.5H= 5.4 6.4 10 + K - (D) 7.4 0.2 0.50.3 1.0 4.7 8.35.7 K=6 A= K=40.1A= 0.2 0.3 0.4 0.5 0.6 0.8 1.0 1.2 1.2 1.91.4 2.8 1.73.8 2.6 3.5 4.4 CA5.3- C2_BD99 6.2 7.2 L=0.5 0.01.2 0.0 0.01.03.80.01.2 0.01.4 0.3 1.32.6 8.6 3.5 K=4 A= K=6 0.1K=5A= 0.2 A= 0.3 0.4 0.5 0.7 0.8 1.0 1.9 2.8 4.7 5.7 6.6 7.6 L= 0.0 0.0 0.0 0.0 0.0 0.3 1.3 0.1 0.2 0.3 0.4 0.6 0.8 1.7 4.4 5.3 6.2 7.2 0.1 0.2 0.3 0.4 0.5 0.7 0.8 1.0 1.2 1.4 2.2 3.1 4.1 5.0 5.9 6.9 7.8 K=7A= A= 0.1 0.2 0.40.3 0.5 0.40.7 0.5 0.6 1.20.8 1.41.0 2.2 1.13.1 1.3 1.6 5.92.1 6.9 3.07.8 3.8 4.7 5.6 6.5 K=5 0.1 0.2 0.3 0.8 1.0 4.1 5.0 0.2 0.3 1.0 1.2 3.5 2.1 4.4 5.3 K=7 K=6A= A= 0.10.1 0.2 0.3 0.40.4 0.5 0.5 0.6 0.60.8 0.8 1.0 1.41.1 1.7 1.32.6 1.6 3.0 6.23.8 7.2 4.7 5.6 6.5 The above are assumption doors have A= 0.1 0.3 0.2are0.4 0.3 0.5 0.40.6 0.5 0.6 values 0.8 1.4 0.9calculated 1.1 1.3 1.6 1.8 that 2.5 the 3.3 4.2 square 5.1 edges. 6.0 K=6K=8A=The 0.1 0.8 1.71.1 2.61.3on 3.5the above the assumption have square edges. K=7 0.2values A= 0.1 calculated 0.2 0.3 on0.4 0.5 1.00.6 1.2that 0.8 the 1.0doors 1.6 4.4 2.1 5.33.0 6.23.8 7.24.7 5.6 6.5 K=8 areA= 0.1if the0.2 0.4They0.5 0.6 0.9 have 1.1 radiussed 1.3 1.6 1.8 2.5 3.3 4.2 5.1 6.0 are reduced if0.8 the doors edges. reduced doors0.3 have radiussed edges. K=7K=9A=They 0.1K=80.1 0.2 A= 0.3 0.80.5 1.0 3.01.6 3.8 A= 0.2 0.40.60.4 0.5 0.6 0.8 0.9 1.61.1 1.12.11.31.3 1.51.8 4.71.8 2.16.54.22.9 5.1 3.76.0 4.6 5.4 0.1 0.40.3 0.2 0.50.3 0.6 1.1 0.8 1.30.9 2.5 5.63.3 0.1 0.40.2 0.5 0.3 0.6 0.40.8 0.5 0.6 1.30.8 1.6 0.91.8 1.1 1.5 5.11.8 6.0 2.1 2.9 3.7 4.6 5.4 K=8 A= K=9 0.1 A= 0.2 0.3 0.9 1.1 2.5 1.3 3.3 4.2

Part No.

Description

K=9

K=9 A= 0.1 0.2 0.3 0.4 0.5 0.6 0.8 0.9 1.1 1.3 1.5 1.8 2.1 2.9 3.7 A= 0.2 K=0.3 1.5 Arm 0.1 9 30.4 0.5 4 0.65 0.8 6 0.9 71.1 1.3 8 9 1.8 2.1 2.9 3.7 4.6 5.4 K= L=

Projection of the door

L= 3 0.0

K=K= 33 44 5 5 6 6 7 0.0 0.0 40.0 5 0.0 6 0.07 8 9 0.0 0.0 L=L= 0.0 0.0 0.00.0 0.0 0.00.0 0.0 0.0 0.0 0.0 0.3 1.3

78 0.3 0.3 0.0

98 1.3 1.3 0.3

9H= 6 + K - (D)

1.3

4.6

5.4

CA - C2_BG99

The above are calculated onon the that doors Thevalues above values are calculated theassumption assumption that thethe doors havehave squaresquare edges. edges. Arm 9 The above values are calculated onthe thedoors assumption that the doors have square edges. They are reduced if the doors have radiussed edges. They are reduced theassumption doors have radiussed edges. The above values are calculated onifthe that have square edges. They aredoors reduced if the doors have radiussed edges. H= 6 + K - (D) They are reduced if the have radiussed edges.

CA - C2_BG99 Projection the door “C”have value The aboveofvalues are calculated“C” onvalue the assumption that the doors square edges. They are reduced if the doors have radiused edges

Projection ofmax. the door from the cabinetWith side this at the max. you can obtain the max. With this formula can obtain the max. thickn Projection of the door from the cabinet side at the formula thickness of theyou moulded door that can be opened without touching sides,without touching adja dooradjacent that cancarcase be opened or walls, whilst bearing in mind the above L-K-T values. thickness of mounting plate and K value = 3 mm.of mounting plate and K valuedoors doors or walls, whilst bearing in mind the above thickness = 3 mm.

Projection ofArm the door 17 Projection of the door Projection of the door

“C” value “C” value

“C” value

H= -2 + K + A

Projection ofProjection thedoor door CAthe - C2_BP99 “C” value of the door from the cabinet side at the max. opening. With this With this formula canobtain obtain thethe max.max. thickness of the moulded Projection of the from formula youyou can thickness of Projection door side at the max. opening. “C”obtain value can bethe opened touching adjacent carcase sides, Projection of the door of fromthe the cabinet With this formuladoor you that can max. without thickness of the moulded the cabinet side at the max. of mounting plate and K value = 3 mm.

mouldeddoors door that can be opened without touching adjacent or walls, whilst bearing in mind the above L-K-T values.

that can be opened without touching adjacent carcase sides, Projection of the door from the cabinet side at the max. opening. door carcase With thisdoors formula canwhilst obtain bearing the max. thickness of the moulded opening. sides, oryou walls, in mind the above of mounting plate and K value = 3 mm. doors or walls, whilst bearing in mind the above L-K-T values. Projection of the door from the cabinet side at the max. opening. Withcan this formula you can obtain the max. thickness of sides, the moulded door that be opened without touching adjacent carcase Arm 17 The figures are based on L-K-T values. door thatwhilst can be opened without touching adjacent carcase sides, of mounting plate and K value = 3 mm. doors or walls, bearing in mind the above L-K-T values. H= -2 + K + A a straight arm hinge, H=0 of mounting plate and K value = 3 mm. CAL-K-T - C2_BP99 doors or walls, whilst bearing values. C = 23 + K + A C = 23in+mind K + the A above

mm thickness of mounting plate and K value = 3 mm.

C=23 + K + A C=23 + K + A

Hassle free ordering! Email us on info@furnwaregroup.com.au

263

Series 200

- Complementary hinges

Hinges for corner cabinets. 11 mm deep die-cast cup. 35 mm cup diameter. Opening angle of the first door 70°. Technical information Possible drilling distance on the door (K) : from 3 to 6 mm.

Hinges & Door Systems Salice Series 200 Hinges

Hinges for corner cabinets. Maximum thickness of the door with square edges: 23 mm. 11 mm deep die-cast cup. For thicker doors or doors with mouldings or with large radiussed 35 mm cup diameter. edges, please refer to our technical assistance. Opening angle the firstplates door 70°. Compatible with all traditional Series 200of mounting and with all Domi snap-on mountingPossible plates. drilling distance on the door (K) : from 3 to 6 mm. Maximum thickness of the door with square edges: 23 mm. For thicker doors or doors with mouldings or with large radiussed edges, please refer to our technical assistance. Compatible with all traditional Series 200 mounting plates and with all Domi snap-on200 mounting plates.Cabinet Hinge Series Corner

Use the tables “Drillings and fixings” at page 83 to complete the code number of the desired hinge.

king es 150 pcs. ets 3.600 pcs.

•• Made in Italy

prung hinge

•• Non-Soft Close Use the tables “Drillings and fixings” at page 83 to complete the code •number • For thicker doors or doors with mouldings or large of the desired hinge.

Packing Boxes 150 pcs. Pallets 3.600 pcs.

radiused edges dimensions may change •• 70° Opening angle •• 11mm Deep cup •• Maximum thickness of the door with square edges: 23mm •• Drilling distance on the door (K): from 3 to 6mm •• Box Qty: 100pcs

CA sprung hinge

CA - C2_YA99

Part No.

Description

SAL.C27YA99

45mm Rapido

SAL.C2RYA99

45mm Knock-in

SAL.C2PYA99

45mm Screw Fix

SAL.C22YA99

52mm Rapido

CA - C2_YA99

hese formulas to determine the height of mounting plate and drilling distance

ng distance: form mounting plates = 47 – T

Drilling distance: longitudinal mounting plates = (31 – T) + 32

H*= 26 - T - K The mounting plate heights that are not standard are obtained with the mounting plate of lower height + sideways adjustment

distance: distance: T-K mples with doors Drilling with square edges Drilling distance: DrillingDrilling distance H*H*= = 2626 - T -- K The mounting heights that not cruciform mounting plates longitudinal mounting plates (31 – T) + 32 The cruciform mounting plates = 47=- 47 T – T longitudinal mounting plates = (31 - T) = + 32 mounting plateplate heights that are not are standard are obtained are with obtained the mounting plate lower standard with theofmounting K X H X T = Thickness Thickness ofofthe door with square edges height + sideways plate of loweradjustment height + sideways T= the door with square edges 0 5 47 - 20 = 27 mm 26 - 20 - 5 = 1adjustment mm 31 - 20 = 11 + 32 mm

47 - 16 = 31 mm

31 - 16 =

15 + 32 mm

26 - 16 - 6 = 4 mm

31 - 19 = Examples with doors with square edges 47 - 18 = 29 mm 31 - 18 =

12 + 32 mm

26 - 19 - 3 = 4 mm

13 + 32 mm

26 - 18 - 4 = 5 (H = 4 + 1 mm adjustment) .... . .......

Examples of doors with square edges 47 - 19 = 28 mm

47 - 20 = 27 mm

31 - 20 =

11 + 32 mm

26 - 20 - 5 = 1 mm

47 - 16 = 31 mm

31 - 16 =

15 + 32 mm

26 - 16 - 6 = 4 mm

47 - 19 = 28 mm

31 - 19 =

12 + 32 mm

26 - 19 - 3 = 4 mm

47 - 18 = 29 mm

31 - 18 =

13 + 32 mm

26 - 18 - 4 = 5 (H = 4 + 1 mm adjustment) .... . .......

108

264

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Use these formulas to determine the height of mounting plate and drilling Use these formulas to determine the height of mounting plate and drilling distance distance

ickness of the door with square edges

Hinges & Door Systems

Salice Series 200 Hinges

vement 2AYA99and hinge maximum movement opening and maximum width opening width

C2AYA99 movementand and maximum opening width Hingehinge movement maximum opening

width

Space ccomodate required thetohinge accomodate the hinge

With Domi snap-onWith mounting Domi plates snap-on mounting plates With unting Series plates 200 mounting plates

he d to maximum accommodate space required The maximum to accommodate space required The maximum to accommodate space required the hinge to with accommodate 16 mm thick thedoors hinge with 16 mm thick doors Space required to accomodate theand hinge 68 mm mounting with mounting plates and plates 68 mm withwith backmounting cam. plates with back cam. 6 hemm hinge thick is 52 mm withis1664 mm mm thick with Domi mounting is 64 plates mm with Domi the amount With thicker of space doors required the amount is reduced. of space required is reduced. he oors. amount With thicker of space doorsWith the thicker amountdoors of space With Series 200 mounting plates With Domi snap-on mounting plates equired is reduced.

Space required to accommodate the hinge

The maximum space required to accommodate The maximum space required to accommodate the hinge with 16 mm thick doors space to accommodate hinge withplates and 68 mm with mounting plates with back cam. mounting the The hingemaximium is 52 mm with 16 mmrequired thick is 64 mm withthe Domi thicker doors the and amount of space required is reduced. doors. With thicker doors the amount of space 16mm thick doors is 64mm with DomiWith mounting plates 68mm required reduced. plates with back cam. With thicker doors the amount withismounting

of space required is reduced

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265

Hinges & Door Systems Salice Domi Mounting Plates snap-on mounting plates. For hinges Series 100, 200, 400, F, B, M and Silentia. - Cruciform DomiSnap-on - 37x32 mm drilling. - Depth and height adjustment by cam.

Domi Snap-on Cam Adjust Mounting Plates - Screw Fix

BAR3R

H= 0 1 2 3 4 5 6 9 12

es 100, 200, 400, F, B, M and Silentia.

