YELL_307127_updated_Storm_Sash_Basis_of_Design_bldgs_4-33_0002.pdf

S105_

S105_CUT Rev 1 - 11.14.17

AVAILABLE FINISHES: D, W

AVAILABLE LENGTHS: 100’

STEM HEIGHT: 3/16” (4.7 mm) EXPOSED WIDTH: 3/8” (9.5 mm)

D (Dark Brown) W (White)

Copyright © 2017, Pemko Manufacturing Co., an ASSA ABLOY Group company. All rights reserved.

Reproduction in whole or in part without the express written permission of Pemko Manufacturing Co. is prohibited.

TITLE:

PREPARED FOR:

PREPARED BY:

DATE:

COMMENTS:

Pemko Perimeter Gasketing: Silicone/ Thermoplastic Kerf-In Weatherstrip

Architectural Door Accessories hcrane Highlight S105 hcrane Highlight D (Dark Brown) insulating glass

5/2011 S.11D P.3

IG units are sealed combinations of two or more lites of glass separated by a dry airspace.

Desiccated spacers are dual sealed with polyisobutylene primary sealant and an organic or silicone secondary sealant, depending on the project specifications and the application. (See the diagrams below.) Argon gas-filled IG units are available to further improve the insulating properties (reduce the U-Value) of a standard air-filled IG unit.

The glass lites of an IG unit can be annealed, heat-strengthened, tempered or laminated, as needed, to meet building code requirements, safety glazing standards and design requirements.

The lites of an IG unit can be of equal or unequal thickness.

Insulating Glass Introduction

Description

Insulating Glass Unit Glass Types Available

Insulating glass use in residential and commercial construction has risen steadily over the years to where the majority of all new and renovation construction today includes IG units. IG units not only save on monthly heating and cooling costs, but they also reduce the initial size and cost of the heating and cooling equipment required on a project.

By combining Low-E coatings, tinted glasses, reflective coatings, silk-screened patterns, laminated glass products and more, a wide variety of insulating glass configurations are available to satisfy a wide range of performance and aesthetic requirements. IG units can be fabricated to meet state energy codes, sound control requirements, seismic requirements, impact resistance, bullet resistance and hurricane and blast resistance requirements. IG units can be designed to reduce heat loss and solar heat gain entering the building, with a minimal reduction of visible light transmittance.

IG units will have a warmer room-side glass surface temperature than single glazing, thus reducing condensation and moisture-related problems.

Surface #1 Surface #2

Exterior of Building

Clear Clear & Low-E

Tints Clear & Low-E

Low-E Clear

Spectrally Selective Tints Clear & Low-E

Patterned Clear & Low-E

Reflective #1 or #2 Clear & Low-E

Others include: Laminated Glass, Spandrel Glass, Silk-Screened Glass and Other Decorative Glass.

Outboard Lite Inboard Lite

Surface #4

Surface #3

Spacer

Primary Seal

Drying Agent

Secondary Seal

5/2011 S11D P.4

Glass Options Insulating glass units are fabricated according to project specifications. IG units can be constructed using a large variety of glass products including clear, low iron, Low-E, standard or high performance (spectrally selective) tints; and reflective, silk-screened, spandrel, laminated, decorative and wired glass to achieve desired aesthetics, meet design criteria and/or to improve solar control and thermal performance.

For a list of available glass products/colors, go to the Glass Options Tab.

For more information on silk-screened, spandrel and laminated glass products, go to their respective Product Information Tabs.

Insulating Glass Description (continued)

The standard 1" commercial IG unit is made up of two lites of 1/4" glass and a nominal 1/2" airspace.

Custom IG unit designs can be fabricated with glass thicknesses ranging from 1/8" to 3/4" and with airspace thicknesses ranging from 3/16" to 1".

Maximum sizes for IG units are determined by a number of considerations. Size, thickness, weight, aspect ratio, application and load requirements are the factors utilized to make this determination.

For more information log on to http://www.

oldcastlebe.com/products/architectural-glass/ insulating-glass/insulating-glass/capabilities

Capabilities

Applications

Insulating glass units are used in essentially all exterior building applications, including vertical glazing, sloped glazing, overhead glazing and skylights, in both vision and spandrel (non-vision) areas. Depending on the glass type used, IG units can be designed for light and solar control;

sound control; ultraviolet screening (to reduce fading); hurricane, earthquake and blast resistance; security; bullet resistance; and decorative applications.

IG units are also used for interior applications such as sound control and to reduce energy usage for climate-controlled (hot or cold) rooms.

See the Glass Selector Tab for some typical applications.

Residential Applications Insulating glass has become the standard for both new and replacement residential windows. Most residential IG units are made with one outboard lite of clear glass and an inboard lite of clear glass, often with a Low-E coating to further reduce heat loss.

