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kLL ROOF PENETRATIONS 96 SQUARE BURGLAR BAR
<br />'INCHESOR LARGER' ARE REdUIRED TO
<br />PAC K/A'G E
<br />-BE SECUREU WITH BURGLAR BARS. .
<br />'CONTACT THE POLICE DEPARTMENT`
<br />AT 647-5846 FOR: SPECIFICATIONS FEATURES:
<br />AND ROUGH INSPECTION PRIOR TO
<br />MECI-IANICAL SIrNOFF BURGLAR ANIZEDSTEELANDARE rSTEEL OD RICATED OF
<br />INSERTS ARE, A ONE-PIECE WELDED CONSTRUCTION
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<br />in the direction parallel to the plane of the glass that would tend to open the window while,
<br />simultaneously, an additional concentrated load of seventy-five (75) pounds is applied to the same area
<br />of the same sash member in the direction perpendicular to the plane of the glass toward the exterior
<br />side of the window. With the load removed, apply the manipulation test described in subsection
<br />(B)(3)(1), supra.
<br />(g) For inside sliding windows, repeat Test (f) while simultaneously applying a concentrated load of
<br />twenty-five (25) pounds inward at the end of the movable bottom rail near the meeting stile opposite
<br />the lockstile. For outside sliding windows, repeat Test (f) while simultaneously applying a concentrated
<br />load of twenty-five (25) pounds in the same direction as the perpendicular load inward at the end of the
<br />movable bottom rail near the meeting stile opposite the lock stile outward.
<br />(h) Perform the disassembly and manipulation test as described in subsection (13)(3)(m), supra.
<br />(3) The tests for Types B and C window assemblies shall be performed In the following order:
<br />(a) With the swinging sash in the normal position, apply a concentrated load of one hundred (100)
<br />pounds within three 3 inches of each end of the rail or stile which is opposite the hinged side in the
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<br />direction perpendicular to the plane of the glass that would tend to open the window.
<br />(b) Repeat Test (a) and simultaneously apply a concentrated load of one hundred (100) pounds on the
<br />outside within one (1) inch of the end of the stile or rail which is opposite the hinged side, in a direction
<br />parallel to the plane of the glazing which would tend to disengage the lock.
<br />(c) With the swinging sash in the normal position, apply a concentrated load of two hundred (200)
<br />pounds on the rail or stile containing the locking device within six (6) inches of the lock.
<br />(d) Repeat Test (b) while simultaneously applying Test (c). The manipulation test described in subsection
<br />(13)(3)(1), supra, shall be applied in Tests (a), (b) and (d) to the sash with the load removed.
<br />(e) Perform the disassembly and manipulation test as described in subsection (B)(3)(m), supra.
<br />(4) Tests for Type D window assemblies shall be performed in the following order:
<br />(a) With the sash in the normal position, simultaneously apply a concentrated load of one hundred (100)
<br />pounds within three (3) inches of the ends of each rail or stile which is perpendicular to the pivot sides in
<br />the direction that would tend to open the sash.
<br />(b) With the sash in the normal position, apply a concentrated load of one hundred (100) pounds on the
<br />rail or stile containing the pivot within one (1) inch of the pivot in a direction parallel to the pivots.
<br />(c) Repeat Test (b), applying the load to the opposite rail or stile.
<br />(d) With the sash in the normal position, apply a concentrated load of two hundred (200) pounds on the
<br />rail or stile containing the locking device within six (6) inches of the lock.
<br />(e) Repeat Test (d) while simultaneously applying the load specified in Test (b). Repeat Test (d) while
<br />simultaneously applying the load specified in Test (c) above. The manipulation test described in
<br />subsection (13)(3)(1), supra, shall be applied in Tests (a), (b), (c) and (d) above to the sash with the load
<br />removed.
<br />(f) Perform the disassembly and manipulation test as described in subsection (B)(3)(m), supra.
<br />(5) A window assembly shall fail these tests if at any time during or after the tests, the assembly does
<br />not remain engaged, intact, and in the closed and locked position, or by manipulating exposed
<br />component; or if one can enter through displaced or damaged portions.