BARMR

Die-cast mounting plates. Fixing: expanding dowel. Drilling ø10x11.5 mm. H= 0 1 2 3 4 5 6 9 12

s 100, 200, 400, F, B, M and Silentia. tes. BAR4R

BAR7R

Die-cast mounting plates. Die-cast mountingdowel. plates. Fixing: expanding Fixing: dowel. Drilling knock-in ø5x11 mm. Drilling ø10x11.5 mm. H= 0 1 2 3 4 5 6 9 12 H= 0 1 2 3 4 5 6 9 12

BAR4R BARGR BAR3L/F

es. tes. el. .

2 2

Die-cast mounting plates. Fixing: expanding Die-cast mountingdowel. plates. Drilling ø5x11 mm. Steel plates. Fixing:mounting Euro screw. Fixing: Drilling wood ø5x11screw. mm. B 4.2 H= 0 1DIN 2 37983 4 5 6 9 12 H= 0 1 2 3 4 5 6 9 12 H= 0 2 3 4 6

BARGR BARGR BARGL/F

es. el. tes. . .

2 2

Die-cast mounting plates. Fixing: Euro screw. plates. Die-cast mounting Drilling ø5x11 mm. Steel plates. Fixing:mounting Euroscrew. Fixing: Drilling Euroscrew. ø5x11 mm. Drilling H= 0 1 2ø5x11 3 4 5mm. 6 9 12 H= 18 19 20 21 22 23 24 27 30 H= 0 2 3 4 6

BARGR

es. s.

Die-cast mounting plates. Fixing: wood screw. B 3.5 DIN 7983.

266

Die-cast mounting plates. Fixing: Euroscrew. Drilling ø5x11 mm.

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H= 18 19 20 21 22 23 24 27 30

•• Made in Italy •• Die-cast mounting plates •• Suits all Salice hinges •• Depth & Height adjustmentDie-cast by cammounting plates. BAR4R Fixing: expanding dowel. •• Box Qty: 300pcs Drilling ø5x11 mm.

Part No. SAL.BAR3R09

H= 0 1 2 3 4 5 6 9 12 0mm

SAL.BAR3R39

3mm

SAL.BAR3R49

4mm

SAL.BAR3R69

6mm

SAL.BAR3R99

9mm

H = Height of Mounting Plate BARGR

Die-cast mounting plates. Fixing: Euro screw. Drilling ø5x11 mm. H= 0 1 2 3 4 5 6 9 12

Domi Snap-on Cam Adjust Mounting Plates - Expanding Dowel

•• Made in Italy •• Die-cast mounting plates •• Suits all Salice hinges •• Drilling Ø5 X 11mm deep •• Depth & Height adjustmentDie-cast by cam mounting plates. BARGR Fixing: Euroscrew. •• Box Qty: 300pcs Drilling ø5x11 mm.

Part No.

H= 18 19 20 21 22 23 24 27 30

SAL.BAR4R09

0mm

SAL.BAR4R39

3mm

SAL.BAR4R49

4mm

SAL.BAR4R69

6mm

H = Height of Mounting Plate

Domi Snap-on Cam Adjust Mounting Plates - Euro Screw •• Made in Italy •• Die-cast mounting plates •• Suits all Salice hinges •• Drilling Ø5 X 11mm deep •• Depth & Height adjustment by cam Steel mounting plates. •• Box Qty: 300pcs BAR7L/F Part No.

Fixing: knock-in dowel. Drilling ø10x11.5 mm. H

SAL.BARGR09

0mm H= 02346

SAL.BARGR39

3mm

SAL.BARGR49

4mm

SAL.BARGR69

6mm

H = Height of Mounting Plate

239

Packing Boxes 300 pcs. Pallets 7.200 pcs.

Hinges & Door Systems Salice Domi Snap-on Mounting Plates

- Cruciform Domi snap-on mounting plates. For hinges Series 100, 200, 400, F, B - 37x32 mm drilling. - Depth and height adjustment by cam.

Domi Snap-on Mounting Plates Screw Fix •• Made in Italy •• Pressed metal mounting plates •• Suits all Salice hinges •• Depth adjustment by cam •• Box Qty: 300pcs Part No.

SAL.BAV3M09F

0mm

SAL.BAV3M39F

3mm

SAL.BAV3L49F

4mm

SAL.BAV3L69F

6mm

Packing Boxes 300 pcs. Pallets 7.200 pcs.

BAR3R

Die-cast mounting plates. Fixing: wood screw. B 3.5 DIN 7983.

BAR4

H= 0 1 2 3 4 5 6 9 12

H = Height of Mounting Plate

- Cruciform Domi snap-on mounting plates. For hinges Series 100, 200, 400, F, B, M and Silentia. - 37x32 mm drilling. - Depth and height adjustment by cam. BARMR

Domi Snap-on Mounting Plates Expanding Dowel

SAL.BAV4M09F Packing Boxes 300 pcs. SAL.BAV4M39F Pallets 7.200 pcs. SAL.BAV4L49F

BAR3R

SAL.BAV4L69F

H = Height of Mounting Plate

BARMR

H= 0 1 2 3 4 5 6 9 12 H

Die-cast mounting plates. Fixing: expanding dowel. Die-castø5x11 mounting Drilling mm. plates. Fixing: knock-in dowel. Drilling ø10x11.5 mm. H= 0 1 2 3 4 5 6 9 12

0mm

H= 0 1 2 3 4 5 6 9 12

4mm

Die-cast mounting plates. 6mm Fixing: wood screw. BDie-cast 3.5 DINmounting 7983. plates. Fixing: expanding dowel. Drilling H= 0 1 2ø10x11.5 3 4 5 6 9mm. 12

•• Made in Italy •• Pressed metal mounting plates •• Suits all Salice hinges Die-cast mounting plates. BARMR •• Drilling Ø5 X 11mm deep Fixing: expanding dowel. •• Depth adjustment by cam Drilling ø10x11.5 Die-cast mountingmm. plates. BAR7R Fixing: knock-in dowel. •• Box Qty: 300pcs Drilling H= 0 1 2ø10x11.5 3 4 5 6 9mm. 12 Part No.

SAL.BAVGM09F

0mm

SAL.BAVGM39F

3mm

SAL.BAVGL49F

4mm

BAR7R H = Height of Mounting Plate BAR3L/F

BARG

3mm

BAR4R BARGR BAR3L/F

0 1 2 3 4- 5 6 9 12 Domi Snap-on MountingH=Plates Euro Screw

SAL.BAVGL69F

BARG

H= 0 1 2 3 4 5 6 9 12

Packing •• Made in Italy Boxes 300 pcs. •• Pressed metal mounting plates snap-on mounting plates. For hinges Series 100, 200, 400, F, B, M and Silentia. - Cruciform Domipcs. Pallets 7.200 •• Suits Salice hinges - 37x32 mmall drilling. - Depth and height by cam.Die-cast mounting plates. •• Drilling Ø5 Xadjustment 11mm deep BAR3R BAR4R •• Depth adjustment by cam Fixing: wood screw. BAR7R B 3.5 DIN 7983. •• Box Qty: 300pcs Part No.

Die-cast mounting plates. Fixing: expanding dowel. Drilling ø10x11.5 mm.

Die-cast mounting plates. Fixing: expanding dowel. Drilling mm. plates. Die-castø5x11 mounting Fixing: Euro screw. Steel mounting plates. Drilling H= 0 1 2ø5x11 3 4 5 mm. 6 9 12 Fixing: wood screw. B 4.2 DIN 7983 H= 0 1 2 3 4 5 6 9 12 H= 0 2 3 4 6

BARGR BARGR BARGL/F

H= 0 1 2 3 4 5 6 9 12

Die-cast mounting plates. Fixing: Euro screw. Drilling mm. plates. Die-castø5x11 mounting Fixing: Euroscrew. Steel mounting plates. Drilling H= 0 1 2ø5x11 3 4 5 mm. 6 9 12 Fixing: Euroscrew. Drilling ø5x11 mm. H= 18 19 20 21 22 23 24 27 30 H= 0 2 3 4 6

6mm

Die-cast mounting plates. Fixing: knock-in dowel. Drilling ø10x11.5plates. mm. Steel mounting Fixing: wood screw. B 4.2 H= 0 1DIN 2 3 7983 4 5 6 9 12

BARGR

Die-cast mounting plates. Fixing: Euroscrew. Drilling ø5x11 mm. 267 H= 18 19 20 21 22 23 24 27 30

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BAR7

Hinges & Door Systems Salice Domi Snap-on Cam Adjust Mounting Plates

Domi snap-on mounting plates

- Domi snap-on mounting plates. For hinges Series 100, 200, 400, F, B, M and Silentia. - 21+32 mm drilling. - Depth and height adjustment by cam.

Domi Snap-on Inline Cam Adjust Mounting Plates - Screw Fix

Packing Boxes 300 pcs. Pallets 7.200 pcs.

BAP3R

Die-cast mounting plates. Fixing: wood screw. B 3.5 DIN 7983.

•• Made in Italy •• Die-cast mounting plates BAPGR•• Suits all Salice hinges Die-cast mounting plates. Fixing: Euroscrew. •• Depth & Height adjustment by cam Drilling ø5x11. •• Box Qty: 300pcs

H= 0 1 2 3 4 5 6 9 12

Part No.

H= 0 1 2 3 4 5 6 9 12 H

SAL.BAP3R39

3mm

SAL.BAP3R49

4mm

SAL.BAP3R69

6mm

H = Height of Mounting Plate

BAPMR

Die-cast mounting plates. Fixing: expanding dowel. Drilling ø10x11.5 mm.

BAP7R

Die-cast mounting plates. Fixing: knock-in dowel. Drilling ø10x11.5 mm.

H= 0 1 2 3 4 5 6 9 12

400, F, B, M and Silentia.

BAPGR

Die-cast mounting plates. Fixing: Euroscrew. Drilling ø5x11. H= 0 1 2 3 4 5 6 9 12

BAP7R

Die-cast mounting plates. Fixing: knock-in dowel. Drilling ø10x11.5 mm. H= 0 1 2 3 4 5 6 9 12

268

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•• Made in Italy •• Die-cast mounting plates •• Suits all Salice hinges •• Drilling Ø5 X 11mm deep •• Depth & Height adjustment by cam •• Box Qty: 300pcs Part No.

SAL.BARGR39

3mm

SAL.BARGR49

4mm

SAL.BARGR69

6mm

H = Height of Mounting Plate

Domi Snap-on Inline Cam Adjust Mounting Plates - Euro Screw

Hinges & Door Systems SMOVE Soft Close Attachment

SMOVE Universal Soft Close Attachment - Full Overlay Hinge •• Suitable for use with full overlay hinge where recess “R” is between 0 and 12mm •• Compatible with all hinge brands •• Can be used with doors of any dimensions •• One damper per 3 hinges. More than 1 damper can be used to increase the decelerating effect •• Adjustable +/•• Finish: Light Grey (GY) Part No.

Finish

SAL.BAP3R39

SMOVE Universal Soft Close Attachment - Half Overlay Hinge •• Suitable for use with half overlay hinge where recess “R” is between 10 and 16mm •• Compatible with all hinge brands •• Can be used with doors of any dimensions •• One damper per 3 hinges. More than 1 damper can be used to increase the decelerating effect •• Adjustable +/•• Finish: Light Grey (GY) Part No.

Finish

SAL.SCHA20

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269

Hinges & Door Systems Salice Hinge Accessories

Stop Device 86° •• Made in Italy •• Stop device at 86° for all Salice hinges with 94° opening and 35mm cup diameter Part No. SAL.S2A637XF

Stop Device 92° •• Made in Italy •• Stop device at 92° for all Salice hinges with 155° & 165° opening Part No.

Stop Device 120° •• Made in Italy •• Stop device at 120° for all Salice hinges with 155° & 165° opening Part No. SAL.S2AM37XG

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SAL.S2BM37XG

Hinges & Door Systems Salice Hinge Accessories

Variable-angle adapters Die-cast adapters for all mounting plates.

Variable Angle Adapter +5° •• Made in Italy •• Wood screw fixing •• Suits all Salice hinges

SAV354X9R

Die-cast adapter +5°. Fixing: wood screw. B 3.5 DIN 7983.

SAV354X9S

Die-cast adapter +10°. Fixing: wood screw. B 3.5 DIN 7983.

Part No. SAL.SAV354X9R

Variable-angle adapters Die-cast adapters for all mounting plates.

Variable Angle Adapter +10° •• Made in Italy •• Wood screw fixing •• Suits all Salice hinges

SAV354X9R

Die-cast adapter +5°. Fixing: wood screw. B 3.5 DIN 7983.

SAV354X9S

Die-cast adapter +10°. Fixing: wood screw. B 3.5 DIN 7983.

Part No. SAL.SAV354X9S

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271

Hinges & Door Systems Salice Hinge Accessories

Hinge Arm Cover Caps •• Made in Italy •• Symmetrical steel screw cover cap with embossed Salice logo •• Suits all Salice hinges Part No.

Hinge Flange Cover Caps •• Made in Italy •• Steel flange cover cap with embossed Salice logo •• Suits all Salice hinges Part No. SAL.S2CX85H9SN

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SAL.S2MX83H9SN

Hinges & Door Systems Salice Hinge Accessories

Spacers for 155° Hinges •• Made in Italy •• Spacer to reduce the cup drilling depth •• Suits all 155° Salice Hinges Part No.