When the short-wave infrared (IR) energy of the sun strikes an object in the house, some of the energy is absorbed and reradiated as long-wave IR (heat) energy. The Low-E coating acts to reflect this heat energy back into the residence. In cold climates, the Low-E coating is normally placed on the #3 surface of the unit. This is done

Contact your Oldcastle BuildingEnvelope® representative, learn more online at OBE.com or call us at 1-8 66-OLDCASTLE (653-2 278).

hcrane Highlight Custom IG unit hcrane Highlight 1/8" hcrane Text Box 1/4" hcrane

Low-E, 5/2011 S.11D P.5 to maximize passive solar heat gain from the sun, while still improving (reducing) the winter nighttime heat loss (winter U-Value). In warm climates, the Low-E coating is positioned on the #2 surface of an IG unit to minimize solar heat gain. The U-Value remains unchanged for the second or third surface application.

Commercial Applications Most commercial buildings spend the majority of their energy dollars on cooling loads, even in cold climates, due to the internal heat generated by lights, people, copiers, computers and other office equipment. Also, there has been an increase in the number and size of windows to maximize the use of natural daylight to reduce energy usage and lighting costs, as well as the positive effect on employee productivity. Therefore, the major emphasis in commercial buildings is to reduce heat gain (minimize the shading coefficient/the solar heat gain coefficient). Of lesser importance, but still quite significant in cold climates, is the need to minimize nighttime heat loss (winter U-Value).

There are now a large number of high performance/spectrally selective tints, with and without reflective or Low-E coatings, that do an excellent job of reducing heat gain. And there are a number of Low-E glasses that not only improve (reduce) the winter U-Value, but also reduce heat gain.

Insulating Glass Applications (continued)

Characteristics

Certification Oldcastle BuildingEnvelope™ insulating glass units are independently tested and certified according to North American standards for quality and performance. The US and Canadian tests are performed in accordance with the new harmonized standard ASTM E2190. IGCC (Insulating Glass Certification Council) sponsors the certification program of independent laboratory tests and periodic audits in the US while IGMA (Insulating Glass Manufactures Alliance) sponsors the certification program in Canada. Oldcastle BuildingEnvelope™ is an active member in both IGCC and IGMA.

Oldcastle BuildingEnvelope™ US insulating glass products are listed in the IGCC Certified Products Directory. Oldcastle BuildingEnvelope™

Canadian insulating glass products are listed in the IGMA Certified Products Directory.

Condensation on Interior Glass Surfaces Condensation on building interior glass surfaces (the #4 surface of an IG unit) is a common wintertime complaint in much of North America.

Condensation not only reduces visibility, it also leads to severe damage of the surrounding construction from this moisture. Condensation occurs on interior glass surfaces when the surface temperatures fall below the dew-point temperature of the room. The relative humidity in a room at which condensation will occur on the glass surface depends on the interior glass surface temperature, which in turn depends on all the factors affecting heat flow through the glass. These factors include the inside and outside air temperatures and airflows adjacent to the glass surfaces, and the IG unit thermal transmittance (U-Value).

Because Low-E glass improves (lowers) the IG unit U-Value, using Low-E glass will increase the unit’s interior glass surface temperature. Thus an additional benefit of using Low-E glass is that it permits a higher relative humidity in a room before condensation will occur. This can improve occupant comfort and performance in the winter months.

5/2011 S11D P.6

Insulating Glass Characteristics (continued)

Vision-Spandrel Color Match Spandrel glass can be designed to contrast or harmonize with the vision glass. A wide range of colors and glass products are available to do this, as discussed in the Spandrel Tab section of this binder. The best match for a vision IG unit is a spandrel IG unit using the same exterior glass (normally a tinted or reflective glass) and a spandrel glass as the interior lite, with the coating on the #4 surface on an IG unit.

It should be understood that the degree of color and visual similarity of a building’s vision and spandrel glass will vary greatly, depending on the time of day, sky conditions, the vision area lighting and interior shading conditions (drapes, miniblinds, etc.), as well as on the color, reflectance and light transmittance of the glass.

Assuming the vision and spandrel IG units have the same exterior lite, the visual difference between them will be less noticeable under the following conditions:

• the more reflective the exterior lite is

• the lower the light transmittance of the exterior lite is

• the brighter the sky conditions

Additional Important Information

Specifications A sample Section 08 81 00 Specification for North America can be found in the last section of this binder titled: Sample Architectural Glass Specifications.

Contact Us For any additional information, including details, technical data, specifications, technical assistance and samples, call 1-866-OLDCASTLE (653-2278).

Visit Us on the Web Log on to www.oldcastlebe.com for project photos, product colors, general inquiries and project assistance.

To view performance data on a wide range of glass make-ups, or to build your own product specification, log on to www.oldcastlebe.com and choose GlasSelect®.

Contact your Oldcastle BuildingEnvelope® representative, learn more online at OBE.com or call us at 1-8 66-OLDCASTLE (653-2 278).

4-BAR HINGES

Throughout the industry the names Anderberg and Truth have stood for engineered excellence, reliable and dependable performance, and above all “quality”. This is most evident in our expertly crafted 4-Bar Hinges.

