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78
60
40
60
60
38
Frame profile
Outward Opening Window Sash Profile
76,
56,
60
60
56
36,
Outward Opening Mullion Profile
Mullion Profile
62
108
:72.5
60
40,
68
Lap Joint
Profile
20
20
Outward Opening Door Sash Profile
35,
Single Glazing Bead
(5-6mm)
(a)
(b)
35x20
20x25.5
17
Double Glazing Bead
(20mm)
!2
!2
38
:
:
!2
!2
!2
52
62
90
109
Sliding Three Track Frame Profile
0#
0#
Sliding Two Track Frame Profile
88
42
0".9
0#
0".9
0".9
0#
42
0".9
66
Sliding Door Sash Profile
Sliding Window Sash Profile
66
42
,44
0#
34
0#
27
Mullion Profile
Sliding Bag Screen Profile
19
45
15
62
63
82
15
14.5
75
21
50
14.5
Sliding System Sash Profile
Code
41221 - 01000
Code
41221 - 12000
57.
2
Sliding System Frame Profile (Double Rail)
32
8.
5
7
50
24.5
19
44.5
Lap Strip Profile
Sash Cover Profile
Sash Cover Profile (New)
Code
41221 - 05000
41221 - 06000
Code
Code
41221 - 06100
10.3
30
48.
5
10.3
16.2
30
8
6.9
33.
5
18.
5
30
6.9
Sliding System Super Screen Sash Profile
18
Super Screen Mullion Profile
Super Screen Sash Cover Profile
Code
Code
Code
41321 - 03000
41321 - 04000
41321 - 06000
16
11.8
18
16
34
24.5
9.5
Double Glazing Bead (20mm) Sliding Aluminum Rail Profile
42
Single Glazing Bead (5-6mm)
10
47
22
,
45
45.8
Sliding Screen
System Sash
Adaptor Profile
45
31.5
Sliding System Sash
Cover Profile
10
12.
5
19
19
21
Sliding System Super
Sash Cover Profile
25.5
12,5
10.5
Double Glazing Bead (20mm)
Sliding System Rail Profile (Alm)
Double Glazing Bead (24mm)
45
Single Glazing Bead (5-6mm)
15
12
66.
5
34
45
21
36
39
23
Double Rail Sliding System
Adaptor Profile (Alm)
48
Sliding System Screen Sash Adaptor Profile (Alm)
60
Sliding System SashAdd On Profile (Alm)
45
Sliding System superscreen Sash Profile
Sliding System super screen Mullion Profile
49
13
30
25
30
Sliding System Frame Profile (Double Rail)
Sliding System Sash Profile
Two Track Sliding
Adaptor Profile
.
14
11.5
CS
MT
O/F
21.
5
MULLION
17
27.5
WINDO
W SASH
15
28
27
31
18
10
DOOR
SASH
34.
5
10
21.5
67 MM
30 SLIDING
PANEL
2 TRACK
52.5
30
33
12
85 MM
SLIDING PANEL
37
28
3 TRACK
>"
:"
:>.!9
:".9
0""
:".:
Corner Profile 90
(60x100) Box Profile
2:
29
Corner Profile (135)
:!
:"
Pipe Profile
Pipe Adaptor Profile
2:.#
,2
Frame Lifting Profile
0!
.12
:".:
2"
Large Coupling Profile
60.2"
Frame Montage Profile
Window Sill Profile
0.!
:
0>.:
>.9
22.8
>
60
Coupling Profile
,.1
0#
Small Coupling Profile
Frame Channel Cover Profile
Panel Profile
!#
T Profile 28x28
:"
!"
!#
0""
Panel Profile
1"
Border Profile (60x90)
!"
#:.!
:"
,
!"
0! ,
A K5
40
35
09
Fix Window Sash
60
@
a = Frame Measure
b = Glazing Bead Measure
c =Glazing Measure
60
Fix Window Sash
0! ,
36
@
,
76
A K5
!"
60
a = Frame Measure
b = Glazing Bead Measure
c =Glazing Measure
! -
;
A = Sliding System Frame Measurement
X1 = Length from Frame to centre of Mullion
D = Glazing
Measurement
c = Glazing bead Measurement
E = Espagnolette Measurement
B = Sliding System Super Sash Measurement