SAL.S2XF86BT

0.6mm

SAL.S2XF86AT

1.2mm

SAL.S2XF86KT

1.8mm

H = Height of spacer

Spacers for 94°, 105° & 110° Hinges •• Made in Italy •• Spacer to reduce the cup drilling depth •• Suits all 94°, 105° & 110° Salice Hinges Part No.

SAL.S2XX86BT

0.6mm

SAL.S2XX86AT

1.2mm

SAL.S2XX86KT

1.8mm

H = Height of spacer

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273

Hinges & Door Systems Karo Soft Close Hinges & Plates

Karo Full Overlay 105º

45mm Knock-in

•• Integrated Soft Close •• Clip-on •• 35mm Cup •• 105° Opening Angle •• 8mmØ dowel for 45mm knock-in hinge •• 10mmØ dowel for 52mm knock-in hinge •• Finish: Nickel Plated (NP) Part No.

45mm Fast-Fix

Finish

Description

KRA105.45S

45mm Screw-on

KRA105.45K

45mm Knock-in

KRA105.52K

52mm Knock-in

KRA105.45F

45mm Fast-Fix

Karo Half Overlay 105º

45mm Knock-in

Part No.

Finish

Description

KRB105.45S

45mm Screw-on

KRB105.45K

45mm Knock-in

KRB105.52K

52mm Knock-in

Karo Full Inlay 105º •• Integrated Soft Close •• Clip-on •• 35mm Cup •• 105° Opening Angle •• 8mmØ dowel for 45mm knock-in hinge •• 10mmØ dowel for 52mm knock-in hinge •• Finish: Nickel Plated (NP) 45mm Knock-in

274

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Part No.

Finish

Description

KRC105.45S

45mm Screw-on

KRC105.45K

45mm Knock-in

KRC105.52K

52mm Knock-in

•• Integrated Soft Close •• Clip-on •• 35mm Cup •• 105° Opening Angle •• 8mmØ dowel for 45mm knock-in hinge •• 10mmØ dowel for 52mm knock-in hinge •• Finish: Nickel Plated (NP)

Hinges & Door Systems Karo Soft Close Hinges & Plates

Karo Full Overlay 155° •• Integrated Soft Close •• Clip-on •• 35mm Cup •• 155° Opening Angle •• 8mmØ dowel for knock-in hinge •• Finish: Nickel Plated (NP) Part No.

Finish

Description

KR155.45S

45mm Screw-on

KR155.45K

45mm Knock-in

45mm Screw-on

Karo Full Overlay 155° - Non Soft-Close •• Clip-on •• 35mm Cup •• 155° Opening Angle •• 8mmØ dowel for knock-in hinge •• Finish: Nickel Plated (NP) Part No.

Finish

Description

KR155NS.45S

45mm Screw-on

KR155NS.45K

45mm Knock-in

45mm Screw-on

Karo Full Overlay 45° •• Integrated Soft Close •• Clip-on •• 35mm Cup •• 45° Angle Hinge •• 8mmØ dowel for knock-in hinge •• Finish: Nickel Plated (NP) 45mm Knock-In Part No.

Finish

Description

KR45A.45S

45mm Screw-on

KR45A.45K

45mm Knock-in

Karo Full Overlay 135° - Non Soft-Close Corner Cupboard Hinge •• Clip-on •• 35mm Cup •• 135° Bi-fold corner cupboard hinge •• 8mmØ dowel for knock-in hinge •• Finish: Nickel Plated (NP) •• Supplied with mounting plate 45mm Knock-In Part No.

Finish

Description

KR135NS.45S

45mm Screw-on

KR135NS.45K

45mm Knock-in

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275

Hinges & Door Systems Karo Soft Close Hinges & Plates

Karo Mounting Plates - Screw-On •• For use with Karo Soft Close Concealed Hinges •• Finish: Nickel Plated (NP) Part No.

Finish

Description

KRMSP.0S

Standard - 0mm

KRMSP.2S

Standard - 2mm

KRMCP.0S

Cam Adjusting - 0mm

KRMCP.2S

Cam Adjusting - 2mm

Karo Mounting Plates - Euro-Screw

Part No.

Finish

Description

KRMSP.0E

Standard - 0mm

KRMSP.2E

Standard - 2mm

KRMCP.0E

Cam Adjusting - 0mm

KRMCP.2E

Cam Adjusting - 2mm

Karo Mounting Plates - 5mm Plastic Dowel •• For use with Karo Soft Close Concealed Hinges •• Finish: Nickel Plated (NP)

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Part No.

Finish

Description

KRMSP.0PD

Standard - 0mm

KRMSP.2PD

Standard - 2mm

KRMCP.0PD

Cam Adjusting - 0mm

KRMCP.2PD

Cam Adjusting - 2mm

•• For use with Karo Soft Close Concealed Hinges •• Finish: Nickel Plated (NP)

Hinges & Door Systems Karo Soft Close Hinges & Plates

Karo Full Overlay 100º - Stainless Steel •• Integrated Soft Close •• 304 Grade stainless steel •• Brass damper •• Clip-on •• 35mm Cup •• 100° Opening Angle •• 8mmØ dowel for 45mm knock-in hinge •• Finish: Stainless Steel (SS) Part No.

Finish

Description

KRA100SS.45K

45mm Knock-in

Karo Standard Mounting Plates - Stainless Steel •• For use with Karo Soft Close Concealed Hinges •• 304 Grade stainless steel •• Finish: Stainless Steel (SS) Part No.

Finish

Description

KRMSP.0S

0mm

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277

Hinges & Door Systems Butt Hinges

Solid Brass Butt Hinge - Raw Brass •• Finish: Raw Brass (RB) Part No.

Finish

H x Lmm

BH1

26 x 19

BH1.5

38 x 22

BH2

51 x 29

BH2.5

63 x 35

Solid Brass Butt Hinge - Polished

Part No.

Finish

H x Lmm

BHP1

26 x 19

BHP2

51 x 29

Steel Butt Hinge •• Finish: Black (BL)

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Part No.

Finish

H x L x Thickness mm

BHBL25

25 x 24 x 1.0

BHBL38

38 x 30 x 1.0

BHBL50

50 x 38 x 1.2

•• Finish: Polished Brass (PB)

Hinges & Door Systems Hirline Hinges

Hirline Hinge - Offset Knuckle - 50mm •• Finish: Electroplated Brass (EB), Satin Chrome (SC) Part No.

Finish

250F

EB, SC 23

L 50

W 17

Hirline Hinge - Minaret Tip - 50mm •• Finish: Florentine Bronze (FB) Part No.

Finish

250M

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279

Hinges & Door Systems Piano & Overlay Hinges

Piano Hinge - Roll •• Material: Steel •• 32mm W x 25m roll •• Finish: Nickel Plated (NP), Electroplated Brass (EB), Florentine Bronze (FB), Stainless Steel (SS)

Part No.

Finish

PH25

SS 304 Grade Stainless Steel

3.8 32

.07

Piano Hinge - Per Metre

Part No.

Finish

PH25LM

Overlay Hinges •• Self Closing with Spring •• Supplied with screws •• Finish: Antique English (AE), Chrome Plated (CP)

280

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Part No.

Finish

910FSC

AE, CP

•• 304 Grade Stainless Steel •• Cut to length •• Material: Stainless Steel •• Specify length in metres when ordering - Minimum charge 2m •• Finish: Stainless Steel (SS)

Hinges & Door Systems

Flush & Decorative Hinges

Various Hinges

Ornamental Flush Hinge - 50mm •• Finish: Black (BL), Nickel Plated (NP), Electroplated Brass (EB) Part No.

Finish

VP1

BL, NP, EB

Flap Hinge •• Material: Die cast Zinc Alloy •• 35mm Ø hole •• Finish: Nickel Plated (NP) 58

Part No.

Finish

FH35

12.5

Pivot Hinge - Traditional Full-Overlay Style •• Must be used in a pair •• Finish: Florentine Bronze (FB) Part No.

Finish

209

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281

Hinges & Door Systems Stays

Soft Down Stay •• Adjustable closing speed •• Finish: Nickel Plated (NP) Part No.

Finish

Description

SDSL

Left Hand

SDSR

Right Hand

Heavy Duty Soft Down Stay •• For top-opening flap door with piano, butt or concealed hinges •• Designed to hold door in fully opened position •• Torque Calculation: Torque = Door Height (cm) x Door Weight x 1/2 •• Rated torque: 25-30kg/cm/pair •• Finish: Black (BL) Finish

Description

JHDS20HL

Left hand

JHDS20HR

Right hand

Part No.

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Hinges & Door Systems Stays

Friction Stay •• Adjustable friction •• Finish: White (WH), Brown (BR) Part No.

Finish

STAY30

WH, BR

32 42 245

Card Table Stay

Part No.

Finish

CTSHD

Hinges & Door Systems • Stays

•• Heavy Duty •• Finish: Nickel Plated (NP)

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283

Hinges & Door Systems Stays

Spring Stay •• Can be installed on the left or right •• Finish: Zinc Plated (ZP) Part No.

Finish

Description

STAY15

Standard

STAY15.STRONG

Strong Spring

Upper Shel f

Flap

131

75º

150 131

C is determined by trial mounting

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Hinges & Door Systems Overhead Flap Hinge

Overhead Flap Hinge •• Adjustable spring tension •• 90° Opening •• Finish: Nickel Plated (NP), White (WH) Part No.

Finish

OFS.A

NP, WH

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285

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift System

recommended fixing countersunk head wood screws Ø4x16 mm

VERY IMPORTANT

recommended fixing countersunk head wood screws Ø4x16 mm

VERY IMPORTANT

The side bracket has to be placed with the slot in horizontal position and the open end facing the wall.

FRONT TO BACK ADJUSTMENT

LOCKING

OPEN ANGLE ADJUSTMENT 0 - 10 mm

103° max

83° min

0 - 10

286

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The door bracket has to be placed in vertical position with the slot facing forwards.

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift 164mm •• Made in Germany •• 164mm long gas lift •• For doors 230 - 300mm high •• Automatic or Friction versions •• Automatic Version: Once you begin to open the door, it continues to open gently and completely by itself •• Friction Version: The stay holds the door in any position required •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY) Part No.

Finish

Description

D1019.0024

Stay Only 45 N Friction

D1018.430

Stay Only 50 N Automatic

D1018.4302

Stay Only 80 N Automatic

Drilling Plan max

83° min

148

4 16

193 min. internal space

103°

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

Technical drawing and chart to select the right Part No.

2 min. 25

L=164

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287

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift 244mm •• Made in Germany •• 244mm long gas lift •• For doors 300 - 400mm high •• Automatic or Friction versions •• Automatic Version: Once you begin to open the door, it continues to open gently and completely by itself •• Friction Version: The stay holds the door in any position required •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY)

Drilling Plan

94° max

Part No.

Finish

Description

D1019.13

Stay Only 45 N Friction

D1019.16

Stay Only 60 N Friction

D1018.432

Stay Only 80 N Automatic

D1018.433

Stay Only 100 N Automatic

83° min

270 min

internal space

224

Technical drawing and chart to select the right Part No.

2 min. L=244

FRICTION OPENING VERSION PART.NO D1019.13 STRENGTH (N) 45

D1019.16 60

WIDTH DOOR (mm)

450

HEIGHT DOOR (mm) Kg 1.6 - 1.8 300 - 350 1.8 - 2.1 351 - 400

STAYSK

600 gS

TAYS

1 x 45 N 2.1 - 2.5 1 x 60 N 1 x 45 N 2.5 - 2.8 1 x 60 N

900 Kg

STAYSK

1200 gS

TAYS

3.2 - 3.7 2 x 45 N 4.2 - 4.9 2 x 45 N 3.7 - 4.2 2 x 45 N 4.9 - 5.6 2 x 60 N

AUTOMATIC OPENING VERSION PART.NO STRENGTH (N)

D1018.432 D1018.433 WIDTH DOOR (mm) 80

100

450

HEIGHT DOOR (mm) Kg 1.6 - 1.8 300 - 350 1.8 - 2.1 351 - 400

STAYSK

600 gS

TAYS

900 Kg

STAYSK

1200 gS

TAYS

1 x 80 N 2.1- 2.5 1 x 80 N 3.2 - 3.7 2 x 80 N 4.2 - 4.9 2 x 80 N 1 x 80 N 2.5 - 2.8 1 x 100 N 3.7 - 4.2 2 x 80 N 4.9 - 5.6 2 x 100 N

The above chart refers to chipboard or MDF 18 mm doors and aluminium frame doors with glass 4 mm thick. These are experimental results to be checked by the customer.

288

Furnware Group • Talk to the experts on 1300 222 600

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift 355mm - Friction Version •• Made in Germany •• 355mm long gas lift •• For doors 400 - 700mm high •• Friction Version: The stay holds the door in any position required •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY) Part No.

Finish

Description

D1019.40

Stay Only 45 N Friction

D1019.41

Stay Only 60 N Friction

D1019.42

Stay Only 90 N Friction

Drilling Plan 90° max

119

374 min. internal space

329

83° min

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

Technical drawing and chart to select the right Part No.