Each style of hinge that you will find on the accompanying pages has a variety of sizes and options to choose from. Everything from hinges manufactured with or without stops to varying degrees of opening. A wide range of lengths and thicknesses are also available. 4-Bar Hinges are certified to AAMA 904.1.

4-Bar Hinges have been designed to be used primarily on vents with a lip on the outside edge. By design, Truth Hardware’s 4-Bar Hinges are engineered to project the vent out as it pivots to avoid interference between a lipped vent and frame. 4-Bar Hinges are adaptable to both casement and projected window applications. To aid you in your selection of 4-Bar Hinges, Truth has developed a guide (flow-chart) that provides you with a step-by-step procedure for determining the appropriate hinge for your use.

To help reduce the inventory of

"handed" products, each hinge is manufactured to be "non-handed", so that they can be used as either left-or right-handed hinges.

WARRANTY:

Truth 4-Bar Hinges are protected under the terms of the Truth Warranty for Window & Door Manufacturers & Authorized Distributors (Refer to Truth’s Terms & Conditions for further details). Truth’s 4-Bar Hinges are unmatched in dependability and performance.

NUMBERING SYSTEM:

The Truth product numbering system for hinges denotes the product with the first two numerals, model by the second two numerals, and the finish by the next two numerals (decorative finishes only -- this does not apply to hinges). In the case of Truth’s 4-Bar Hinges, the last three numerals represent the various hinge features with no commonalty between product models intended. The following chart illustrates this system using the #34.24.00.208 Heavy Duty 4-Bar Hinge as an example.

CASEMENT

AWNING

NUMBERING SYSTEM

Product No. Model Finish Assembly

34 24 00 208

4-Bar Hinge Heavy Duty No decorative W/Stop Std. open 10" length finish (Hinge Feature) hcrane

"non-handed"

5a

GUIDE TO 4-BAR HINGE SELECTION

Egress is the amount of clear opening that is left between the frame and the sash when the window is in a fully opened position. These hinges require single arm type operators. (See your local codes for specifics.)

The Egress Hinge is available in only one length:

12” (304.8mm) - Standard Duty Hinge 16.125” (409.6mm) - Standard Duty Hinge 16.500” (419.1mm) - Heavy Duty Hinge.

Washability is the ability to have enough clearance between the frame and the hinge side of the sash to extend an arm or device to clean the vent. These hinges require dyad type

The 12” (304.8mm) hinges are recommended for most casement applications because the extra length on larger hinges is not of any benefit for casement applications.

It is important to match your window with the proper size hinge. A Table is available in each hinge section to be a guide in the selection of the appropriate hinge length. NOTE Awning applications require that the sash opening is no

At this point you have specified enough requirements to choose the correct hinge for your specific application.

Stack height:______________________________

Application:_______________________________

Length: __________________________________

At this point you have specified enough requirements to choose the correct hinge for your specific application.

Stack height:______________________________

Application:_______________________________

Length: __________________________________

Functions:________________________________

DETERMINE

STACK HEIGHT

DETERMINE

APPLICATION

DETERMINE

FUNCTION

SEE CHART

FOR OPTIONS

WASHABILITYEGRESS

PROJECTED

AWNING

DETERMINE

HINGE MATERIAL

DETERMINE

HINGE LENGTH

DETERMINE

HINGE LENGTH

SEE CHART

FOR OPTIONS

CASEMENT

The stack height is the overall height from the bottom of the track to the top of the sash arm. If the pocket area has a height that is not standard to the hinge stack height, shims may be necessary. This size will determine which chart you will need to refer to. The standard stack heights are .625” (15.9mm) (Heavy Duty Hinge), .500” (12.7mm) (Standard Duty Hinge).

hcrane Highlight

PROJECTED

AWNING

CASEMENT

4-BAR HINGES

5b

TRUTH TIPS:

1. Placement of a 4-Bar Hinge relative to the outside edge of the frame depends on the amount of overlap of the sash on the frame. As a general rule the hinge should be mounted flush to .250" (6.3 mm) of the outside edge of the frame. This dimension depends on the amount of overlap. A .250" (6.3

mm) dimension will allow proper clearance for a window system having approximately .312" (7.9 mm) of sash overlap. If interference occurs between the sash and frame then the hinge must be moved further outboard on the frame or the overlap must be reduced.

(See the application drawing of the particular hinge.)

2. Particular attention must be given to 4-Bar Hinge mounting. It is important that the ventilator bar be offset to a point where it is flush with the outside edge of the track. This results in an offset between the screw centerlines of the ventilator bar and hinge track.Particular attention must be given to 4-Bar Hinge mounting. It is important that the ventilator bar be offset to a point where it is flush with the outside edge of the track. This results in an offset between the screw centerlines of the ventilator bar and hinge track.

