kora doors for interior - novoferm...3 kora fill leaf with edgebanding leaf leaf composed by two...
TRANSCRIPT
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
950
BB
A
Sez. BB
80
32
32
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
35 m
m
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 3
2 m
m
ASSE
MAN
IGLI
A 95
0
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 3
2 m
m
B
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 3
2 m
m
B
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 3
2 m
m
B
A
ESTERNO TELAIO = FORO MURO - 20 mm
MASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
Kora doors for interiorTechnical Catalog
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
32
32
ASSE
MAN
IGLI
A 95
0
A
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0
80
106 106
32
LUCE PASSAGGIO = FORO MURO - 70 mm
3232
323232
ASSE
MAN
IGLI
A 95
0
A
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950 ASSE MANIGLIA 950 ASSE MANIGLIA 950
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
A
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ESTERNO TELAIO = FORO MURO - 10 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ESTERNO TELAIO = FORO MURO - 10 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
FORO MURO = MISURA ORDINE
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ASSE MANIGLIA 950
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
E
61
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
373737373737373737373737
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
ASSE MANIGLIA 950
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
37
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mmLUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
LUCE PASSAGGIO = FORO MURO - 70 mm
FORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 10 mm
FORO MURO = MISURA ORDINE
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mmESTERNO TELAIO = FORO MURO - 10 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
ASSE MANIGLIA 950
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
80
32
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0AS
SE M
ANIG
LIA
950
ASSE
MAN
IGLI
A 95
0
80
32
32
80
323232
1
KORA doors pag.Panel options 2, 3Frame options 4Opening options 4, 5
KORA BASICCorner Frame Hinged leaf 6, 7, 8, 9Swing leaf 10, 11Corner frame system 12Mounting systems 12
Embracing Frame Hinged leaf 13, 14, 16, 17Embracing frame system 15, 18Mounting systems 15Swing leaf 19, 20Sliding leaf inside wall 21, 22, 23Sliding leaf outside wall 24, 25, 26, 27
KORA FILL pag.Embracing frame Hinged leaf 28, 29
KORA GLASSEmbracing frame Hinged leaf 30, 31
Kora accessories 32
Order form 33, 34
OPENING SYSTEMS:The opening direction of Sliding Doors is determined by looking the door from the frame side (inside view).
The opening direction of Hinged Doors is determined by looking the door from the push side.
OPEN RIGHT
OPEN RIGHT OPEN RIGHTOPEN LEFT OPEN LEFT
OPEN LEFT
Index
2
KORA doors
KORA BASIC steel leaf
LeafLeaf composed by two galvanized steel sheets 6/10 thickness, pre-painted in color RAL 7035 (brushed). Sheets covered on the edge by a silver finished galvanized aluminum profile.Inside insulation in honeycomb paper, hot-glued to the metal sheets giving a single sturdy block.
Accessories. Hinges in galvanized steel, silver finished, with teflon self-lubricant bearings and steel support. Easy vertical and horizontal adjustments.
. Reversible lock with cylinder and three keys.
. Black handle with rosette.
. Pre-mounted rubber gasket on the perimeter.
KORA LAM laminate leaf
LeafLeaf composed by two MDF high density panels (3,2 mm. thickness) with plastic laminate external layers.Inside insulation in honeycomb paper, glued to the panels.Wood main structure on the perimeter.Edges covered by hot-glued PVC slat in silver finish.
Accessories. Hinges in galvanized steel, silver finished, with teflon self-lubricant bearings and steel support. Easy vertical and horizontal adjustments.
. Reversible lock with cylinder and three keys.
. Black handle with rosette.
. Pre-mounted rubber gasket on the perimeter.
Available products: frame options: opening options:KORA BASIC CORNER FRAME HINGED
KORA LAM EMBRACING FRAME SWING COME&GO
KORA FILL SLIDING OUTSIDE WALL
KORA GLASS SLIDING INSIDE WALL
3
KORA FILL leaf with edgebanding
LeafLeaf composed by two galvanized steel sheets 6/10 thickness, pre-painted in color RAL 7035 (brushed) and edged along the perimeter by a 30 mm. deep aluminum profile, silver finished.Boxed sheets, covered on the edge by a silver finished galvanized aluminum profile.Inside insulation in honeycomb paper, hot-glued to the metal sheets giving a single sturdy block.Thanks to its high shock resistance, the structure proves to be suitable for hospital environments. High clearing agents resistance.