<br />(6) The report shall contain a description of the results of the test performed in accordance with the test
<br />methods above. The report shall include the following: Identification of the samples tested; type,
<br />location, and number of anchors; type and thickness of glazing material and an indication of whether or
<br />not the subject passed the test. The report shall also indicate at what point the assembly fails. The test
<br />report shall be certified to be a true copy by the testing laboratory and shall be forwarded direct from
<br />the laboratory to the enforcing authority.
<br />(Ord. No. NS-1424, § 1, 6-5-78)
<br />tend to remove the fixed panel from the frame jamb pocket. With the load applied, determine if entry
<br />can be gained by manipulation as described in subsection (13)(3)(1), infra.
<br />(b) With the panels in the normal position, a concentrated load of three hundred (300) pounds shall be
<br />applied at midspan of the fixed 'ambstile in the direction parallel to the lane of the lass that would
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<br />tend to remove the fixed panel from the frame jamb pocket while, simultaneously, an additional
<br />concentrated load of one hundred fifty (150) pounds is applied at midspan of the fixed panel interlock
<br />stile in the direction perpendicular to the plane of the glass which would tend to disengage the meeting
<br />stiles. With this load applied, determine if entry can be gained by manipulation as described in
<br />subsection (13)(3)(1), infra.
<br />(c) Repeat Test (a) with the fixed panel lifted upward to its full limit within the confines of the door
<br />frame. The lifting force need not exceed one hundred fifty (150) pounds at the bottom of the exterior
<br />face of the meeting stile. With this load applied, determine if entry can be gained by manipulation as
<br />described in subsection (13)(3)(1), infra.
<br />(5) A sliding door assembly shall fail these tests if at any time during or after the test, the sliding door
<br />assembly does not remain engaged, intact, and in the closed and locked position or by manipulating an
<br />exposed component; or if one can enter through displaced or damaged portions.
<br />(6) The report shall include the following: Identification of the samples tested; type, size, location, and
<br />number of locking devices; type, location, and number of anchors; type and thickness of glazing material
<br />and an indication of whether or not the subject passed the test. The report shall also indicate at what
<br />point the assembly fails. The report shall be certified to be a true copy by the testing laboratory and
<br />shall be forwarded direct from the laboratory to the enforcing authority.
<br />(C) Window classifications.
<br />(1) Type A window assemblies incorporate one (1) or more sashes that open by sliding in the plane of
<br />the wall in which the window is installed.
<br />(2) Type B window assemblies incorporate one (1) or more framed sashes which are hinged at or near
<br />two (2) corners of the individual sash and open toward the exterior of the wall.
<br />(3) Type C window assemblies incorporate one (1) or more sashes which open toward the interior and
<br />are hinged at or near two (2) corners of the sash.
<br />(4) Type D window assemblies incorporate one (1) or more sashes which are hinged or pivot near the
<br />center so that part of the sash opens into the interior wall and part opens toward the exterior.
<br />(D) Window tests/procedures.
<br />(1) Window assemblies shall be mounted following the manufacturer's installation instructions. Install
<br />the window assembly in a test fixture which simulates the wall construction required by Chapter 25 of
<br />the Uniform Building Code. The unit shall be fully glazed. The sash shall be closed and locked with the
<br />primary locking device only.
<br />(2) Tests for Type A window assemblies shall be performed in the following order:
<br />(a) With the sliding sash in the normal position, a concentrated load of two hundred (200) pounds shall
<br />be applied separately to each member incorporating a locking device, at a point on the sash member
<br />within six (6) inches of the locking device, in the direction parallel to the plane of the glass that would
<br />tend to open the window. With the load removed, apply the manipulation test described in subsection
<br />(13)(3)(1), supra.
<br />(b) With the sliding sash in the normal position, a concentrated load of two hundred (200) pounds shall
<br />be applied separately to each sash member incorporating a locking device, at a point on the sash
<br />member within six (6) inches of the locking device in the direction parallel to the plane of the glass that
<br />would tend to open the window while, simultaneously, an additional concentrated load of seventy-five
<br />(75) pounds is applied in the same area of the same sash member in the direction perpendicular to the
<br />plane of the glass toward the interior side of the window. With the load removed, apply the
<br />manipulation test described in subsection (13)(3)(1), supra.