3. Ultimate sash weight & width for hinges as shown in the charts of this document are based on AAMA 904.1 “Specifications for Multi-Bar Hinges in Window Applications”. The load carrying capacity is based on the vent height being at least twice the vent width. These numbers do not apply to windows being tested to

ANSI/AAMA/WDMA

101/I.S.2/NAFS-02 “Casement Hardware Load Test”.

4. To increase the overall hinge height of 4-Bar Hinges, aluminum shims applicable to the ventilator bar are available in various thicknesses. Truth provides some popular sizes of shims, however, other sizes must be provided by the window manufacturer.

5. Sash sag is a problem which affects many casement windows. 4-Bar Hinges tend to be more susceptible to sash sag than standard 2-bar hinges because they cantilever the sash outside of the frame, supporting the entire sash weight on the support arms.

While 2-Bar hinges are supported inside of the window frames so they transfer the sash weight back into the window. To minimize sash sag, Truth Hardware recommends utilizing the measures outlined in Tech Note #3

6. For proper balancing, Truth recommends a hinge with no greater than 60° of opening in projected and awning applications.

7. Special considerations should be given when designing an awning window. Please consult Truth Tech Bulletin #2 for further information.

8. For accurate hardware placement in vinyl or metal applications, pre-drilling of the window profile is recommended.

9. Mounting screws must pass through two PVC walls or one PVC wall and one insert wall.

10.For metal window profiles Truth recommends machine screws however, in most applications sheet metal screws will provide adequate holding power.

11.Hinge life can be prolonged by periodically adding a drop of light weight oil at each riveted joint.

12.For easy correction of out of square, or racked window installations, the use of Truth Jamb Jack III frame adjusters is recommended. Frame adjustment can improve both weather seal tightness and sash operation over the life of the window.

STANDARD & HEAVY DUTY

(201 - 301 Series)

5c

These "non-handed" 4-Bar Hinges are specially designed for casement, awning, and projected vents with a lip on the outside edge. 4-Bar Hinges are designed to project the sash out as it pivots to avoid interference between a lipped vent and frame. In awning and projected window applications, friction adjustment is achieved by adjusting the screw which is located in the sliding shoe. Adjustments made to this screw affect shoe friction as it slides along the hinge track.

Standard Duty 4-Bar Hinges are generally used for residential projects requiring relatively light window sections (projected units up to 40 lbs.).

These hinges are normally provided with a stop built into its track -- and is generally used with awning and projected windows. Hinges designed without the stop feature will open to approximately 65° in casement applications.

Heavy Duty 4-Bar Hinges are generally used for commercial projects requiring relatively heavy window sections (projected units up to 200 lbs.).

WARRANTY:

Protected under the terms of the Truth Warranty for Window and Door Manufacturers and Authorized Distributors. Refer to Truth’s Terms and Conditions for further details.

MATERIAL:

Standard & Heavy Duty Stainless Steel 4-Bar Hinges: Non-magnetic stainless steel. Manufactured with a brass shoe.

ORDERING INFORMATION:

1. Choose correct hinge size and style by part number. (Reference the 4-Bar Hinge Part Number Guide for the available options).

2. Order two hinges per window.

RECOMMENDED SCREWS:

Stainless Steel 4-Bar Hinges:

6 -- #10 Phillips Pan head screws.

Length and thread type to be determined by profile design.

See Truth Tips for additional screw selection information.

INCLUDE TRUTH SPECS ON

YOUR NEXT WINDOW PROJECT

4-bar type window hinge for casement or awning windows, which projects the vent while opening to avoid interference between frame and sash.

Window hinges to be of 4-bar type design, utilizing a screw adjusted brass slide shoe to fine tune hinge to window application. Hinges shall be non-handed and constructed of high quality stamped and roll formed 300 series stainless steel materials. Hinges used must be certified to AAMA 904.1 specifications.

Window hinges shall be 201/301 series 4-bar, as manufactured by Truth Hardware.

HEAVY DUTY

4-BAR HINGE

(301SS Series)

NO ++

55°53°

55°50°

55°50°

55°50°

55°49°

55°44°

42° NA

77°

77°

OPENING

NO STOP

*COUNTERBALANCED

10"

12"

14"

16"

18"

20"

24"

28"

10"

12"

14"

16"

OF +

STOP

55°

DEGREES OF OPENING

55°

55°

55°

55°

Series)

59°

NO

STOP

H

4-BAR HINGE APPLICATION TABLE FOR PROJECTED & AWNING HINGES

(AS CERTIFIED TO AAMA 904.1)

HINGE

CALL OUT

(ACTUAL LENGTH) SASH/VENT

HEIGHT RANGE

MAX SASH

VENT WEIGHT

SASH/VENT

HEIGHT RANGE

**ULTIMATE

(SEE NOTE #2)

MAX SASH

VENT WEIGHT

(10.50") [266.7mm]

(12.50") [317.5mm]

(14.50") [368.3mm]

(16.50") [419.1mm]