Accessories. Hinges in galvanized steel, silver finished, with teflon self-lubricant bearings and steel support. Easy vertical and horizontal adjustments.
. Reversible lock with cylinder and three keys.
. Black handle with rosette.
. Pre-mounted rubber gasket on the perimeter.
KORA GLASS glazed leaf
LeafMain structure composed of tubular profile in galvanized steel with rounded corners on the perimeter (external sizes mm. 40x157).Glazing beads not visible.Safety glass type 3/3 or 4/4 (0,38 mm.).Available with panic devices and “free / engaged” locks.Available both single leaf and double leaves (with central “T shaped” joint).Available in swing opening and external / internal wall sliding versions.Possibility to match a glazed leaf with a blind leaf (e.g. blind active leaf and glazed secondary leaf). Only full glazed leaf, no horizontal central beam. Main structure in standard silver finish or painted in RAL color.
Accessories. Hinges in galvanized steel, silver finished, with teflon self-lubricant bearings and steel support. Easy vertical and horizontal adjustments.
. Reversible lock with cylinder and three keys
. Black handle with rosette.
. Pre-mounted rubber gasket on the perimeter.
4
Frame options
Opening options
EMBRACING FRAMEEmbracing frame system composed by:- Anodized aluminum frame, silver finish, rounded corners,
cut by 45°. Fixing by anchor bolts or self-tapping screws. - Anodized aluminum covering profile, silver finish, rounded
corners, cut by 45°. Available for wall thickness from 100 up to 159 mm.
- Prolonged shaft (on request). It enlarges the covering frame of 60 mm more.
See scheme page 18.
CORNER FRAMEAnodized aluminum frame, silver finish, cut by 45°. Suitable for fixing by anchor bolts or self-tapping screws.
HINGED OPENINGAnodized aluminum hinges, silver finish, with self-lubricating nylon bushing and steel pivot. Hinges can be adjusted on two directions. Different leaf height from floor on request.
SWING OPENINGSteel hinges, type Bommer, black painted with “swing” function. Leaf without handle, lock and cylinder. When the door is not moving, the leaf is perfectly aligned with the wall. Different leaf height from floor on request.
EMBRACING FRAME
EMBRACING FRAME
CORNER FRAME
CORNER FRAME
5
Opening options
EMBRACING FRAME
EMBRACING FRAME
CORNER FRAME
SLIDING OUTSIDE WALLExtruded aluminum top horizontal single rail allowing the sliding of the runner. Rail covered by rounded section removable housing. Sturdy supporting runner with 4 wheels. Maximum capacity 80 Kg each runner. Covering frame on the door side in profiled aluminum, equipped with protecting brushes and fixings for covering profile.
Vertical abutment frame with protecting brushes in case of single leaf door. Hook lock with turning handle, also available in “Free/Busy” version, and counterlock in case of double leaves doors. Recessed handle on both sides. Not available with raised leaf.
SLIDING INSIDE WALLGalvanized steel hidden counterframe. Runner slides along an extrude aluminum block rail composed of one or two lines, with average thickness 2 mm. Sturdy supporting runner with 4 wheels. Maximum capacity 80 Kg each runner. Covering profile in anodized aluminum, with rounded angles, fitted to reach wall thickness from 100 mm up to 145 mm (bigger wall thickness is not available).
Covering profiles are fixed with no visible screws. Hook lock with turning handle, also available in “Free/Busy” version, and counterlock in case of double leaves doors. Recessed handle on both sides.Not available with raised leaf.