2 min. 25

L=355

FRICTION OPENING VERSION PART NO. D1019.40 D1019.41 STRENGTH (N) 45 60 WIDTH DOOR (mm) HEIGHT DOOR (mm)

450 STAYS

D1019.42 90

600 Kg

900 STAYS

1200 STAYS

STAYS

1500 Kg STAYS

1800 Kg STAYS

400 - 450

2.1 - 2.4 1 x 60 N

2.8 - 3.2

2 x 45 N

4.2 - 4.7 2 x 45 N

5.6 - 6.3

2 x 60 N

7.0 -7.9

2 x 60 N

8.4 - 9.5

2 x 90 N

451 - 500

2.4 - 2.6 1 x 60 N

3.2 - 3.5

2 x 45 N

4.7 - 5.3 2 x 45 N

6.3 - 7.0

2 x 60 N

7.9 - 8.8

2 x 90 N

9.5 - 10.5

2 x 90 N

501 - 550

2.6 - 2.9 1 x 60 N

3.5 - 3.9

2 x 45 N

5.3 - 5.8 2 x 60 N

7.0 - 7.7

2 x 90 N

8.8 - 9.7

2 x 90 N

551 - 600

2.9 - 3.2 2 x 45 N

3.9 - 4.2

2 x 60 N

5.8 - 6.3 2 x 60 N

7.7 - 8.4

2 x 90 N

601 - 650

3.2 - 3.4 2 x 60 N

4.2 - 4.6

2 x 60 N

6.3 - 6.8 2 x 90 N

651 - 700

3.4 - 3.7 2 x 60 N

4.6 - 4.9

2 x 60 N

6.8 - 7.4

2 x 90 N

The above chart refers to chipboard or MDF 18 mm doors and aluminium frame doors with glass 4 mm thick. These are experimental results to be checked by the customer.

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289

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift 355mm - Automatic Version •• Made in Germany •• 355mm long gas lift •• For doors 400 - 700mm high •• Automatic Version: Once you begin to open the door, it continues to open gently and completely by itself •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY)

Drilling Plan 90° max

Part No.

Finish

Description

D1018.630

Stay Only 50 N Automatic

D1018.632

Stay Only 80 N Automatic

D1018.633

Stay Only 100 N Automatic

119

374 min. internal space

329

83° min

Technical drawing and chart to select the right Part No.

2 min. 25

L=355

AUTOMATIC OPENING VERSION PART NO. D1018.630 D1018.632 STRENGTH (N) 50 80 WIDTH DOOR (mm) HEIGHT DOOR (mm)

450 STAYS

D1018.633 100 600 STAYS

900 STAYS

1200 STAYS

1500 STAYS

400 - 450

2.1 - 2.4

1 x 80 N

2.8 - 3.2

2 x 50 N 4.2 - 4.7

2 x 50 N

5.6 - 6.3

2 x 80 N

7.0 -7.9

2 x 80 N

451 - 500

2.4 - 2.6

1 x 80 N

3.2 - 3.5

2 x 50 N 4.7 - 5.3

2 x 80 N

6.3 - 7.0

2 x 80 N

7.9 - 8.8

2 x 100 N

501 - 550

2.6 - 2.9

1 x 80 N

3.5 - 3.9

2 x 50 N 5.3 - 5.8

2 x 80 N

7.0 - 7.7

2 x 100 N

551 - 600

2.9 - 3.2

2 x 50 N

3.9 - 4.2

2 x 80 N 5.8 - 6.3

2 x 80 N

601 - 650

3.2 - 3.4

2 x 80 N

4.2 - 4.6

2 x 80 N 6.3 - 6.8

2 x 100 N

651 - 700

3.4 - 3.7

2 x 80 N

4.6 - 4.9

2 x 80 N

1800 STAYS

8.4 - 9.5 2 x 100 N

The above chart refers to chipboard or MDF 18 mm doors and aluminium frame doors with glass 4 mm thick. These are experimental results to be checked by the customer.

290

Furnware Group • Talk to the experts on 1300 222 600

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Lift 480mm •• Made in Germany •• 480mm long gas lift •• For doors 520 - 700mm high •• Friction versions only •• Friction Version: The stay holds the door in any position required •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY) Part No.

Finish

Description

D1019.533

Stay Only 60 N Friction

D1019.535

Stay Only 90 N Friction

Drilling Plan

174

88° max

449

37 480

494 min. internal space

83° min

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

Technical drawing and chart to select the right Part No.

2 min. L=480

FRICTION OPENING VERSION PART NO. D1019.530 D1019.533 STRENGTH (N) 45 60 WIDTH DOOR (mm) HEIGHT DOOR (mm) 520 - 550 551 - 600 601 - 650 651 - 700

Kg 2.6 - 2.9 2.9 - 3.2 3.2 - 3.4 3.4 - 3.7

450 STAYS 1 x 45 N 1 x 45 N 1 x 45 N 1 x 60 N

D1019.535 90

600

900 STAYS

STAYS

3.5 - 3.9 3.9 - 4.2 4.2 - 4.6 4.6 - 4.9

1 x 60 N 1 x 60 N 1 x 90 N 1 x 90 N

5.3 - 5.8 5.8 - 6.3 6.3 - 6.8 6.8 - 7.4

1 x 60 N 1 x 90 N 1 x 90 N 2 x 45 N

1200 STAYS

7.0 - 7.7 7.7 - 8.4 8.4 - 9.1 9.1 - 9.8

2 x 45 N 2 x 60 N 2 x 60 N 2 x 90 N

1500 Kg

STAYS

8.8 - 9.7 9.7 - 10.5 10.5 - 11.4

2 x 60 N 2 x 60 N 2 x 90 N

1800 Kg STAYS 10.5 - 11.6 11.6 - 12.6 12.6 - 13.7

2 x 60 N 2 x 90 N 2 X 90 N

The above chart refers to chipboard or MDF 18 mm doors and aluminium frame doors with glass 4 mm thick. These are experimental results to be checked by the customer.

Ordering online is now even easier! www.furnwaregroup.com.au

291

Hinges & Door Systems Duras Gas Lift Systems

Duras Gas Drop Down System

recommended fixing countersunk head wood screws Ø4x16 mm

VERY IMPORTANT

The side bracket has to be placed with the slot in horizontal position and the open end facing the wall.

The door bracket has to be placed in vertical position with the slot facing forwards. recommended fixing countersunk head wood screws Ø4x16 mm

FRONT TO BACK ADJUSTMENT

LOCKING

OPEN ANGLE ADJUSTMENT 0 - 10 mm

0 - 10

83° min

103°

292

Furnware Group • Talk to the experts on 1300 222 600

max

VERY IMPORTANT

Hinges & Door Systems Duras Gas Lift Systems

Duras Drop Down Stay •• Made in Germany •• 164mm / 244mm / 355mm Long •• Use for drop down doors and flaps •• For doors 225 - 450mm high •• Brackets not included. For all brackets & adaptors - see page 294 •• Finish: Grey (GY) Part No.

Finish

Description

D1019.187

Stay Only 164mm Automatic

D1019.189

Stay Only 244mm Automatic

D1019.490

Stay Only 355mm Automatic

STANDARD SPRUNG HINGE PART.NOL

(mm)

D1019.187 D1019.189 D1019.490

164 244 355

L1 (mm)

L2 (mm)

164 240 345

L3 (mm)

47 84 135

193 min. 270 min. 374 min.

103˚max / 83˚min 94˚max / 83˚min 90˚max / 83˚min

The dimensions of the above drilling plan refer to carcases which use standard sprung hinges and mounting plates 0 mm.

FLAP HINGE PART.NOL

(mm)

D1019.187 D1019.189 D1019.490

164 244 355

L1 (mm)

L2 (mm)

L3 (mm)

170 240 342

50 84 130

199 min. 270 min.9 371 min.

90˚max / 70˚min 0˚max / 80˚min 90˚max / 83˚min

The dimensions of the above drilling plan refer to carcases which use flap hinges.

X min H 37

internal space internal space

Drilling Plan

Lmm

Xmm

Hmm

164

193

148

244

270

224

355

374

329

X = Minimum internal space

883 3°° m min.

ax max 94 94°°m

Technical drawing and chart to select the right Part No.

Drop Down

2 min.

WIDTH DOOR (mm) HEIGHT DOOR (mm)

225 - 250 301 - 350 401 - 450

1200 max

STAYS

< 3.5 < 4.9 < 6.3

2 x L 164mm 2 x L 244mm 2 x L 355mm

The chart to the right refers to chipboard or MDF 18 mm doors and aluminium frame doors with glass 4 mm thick. These are experimental results to be checked by the customer. For a better function and for safety reasons, we suggest to use at least two stays per piece of furniture (extrasize doors might require 3 or more gas stays). For doors whose weights/dimensions are bigger than those reported on the chart, please increase the number of stays accordingly. Please make sure that gas stays are properly regulated in height through the opposite rotary knob so that the weight of the door is equally distributed amongst the stays used.

Hassle free ordering! Email us on info@furnwaregroup.com.au

293

Hinges & Door Systems Duras Gas Lift Systems

Door Bracket For Duras •• Door bracket with 2 countersunk holes •• Finish: Nickel Plated (NP) Ø3, Ø5

Finish

D1019.8405

16,6

13,5

Part No.

Cover Cap For Duras Door Bracket •• Finish: Grey (GY) Part No.

Finish

D1019.848200

Side Bracket For Duras - Screw-On

Part No.

Finish

D1019.792

Side Bracket For Duras - With Pins

9,3

294

Ø5

•• Side bracket with 2 x Ø5mm pins and countersunk hole for Ø4 x 18mm screws or Ø5.9 x 12.7mm euro screws •• Material: Zinc Alloy •• Finish: Nickel Plated (NP)

Furnware Group • Talk to the experts on 1300 222 600

Part No.

Finish

D1019.78

Ø3, Ø5

•• Side bracket with 2 countersunk holes for Ø4 x 18mm screws or Ø5.9 x 12.7mm euro screws •• Material: Zinc Alloy •• Finish: Nickel Plated (NP)

Hinges & Door Systems Salice Wind

Wind Compact Lift System How to order •• Determine door height, width & weight •• Use the selection tables (pages 296-297) to ascertain which spring strength you require for your application

Salice Wind Mechanism - Soft Close •• Sold per door set •• Mechanism only - see below for covers •• Select spring strength based on the tables on pages 296-297 Part No.

Spring Strength

SAL.WDSCY

Yellow Spring

SAL.WDSCB

Black Spring

SAL.WDSCR

Red Spring

Salice Wind Mechanism - Push-to-Open •• Sold per door set •• Mechanism only - see below for covers •• Select spring strength based on the tables on pages 296-297 Part No.

Spring Strength

SAL.WDPOY

Yellow Spring

SAL.WDPOB

Black Spring

SAL.WDPOR

Red Spring

Salice Wind Covers •• Supplied with matching cover caps Part No.

Finish

SAL.WDCV.WH

White

SAL.WDCV.MBL

Matt Black

Join us on social media! @FurnwareGroup

295

Hinges & Door Systems Salice Wind

15 0.8 15 0.8 14 14 13 13 12 12

Door weight (Kg) Door weight (Kg)

11 11 10 10 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2

0.6 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.8 0.4 0.6 0.2 0.4 0.8 0.2 0.6 0.4 0.8 0.2 0.6 0.4 0.8 0.2 0.6 0.4 0.8 0.2 0.6 0.4 0.8 0.2 0.6 0.4 0.8 0.2 0.6 0.4 0.2

20 0.8 20 0.8 0.4

4 WIND 4 WIND 3 WIND 3 WIND 2 WIND 2 WIND

FRAKNXXSN_ FRAKNXXSN_ 320 320

360 360

400

440

480

400 440 480 Door height (mm) Door height (mm)

520 520

560 560

600 600

0.6 0.2 0.6

19 0.4 0.8 0.2 0.6 19 0.8 0.4 0.2 0.6

18 0.4 0.8 0.2 0.6 18 0.8 0.4 0.2 0.6

17 0.4 0.8 0.2 0.6 17 0.8 0.4 0.2 0.6

16 0.4 0.8 0.2 0.6 16 0.8 0.4

15 0.8 0.4

Door weight (Kg) Door weight (Kg)

14 0.4 0.8

14 0.8 0.4 13 0.4 0.8

13 0.8 0.4 12 0.4 0.8

12 0.8 0.4 11 0.4 0.8

11 0.8 0.4 10 0.4 0.8

10 0.8 0.4

0.2 0.6

0.2 0.6 0.2 0.6

4 WIND 4 WIND

0.2 0.6 0.2 0.6

0.2 0.6

3 WIND 3 WIND

0.2

0.6 9 0.4 0.8

9 0.8 0.4 8 0.4 0.8

8 0.8 0.4 7 0.4 0.8

7 0.8 0.4 6 0.4 0.8

6 0.8 0.4 5 0.4 0.8

5 0.8 0.4 4 0.4

296

0.2 0.6 0.2 0.6

0.2 0.6

2 WIND 2 WIND

0.2 0.6

FRAKFXXSN_ FRAKFXXSN_

0.2 0.6

0.2 0.6 0.2 0.6

0.2

320

360

320

360

520

560

600

400 height 440 480 Door (mm)520 Door height (mm)

400

440

480

560

600

17 Furnware Group • Talk to the experts on 1300 222 600

15 0.4 0.8

Hinges & Door Systems Salice Wind

0.8 0.6 0.4

0.2 0.8 0.6 0.4

0.2 0.8 0.6

Door weight (Kg)

0.4

0.2 0.8 0.6 0.4

0.2

4 WIND

0.8 0.6 0.4

0.2

FRAK S XXSN_

0.8 0.6 0.4

0.2 0.8

3 WIND

0.6 0.4

0.2 0.8 0.6 0.4

0.2 0.8 0.6

2 WIND

0.4

0.2 0.8 0.6 0.4

0.2

320

360

400

440

480

520

560

600

Door height (mm)

Ordering online is now even easier! www.furnwaregroup.com.au

297

85° opening with stop device (premounted). 94° opening without stop device. Possible drilling distance on the door (K): from 3 to 7 mm.