(18.50") [469.9mm]

(20.50") [520.7mm]

(24.50") [622.3mm]

(28.50") [723.9mm]

12"-20" [305-508 mm]

20"-25" [508-635 mm]

23"-29" [584-737 mm]

25"-34" [635-864 mm]

32"-37" [813-940 mm]

34"-40" [864-1016 mm]

40"-44" [1016-1118 mm]

50"-64" [1270-1626 mm]

58 LBS

[26.3 KG]

73 LBS

[33.1 KG]

85 LBS

[39.0 KG]

99 LBS

[44.9 KG]

108 LBS

[49.0 KG]

117 LBS

[53.1 KG]

129 LBS

[58.5 KG]

175 LBS

[79.4 KG]

12"-20" [305-508 mm]

20"-25" [508-635 mm]

23"-29" [584-737 mm]

25"-40" [635-1016 mm]

32"-40" [813-1143 mm]

34"-50" [864-1270 mm]

40"-60" [1016-1524 mm]

50"-80" [1270-2032 mm]

234 LBS

[106.1 KG]

129 LBS

[58.5 KG]

117 LBS

[53.1 KG]

108 LBS

[49.0 KG]

99 LBS

[44.9 KG]

85 LBS

[39.0 KG]

73 LBS

[33.1 KG]

58 LBS

[26.3 KG]

DEFINITIONS:

*COUNTERBALANCED: A PAIR OF HINGES WILL BALANCE OR HOLD OPEN THE VENT/SASH WITH NO ADDED FRICTION

AT THE HEIGHTS AND WEIGHTS LISTED IN THE CHART.

**ULTIMATE: A PAIR OF HINGES WILL NOT BALANCE OR HOLD OPEN THE VENT/SASH WITHOUT ADDED FRICTION

AT THE HEIGHTS AND WEIGHTS LISTED IN THE CHART.

NOTES:

1. A PROPERLY COUNTERBALANCED SASH IS RECOMMENDED IN AN AWNING OPERATION. AN UNBALANCED SASH WHEN USED WITH AN AWNING OPERATOR IS LIKELY TO PRODUCE SASH CHATTER AND AN UNEVEN FEEL DURING

OPERATION.

2. ULTIMATE SASH WEIGHT & WIDTH FOR HINGES AS SHOWN IN CHARTS ARE BASED ON AAMA 904.1 "SPECIFIATION FOR MULTI-BAR HINGES IN WINDOW APPLICATIONS". THESE NUMBERS DO NOT APPLY TO WINDOWS BEING TESTED

TO ANSI/AMMA/WDMA 101/I.S 2/NAFS-02 "CASEMENT HARDWARE LOAD TEST".

4-BAR HINGE APPLICATION TABLE FOR CASEMENT (SIDE HUNG) HINGES

(AS CERTIFIED TO AAMA 904.1)

HINGE

CALL OUT

(ACTUAL LENGTH)

ULTIMATE

(SEE NOTE #2)

SASH/VENT

HEIGHT RANGE

MAX SASH

VENT WEIGHT

(10.50") [266.7mm]

(12.50") [317.5mm]

(14.50") [368.3mm]

(16.50") [419.1mm]

12"-36" [305-914 mm]

12"-36" [305-914 mm]

12"-36" [305-914 mm]

12"-36" [305-914 mm]

100 LBS AT 36"

[45.36 KG AT 914 mm]

100 LBS AT 36"

[45.36 KG AT 914 mm]

100 LBS AT 36"

[45.36 KG AT 914 mm]

100 LBS AT 36"

[45.36 KG AT 914 mm]

STD.

STOP

77°

77°

77°

77°

77°

77°

DEGREES

+ AAMA CYCLE TEST ANGLE

++ ULTIMATE OPENING ANGLE

FIG. 8 TRUTH HEAVY DUTY 4-BAR HINGE

(ANDERBERG 301SS SERIES)

5k hcrane Highlight

HEAVY DUTY

4-BAR HINGE

hcrane Highlight

*COUNTERBALANCED

hcrane Highlight 16" hcrane Highlight 28" hcrane Highlight 25"-34" hcrane Highlight

99 LBS

hcrane Highlight 50"-64" hcrane Highlight

175 LBS

hcrane Highlight 42° hcrane Highlight 50° hcrane Highlight

PROJECTED & AWNING HINGES

hcrane

(301SS Series)

HEAVY DUTY

4-BAR HINGE

(301SS Series)

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FIG. 9 TRUTH HEAVY DUTY 4-BAR HINGE W/STOP

5l

(301SS Series)

[3

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6.

6.

[5

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2.

8.

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[3

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[6 5.

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[2

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[6

.4 m

[1

.1 m m

5.

"B

"G

[3

.6 m

H

IN

G E

O U

T

.2

9.

.X X

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H

IN

G E

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.X X

X

.2

8.

.X X

X

.2

6.

.X X

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.X X

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.X X

X

N A

N A

0.