6
KORA BASIC Corner Frame Hinged Leaf1 Leaf Door
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 2
6 m
m
B
C
A
950
950
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 52 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 10 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
STRUCTURAL WALL SIZE = ORDER SIZE
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
35 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 5
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
BB
A
A
Sez. AA
Sez. BB
5
12
52
30
12
16
A
40
45
30
B C
See the table on page 12 for standard dimensions
7
KORA BASIC Corner Frame Hinged Leaf2 Leaves Door
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 2
6 m
m
B
C
A
950
950
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 52 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 10 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
STRUCTURAL WALL SIZE = ORDER SIZE
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
BB
A
A
Sez. AA
Sez. BB
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
35 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 5
mm
5
12 52
30
6
62
34
40
12
16
A B C
See the table on page 12 for standard dimensions
8
KORA BASIC Corner Frame Hinged Leaf1 Leaf Door with top light and glazed window
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 2
6 m
m
B
CCA
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 52 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 10 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
STRUCTURAL WALL SIZE = ORDER SIZE
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
45
15
61
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 5
mm
950
950
BB
A
A
Sez. AA
Sez. BB
D
E
F37
37
9
40
45
30
D
E F
375
6
40
5
15 45
1240
1216
530
6
31
15
61 3315
A B
C
10
KORA BASIC Corner Frame Swing Leaf 1 Leaf door
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 2
6 m
m
B
A
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 52 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 10 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 80 mm
10
STRUCTURAL WALL SIZE = ORDER SIZE
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
40 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 5
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
BB
A
A
Sez. AA
Sez. BB
1045
12
52
30
5
1216
A B
11
KORA BASIC Corner Frame Swing Leaf 2 Leaves door
B
A
C
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 52 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 10 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
10
STRUCTURAL WALL SIZE = ORDER SIZE
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
40 m
m
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
BB
A
A
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 2
6 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 5
mm
Sez. AA
Sez. BB
1045
12
52
30
5
1216
10
A B C
12
KORA BASIC Corner Frame Hinged Leaf Standard size tables
1 LEAF DOOR
Only KORA BASIC doors with corner frame and hinged leaf are available in standard sizes
2 LEAVES DOOR
STRUCTURAL WALL SIZE, ORDER SIZE
(LMxHM)
EXTERNAL FRAME
(LT x HT)
LIGHT PASSAGE (LP x HP)
800 x 2150 790 x 2145 730 x 2115900 x 2150 890 x 2145 830 x 2115
1000 x 2150 990 x 2145 930 x 2115
STRUCTURAL WALL SIZE, ORDER SIZE
(LMxHM)
EXTERNAL FRAME
(LT x HT)
LIGHT PASSAGE (LP x HP)
1300 x 2150 (900+400) 1290 x 2145 1240 x 21151500 x 2150 (1000+500) 1490 x 2145 1440 x 21151700 x 2150 (1000+700) 1690 x 2145 1640 x 21151900 x 2150 (1000+900) 1890 x 2145 1840 x 2115
Mounting on counter frame Mounting on concrete wall
Fixing systems
15
30
silicone silicone
13
KORA BASIC Embracing Frame Hinged Leaf1 Leaf door
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20 mm