Wind

Hinges & Door Systems

Technical information

Salice Wind

Flap door lift system fixed to the cabinet sides. Drilling of the door ø35. 13 mm deep cup. 85° opening with stop device (premounted). 94° opening without stop device. Possible drilling distance ø 35 on the door (K): from 3 to 7 mm.

Drilling patterns - Wind mechanism Drilling patterns. Top

13 33

17.5 + K

ø5x13

K 3÷7

Drilling patterns. 104

Top

ø 35

177 33

Internal46 cabinet side

ø5x13

K 3÷7

104

24 17.5 + K

8.5+D

19+D

8.5 21

ø5x13

177 Internal cabinet side

8.5+D

Space needed to open the door.

19+D

8.5 21

ø5x13

A min.

Space needed to open the door - Wind mechanism 57 to open the door. Space needed 85° A min.

K 202

K=3

A = min

0.1

0.2

0.3

0.5

0.6

0.7

0.9

1.1

1.8

2.7

K=4

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

85° 2.1

18 D1

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

1.5

K=5 K K=6

A = min

0.1

0.2 2020.2

0.3

0.4

0.6

0.7

0.9 T

1.0

1.2

1.5

K=7

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.8

1.0

1.2

1.4

D1 =

K=3

A = min

0.1

0.2

0.3

0.5

0.6

0.7

0.9

1.1

1.8

2.7

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

2.1

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

1.5

K=4

K=5

K=6

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.0

1.2

1.5

K=7

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.8

1.0

1.2

1.4

298

0.2

Furnware Group • Talk to the experts on 1300 222 600

Hinges & Door Systems Salice Wind

Salice Magnetic Push •• Magnetic push catch for use with Salice Push-to-open systems including Salice Wind •• To achieve best results use both magnetic catch and adjustable catch plate •• Catch: Ø10mm x 40mm long •• Adjustable catch plate: Ø15mm x 11mm long •• Box Qty: 250pcs Part No.

Finish

Description

SAL.DPMSNG

Grey

Catch

SAL.DP39XXG

Grey

Plate

Release device application Release device application Release device application Release device application Application of the standard magnetic catch. Release device application Application of the standard magnetic catch. Drill a hole Ø 10 mm and min. 40 mm depth in the top, the side or the base panel Application standard magnetic catch. Application of of thethe standard magnetic catch. of the cabinet. Drill a hole Ø 10 mm and min. 40 mm depth in the top, the side or the base panel Insert the release device into the hole. Application of the cabinet. Drill a hole Ø 10of mmthe and standard min. 40 mmmagnetic depth in the catch. top, the side or the base panel

ø10 S

Drill a hole Ø 10 mm and min. 40 mm depth in the top, the side or the base panel Insert the release device into the hole. of the cabinet. of the cabinet. Drill a the holerelease Ø 10 mm and into min. 40hole. mm depth in the top, the side or the base panel Insert device Insert the release device into the the hole. of the cabinet. Insert the release device into the hole.

ø10 ø10ø10 S ø10 S S S

40 min 40 min 40 min 40 min

2.5

40 min T T

Apply the retaining catch to the magnetic release device. The point of the retaining catch will show where to insert it. Pin-fix Close thestriker. door. Apply the retaining catch to release device. Apply the retaining catch magnetic release device. Reopen the door and drive in to thethe pinthe to magnetic fix in position. The point of the retaining catch will show where to insert it. Close the door. Close the door. Apply thethe retaining catch to Reopen and drive inthe themagnetic pinshow to fixrelease in position. point of door the retaining catch where todevice. insert TheThe point of the retaining catch will will show where to insert it. it. Close the door. Reopen drive in the to in fixposition. in position. Reopen the the doordoor andand drive in the pin pin to fix The point of the retaining catch will show where to insert it.

2.5

ø 10 ø 10 ø 10 S ø 10 øS 10 S S

The retaining catch DP39 is itself magnetic and together with the magnetism of the the cabinet side, thus avoiding accidental openings. Inserted adjustable catch. release device DPMDP39 considerably increase (30%)together the holding strength of the door against retaining catch ismagnetic itself magnetic magnetism of the TheThe retaining catch DP39 is itself magnetic andand together withwith the the magnetism of the the cabinet side, thus avoiding accidental openings. release device DPM considerably increase (30%) the holding strength of the door release device DPM considerably increase (30%) the holding strength of the door against For the installation it is necessary to drill a hole ø15 mm and 11 mm depth in the door. against The cabinet retainingside, catch DP39 is itself magneticopenings. and together with the magnetism of the avoiding accidental the the cabinet side, thusthus avoiding accidental openings. release device DPMitconsiderably the holding the door For the installation is necessaryincrease to drill a(30%) hole ø15 mm andstrength 11 mm of depth in theagainst door. Depth adjustment from -0.5 mm to +2.5 mm. the cabinet side, thus avoiding accidental openings. For the installation it is necessary to drill a hole ø15 mm and 11 mm depth in the door. For the installation it is necessary to drill a hole ø15 mm and 11 mm depth in the door. Depth adjustment from -0.5 mm to +2.5 mm. For theadjustment installationfrom it is necessary drill mm. a hole ø15 mm and 11 mm depth in the door. Depth toto+2.5 Depth adjustment from -0.5-0.5 mmmm to +2.5 mm.

Pin-fix striker. ø 16.6 ø 15 ø 16.6 ø 15 Pin-fix striker. Apply the retaining catch to the magnetic release device. Pin-fix striker. Pin-fix striker. Close the door.

T T T

Inserted adjustable magnetic catch. Inserted adjustable magnetic catch. The retaining catch DP39 is itself magnetic and together with the magnetism of the Inserted adjustable magnetic catch. Inserted adjustable catch. release device DPM considerablymagnetic increase (30%) the holding strength of the door against

Depth adjustment from -0.5 mm to +2.5 mm. ø 16.6 ø 16.6 9.5 9.5 ø 16.6 ø 16.6 9.5 9.5 ø 16.6 ø 15 ø9.5 16.6 ø 16.6 ø 15 ø 16.6 ø 16.6 9.5 ø 16.6 9.5 9.5 ø 16.6 ø 15 ø 16.6 ø 15 ø 16.6 ø 16.6 9.5 9.5ø 16.6 ø 15 ø 16.6 ø 15 ø 16.6 ø 15 ø 16.6 ø 15

2.5 2.5 2.5

40 min 40 min 40 min 40 min

2.5

40 min

2.5 15 2.5ø2.5

ø 15 2.5 ø 15 ø 15 ø 15

Hassle free ordering! Email us on info@furnwaregroup.com.au

T T T

299

Hinges & Door Systems Salice Wind

Salice Wind Extra Bracket •• Extra bracket to be used in conjunction with standard Salice Wind system when fixing to the top of a cabinet •• Can also be used to allow the installation of additional systems on very large doors •• Supplied in a set of 2 brackets with covers Part No.

Finish

SAL.WDSBK.WH

White

SAL.WDSBK.MBL

Matt Black

Examples of applications for top-hung doors using optional carrier For cabinets that require a third system

K 3

D1 =

For corner cabinets

300

The carrier has a thickness of 3 mm. The cabinet side drillings must be lowered accordingly.

Furnware Group • Talk to the experts on 1300 222 600

104

For cabinets that require a third system.

Wind -

• corner cabinets • doors of large weight and dimensions

Optional carrier for top-hung doors

We suggest to fix the carrier with wood screws 4x18.

Hinges & Door Systems

Technical information

Salice Wind

Carrier to be screw-fixed to the top of the cabinet for use with: • corner cabinets • doors of large weight and dimensions

Drilling patterns - Wind Extra Bracket

We suggest to fix the carrier with wood screws 4x18.

Drilling patterns.

ø 35 Top 13 17.5 + K K 3÷7

Drilling patterns.

ø 35 Top 13 17.5 + K K 3÷7 24

21 32

ø5x13 24

Space needed to open the door.

ø5x13 A min. D1

Drilling patterns - Wind Extra Bracket

Space needed to open the door.

A min.

85° D1

K T

85°

=D1 13

KK=3

A = min

0.1

0.2

0.3

0.5

0.6

0.7

0.9

1.1

1.8

K=4

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

2.1

K=5

A = min

0.1

0.2

0.3

0.4

0.6

0.7 T 0.9

1.1

1.3

1.5

0.1

0.2

0.3

0.4

0.6

0.7

1.0

1.2

1.5

K=6

A = min

= K

K=7

A = min T=

0.9

2.7

0.1 0.1 0.2 0.2 0.3 0.4 0.6 0.7 0.8 1.0 1.2 1.4 16 17 18 19 20 21 22 23 24 25 26 27 28

K=3

A = min

0.1

0.2

0.3

0.5

0.6

0.7

0.9

1.1

1.8

2.7

K=4

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

2.1

K=5

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.1

1.3

1.5

K=6

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.9

1.0

1.2

1.5

K=7

A = min

0.1

0.2

0.3

0.4

0.6

0.7

0.8

1.0

1.2

1.4

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301

Hinges & Door Systems Salice Flap Door System

Flap Door System

How to order •• Determine door height, width & weight •• Use the selection table (see pages 304 -305) to ascertain if you require a Flap Door System on one or both sides of the door, as well as the correct piston strength

Flap Door System - Single Arm

Part No.

Finish

SAL.FRX1HR

Flap Door System - Twin Arm •• Made in Italy •• 3 x Hinges with mounting plates •• 2 x extra mounting plates for Flap System •• 2 x SMOVE Soft Close •• 2 x Flap Arms with Grey Covers •• 1 x Marking Template •• PISTONS to be ordered separately (see page 305)

302

Furnware Group • Talk to the experts on 1300 222 600

Part No.

Finish

SAL.FRX2H

•• Made in Italy •• 3 x Hinges with mounting plates •• 1 x Extra mounting plate for Flap System •• 1 x SMOVE Soft Close •• 1 x Flap Arm (RH Side) with Grey Cover •• 1 x Marking Template •• PISTON to be ordered separately (see page 305)

Hinges & Door Systems Salice Flap Door System Drilling pattern for wooden door Dimensions of the system

Dimensions of the system

Available fixing systems for the hinge cup:

Drilling pattern for door

Installing the Smove

A = wood screw fixing, 48x6 mm drilling P = wood screw fixing, 45x9.5 mm drilling U = wood screw fixing, 52x5.5 mm drilling B = dowel fixing, 48x6 mm drilling R = dowel fixing, 45x9.5 mm drilling W = dowel fixing, 52x5.5 mm drilling 6 = Rapido fixing, 48x6 mm drilling 7 = Rapido fixing, 45x9.5 mm drilling 2 = Rapido fixing, 52x5.5 mm drilling

Internal cabinet side

D = sideways and upper overlay

Lift - Opening systems - Flap door - Assembly instructions Fixing the support to the cabinet side Drilling pattern for alu-framed door -side width min. 17 mm,Adjustment max. 24 mm Fixing the support to the cabinet Adjustment of the opening angle ofdoor by cam of the opening angle of the

the door by cam

For alu-framed door, fix the mounting plate to the appropriate adapter. D = sideways and upper overlay

Internal cabinet side

Deploying the piston Ordering online is now even easier! www.furnwaregroup.com.au

303 295

Lift - Opening systems - Flap door - Gas piston strength Lift Lift- -Opening Openingsystems systems- -Flap Flapdoor door- Gas - Gaspiston pistonstrength strength Lift - Opening systems - Flap door - Gas piston strength Lift - Opening systems - Flap door - Gas piston strength Chart for FLMGRExxx piston with progressive-operation door opening (systems with one piston) Lift Opening systems Flap door - Gas piston strength Hinges & Door Systems Chart for FLMGRExxx piston with progressive-operation door opening (systems with one piston)

Chart for FLMGRExxx piston with progressive-operation door opening (systems with one piston) Flap Doorstrength System ChartSalice to define the exact (N)with of theprogressive-operation pistons to be used in relationship with the dimensions and weight the doors. Chart for FLMGRExxx piston door opening (systems withof one piston) It is suggested that some assembly are made. Ourused technical Assistance Service is at your disposal for anythe additional information. Chart to for define the exact strength (N) oftrials the pistons to be in relationship with the dimensions and weight of doors. Chart FLMGRExxx piston with progressive-operation door opening (systems with one piston) Chart to define the exact strength (N) of the pistons to be used in relationship with the dimensions and weight of the doors. Chart for FLMGRExxx piston with progressive-operation opening with one piston) It is suggested that some assembly trials are made. Our technical Assistancedoor Service is at your(systems disposal for any additional information. Chart define thethat exact strength (N) of the are pistons to Our be used in relationship the dimensions and weight of the doors. information. It is to suggested some assembly trials made. technical Assistancewith Service is at your disposal for any additional Chart to define the (N)trials of the betechnical used in relationship withDoor theisdimensions and weight the doors.information. It is suggested thatexact somestrength assembly arepistons made. to Our Assistance Service at your disposal for anyofadditional weight (Kg) Chart to define exact strength (N) of the used in relationship with theisdimensions and weight the doors.information. It is suggested that some assembly arepistons made. Assistance Service at your disposal for anyofadditional Flap the Door System -trials Single ArmtoOurbetechnical Door weight (Kg) It is suggested that some assembly trials are made. Our technical Assistance Service is at your disposal Door weight (Kg) for any additional information.