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7.

.X X

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P A

R T

[2

.7 m m

[5

.7 m m

A

4.

2.

[4

.9 m m

[7

.9 m m

8.

0.

[3

.5 m m

6.

4.

N A

[1

.6 m m

N A

[2

.3 m m

N A

[1

.2 m m

"D

"H

"J

"K

[1

.3 m

[1

.9 m m

87 8

[1

.9 m m

SC

R

EW

S

[1

.6 m m

[1

.0 m m

[1

.6 m m

[1

.7 m

[1

.0 m

[2

.4 m

[1

.2 m m

[1

.2 m m

N A

[1

.5 m

[1

.5 m

[1

.2 m m

N A

H

IN

E

LG

FIG. 10 TRUTH HEAVY DUTY 4-BAR HINGE W/STOP

5m

HEAVY DUTY

4-BAR HINGE

(301SS Series)

.0

1.

m m .8

.7

3m m

±0 .2

.4

.3

7m m

1.

1± .0

.8 9m m ±0

.7

J"

E

1m m

1.

2± .0

.1 0m m ±0

.7

B

K

(A N

D

ER

BE

R

G

SS

S

ER

IE

S)

[1 m m

.7

A N

G

LE

EC

O M

M

EN

ED

ED

S C

R

EW

S:

P

H

IL

LI

P

S, P

A N

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EA

ST

IN

LE

SS

S

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EL

S C

R

EW

S (L

EN

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D T

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D

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B

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SC

EW

N O

TE

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P R

ED

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IL

LI

N G

, T R

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TH

R

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D S

A D

D

IN

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M M

TO

T H

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E

P

H

IL

LI

P

S U

N D

ER

C

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FL

A

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EA

D

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A A

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D

ES

IG

N

.0

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0.

m m

.6

+ -.0

.0

.8

8m m

0.

0.

FIG. 11 TRUTH HEAVY DUTY 4-BAR HINGE W/O STOP

5n

(301SS Series)

A A

M A

7 7 8 8 8

N A

N A

N A

N A

N A

.2

4.

.X X

X

.2

5.

.X X

X

.2

6.

.X X

X

.2

7.

.X X

X

.2

8.

.X X

X

.2

9.

.X X

X

.3

1.

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"C

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N A

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N A

ER

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[2

.1 m m

A N

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U

TH

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V

Y D

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TY

-B

A R

H

IN

G E

W /O

S

TO

F

SC

R

EW

S

.3

0" [1

.6 m

[1

.6 m

[1

.3 m m

.8

3" [2

.3 m m

.9

8" [2

.5 m m

1.

[2

.0 m m

3.

[3

.6 m m

3.

[3

.5 m m

0.

[2

.8 m m

.6

6" [2

.4 m m

.5

0" [2

.9 m

[1

.2 m

[1

.5 m

[1

.5 m

[1

.6 m

[2

.3 m m

.9

7" [2

.8 m

[2

.9 m

[1

.4 m

[2

.8 m m

0.

[2

.9 m m

1.

[3

.0 m m

3.

[3

.1 m m

4.

[3

.2 m m

7.

[4

.4 m m

2.

[5

.8 m m

8.

[4

.2 m m

6.

[4

.4 m m

4.

[3

.6 m m

2.

[3

.8 m m

0.

[2

.0 m

[2

.2 m

[1

.8 m

[2

.2 m

[2

.6 m m

0.

[2

.0 m m

1.

[2

.4 m m

2.

[3

.8 m m

4.

[3

.6 m m

3.

[3

.9 m m

1.

[2

.1 m m

0.

[2

.7 m

[2

.3 m

[2

.9 m

[1

.5 m

[1

.1 m m

.5

6" [6

5.

m m

.5

6" [6

5.

m m

.5

6" [6

5.

m m

.5

6" [6

5.

m m

.5

6" [6

5.

m m

.5

6" [6

5.

m m

4.

[6

.3 m m

0.

[5

.7 m m

8.

[4

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6.

[4

.1 m m

4.

[3

.3 m m

2.

[3

.5 m m

0.

[2

.7 m m

A

H

IN

G

E L

G H

IN

G

E P

A R

T

H

IN

G E

C A

LL

O

U T

.0

6" [1

.5 m m

.0

6" [1

.9 m m

[1

.3 m m

.0

6"

.0

6"

A

T A

A M

A C

ER

TI

FI

ED

A N

G

LE

U

LT

IM

A

TE

O P

EN

IN

G A

N G

LE

IS

FIG. 12 TRUTH HEAVY DUTY 4-BAR HINGE W/O STOP

5o

25 TRIMLINE™

CAM HANDLE LOCKS

Truth cam handle locks are designed to provide long and trouble-free service.

Two-piece strike design includes a black polyester insert to provide a smooth operation and reduce wear.

Inserts are available in various heights to assure tight lock-up of ventilator up to 300 lbs. of forced entry resistance per locking point. The 90º rotation of the handle locks or unlocks the sash.