STRUCTURAL WALL SIZE = ORDER SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
A
B
C
HAN
DLE
AXI
S 95
0H
AND
LE A
XIS
950
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
35 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 3
2 m
mtBB
A
ASez. BB
Sez. AA
64
51
16
12
40
3840
5
A B C
See table on page 15 for standard sizes
14
KORA BASIC Embracing Frame Hinged Leaf2 Leaves door
C
B
A
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
35 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 3
2 m
m
HAN
DLE
AXI
S 95
0H
AND
LE A
XIS
950
BB
A
A
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20 mm
STRUCTURAL WALL SIZE = ORDER SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
Sez. BB
Sez. AA
64
51
16
12
40
33
61
A B C
See table on page 15 for standard sizes
15
KORA BASIC Embracing Frame Hinged Leaf Standard size tables
Only KORA BASIC doors with embracing frame and hinged leaf are available in standard sizes
Mounting on gypsum carton
Mounting on wood counter frame
Mounting on concrete wall
Fixing systems
1 LEAF DOOR
2 LEAVES DOOR
STRUCTURAL WALL SIZE, ORDER SIZE
(LMxHM)
EXTERNAL FRAME
(LT x HT)
LIGHT PASSAGE (LP x HP)
800 x 2150 780 x 2140 730 x 2115900 x 2150 880 x 2140 830 x 2115
1000 x 2150 980 x 2140 930 x 2115
STRUCTURAL WALL SIZE, ORDER SIZE
(LMxHM)
EXTERNAL FRAME
(LT x HT)
LIGHT PASSAGE (LP x HP)
1300 x 2150 (900+400) 1280 x 2140 1230 x 21151500 x 2150 (1000+500) 1480 x 2140 1430 x 21151700 x 2150 (1000+700) 1680 x 2140 1630 x 21151900 x 2150 (1000+900) 1880 x 2140 1830 x 2115
16
KORA BASIC Embracing Frame Hinged Leaf2 Leaves with top light and glazed window
HAN
DLE
AXI
S 95
0
A
CC
BB
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20 mm
STRUCTURAL WALL SIZE = ORDER SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70 mm
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 3
2 m
m
51151515
61BB
A
A
Sez. AA
Sez. BB
DD
E
FF
37
17
6 31
15 51
61
1533
15
40
6
33
61
A B
C
6
375
40
5
D
F
64
51
16
12
40
E
18
Embracing Frame System for Kora
WALL THICKNESS TYPE DESCRIPTION
from 100 to 129 mm A Covering Profile A
from 130 to 159 mm B Covering Profile B
from 160 to 189 mm A + P Covering Profile A + 1 shaft P
from 190 to 219 mm B + P Covering Profile B + 1 shaft P
from 220 to 249 mm A + 2P Covering Profile A + 2 shafts P
from 250 to 279 mm B + 2P Covering Profile B + 2 shafts P
Shaft P size always 60 mmWall thickness SPM to be specified when ordering
Special solution for wall thickness mm. 60
System type AWall Th. min. 100 max 129 mm
Embracing frame system composed by frame + covering profile type A, B + possible extension shaft type P
Detail Covering profile A
System type BWall th. Min. 130 max 159 mm
Detail Covering profile B
System type A+PWall th. Min. 160 max 189 mm
Detail Covering profile A + 1 shaft P
Detail Covering profile B + 1 shaft P
Detail Covering profile A + 2 shafts P
Detail Covering profile B + 2 shafts P
System type B+PWall th. Min. 190 max 219 mm
System type A+2PWall th. Min. 220 max 249 mm
System type B+2PWall th. Min. 250 max 279 mm
WAL
L TH
. W
ALL
TH.
WAL
L TH
. W
ALL
TH.
WAL
L TH
. W
ALL
TH.
Sistema tipo ASPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPMSistema tipo A
SPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPM
Sistema tipo ASPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPM
Sistema tipo ASPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPM
Sistema tipo ASPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPMSistema tipo A
SPM min.100 max 129 76
Imbotte per sistematipo A
Sistema tipo BSPM min.130 max 159
Imbotte per sistematipo B
106
Sistema tipo A+PSPM min.160 max 189
Imbotte + Prolungatipo A+P
137
Sistema tipo B+PSPM min.190 max 219