Lift - Opening systems - Flap doorTables - Gas piston strength Progressive Gas Piston Selection Door weight (Kg) Door weight (Kg) weight (Kg)

Raw MDF approximate weight (x 0.88 for Chipboard/Particleboard) Door

16mm = 11.7 kg/m2 Chart for FLMGRExxx piston with progressive-operation door opening (systems with one piston)

18mm = 13.1 kg/m2 Chart to define the exact strength (N) of the pistons to be used in relationship with the dimensions and weight of the doors. It is suggested that some assembly trials are made. Our technical Assistance Service is at your disposal for any additional information. Please Note: If door weights fall outside the shaded areas the mechanism will fail to operate as intended Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 300 Door mm weight (Kg) Door Doorheight height300 300mm mm Door height 300 mm Door height 300 mm Door height 300 mm

Gas piston (N) strength (N) Gas piston strength Gas piston strength (N) Door height 330 mm Gas piston strength (N) Door height 300 mm Door height 330 Gas piston strength (N) Door height 330mm mm Gas piston strength (N) Door height 330 mm Gas piston strength (N)

Gas piston (N) strength (N) Gas piston strength Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 330 mm Door height 360 mm Door height 360 Door height 360mm mm Door height 360 mm Door height 360 mm Door height 360 mm

Gas piston (N) strength (N) Gas piston strength Gas piston strength (N) Door height 390 mm Gas piston strength (N) Door height 360 mm Gas piston strength (N) Door height 390 Door height 390mm mm Gas piston strength (N) Door height 390 mm Gas piston strength (N)

Door height 390 mm Door height 390 mm

Gas piston strength Gas piston (N) strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 540 mm Door height 390 mm Door height 540 Door height 540mm mm Door height 540 mm Door height 540 mm Door height 540 mm

Gas piston (N) strength (N) Gas piston strength

302 302 302 302 302 302

304

Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 600 mm Door height 540 mm Door height 600 Door height 600mm mm Door height 600 mm Door height 600 mm Door height 600 mm

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Cabinet Cabinet Cabinet Cabinet width width width (mm) width (mm) (mm) (mm) Cabinet width (mm) Cabinet width (mm)

Cabinet width (mm)

Door height 330 mm Door height 330 mm

Hinges & Door Systems Salice Flap Door System

Flap Door System - Twin Arm Progressive Gas Piston Selection Tables Chart for FLMGRExxx piston with progressive-operation door opening (system with two pistons) Raw MDF approximate weight (x 0.88 for Chipboard/Particleboard) Chart for FLMGRExxx piston with progressive-operation door opening (system with two pistons) 16mm = 11.7 the kg/m2 Chart to define exact strength (N) of the pistons to be used in relationship with the dimensions and weight of the doors.

= 13.1 kg/m2 It is18mm suggested that somestrength assembly arepistons made.to be used in relationship Chart FLMGRExxx piston progressive-operation door opening (system with two pistons) Chart to for define the exact (N)trials ofwith the with the dimensions and weight of the doors. is at yourare disposal ItOur is technical suggestedAssistance that someService assembly trials made. for any additional information. Chart to define the exact strength (N) of the pistons to be used in relationship with andintended weight of the doors. OurPlease technical Assistance Service is at your disposal for any additional information. Note: If door weights fall outside the shaded areas the mechanism willthe faildimensions to operate as It is suggested that some assembly trials are made. Our technical Assistance Service is at your disposal for any additional information.

Door weight (Kg) Door weight (Kg) Door weight (Kg)

Cabinet Cabinet width width (mm) (mm) Cabinet width (mm)

Strengths shown are per piston - this systems requires 2 pistons

Gas piston strength (Nx2) Gas piston strength (Nx2) Gas piston strength (Nx2)

Door height 540 mm Door height 540 mm Door height 540 mm

Strengths shown are per piston - this systems requires 2 pistons Gas piston strength (Nx2) Gas piston strength (Nx2) Gas piston strength (Nx2)

Door height 600 mm Door height 600 mm Door height 600 mm

Progressive Gas Pistons •• Made in Italy •• Select correct strength as per the above tables Part No.

Description

SAL.FLMGRE080

80N

SAL.FLMGRE100

100N

SAL.FLMGRE150

150N

SAL.FLMGRE200

200N

SAL.FLMGRE250

250N

SAL.FLMGRE300

300N

SAL.FLMGRE350

350N

SAL.FLMGRE400

400N

SAL.FLMGRE450

450N

SAL.FLMGRE500

500N

SAL.FLMGRE550

550N

SAL.FLMGRE600

600N

SAL.FLMGRE650

650N

SAL.FLMGRE700

700N

Hassle free ordering! Email us on info@furnwaregroup.com.au

305

Hinges & Door Systems Salice Parallel Door System

Parallel Door System

Lift - Opening systems - Parallel opening door For doors from 440 mm to 660 mm height

How to order •• Determine door height, width & weight, and select the relevant Parallel Door System •• Choose correct Piston strength (see page 310 - 311)

Part number composition

FPXXXXXXSNXL G = grey cover 1 = white cover 9 = nickel-pl. cover

Parallel Door System •• Made in Italy •• 2 x Mounting plates for Flap System •• 2 x SMOVE Soft Close •• 2 x Parallel Arms with Grey Covers •• 1 x Marking Template •• Stabiliser bar to be ordered separately (see below) •• PISTONS to be ordered separately (see page 310) Part No.

Finish

Door Height

FPXXXXXX999L

SAL.FPX3644 FPXXXXXX_ _9LX1

360 - 440mm

Part number for LIFT system supplied with nickel-plated cover with arrangement for screw cover cap.

SAL.FPX4466 Part number for LIFT system

440 - 660mm

supplied with nickel-plated cover with silk-screen printed logo.

Stabiliser Bar

326

•• Made in Italy •• Suits door width up to 1200mm •• Can be cut to size (Internal Cabinet Size -105mm) Part No. SAL.FPXJB1045

306

Furnware Group • Talk to the experts on 1300 222 600

F = Lifting system P = Parallel opening door XXXXXX = Special options SN = Cover with Salice logo / 99 = Cover with arrangement for screw cover cap X = Colour of the cover L = Long arm X1 = Cover with silk-screen printed logo

Hinges & Door Systems

Salice Parallel Door System

C C

A B C D E

Door Height 360 - 440mm

Door Height 440 - 660mm

305

375

310

380

140

200

360

440

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307

Hinges & Door Systems Salice Parallel Door System

Lift - Opening systems - Parallel opening door Drilling pattern for doors from 360 to Drilling pattern for wooden door- and alu-framed door door Lift - Opening systems Parallel opening 440 mmfrom high For doors 360 to 440 mm height D = overlay

Drilling pattern for wooden door and alu-framed door For doors from 360 to Internal 440 mm height cabinet side D = overlay

Assembly instructions - Assembly instructions

Fixing the support cabinet Fixing the support toto thethe cabinet side side - Assembly instructions Fitting the door to the cabinet

adapter ( DBZXBH9 ). D = overlay

Internal cabinet side

Hole for additional wood screw for retaining lever Hole for additional wood screw for retaining lever

Additional fixing to be made after adjustments

Internal cabinet side

Additional fixing to be made after adjustments

Drilling pattern for wooden door and alu-framed door For doors from 440 to 660 mm height. D = Overlaypattern for doors from 440 to Drilling Drilling pattern for wooden door and alu-framed door 660 mmfrom high Internal side For doors 440 to 660 mmcabinet height. D = Overlay Internal cabinet side

Deploying the piston Carefully press each end of the piston securely onto the pins on the bracket and liftingand ensuring that the body of the piston Adjustments additional and arm, additional fixing fixings adapter ( Adjustments DBZXBH9 ). is uppermost. D = overlay

adapter ( DBZXBH9 ). D = overlay

Additional fixing to be made after adjustments

Internal cabinet side

Hole for additional wood screw for retaining lever

to be made after adjustments

Hole for additional wood screw for retaining lever

to be made after adjustments

Sideways adjustment

332

308

Depth adjustment

332

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Height adjustment

Internal cabinet side

Hinges & Door Systems Salice Parallel Door System Fitting the stabilizer bar

Insert the housing a

Fitting stabilizer bar Fitting thethestabiliser bar

Fitting the stabilizer bar

Insert the ends of the bar into the housing and fasten the fixing screw.

Slide the sleeves over the housing at each end of the bar.

Slide the at each e

Slide the sleeves over the housing sleeves over the at eachSlide end of the the bar.

housing on both

ends of the bar

In case of cabinets with special widths, pull the bar end off one side and cut it accordingly. Re-insert the bar end into the housing.

in ab

ern

Int

er Int

idt

w et

t wid

shortened to suit cabinets with widths less than 1200mm

In case o pull the b according Re-insert

In case of cabinets with special widths, pull the bar end off one side and cut it accordingly. The stabilier bar can be Re-insert the bar end into the housing.

ern

Int

ine

b ca

dth

331

Ordering online is now even easier! www.furnwaregroup.com.au

309

Gas piston strength Chart for FLMGSExxx pistons with single-operation door opening for doors from 360 to 440 mm height Gas piston strength Chart for FLMGSExxx pistons single-operation door with opening for doors fromof360 to 440 mm height Chart to define the exact strength of thewith pistons to be used in relationship the dimensions and weight the doors.

Hinges & Door Systems

Parallel Door System Chart to Salice define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors. Chart for FLMGSExxx pistons with single-operation door opening for doors from 360 to 440 mm height Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors.

Progressive Gas Pistons Made in Italy Door weight••(Kg)

•• Select correct strength as per the below

Door weight (Kg) and adjacent tables

Cabinet Cabinet width (mm) width (mm) Cabinet width (mm)

Part No. Door weight (Kg)

Gas piston strength (N)

Door height 360 mm

Gas piston strength (N)

Door height 360 mm Gas piston strength (N)

Door height 360 mm

Gas piston strength (N)

Door height 420 mm

Gas piston strength (N)

Description

SAL.FLMGRE080

80N

SAL.FLMGRE100

100N

SAL.FLMGRE150

150N

SAL.FLMGRE200

200N

SAL.FLMGRE250

250N

SAL.FLMGRE300

300N

SAL.FLMGRE350

350N

SAL.FLMGRE400

400N

SAL.FLMGRE450

450N

SAL.FLMGRE500

500N

SAL.FLMGRE550

550N

SAL.FLMGRE600

600N

SAL.FLMGRE700

700N

Door height 420 mm Gas piston strength (N)

Door height 420 mm Chart for FLMGRExxx pistons with progressive-operation door opening for doors from 360 to 440 mm height Chart for FLMGRExxx pistons with progressive-operation door opening for doors from 360 to 440 mm Parallel Door System - For doors from 360mm to 440mm high height Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors.

Progressive Gas Piston Selection Tables

Chart to for define the exact strength of the pistons to be used in relationship withdoor the dimensions of the doors. Chart FLMGRExxx pistons with progressive-operation openingand forweight doors from 360 to 440 mm height Raw MDF approximate weight (x 0.88 for Chipboard/Particleboard) 16mm = 11.7 kg/m2 Chart to define exact strength of the pistons to be used in relationship with the dimensions and weight of the doors. 18mmthe = 13.1 kg/m2 Please Note: If door weights fall outside the shaded areas the mechanism will fail to operate as intended

Door weight (Kg)

Cabinet Cabinet width (mm) width (mm) Cabinet width (mm)

Strengths shown are per piston - this systems requires 2 pistons

Door weight (Kg)

Gas piston strength (N) Gas piston strength (N)

Door height 360 mm Door height 360 mm

Gas piston strength (N)

Door height 360 mm Strengths shown are per piston - this systems requires 2 pistons

Gas piston strength (N)

Door height 420 mm Door height 420 mm

337 337

Gas piston strength (N)

Door height 420 mm 310

337 Furnware Group • Talk to the experts on 1300 222 600

Door weight (Kg)

Hinges & Door Systems Salice Parallel Door System

Chart for FLMGRExxx pistons with progressive-operation door opening for doors from 440 to 660 mm Parallel Opening System - For doors from 440mm to 660mm high height. Progressive Gas Piston Selection Tables Chart Chartfor forFLMGRExxx FLMGRExxxpistons pistonswith withprogressive-operation progressive-operationdoor dooropening openingfor fordoors doorsfrom from440 440to to660 660mm mm Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors. height. height. approximate weight (x 0.88 for Chipboard/Particleboard) ChartRaw forMDF FLMGRExxx pistons with progressive-operation door opening for doors from 440 to 660 mm Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors. 16mm = 11.7 Chart to define thekg/m2 exact strength of the pistons to be used in relationship with the dimensions and weight of the doors. height. 18mm = 13.1 kg/m2

Chart for FLMGRExxx pistons with progressive-operation opening forweight doors from 440 to 660 mm Chart to define the exact strength offall theoutside pistons to be used areas in relationship withdoor thewill dimensions and of the doors. Please Note: If door weights the shaded the mechanism fail to operate as intended height. Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight of the doors.