Easily mounts to the face of the window frame.

Truth has also come up with a unique combination of lock and keeper to fill the void in the area of locking handles for basement/hopper windows. By slightly modifying Truth’s TrimLine Cam Handle Lock and designing a new high strength steel keeper that can easily be mounted to the window frame, Truth has developed a hardware system that, by simply rotating the handle 90º, easily locks or unlocks these basement/hopper vents.

WARRANTY:

Protected under the terms of the Truth Warranty for Window and Door Manufacturers and Authorized Distributors. Refer to Truth’s Terms and Conditions for further details.

MATERIAL: High-pressure die-cast zinc handle, base and strike housing.

Strike for use on basement/hopper windows made of high strength steel.

#30569 Strike made of painted steel.

FINISH: Electrostatically applied, durable coatings that provide excellent resistance to chipping, scratching and corrosion while maintaining color stability for years in direct sunlight.

Please refer to Truth's Color Chart for examples of Truth's most popular finish options. Truth also offers a wide range of decorative "plated" finishes - contact Truth for additional information on availability of these finishes on specific product lines.

ORDERING INFORMATION:

1. Choose cam handle mounting style desired by part number (see drawings for various options). Note: for basement/hopper window applications, order part #25.80 or #25.81 and appropriate steel keepers.

2. Specify finish number desired.

3. Specify left- or right-hand

(determined by which direction the handle points, when viewed from the inside on an awning window).

4. Select mounting hardware (sold separately):

a. Choose strike and insert part numbers. Make sure strike coincides with handle (offset or in-line). NOTE:

#25.29 and #25.31 can be used with a #30569 strike plate allowing use of either left- or right-hand cam handles with the same strike placement.

b. Optional —

(1) #20408 —Rubber-cork adhesive backed gasket for In-line bases

(1) #20556 —Rubber-cork adhesive backed cam handle gasket for Offset bases.

RECOMMENDED SCREWS:

Types of screws required determined by material of profile used. Refer to drawings for complete information on screw type and quantity needed (sold separately). For additional information regarding screw selection - see Truth Tips and refer to Tech Note #11.

TRUTH TIPS:

1. For accurate hardware placement in vinyl or metal applications, pre-drilling of the window profile is recommended.

2. For vinyl window applications, mounting screws should pass through two PVC walls, or one PVC wall and one insert wall. For this reason, it may be necessary to use a longer screw than is recommended.

3. For metal window profiles, Truth recommends machine screws.

However, in most applications, sheet metal screws will provide adequate holding power.

INCLUDE TRUTH SPECS ON

YOUR NEXT WINDOW PROJECT

Cam handle locks shall be included which will increase both security and weather seal tightness. The locks must hold securely up to 300 lbs. of force per lock for negative air pressure and forced entry resistance.

Window locks shall be of cam handle design and utilize a two-piece strike.

The cam handle must be constructed of high pressure zinc alloy die castings.

Marring of window surfaces will be eliminated by using a plastic insert mounted in a high pressure zinc die cast strike housing.

Window locks shall be 25 series, TrimLine™ as manufactured by Truth Hardware, Owatonna, MN.

LEFT HAND SHOWN

RECOMMENDED SCREWS:

METAL: 2 (P/N 19630) #10-24 X .312 PHILLIPS FLAT HEAD SST MACHINE SCREWS

PVC / WOOD: 2 -#10 PHILLIPS FLAT SST SCREWS ( LENGTH AND THREAD TYPE DETERMINED BY PROFILE)

RECOMMENDED SCREWS:

METAL: 2 (P/N 19630) #10-24 X .312 PHILLIPS FLAT HEAD SST MACHINE SCREWS

PVC / WOOD: 2 -#10 PHILLIPS FLAT SST SCREWS ( LENGTH AND THREAD TYPE DETERMINED BY PROFILE)

HARDWARE SHOWN

25.31 CAM HANDLE

20236 STRIKE HOUSING

20233 INSERT

HARDWARE SHOWN

25.39 CAM HANDLE

20237 STRIKE HOUSING

20233 STRIKE INSERT

INLINE BASE

LEFT HAND SHOWN A

SASH

FRAME

ANGLED BASE

LEFT HAND SHOWN A

SASH

FRAME

3.312in 84.1mm

1.500in 38.1mm

.563in 14.3mm

.250in 6.4mm

1.00in 25.4mm

0.875in 22.2mm

0.344in 8.7mm

3.304in 83.9mm

1.500in 38.1mm

1.000in 25.4mm

LEFT HAND SHOWN

1.00in 25.5mm

.875in 22.2mm

.562in 14.3mm

.344in 8.7mm

25 TRIMLINE™

CAM HANDLE LOCKS

20a

FIG. 2 25.29 CAM HANDLE (Offset Base)

FIG. 3 25.31 CAM HANDLE (In-Line Base)

FIG. 1 APPLICATION OF INLINE AND ANGLE BASE TRIMLINE CAM HANDLES

hcrane

FIG. 2 25.29 CAM HANDLE (Offset Base)

METAL : 2 ( P/N 19640 ) #10 - 24 X .375 PHILLIPS PAN HEAD SST METAL MACHINE SCREWS

PVC / WOOD : 2 - #10-24 PHILLIPS PAN HEAD SST METAL MACHINE SCREWS

( LENGTH AND THREAD TYPE DETERMINED BY PROFILE )

LEFT HAND SHOWN

RECOMMENDED SCREWS:

PVC / WOOD / METAL: 4 - #10-24 PHILLIPS FLAT HEAD SST SCREWS.