Imbotte + Prolungatipo B+P
167
Sistema tipo A+2PSPM min.220 max 249
Imbotte + Prolungatipo A+2P
197
Sistema tipo B+2PSPM min.250 max 279
Imbotte + Prolungatipo B+2P
227
SPM
SPM
SPM
SPM
SPM
SPM
19
KORA BASIC Embracing Frame Swing Leaf1 Leaf door
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 3
2 m
m
B
A
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
-10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
40 m
m
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20 mm
PASSAGE = STRUCTURAL WALL SIZE - 80 mm
10
STRUCTURAL WALL SIZE = ORDER SIZE
BB
A
A
Sez. BB
Sez. AA
105164
10
1216
64A B
20
KORA BASIC Embracing Frame Swing Leaf2 Leaves door
B
A
C
10
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
-10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
40 m
m
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+ 3
2 m
m
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64 mm
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 80 mm
STRUCTURAL WALL SIZE = ORDER SIZE
BB
A
A
Sez. AA
Sez. BB
1051
64
10
1216
64
10
A B C
21
KORA BASIC Embracing Frame Sliding Leaf Inside Wall1 Leaf door
A B
C
H. H
AND
LE 9
50H
. HAN
DLE
950
ORDER SIZE = STRUCTURAL WALL SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE +130
LIGHT PASSAGE = STRUCTURAL WALL SIZE -100
BB
A
A
OR
DER
SIZ
E (R
AIL-
FLO
OR
) = S
TRU
CTU
RAL
WAL
L SI
ZE
LIG
HT
PASS
AGE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+40
Sez. BB
CLOSED DOOR SECTION
OPENED DOOR SECTION
Sez. AA
80
40
13
MIN. 60
13
80
40
MIN
. 58
MIN. 60
80
13
40
A B C
22
KORA BASIC Embracing Frame Sliding Leaf Inside Wall2 Leaves door
A BD
C
OR
DER
SIZ
E (R
AIL-
FLO
OR
) = S
TRU
CTU
RAL
WAL
L SI
ZE
LIG
HT
PASS
AGE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+40
H. H
AND
LE 9
50H
. HAN
DLE
950
ORDER SIZE = STRUCTURAL WALL SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE +150
LIGHT PASSAGE = STRUCTURAL WALL SIZE -200
BB
A
A
Sez. BB
Sez. AA
CLOSED DOOR SECTION
OPENED DOOR SECTION
23
80
13
40
13
80
40
MIN. 60
MIN
. 58
61
33
32
19
40
A-B
D
C
NOTE: in case of window or grill min. 70 mm
24
A B
C
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE +72 mm
ORDER SIZE = STRUCTURAL WALL SIZE
CARTER ENCUMBRANCE WIDTH = (STRUCTURAL WALL SIZE X 2) + 60 mm
LEAF WIDTH = STRUCTURAL WALL SIZE +30 mm
HAN
DLE
HEI
GH
T 95
0H
AND
LE H
EIG
HT
950
LIGHT PASSAGE = STRUCTURAL WALL SIZE -140 mm
BB
A
A
Sez. AA
Sez. BB
CO
VER
ING
PR
OFI
LE E
NC
UM
BRAN
CE
HEI
GH
T =
STR
UC
TUR
AL W
ALL
SIZE
HEI
GH
T +
35
OR
DER
SIZ
E =
STR
UC
TUR
AL W
ALL
SIZE
HEI
GH
T
PASS
AGE
HEI
GH
T =
STR
UC
TUR
AL W
ALL
SIZE
- 35
CAR
TER
EN
CU
MBR
ANC
E H
EIG
HT
= W
ALL
HEI
GH
T +
75
KORA BASIC Embracing Frame Sliding Leaf outside wall1 Leaf Door
Note: windows and grills are not available.
25
72
70
3232
WAL
L THI
CKNE
SS (S
PM)
80
106
AB
C
WALL THICKNESS TYPE DESCRIPTION
from 90 to 99 mm A Covering profile A
from 100 to 120 mm B Covering profile B
from 121 to 150 mm A + P Covering profile A + 1 extension P
from 151 to 180 mm B + P Covering profile B + 1 extension P
from 181 to 210 mm A + 2P Covering profile A + 2 extensions P
from 211 to 240 mm B + 2P Covering profile B + 2 extensions P
Structural wall thickness (SPM) to be always specified when ordering
Embracing frame system for sliding door Kora outside wall
26
KORA BASIC Embracing Frame Sliding Leaf outside wall2 Leaves Door
A B
C
LEAF WIDTH = STRUCTURAL WALL SIZE /2+30
HAN
DLE
HEI
GH
T 95
0H
AND
LE H
EIG
HT
950
HAN
DLE
HEI
GH
T 95
0H
AND
LE H
EIG
HT
950
ORDER SIZE = STRUCTURAL WALL SIZE
LEAF WIDTH = STRUCTURAL WALL SIZE /2 + 63
LIGHT PASSAGE = STRUCTURAL WALL SIZE -260
Sez. BB
BB
A
A
CARTER ENCUMBRANCE WIDTH = (STRUCTURAL WALL SIZE X 2) -100 mm
Note: windows and grills are not available.