X1 = Length from Frame to centre of Mullion
A = Sliding System Frame Measurement
!
B = Sliding System Super Sash Measurement
B
E = Espagnolette Measurement
+
c = Glazing bead Measurement
Y = Sliding System Frame Measurement
+
D = Glazing Measurement
B-B VIEW
;
122
108
:
108
:"
60
, 20
4 12 ,4
60
, 20
4 12 ,4
A0 K % * *
*
AK5
A0 K % * *
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@
58
53
55
A = Frame measure
X1 = Length from Frame to centre of Mullion
X1 = Length from Frame to centre of Mullion
B = Outward Opening Window Sash measure
D = Glazing
Measure
c = Glazing Bead Measure
e = Espagnolette Measure
A = Frame measure
X1 = Length from Frame to centre of Mullion
X1 = Length from Frame to centre of Mullion
D = Glazing Measure
c = Glazing Bead Measure
e = Espagnolette Measure
!2
Window
Door
,00"0 0 , " " "
9:"0: 0!"0!
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,"0"0 " 2 , " "
60
20
60
108
58
138
108!
78
28
20
412 4 ,
09
30
60
88
30
118
60
60
,"0"9 " 9 " " "
9:"0: 0!""0
,00"0 00"""
WITH OUT LAP JOINT
WITH OUT MULLION
4
-
-
4
Window Sash
Door Sash
,"0"0 " 2 , " "
,00"0 0 , " " "
,"0"0 " 2 , " "
,"0"0 02"""
9:"0: 0!"00
9:"0: 0!"0!
60
,"0"# "#0""
20
4124
,
60
26
:
76
,
26
:
80.5
108
133
54
78
28
20
4124
20
60
60
9:"0: 0!""0
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,00"0 0!0""
9:"0: 0!""0
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,"0"9 " 9 " " "
,"0"0 " 2 , " "
Small Sash
Large Sash
60
20,
4 12 4
,
60
20
4 12 4 ,
9:"0: 0!"0"
50
4 !2 4
, 20
60
4 12 4
20
60
.98
22..8
40
09
30
40
9
6
3.5
,"0"> " 0 , " "
126
103
,43
143
,43
09
30
50
,"0"> " 0 !" "
Window Sash
Door Sash
,"0"0 " 2 , " "
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,"0"0 " 2 , " "
,"0"0 02"""
9:"0: 0!"00
9:"0: 0!"00
60
60
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,
,
20
12 4
78
78
28
28
20
4 12 4
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16
172
162:
76
,
9:"0: 0!""0
28
26
78
6
53
9:"0: 0!""#
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4 124
20
4 12 4 ,
20
60
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60
9:"0: 0!"00
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60
,
56
108
20
412 4
58
108
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4 12 4
,
20
60
9:"0: 0!"0!
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222
6
53
9:"0: 0!""#
Door Sash
4
-
-
4
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42
42
4
4
42
,
,
42
'37
114
130
72
88
,
90
19
109
88
72
52
52
260.6
224.6
40
60
78
38
88
72
'50
50
252
188
6
'42
6
42
4
4
6
42
30
'22.8
'22.8
60
78
27
60
6
60
6
'42
6
4
6
42
A-A VIEW
Sliding System Frame Measurement
X1 = Length from Frame to centre of Mullion
D = Glazing Measurement
c = Glazing bead Measurement
E = Espagnolette Measurement
B = Sliding System Sash Measurement
X1 = Length from Frame to centre of Mullion
B = Sliding System Super Sash Measurement
F = Sliding System Screen Sash Adaptor Measurement
X = Sliding system Fame Measurement
/
E =Sliding Screen System Sash Measurement