Door weight (Kg)

Door Doorweight weight(Kg) (Kg)

Strengths shown are per piston - this systems requires 2 pistons

Door weight (Kg) Door weight (Kg)

Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Cabinet Cabinet width Cabinet width (mm) Cabinet width (mm) width (mm)(mm) Cabinet width (mm)

Strengths shown are per piston - this Gas piston requires strength (N) systems 2 pistons

Door height 480 mm Door Doorheight height480 480mm mm Door height 480 mm Door height 480 mm

Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 540 mm Door Doorheight height540 540mm mm Door height 540 mm

Gas piston strength (N)

Strengths shown are per piston - this systems requires 2 pistons

Door height 540 mm

Gas piston strength (N)

Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Door height 600 mm Door Doorheight height600 600mm mm Door height 600 mm

Gas piston strength (N)

Door height 600 mm Strengths shown are per piston - this systems requires 2 Gas piston strength (N) pistons Gas piston strength (N) Gas piston strength (N)

Gas piston strength (N)

Door height 660 mm Door Doorheight height660 660mm mm Door height 660 mm

Gas piston strength (N)

Door height 660 mm

Hassle free ordering! Email us on info@furnwaregroup.com.au

311

Hinges & Door Systems Salice Bi-Fold Door System

Bi-Fold Door System

How to order •• Determine door height, width & weight, and select the relevant Bi-Fold Door System •• Choose correct Piston strength (see page 315)

•• Made in Italy •• 3 x Hinges with mounting plates •• 2 x Extra mounting plates for Folding System •• 2 x SMOVE Soft Close •• 3 x Centre Bi-Fold hinges •• 2 x Bi-Folding Door arms with Grey Covers •• 1 x Marking Template •• PISTONS to be ordered separately (see page 314)

312

Furnware Group • Talk to the experts on 1300 222 600

Part No.

Finish

Door Height

SAL.FLX160

580-630mm

SAL.FLX166

640-690mm

SAL.FLX172

700-750mm

SAL.FLX178

760-800mm

SAL.FLX191

880-940mm

Bi-Fold Door System

Hinges & Door Systems Salice Bi-Fold Door System

Lift - Opening systems - Folding

door

- Assembly instructions

Drilling pattern for the upper wooden door Installing the cover

Fixing thesystems support to the Available fixing for the hingecabinet cup:

side

Drilling pattern for the top door

Upper door

Deploying piston Lift the - Opening

Upper door

systems - Folding door - Assembly instructions

Lower door Lower door Carefully press each end of the piston securely onto the pins on the bracket andpattern lifting arm, that the body ofdoor the piston Drilling forensuring the lower wooden 312 Dimensions of the system is uppermost.

Dimensions of the system

Available fixing systems for the hinge cup:

Drilling pattern for the bottom door The shape of the lifting arm allows the use of shelves with a reduced depth of 10 mm only compared with the cabinet depth.

D = sideways overlay * Dimension is valid for cabinet heights 600, 660, 720 and 780 mm. For cabinets of different heights, please consult Salice customer service for the correct value.

* Upper door

L = 600 Z = 530 L = 660 Z = 560 door L = 720Upper Z = 590 L = 780 Z = 620 L = 914 Z = 687

Internal cabinet side

Lower 316 door

Lower door

* measurement applies to standard cabinet heights (L) only. For non standard cabinet heights please refer to installation instructions

Drilling pattern for the lower alu-framed door width min. 17 mm, max. 24 mm

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311 313

Hinges & Door Systems Salice Bi-Fold Door System

Progressive Gas Pistons •• Made in Italy •• Select correct strength as per the adjacent tables Description

SAL.FLMGRE080

80N

SAL.FLMGRE100

100N

SAL.FLMGRE150

150N

SAL.FLMGRE200

200N

SAL.FLMGRE250

250N

SAL.FLMGRE300

300N

SAL.FLMGRE350

350N

SAL.FLMGRE400

400N

SAL.FLMGRE450

450N

SAL.FLMGRE500

500N

SAL.FLMGRE550

550N

SAL.FLMGRE600

600N

SAL.FLMGRE700

700N

Part No.

314

Furnware Group • Talk to the experts on 1300 222 600

Hinges & Door Systems Salice Bi-Fold Door System

Chart for FLMGRExxx pistons with progressive-operation door opening Chart for FLMGRExxx pistons with progressive-operation door opening Chart for FLMGRExxx pistons with progressive-operation door opening Chart FLMGRExxx pistons door opening and weight of the doors. Chart tofor define the exact strength of the with pistonsprogressive-operation to be used in relationship with the dimensions Chart for FLMGRExxx pistons with progressive-operation door opening

Chart to define the of trials the pistons to beOur used in relationship withservice the dimensions weight theadditional doors. It is suggested thatexact somestrength assembly are made. technical assistance is at your and disposal forof Chart to define the exact strength of the pistons to be used in relationship with the dimensions and weight ofany the doors. information. Bi-Fold Door System ItFor is suggested that some assembly trials are made. Our technical assistance service is at your and disposal forofany additional wall cabinet width 600 mm, it is possible to use one system only, right or left version. Chart to define the exact strength of the pistons to be used in relationship with the dimensions weight the doors. information. It is suggested somestrength assembly trials are made. Our technical assistance service is at your and disposal forofany Chart to cabinet define that the exact of the pistons to be used in relationship theversion. dimensions weight theadditional doors. information. Foris wall width 600 mm, it is possible use one system only, right with or left Progressive Gas Piston Selection Tables It suggested that some assembly trials are to made. Our technical assistance service is at your disposal for any additional information. For wall cabinet width 600 mm, it is possible to use one system only, right or left version. It is suggested that some assembly trials are made. Our technical assistance service is at your disposal for any additional information. For wall cabinet width 600 mm, it is possible to use one system only, right or left version. ForRaw wallMDF cabinet width 600weight mm, it(xis0.88 possible to use one system only, right or left version. approximate for Chipboard/Particleboard) 16mm = 11.7 kg/m2 18mm = 13.1 kg/m2 Please Note: If door weights fall outside the shaded areas the mechanism will fail to operate as intended

Weight of the two doors Weight of the two doors Weight of the two doors Weight of the two doors Weight of the two doors

(Kg) (Kg) (Kg) (Kg) (Kg)

Strengths shown are per piston - this systems requires 2 pistons Gas piston strength (N) Gas Gas Gas Gas

piston piston piston piston

strength strength strength strength

(N) (N) (N) (N)

Total height of the two doors 600 mm Total height of the two doors 600 mm Total height of the two doors 600 mm Total height of the two doors 600 mm Total height of the two doors 600 mm

Cabinet Cabinet Cabinet Cabinet width width width width 600, 600, 600, 600, 900 900 900 900 and and and and 1200 1200 1200 1200 mm mm mm mm Cabinet width 600, 900 and 1200 mm

Strengths shown are per piston - this systems requires 2 pistons Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Total height of the two doors 660 mm Total height of the two doors 660 mm Total height of the two doors 660 mm Total height of the two doors 660 mm Total height of the two doors 660 mm

Strengths shown are per piston - this systems requires 2 pistons Gas piston strength (N) Gas Gas Gas Gas

piston piston piston piston

strength strength strength strength

(N) (N) (N) (N)

Total height of the two doors 720 mm Total height of the two doors 720 mm Total height of the two doors 720 mm Total height of the two doors 720 mm Total height of the two doors 720 mm

Strengths shown are per piston - this systems requires 2 Gas piston strength (N) pistons

Gas Gas Gas Gas

piston piston piston piston

strength strength strength strength

(N) (N) (N) (N)

Strengths shown are per piston - this systems Gas pistonrequires strength 2(N) pistons Gas piston strength (N) Gas piston strength (N) Gas piston strength (N) Gas piston strength (N)

Total height of the two doors 780 mm Total height of the two doors 780 mm Total height of the two doors 780 mm Total height of the two doors 780 mm Total height of the two doors 780 mm

Total height of the two doors 910 mm Total height of the two doors 910 mm Total height of the two doors 910 mm Total height of the two doors 910 mm Total height of the two doors 910 mm

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315

Hinges & Door Systems Salice Eclipse

Salice Eclipse Pocket Door System - Standard Door Kits •• Supplied as a complete kit to suit most standard door sizes •• Height of system needs to be cut to suit door height •• Minimal assembly of unit is required to assist in installation •• Max. weight for each door : 30 kg (distributed evenly). •• Thickness from 18 mm to 30 mm. •• Width from 500 mm to 900 mm. •• Height from 1550 mm to 2500 mm. •• Door adjustment: • Vertical adjustment +4/-1 mm; • Horizontal adjustment ±2 mm; • Front adjustment ±4 mm.

For doors from 1900mm to 2200mm High and Pocket depth from 500mm to 700mm Part No.

Finish

Hand

SAL.ECLK2200.700R.WH

White Trim

Right Hand

SAL.ECLK2200.700L.WH

White Trim

Left Hand

SAL.ECLK2200.700R.BL

Black Trim

Right Hand

SAL.ECLK2200.700L.BL

Black Trim

Left Hand

For doors from 2200mm to 2500mm High and Pocket depth from 500mm to 700mm Finish

Hand

SAL.ECLK2500.700R.WH

White Trim

Right Hand

SAL.ECLK2500.700L.WH

White Trim

Left Hand

SAL.ECLK2500.700R.BL

Black Trim

Right Hand

SAL.ECLK2500.700L.BL

Black Trim

Left Hand

Part No.

316

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Hinges & Door Systems Salice Eclipse

Salice Eclipse Pocket Door System - Partially assembled door kits •• Supplied as a partially assembled kit to suit door sizes outside of standard measurements •• System needs to be cut to size •• Requires more assembly than standard door kits •• Max. weight for each door : 30 kg (distributed evenly). •• Thickness from 18 mm to 30 mm. •• Width from 500 mm to 900 mm. •• Height from 1550 mm to 2500 mm. •• Door adjustment: • Vertical adjustment +4/-1 mm; • Horizontal adjustment ±2 mm; • Front adjustment ±4 mm.

For doors from 1550mm to 2500mm High and Pocket depth from 700mm to 800mm Part No.

Finish

Hand

SAL.ECLK2500.800R.WH

White Trim

Right Hand

SAL.ECLK2500.800L.WH

White Trim

Left Hand

SAL.ECLK2500.800R.BL

Black Trim

Right Hand

SAL.ECLK2500.800L.BL

Black Trim

Left Hand

For doors from 1550mm to 2500mm High and Pocket depth from 800mm to 900mm Part No.

Finish

Hand

SAL.ECLK2500.900R.WH

White Trim

Right Hand

SAL.ECLK2500.900L.WH

White Trim

Left Hand

SAL.ECLK2500.900R.BL

Black Trim

Right Hand

SAL.ECLK2500.900L.BL

Black Trim

Left Hand

Salice Eclipse Pocket Door - End Panel Connection Kit •• Kit to connect end panel to Eclipse Pocket Door •• Single door kit is for pockets containing 1 door or 55mm cavity •• Double door kit is for pockets containing 2 doors or a 110mm cavity •• Aluminium profile is easily cut to size.

Part No.

Description

SAL.ECLSPKS

Single Door Kit

SAL.ECLSPKD

Double Door Kit

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317

Hinges & Door Systems Salice Eclipse

Cam-assisted door insertion and extraction movement.

Quick coupling hinges.

Soft closing and soft opening buffer.

All adjustments are accessible from the front of the cabinet.

Slide-in installation to facilitate installation and removal of the mechanism from the front.

Profile cover caps

Sliding carriage.

5 2 6 7

1 3

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Hinges & Door Systems Salice Eclipse

Screw fix the locating clips and stops.

Installing the system.

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319

Hinges & Door Systems Salice Eclipse Eclipse - Assembly Fixing the system to the cabinet side.

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Screw-fix the hinges to the door.

Hinges & Door Systems Salice Eclipse

Mount the door by inserting the hinge arms into the receivers on the vertical aluminium bar.

Fix the hinge arms to their receivers using the screws provided.

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321

Eclipse -& Assembly and adjustments Hinges Door Systems Salice Eclipse Tilt adjustment of the door.

Vertical and horizontal adjustment of the door.

+2 /-2 mm

322

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+4 /-1 mm

Hinges & Door Systems Salice Eclipse

Front adjustment of the door.

+4 /-4 mm

3 mm

Adjustment of the opening speed of the door.

+ -

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15 323

Hinges & Door Systems Cinetto Bi-Fold Door System

Cinetto Bi-Folding Door System •• A superior Italian manufactured bi-folding door system, this range is high value for money and provides you with a superb solution for bi-folding kitchen, pantry and wardrobe doors. Extremely smooth and quiet system ideally suited to kitchen and bathroom fitouts. •• Super smooth gliding with ball bearing rollers on sliding block •• Systems for doors up to 50kg •• Suits timber or aluminium framed glass doors •• Left hand roller & hinge moves to left when opening •• Right hand roller & hinge moves to right when opening •• No bottom track required LH RH

Cinetto Track •• Material: Aluminium •• Finish: Aluminium (ALU) Part No.