<br />(c) With the sliding sash in the normal position, a concentrated load of two hundred (200) pounds shall
<br />be applied separately to each sash member incorporating a locking device, at a point on the sash
<br />member within six (6) inches of the locking device, in the direction parallel to the plane of the glass that
<br />would tend to open the window while, simultaneously, an additional concentrated load of seventy-five
<br />(75) pounds is applied to the same area of the same sash member in the direction perpendicular to the
<br />plane of the glass toward the exterior side of the window. With the load removed, apply the
<br />manipulation test described in subsection (13)(3)(1), supra.
<br />(d) With the sliding sash lifted upward to the full limit within the confines of the window frame, a
<br />concentrated load of two hundred (200) pounds shall be applied separately to each sash member
<br />incorporating a locking device, at a point on the sash within six (6) inches of the locking device, in the
<br />direction parallel to the plane of glass that would tend to open the window. With the load removed,
<br />apply the manipulation test described in subsection (13)(3)(1), supra.
<br />(e) With the sliding sash lifted upward to the full limit within the confines of the window frame, a
<br />concentrated load of two hundred (200) pounds shall be applied separately to each sash member
<br />incorporating a locking device, at a point on the sash within six (6) inches of the locking device, in the
<br />direction parallel to the plane of the glass that would tend to open the window while, simultaneously,
<br />an additional concentrated load of seventy-five (75) pounds is applied to the same area of the same sash
<br />member in the direction perpendicular to the plane of the glass towards the interior side of the window.
<br />With the load removed, apply the manipulation test described in subsection (13)(3)(1), supra.
<br />(f) With the sliding sash lifted upward to the full limit within the confines of the window frame, a
<br />concentrated load of two hundred (200) pounds shall be applied separately to each sash member
<br />incorporating a locking device, at a point on the sash member within six (6) inches of the locking device,
<br />(3) Tests shall be performed on the samples in the following order:
<br />(a) With the panels in the test position, a concentrated load of eight hundred (800) pounds shall be
<br />applied to the vertical pull stile incorporating a locking device, at a point on the stile within six (6) inches
<br />of the locking device, in the direction parallel to the plane of the glass that would tend to open the door.
<br />With the load removed, determine if the primary locking device can be unlocked by manipulation as
<br />described in Test (1), infra.
<br />(b) With panels in the test position, a concentrated load of fifty (50) pounds shall be applied to the
<br />vertical pull stile incorporating a locking device, at a point on the stile within six (6) inches of the locking
<br />device, in the direction parallel to the plane of the glass that would tend to open the door while,
<br />simultaneously, an additional concentrated load of two hundred (200) pounds is applied to the same
<br />area of the same stile in a direction perpendicular to the plane of glass toward the interior side of the
<br />building. With the load applied, determine if the primary locking device can be unlocked by
<br />manipulation as directed in Test (1), infra.
<br />(c) Repeat test (b) substituting eight hundred (800) pounds for the indicated fifty (50) pounds. Perform
<br />the manipulation tests with the load removed.
<br />(d) With the panels in the test position, a concentrated load of fifty (50) pounds shall be applied to the
<br />vertical pull stile incorporating a locking device, at a point on the stile within six (6) inches of the locking
<br />device, in the direction parallel to the plane of the glass that would tend to open the door while
<br />simultaneously, an additional concentrated load of two hundred (200) pounds is applied to the same
<br />stile in the direction perpendicular to the plane of the glass toward the exterior side of the door. With
<br />the load applied, determine if the primary locking device can be unlocked by manipulation as described
<br />in Test (1), infra.
<br />(e) Repeat Test (d) substituting eight hundred (800) pounds for the indicated fifty (50) pounds. Perform
<br />the manipulation tests with the load removed.
<br />(f) With the movable panel lifted upward to its full limit within the confines of the door frame, a
<br />concentrated load of eight hundred (800) pounds shall be applied separately to each vertical pull stile
<br />incorporating a locking device, at a point on the stile within six (6) inches of the locking device, in the
<br />direction parallel to the plane of the glass that would tend to open the door. With the load removed,
<br />determine if the primary locking device can be unlocked by manipulation as described in Test (1), infra.