D = Espagnolette Measurement
c = Glazing bead Measurement
Y = Sliding system Frame Measurement
.
60
20
4 12 4
108
78
22
Combination Window Sash
@
30
60
A K5
60
b = Outward Opening Window Sash Measure
d = Glazing Measure
C
=
Glazing Bead Measure
e = Espagmnolette Measure
= Frame Measure
Combination Window With Mullion Sash
60
20
4 12 4
78
28
a
76
,
104
@
26
A K5
60
a
= Frame Measure
b = Glazing Measure
d = Outward Opening Window Sash Measure
C
=
Glazing Bead Measure
e = Espagmnolette Measure
162:
53
26
A0 K % * *
*
AK5
@
A = Frame measure
X1 = Length from Frame to centre of Mullion
X1 = Length from Frame to centre of Mullion
B = Outward Opening Window Sash measure
D = Glazing
Measure
c = Glazing Bead Measure
e = Espagmnolette Measure
A = Frame measure
X1 = Length from Frame to centre of Mullion
B = Outward Opening Window Sash measure
D = Glazing
Measure
c = Glazing Bead Measure
e = Espagmnolette Measure
20
,
4 1 2 ,4
28
A0 K % * *
*
78
:60
:
20
, 4 12 4
60
78
;
;
136
)
'42
'42
6
66
6
66
50
50
104
Three Track
A-A VIEW
Sliding System Frame Measurement
Glazing Measurement
c = Glazing bead Measurement
E = Espagnolette Measurement
E = Sliding System Super Sash Measurement
B = Sliding System Sash Measurement
B = Sliding System Super Sash Measurement
F = Sliding System Screen Sash Adaptor Measureemnt
E =Sliding Screen System Sash Measurement
D = Espagnolette Measurement
X = Sliding system Fame Measurement
c = Glazing bead Measurement
Y = Sliding system
Fame Measurement
. B-B VIEW
Window Handle
With Lock
Window Handle Window Handle
Self Lock
With Button
Window Espagnolette
Friction Stay
Rush Door
Handle
Sliding Concealed
Striker Top
Sliding Double
Roller
Concealed Sliding
Door Handle
Sliding Concealed
Striker Bottom
Sliding Double
Roller
Lockable Window
Handle
Sliding Concealed
Striker
Lockable Window
Handle Striker
Window Concealed Sliding Roller
Striker
Sliding Roller
Sliding Roller
Window Handle with
Button installation
Window Handle with
Out installation
Window Handle self
lock installation
Flush Door Handle Installation
Sliding Espagnolette
Striker Installation
Sliding Double
Roller Installation
Sliding Roller
Installation
Sliding Double
Roller Installation
Sliding Roller
Installation
I-60 Mullion Fixing Block Installation
3.9*19 YSB self
Drilling Screw
3.9*19 YSB self
Drilling Screw
3.9*19 YSB self
Drilling Screw
Fine Thread
Screw 6* 60
Montage View 1
A. (Biology) Biology a Small opening in or between
bones, esp. one of the opening between
the middle and inner ears
B.(Zoology) zoology a transparent
marking or spot, as on the
wings of moths
C. (Architecture) architect a window or window-like
opening in the outside wall of a building
[C19: via New Latin from Latin: wall
opening, window
 Glazing……. Glass (and other materials) in a window or door. Also, the act or
process of fitting a unit with glass.
 Single glazing….. Use of a single light of glass in a window. Generally not as
energy efficient as insulating glass or other forms of double glazing.