27
32
32
A
B C80
106
Sez. AA
CO
VER
ING
PR
OFI
LE E
NC
UM
BRAN
CE
= ST
RU
CTU
RAL
WAL
L SI
ZE +
35 m
m
OR
DER
SIZ
E =
STR
UC
TUR
AL W
ALL
SIZE
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE H
EIG
HT
-35
mm
CAR
TER
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+75
mm
28
KORA FILL Embracing Frame Hinged Leaf1 Leaf Door
A
B
C
HAN
DLE
AXI
S 95
0
EXTERNAL FRAME = STRUCTURAL WALL SIZE -20 mm
STRUCTURAL WALL SIZE = ORDER SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE +70 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE -70 mm
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -3
5 m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
-10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
BB
A
A
Sez. BB
Sez. AA
40
64
12 51 33
44
46
40
64
33
4444
39
60
38
33
A B C
29
KORA FILL Embracing Frame Hinged Leaf2 Leaves Door
Sez. BB
BB
A
A
Sez. AA
C
B
A
LIG
HT
PASS
AGE
= ST
RU
CTU
RAL
WAL
L SI
ZE -
35m
m
EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
- 10
mm
STR
UC
TUR
AL W
ALL
SIZE
(OR
DER
SIZ
E)
HAN
DLE
AXI
S 95
0H
AND
LE A
XIS
950
EXTERNAL FRAME = STRUCTURAL WALL SIZE - 20mm
STRUCTURAL WALL SIZE (ORDER SIZE)
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE + 64mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE - 70mm
40
64
12
51 33
44
46
40
64
33
4444
39
19,9
33
3312
61,1
A B C
30
KORA GLASS Embracing Frame Hinged Leaf 2 Leaves Door with top light
CC
BB
A
HAN
DLE
AXI
S 95
0EXTE
RN
AL F
RAM
E =
STR
UC
TUR
AL W
ALL
SIZE
-10
mm
STR
UC
TUR
AL W
ALL
SIZE
= O
RD
ER S
IZE
MAX
EN
CU
MBR
ANC
E =
STR
UC
TUR
AL W
ALL
SIZE
+35
mm
511515
61BB
A
A
Sez. BB
Sez. AA
EXTERNAL FRAME = STRUCTURAL WALL SIZE -20 mm
STRUCTURAL WALL SIZE = ORDER SIZE
MAX ENCUMBRANCE = STRUCTURAL WALL SIZE +70 mm
LIGHT PASSAGE = STRUCTURAL WALL SIZE -70 mm
D
31
6 31
15 51
61
40
1533
15
6
79
5
112
3335
8
8
61
127
A B
C
8
40
12
51 79
64
5
D
32
Fixed handle in black color, stainless steel finish or aluminum
Panic device Novopush black color or stainless steel finish
Ventilation grill in anodized aluminum (different sizes)
Panic device with lever Novoguard in anodized aluminum or stainless steel finish
Door closer black color or silver finish
Windows with 3/3 glasses(different sizes)
Internal side
Black handle with rosette (standard)
Anodized aluminum handle with rosette
Internal side
Black handle with “free/engaged” signal External side
Black handle with “free/engaged” signal External side
Accessories for Kora
Door closer black color or silver finish
FIXING TYPE
CORNER FRAME EMBRACING FRAME
CONCRETE WALL CONCRETE WALL
STEEL PREFRAME WOOD PREFRAME
GYPSUM CARTON WALL
FIXING PARTITION
Blind top panel H = ............... Door opening size = ...............
Glass top panel H = .............. Door opening size = ................
Side glass panel L = .............. Door opening size = ...............
Right inside view Left inside view
HANDLE for hinged doors
Couple of black handles with rosette Couple of handles aluminum with rosette Art..................... Couple of black handles with rosette WC Couple of handles aluminum with rosette WC
HANDLE for sliding door Standard Kit model D Kit model C for WC
FINISHING
Standard (leaf RAL 7035, frame in anodized aluminum)
Leaf powder painting for inside RAL .........................
Leaf powder painting for outside RAL .......................
Frame painting RAL ..............................
Leaf laminate covering Abet ..............................
WINDOWS
on leaf first leaf secondary leaf
size 300*400 diameter 500
150*800 diameter 300
250*800
custom size mm. .........................
only hole mm. ...........................
VENTILATION GRILL
on leaf first leaf secondary leaf
top bottom
size 300*100 400*200
400*100
custom size mm. .........................
only hole mm. ...........................
PANIC DEVICE
push side Novoguard bar.....................................
Novoguard mechanism color.…........
others....................................................
pull side black handle
aluminum anodized handle
key
blind leaf
FRAME MODEL OPENING
DATE BASIC CORNER HINGED
LAM EMBRACING SWING
CUSTOMER FILL SLIDING OUTSIDE WALL
GLASS SLIDING INSIDE WALLPAGE ............................................. see Attachment 1
TO FILL
X = ...................... Z = .......................
Y = ...................... Wall thickness = ..........
WALL SIZE
L X H (mm) ....................... X ..........................
1 LEAF 2 LEAVES
SYMMETRIC 1 LEAF mm ...............
Quantity of doors: ...........................................................
ORDER FORM
KORA DOORS
Sign the opening type
Tipo Z
Tipo L
Tipo T
1 PUSH RIGHT
Tipo Z
Tipo L
Tipo T
3
5
6 7
PUSH LEFT
RIGHT
LEFT SWING
Tipo Z
Tipo L
Tipo T
2 PUSH RIGHT
Tipo Z
Tipo L
Tipo T
4 PUSH LEFT
DATE
CUSTOMER
PAGE .............................................