( LENGTH AND THREAD TYPE DETERMINED BY PROFILE )

HARDWARE SHOWN

25.80 CAM HANDLE

31329 KEEPER

KEEPER A DIMENSION

31447 .350 (8.9mm) 31439 .407 (10.3mm) 31329 .593 (15.1mm)

.875 22.2mm

.438 11.1mm

2.125 54.0mm

1.375 34.9mm

.938 23.8mm

1.938 49.2mm

.656 16.7mm

1.000 25.4mm

.938 23.8mm

.188 4.8mm .188

4.8mm

.140 3.6mm

.812 20.6mm

.344 8.7mm

.610in 15.5mm

.305in 7.7mm

2.060in 52.3mm

1.500in 38.1mm

.570in 14.5mm

RECOMMENDED

.750 (19.1) MAX.

.562 (14.3) MIN. 1.0in

25.4mm

A

FRAME

SASH

RIGHT HAND SHOWN

25 TRIMLINE™

CAM HANDLE LOCKS

20b

FIG. 4 25.39 CAM HANDLE (A-1 angle base)

FIG. 5 25.80 CAM HANDLE FOR LOOPER WINDOWS

25.81 (inline base)

RIGHT HAND SHOWN

WOOD/PVC/METAL:

4 - #10 PHILLIPS FLAT HEAD SST SCREWS.

LENGTH AND THREAD TYPE DETERMINED BY PROFILE.

FRAME

SASH

.625in 15.9mm

.500in 12.7mm

1.469in 37.3mm

2.938in 74.6mm

25 TRIMLINE™

CAM HANDLE LOCKS

20c

FIG. 6 STRIKE PLATE 30569

FIG. 8 OFFSET STRIKE HOUSING 20237FIG. 7 IN-LINE STRIKE HOUSING 20236

METAL: 2 ( P/N 19630 ) FLAT HEAD SST SCREWS

PVC/WOOD: 2-#10 PHILLIPS FLAT HEAD SST SCREWS

(LENGTH AND THREAD TYPE DETERMINED

BY PROFILE)

RECOMMENDED SCREWS:

METAL: 2 ( P/N 19630 ) FLAT HEAD SST SCREWS

PVC/WOOD: 2-#10 PHILLIPS FLAT HEAD SST SCREWS

(LENGTH AND THREAD TYPE DETERMINED

BY PROFILE)

STRIKE

HOUSING

NUMBER

INSERT

NUMBER

.218

20236

20231

.282 20232

.344 20233

A

STRIKE

HOUSING

NUMBER

INSERT

NUMBER

.218

20237

20231

.282 20232

.344 20233

F

.623in 15.8mm

2.061in 52.4mm

1.500in 38.1mm

.437in 11.1mm

.750in 19.1mm

2.063in 52.4mm

1.500in 38.1mm

STRIKE

HOUSING

STRIKE

HOUSING

A

INSERT

A

INSERT

hcrane

STRIKE PLATE 30569

1.437in 36.5mm

.043in 1.1mm

1.437in 36.5mm

.043in 1.1mm

25 TRIMLINE™

CAM HANDLE LOCKS

20d

FIG. 9 GASKET 20556 (offset base)

FIG. 10 GASKET 20406 (inline base)

10/19/23, 10:01 AM Stainless Steel Turnbuttons https://kilianhardware.com/stainless-steel-turnbuttons/ 1/4

Home Window Hardware Stainless Steel Turnbuttons

Stainless Steel Turnbuttons SKU: SS Turnbutton

Availability: One wing turnbuttons are immediately available. Two wing turnbuttons are out of stock and may not ship until November.

$0.69 - $0.79 (12 reviews) Write a Review

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Stainless steel turn buttons Michael LeBlanc

Very well machined and formed. No burrs. Excellent quality manufacturing. Plus they are rot resistant stainless steel.

Excellent Brian Monticello

Old fashioned turn buttons with a new twist. Fashioned from 304 stainless steel for rust resistance.

One wing turnbuttons measure 1-1/4" x 13/16" with a 3/8" projection.

Two wing turnbuttons measure 1-3/4" x 3/4" with a 3/8" projection.

Price breaks are available starting at quantities of 100.

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Two wing turnbuttons are out of stock and may not ship until November.

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