Double glazing……. Use

Triple glazing….. Use of three panes of glass or plastic with two airspaces between.
of two panes of glass in a window to increase
energy efficiency and provide other performance benefits. May or may not refer
to an insulating glass unit.
Generally refers to a sealed insulating unit.
 Fogging……. A deposit
or film left on an interior surface of a sealed insulating glass
unit due to extreme conditions or failed seals.
 Solar-control glass….. Glass
produced with a coating or tint that absorbs or
reflects solar energy, thereby reducing solar gain.
 Tempered glass…… Glass
heat-treated to withstand greater than normal forces
on its surface. When it breaks, it shatters into small pieces to reduce hazard.
 Float glass (Annealed glass)…… Glass
produced by a process in which the
ribbon is floated across a bath of molten tin. The vast majority of flat glass is now
produced using this method. The terms "plate" glass and "sheet" glass refer
to older manufacturing methods still in limited use.
 Reflective
glass…..
Window glass coated to reflect visible light and solar
radiation striking the surface of the glass.
 Air infiltration……. The
amount of air leaking in and out of a building through
cracks in walls, windows and doors
 Acrylic….. Thermoplastic glazing material
 Air spacer……. Component placed at the perimeter of an insulating glass unit
to separate the two lights of glass.

Argon….. An inert, nontoxic gas used in insulating glass to reduce heat transfer
Awning……. Window with sash swinging outward from bottom.
 Bay- Window……. A combination of window units that projects to the exterior.

Usually features a large center unit with two flanking units at 30¡ or 45¡ angles to the wall.
 Bottom rail…….. The bottom horizontal member of a window sash or door panel.

Bow……… A combination window that projects to the exterior. Usually
Features four or more window units in a radial or bow formation
 Cozy Home …… Comfortable Home

Cellular PVC ….. Extruded

Cladding……. Material

Composite…… A

Casement…… Window with sash cranking outward, to the right or left.
polyvinyl chloride material used in window and door
components and trim. Unlike rigid (or hollow) vinyl, it features a foam or cell-structure
inside. It can often be nailed, sawn and fabricated like wood.
placed on the exterior of wood frame and sash
components to provide ease of maintenance. Common cladding materials include vinyl
and extruded or roll-formed aluminum.
term used for window or door components that consist of
two or more materials, such as glass fibers or wood and plastic. The term also is used
for windows and doors that combine two or more materials in the frame or sash
construction, such as a product with a wood interior and a vinyl or aluminum exterior.
 Capillary tube……. Tube placed through air spacer and seal of insulating glass
that allows unit to accommodate changes in pressure between time and
location of manufacture and time and location of installation, where it is sealed. Usually
used to accommodate changes in altitude between plant and job site. Also referred to
as breather tube.

Combination door……… A

Condensation…….. Water

Corner cleaner……. Machine
screen or storm door used in combination with a
primary door. Storm windows also are referred to as combination windows.
vapor from the air deposited on any cold
surface that has a temperature below the dew point. Sometimes a problem on cold
(and poorly insulated) window glass or framing that is exposed to humid indoor air.
that removes the bead of excess material formed in
welding vinyl window corners.
Drainage cap…… Cap used on top of the drainage hole to block dust and insects
 Extrusion……. The process, in which a heated material is forced through a die,

used to produce aluminum, vinyl (PVC) and other profiles or components used in the
production of windows and doors. Term also is used to refer to the profiles or lineal
manufactured by this process and used to make window and door components.
 Fanlight….. A half-circle window over a door or window with radiating bars
 Fenestration…… Originally, an architectural term for the arrangement
of windows,
doors and other glazed areas in a wall. Has evolved to become a standard industry
term for windows, doors, skylights and other glazed building openings. From the Latin
word, "Fenestra," meaning window.
 Fixed panel…….. Non-operable door usually combined with operable door unit.
 Flashing…… A strip of material that diverts water away from a window, door or skylight.
 French door…… Generally refers to a pair of hinged doors that open from the
middle. Also incorporates wider stile-and-rail components around the glass than typical
glazed doors.
 Fusion-weld……. A term for a type
of corner construction, used with vinyl and
other types of windows and doors, in which a small amount of material on the ends of
two pieces are melted or softened, then pushed together to form a single piece. This also
is referred to simply as a welded corner.
 Green building…… A movement in architectural and building circles aimed at creating
structures that are occupant and environmentally friendly. Criteria such as
sustainability, energy efficiency and healthfulness are considered.
 Mortise lock….. A lock fitting a rectangular-shaped cavity in the edge of a door.
 Multipoint lock….. A locking system, operated with one handle, that secures a
window or door at two or more locking points.