FRAME MODEL
SCRIGNO
ECLISSE
Other .......................................
TO FILL
L = ......................
H = .......................
X (min. 60 mm) = ........................
Y (min. 60 mm) = ........................
X1 (min. 60 mm) = ......................
Y1 (min. 60 mm) = ......................
Z = ......................
Z1 = ......................
Z2 = ......................
Z3 = ......................
Wall thickness = .................................
Inside min. 58 = ..................................
Inside min. 70 = ..................................(in case of window or grill)
ORDER FORM
KORA DOORS Sliding Inside WallAttachment 1
HANDLE
Standard Kit model D
Kit model C for WC
SIZES HORIZONTAL SECTION VERTICAL SECTION
H U
ND
ER
GU
IDE
/ FL
OO
R S
IZE
INSIDEINSIDE
INSIDE
FIN
ISH
ED
WA
LL
TH
ICK
NE
SS
FIN
ISH
ED
WA
LL
TH
ICK
NE
SS
FIN
ISH
ED
WA
LL
TH
ICK
NE
SS
FIN
ISH
ED
WA
LL
TH
ICK
NE
SS
MASSIMO INGOMBRO = FORO MURO + 26 mm
FORO MURO = MISURA ORDINE
61
ESTERNO TELAIO = FORO MURO - 5 mm
3737
80
106
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 10
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
mLU
CE
PASS
AGG
IO =
FO
RO
MU
RO
- 70
mm
LUC
E PA
SSAG
GIO
= F
OR
O M
UR
O -
70 m
m
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
MASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mm
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
MASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
3737
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTERNO TELAIO = FORO MURO - 5 mm
FORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
37373737
80
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 5
2 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
52
mm
106
106
106
106
106
106
106
106
106
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
MASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
MASSIM
O IN
GO
MBR
O = FO
RO
MU
RO
+ 26 mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
MASSIMO INGOMBRO = FORO MURO + 26 mm
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
MASSIMO INGOMBRO = FORO MURO + 26 mm
FOR
O M
UR
O = M
ISUR
A OR
DIN
E
MASSIMO INGOMBRO = FORO MURO + 26 mm
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
EFO
RO
MU
RO
= MISU
RA O
RD
INE
FOR
O M
UR
O = M
ISUR
A OR
DIN
E
6161616161616161
MASSIMO INGOMBRO = FORO MURO + 26 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
MASSIMO INGOMBRO = FORO MURO + 26 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
m
MASSIMO INGOMBRO = FORO MURO + 26 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
mESTER
NO
TELAIO = FO
RO
MU
RO
- 5 mm
ESTERN
O TELAIO
= FOR
O M
UR
O - 5 m
m
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
FOR
O M
UR
O =
MIS
UR
A O
RD
INE
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
ESTE
RN
O T
ELAI
O =
FO
RO
MU
RO
- 5
mm
3737373737
MASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mmMASSIMO INGOMBRO = FORO MURO + 26 mm
80
106106106106106
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE61FORO MURO = MISURA ORDINE
32
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 5 mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
MAS
SIM
O IN
GO
MBR
O =
FO
RO
MU
RO
+ 2
6 m
mM
ASSI
MO
ING
OM
BRO
= F
OR
O M
UR
O +
26
mm
FORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINEFORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
37
ESTERNO TELAIO = FORO MURO - 5 mm
373737
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
37
ESTERNO TELAIO = FORO MURO - 5 mm
37
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
3737
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
37
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
37
ESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mmESTERNO TELAIO = FORO MURO - 5 mm
FORO MURO = MISURA ORDINE
ESTERNO TELAIO = FORO MURO - 5 mm
Sez. BB
ESTERNO TELAIO = FORO MURO - 20 mm
MASSIMO INGOMBRO = FORO MURO + 64 mmMASSIMO INGOMBRO = FORO MURO + 64 mm
LUCE PASSAGGIO = FORO MURO - 70 mm
Novoferm Dealer:
NOVOFERM SCHIEVANO s.r.l.35012 CamposampieroPadova (Italy)Via A. Volta, 1
Tel. +39 049 9315111Fax +39 049 9301877
Editi
on: A
pril
2012
Subj
ect t
o te
chni
cal m
odifi
catio
ns a
nd p
rintin
g er
rors