Finish

Length mm

CT1200C

ALU

1200

CT2400C

ALU

2400

•• Finish: Zinc Plated (ZP) Part No.

Finish

Description

CTS.25L

Left hand

CTS.25R

Right hand

Cinetto Roller & Hinge - 50kg •• Finish: Zinc Plated (ZP)

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Part No.

Finish

Description

CTS.50L

Left hand

CTS.50R

Right hand

Cinetto Roller & Hinge - 25kg

Hinges & Door Systems Cinetto Bi-Fold Door System

Cinetto Centre Bi-Fold Hinge •• Finish: Zinc Plated (ZP) Part No.

Finish

CSHC

Twin-Cup Centre Bi-Fold Hinge - Adjustable •• Adjustable centre hinge. Can be used instead of CSHC (above) •• 35mm Ø boring size •• Finish: Nickel Plated (NP) Part No.

Finish

ACHB35

Cinetto Hinge & Slide Cover •• Finish: Grey (GY) Part No.

Finish

CTSC

Single Bi-Fold Set

Double Bi-Fold Set 60 + doors thickness

60 + doors thickness

X = 56 + T

Handle’s side

Hinged side

Ø35Ø

Hinge’s short side

Sliding side

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325

Hinges & Door Systems Salice Concertina Door System

Sliding system for concertina doors

Sliding System for Concertina Doors

light duty doors up to 1200mm high SlidingFor system for concertina doors

Requirement per Concertina door •• Track for Concertina Doors (comes in 2m length) •• 1 x Sliding Block (SAL.F1PXAY) Per Concertina door •• 1 x Hinge for Sliding Block Per Concertina door •• 1 x OPTIONAL Locating device per Concertina door •• Central Hinge - Recommend same quantity of central hinges as hinges attaching door to carcass

screw-on B 3.5 DIN 7982

Track For Concertina Doors •• Made in Italy •• Length 2000mm •• Material: Plastic •• Finish: White

SAL.F1GFA12000

275

F1GFA1………… F1GFA3………… F1GFAG………… F1GFAP…………

Sliding Block For Concertina Doors •• Made in Italy •• Finish: White Part No. SAL.F1PXAY

supplied subject to a minimum order quantity its of the product code occupied by the dashes.

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Part No.

Hinges & Door Systems Salice Concertina Door System

Hinge For Sliding Block For Concertina Doors

Elements of the system

•• Made in Italy •• Screw on

F1C169

Hinge for sliding block

F1CZ69

For aluminium-framed doors

Part No. SAL.F1C169

Elements of the system

F1C169

Hinge for sliding block

D206BK5

Central hinge

F1CXE9 screw-on

F1C0E9 Central Hinge For Concertina Doors

F1CO69

•• Made in Italy •• Screw on

F1CZ69

For aluminium-framed doors

Part No.

D206BK5

SAL.F1CXE9

F1PVAY

F1CO69

Hinge for the Practical system of aluminium-framed doors

knock-in Dowels Ø 8x11.5

Hinge for the Practical system of aluminium-framed doors

Central hinge for the Practical system of aluminium-framed doors.

Long sliding block For aluminium-framed doors

F1RFAY

Adhesive finger-protection strip F1SBA1 white. F1SBA3 black. F1SBAY neutro.

Locating Device For Door For Concertina Doors

F1PXAY

Sliding block

•• Made in Italy •• Screw on Part No.

F1PVAY

Long sliding block For aluminium-framed doors

F1PXAY

Sliding block

SAL.F1RFAY

F1RFAY

Locating device for door

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327

Hinges & Door Systems Salice Concertina Door System

Sliding system for concertina doors

- Adjustments

Calibrated height adjustment Height Adjustment Height adjustment of hinges assembled with the sliding components is achieved through a cam. Through this alignment a parallel movement

Height adjustment oftrack hinges assembled is achieved through a cam. Through this of the component in the is achieved. Thewith resultthe is asliding smoothcomponents movement without any binding. alignment a parallel movement of the component in the track is achieved. The result is inside a smooth movement without ATTENTION! The sliding block does not have a load-bearing function. Therefore it must slide freely the track. any binding. ATTENTION! This sliding block does not have a load-bearing function. Therefore it must slide freely inside the track

+2 mm -2 mm

Depth adjustment

Depth Adjustment

Depth adjustment of the hinges mounted on the sliding component is achieved through the fixing screw of the same hinge. Depth should be made in on conjunction withcomponent the hinges mounted on the oppositethe door. This screw adjustment is same useful hinge. to keep the “L” Depthadjustment adjustment of the hinges the sliding is achieved through fixing of the value constant all along front of the furniture.

+2.5 mm

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Depth adjustment should be made in conjuction with the hinges mounted on the opposite door. This adjustment is useful to keep the “L” value constant across the front of the cabinet.

Application into the top of the cabinet and doors Solution Assemblywith plastic track barb-fixed or screw-fixed

Hinges & Door Systems Salice Concertina Door System

barb-fixed

screw-on B 3.5 DIN 7982

Drilling distances without finger-protection strip To facilitate the assembly of the doors on the cabinet, it is preferable to premount all the hinges.

Drilling Distances

To facilitate the assembly of the doors on the cabinet, it is preferable to premount all the hinges

Colours

white

F1GIA1 …………

F1GFA1 …………

black

F1GIA3 …………

F1GFA3 …………

grey

F1GIAG …………

F1GFAG …………

beige

F1GIAP …………

F1GFAP …………

Standard lengths available: 590 mm, 880 mm, 1180 mm. Non-standard lengths can be supplied subject to a minimum order quantity of 900 pieces. The required length should be expressed in millimetres in the last four digits of the product code occupied by the dashes.

Central assembly: - narrow part to be mounted on the door which is fixed to the cabinet side; - wider part to be mounted on the moving door. Drilling distances with finger-protection strip To facilitate the assembly of the doors on the cabinet, it is preferable to premount all the hinges. Mount of the fixed mounting platesthe on hinges the cabinet side. door on the to the plates We recommend use mounting of Salice hinge part the cabinet side.BAR3R mounting numberon C2A6A99 110° with plate or similar.

Position the sliding block inside the track by rotating it 90°.

Position the sliding block inside the track by rotating it 90°

Lock the sliding block into position by turning the marked in orange lever. Central assembly:

Lock the sliding block into - narrow part to be mounted on the door which is fixed to the cabinet side; postion by turning the - wider part to be mounted on the moving door. marked in orange lever 280

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329

Hinges & Door Systems Glass Sliding Door Systems

Plastic Track Sliding Door System •• Double track for 5mm glass or mirror panels •• Maximum glass size 0.562 square metre each panel, 760mm high •• Ready to use with pre-drilled pin holes for easy fixing •• Head guide and track are the same width •• Vertical edges on glass must be polished •• Bottom edge must be polished and corners must be rounded to 10mm radius •• Finish: White (WH), Brown (BR) Part No.

Finish

Length mm

P26.1800

WH, BR

1800

20mm

Plastic Double Track

8mm 20mm

330

Plastic Double H eadguide

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D oor H e ight = ( O pe ning H e ight - 11) Glass

O pe ning H e ight

13mm

Hinges & Door Systems Glass Sliding Door Systems

Ball Bearing Sliding Door System For Glass Or Mirror •• Double track for 6mm float and 6.38mm laminate glass panels •• Maximum glass door size 1.4 square metre for each panel, 1220mm high •• Clear anodised finished track •• Nylon balls or stainless steel balls •• Recommended number of balls is 55% of the required track length (or 92 balls per metre per door) •• Designed for internal use only •• Finish: Aluminium (ALU), Natural (NAT), Stainless Steel (SS) Part No.

Finish

Description

TT20.2250

ALU

Headglide - 2250mm

TT415.2250

ALU

Bottom Track - 2250mm

TT07400.100

NAT

Nylon Ball

TT07700.100

Stainless Ball

TT07400.NAT Nylon Balls - 6.35mmØ

TT07700.SS Stainless Balls - 6.35mmØ

26mm

22.5m m

O pe ning H e ight

Glass D oor H e ight = ( O pe ning H e ight - 2 2 )

17.5m m

14.5m m 21.3m m

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331

Hinges & Door Systems Sliding Door Systems

Single Sliding Door Track System - 30kg •• Maximum load 30kg per door •• Galvanised steel track - resists rusting •• Nylon tread wheel with ball bearings •• Anti-lift bracket and height adjustment slot •• Nylon door guide •• Anti-bounce door stop •• Minimum door thickness: 25mm •• Finish: Galvanised (GAL)

TT685 - Track

P680 Kit Includes: •• TT685 x 1 (1676mm track) •• TT208 x 1 •• TT649 x 2 •• TT681 x 2 •• TT682 x 2

TT208 - Door Guide

Part No.

Finish

Max Door Width

P68000

GAL

915mm

TT649 - Door Stop

OPTIONAL PELMET P677/P679

TT681 - Wheel with Axle & Nut

TT676 PELMET FIX CLIP

26mm

50m m

6mm 34mm HEIGHT ADJUSTING SLOT

64mm

TT208 NYLON DOOR GUI DE

25m m

13m m 26m m

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DOOR HEIGHT

27m m

LOCK NUT

39mm

TOP

TT68 2 RACE ASSEMBLY WITH ANTI-LIFT BRACKET

TT6 85 TRACK TT6 49 NYLON DOOR S

47mm +/- 3

TT682 - Race Assemblies

OVERAL L HEIGHT = (DOOR HEIGHT + 60mm)

TT685 TRACK

Hinges & Door Systems Sliding Door Systems

Single Sliding Door Track System - 50kg •• Maximum load 50kg per door •• Built-in pelmet •• Aluminium combined wall mount track and pelmet •• 6mm height adjustment slot in track •• Nylon tread wheel with ball bearings - fixed onto aluminium hanger bracket •• Suitable for doors 25mm - 30mm thick •• Easily adjustable anti-bounce door stop •• Nylon end caps push easily into ends of track •• Nylon door guide •• Finish: Aluminium (ALU)

TT162 - Track

P160 Kit Includes: •• TT162 x 1 (1845mm Track) •• TT208 x 1 •• TT166 x 2 •• TT331 x 2

TT208 - Door Guide

Part No.

Finish

Max Door Width

P16010

ALU

915mm TT166 - Door Stop

TT331 - Twin Wheel Assembly

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333

Hinges & Door Systems Sliding Door Systems Head Guide Channel

Cabinetmaker Door Track System •• Maximum load - 20kg per door •• Reversible headguide - grooved face or flush face •• Bottom track snap-fixes to bottom fixing strip - no unsightly fixings •• Nylon roller with 10mm height adjustment •• Suits doors 15 to 18mm thick •• Maximum Door Height = 1200mm •• Opening width / Track length = No. of doors x door width less the overlaps. e.g. 3 door opening, 600mm W doors with 20mm overlap = (3 x 600mm) - (2x20mm) = 1760mm

Cut Out In Door For Roller

Cabinetmaker Headguide Channel •• Length: 3600mm •• Finish: White (WH) Part No.

Finish

Length mm

TT180.3600

3600

•• Use Snap Strip to attach Bottom Track •• Snap Strip must be ordered seperately •• Finish: White (WH) Part No.

Finish

Description

Length mm

TT182.3600

Bottom Track

3600

TT18311.2500

ALU

Snap Strip

2500

Cabinetmaker Wheel Sheave Assembly •• Nylon roller with 10mm height adjustment Part No. TT18400

Cabinetmaker Nylon Door Guide Part No. TT18600

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Cabinetmaker Bottom Track

Hinges & Door Systems Sliding Door Systems

Sliding Door System - Bottom Track •• 50 metre roll •• Minimum order 1 roll •• Finish: Black (BL), White (WH) Part No.

Finish

TT50

BL, WH

Sliding Door System - Top Catch •• 35mm Ø •• Finish: Brown (BR), White (WH), Black (BL) Part No.

Finish

ATTC.35

BR, WH, BL

TTC35

Description

Economy

Sliding Door System - Bottom Roller •• Adjustable wheel •• 35mm Ø •• Finish: Brown (BR), White (WH), Black (BL) Part No.

Finish

ATBR.35

BR, WH, BL

TBR35

Description

Economy

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335

Hinges & Door Systems Pocket Door Fittings

Ball Bearing Pocket Door Fittings •• One set per door •• Adjustable joining bar from 511mm to 777mm •• Supplied in kit •• For use with 16-18mm thick doors only •• May be used vertically or horizontally (flipper door) •• 11.5kg Load rating •• 4mm inset for 35mm hinge cup •• Finish: Black (BL) Finish

Slide Length mm

BSPDF350

353mm

BSPDF400

404mm

BSPDF450

455mm

BSPDF500

505mm

BSPDF550

556mm

BSPDF600

607mm

Part No.

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Hinges & Door Systems Notes

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337

Furnware Group

Distribution Centre: 1-5 Jessica Place, Prestons NSW 2170 Postal: PO Box 250, Engadine NSW 2233

1300 222 600 www.furnwaregroup.com.au