Mullion…… A component used to structurally join two window or door units.
 Panel…… Component,
usually wood, mounted within stile-and-rail members of
doors. Also used to refer to the entire door.
 Polycarbonate…… A plastic material used for glazing.
 Resin……. A
term commonly used within the industry that refers to the raw
materials used by PVC extruders to produce vinyl window profiles. The word is also
used to describe a liquid material that is used in the production of laminated glass.
 RF……. Radio
frequency. Technology used with bar code scanners and other
input devices in plant and warehouse tracking systems.
 Roof window……. An operable unit similar to a skylight placed in the sloping surface
of a roof.
 Rough opening……. Framed opening in a wall into which a window or door unit is to
be installed.
 R-value……. Resistance
to thermal transfer or heat flow. Higher R-value numbers
indicate greater insulating value. R-value is frequently used by the insulation industry
and is the reciprocal of U-factor, a value more generally used in the window industry.
 Radiation…… The transfer of heat in the form of electromagnetic waves from one
separate surface to another. Low-E glass is designed to reduce this type of heat
transfer by reflecting electromagnetic waves.
 Safety glass…… A
strengthened or reinforced glass that is less subject to
breakage or splintering and less likely to cause injury if broken. Law requires glass in
doors to be some type of safety glazing product, such as tempered or laminated glass.
 Sash……. An assembly
of stiles and rails (vertical and horizontal members)
made into a frame for holding glass.
 Simulated divided lites (SDLS)…… A
type of grille or grid design that creates
the appearance of a number of smaller panes of glass separated by mantis, but actually
uses larger lights of glass with the mantis placed between and/or on the surfaces of the
glass layers.
 Slab….. A term for a complete door panel that has not been prepared for
installation into a frame.
 Slider…… A window with a movable sash that slides horizontally. Also referred to
as a horizontal sliding window.
 Wind load…. Force exerted on a surface by moving air.
 Shading coefficient (SC)……. A
measure of a window's ability to transmit solar
heat, relative to that ability for 1/8-inch clear glass. The lower a unit's shading
coefficient, the less solar heat it transmits, and the greater its shading ability. It is being
phased out in favor of the solar heat gain coefficient (SHGC).
 Solar heat gain coefficient (SHGC)…… A
rating, which is now generally
replacing shading coefficient, measuring a window's ability to transmit solar heat. It
measures both the solar radiation which is directly transmitted, as well as the solar
radiation absorbed by the glass and subsequently transmitted. The lower a unit's
solar heat gain coefficient, the less solar heat it transmits, and the greater its
shading ability. It is approximately equal to the shading coefficient divided by 1.15. It is
expressed as a number without units between 0 and 1.
 Sill…… The
main horizontal member forming the bottom of the frame of a window
or door.

Smart window ……. Generic term, sometimes used for windows offering
high energy efficiency or windows featuring switchable glass to control solar gain.

Transom…… Window used over the top of a door or window, primarily
for additional light and aesthetic value.
 Thermal break…… A
thermally insulating or low-conductance material used
between interior and exterior aluminum (or other conductive material) window and
door components.
 U-factor……. Rate
of heat flow-value through a building component, from room
air to outside air. Also referred to as U-value. The lower the U-factor, the better the
insulating value. U-factor, a rating more generally used in the window industry, is the
reciprocal of R-value, a rating commonly used in the insulation industry.
 Ultraviolet light (UV)….. Invisible
rays of solar radiation at the shortwavelength violet end of the spectrum. Ultraviolet rays can cause fading of paint
finishes, carpets and fabrics, as well as deterioration of some materials.
 UPVC….. Un-plasticized Polyvinylchloride. An extruded material used for window
and door framing.
 Vinyl…… Generic
term for polyvinylchloride or PVC, an extruded material used
for window and door framing.
 Weather stripping/ Gaskets…….. A material or device used to seal the
openings, gaps or cracks of venting window and door units to prevent water and air
infiltration.
 Weep hole / Drainage hole…… A small opening in a window or sill
member through which water may drain to the building exterior.