<br />(g) With the movable panel lifted upward to its full limit within the confines of the door frames, a
<br />concentrated load of fifty (50) pounds shall be applied to the vertical pull stile incorporating a locking
<br />device, at a point on the stile within six (6) inches of the locking device, in the direction parallel to the
<br />plane of the glass that would tend to open the door while, simultaneously, an additional concentrated
<br />load of two hundred (200) pounds is applied to the same area of the same stile in the direction
<br />perpendicular to the plane of the glass toward the interior side of the door. With load applied,
<br />determine if the primary locking device can be unlocked by manipulation as described in Test (1), infra.
<br />(h) Repeat Test (g) substituting eight hundred (800) pounds for the indicated fifty (50) pounds. Perform
<br />the manipulation tests with the load removed.
<br />(i) With the movable panel lifted upward to its full limit within the confines of the door panel, a
<br />concentrated load of fifty (50) pounds shall be applied to the vertical stile incorporating a locking device,
<br />at a point on the stile within six (6) inches of the locking device, in the direction parallel to the plane of
<br />glass that would tend to open the door while, simultaneously, and additional concentrated load of two
<br />hundred (200) pounds is applied to the same area of the same stile in the direction perpendicular to the
<br />plane of the glass toward the exterior side of the door. With the load applied, determine if the primary
<br />locking device can be unlocked by manipulation as described in Test (1), infra.
<br />(j) Repeat Test (i) substituting eight hundred (800) pounds for the indicated fifty (50) pounds. Perform
<br />the manipulation tests with the load removed.
<br />(k) For inside sliding doors, repeat Test (d) while simultaneously applying a concentrated load of fifty
<br />(50) pounds at the end of the movable bottom rail near the meeting stiles inward. For outside sliding
<br />doors, repeat Test (d) while simultaneously applying a concentrated load of fifty (50) pounds at the end
<br />of the movable bottom rail near the meeting stiles and outward.
<br />(1) Lift, push, pull, or otherwise manipulate by hand the door relative to the clearances within the frame
<br />while attempting to open the door. This test shall be conducted continuously for five (5) minutes.
<br />Examine the assembly and determine a method and position for inserting a tool through the assembly
<br />from the outside so as to contact the primary locking device or the latch. Two (2) different tools shall be
<br />used: A knife or spatula with a thin blade approximately one -thirty-second (1/32) inch thick, not more
<br />than one (1) inch wide and no longer than six (6) inches; and a piece of stiff steel wire with a diameter of
<br />approximately one -sixteenth (1/16) inch. Determine whether it is possible to insert the wire or
<br />manipulate with either of these tools so as to unlock the door within a five-minute time period.
<br />(m) With the following tools:
<br />1. A knife or spatula with a thin blade approximately one -thirty-second (1/32) inch thick, not more than
<br />one (1) inch wide, and no longer than six (6) inches; and
<br />2. A straight or Phillips screwdriver with a maximum six (6) inch shaft.
<br />Remove from the door assembly all screws, glazing heads, or other mechanical fasteners which can be
<br />removed readily from the exterior within a time limit of five (5) minutes. Determine if the primary
<br />locking device can be unlocked or entry gained by manipulation as described in Test (1), infra.
<br />(4) Fixed panels. Fixed panels shall be fastened in accordance with the manufacturer's instructions. Tests
<br />shall be performed in the following order:
<br />(a) With the panels in the normal position, a concentrated load of three hundred (300) pounds shall be
<br />applied at midspan of the fixed jambstile in the direction parallel to the plane of the glass that would
<br />�1
<br />Architecture + Planning
<br />17911 Von Karman Ave.
<br />Suite 200
<br />Irvine, CA 92614
<br />ktgy.com
<br />949.851.2133
<br />KTGY Project No: 2017-0934
<br />Project Contact: Debbie Holland
<br />Email: dholland@ktgy.com
<br />Principal: Wil Wong
<br />Project Designer: D. Schoolmeester
<br />Project Director: Debbie Holland
<br />Developer
<br />ED OAK
<br />INVL�'S"I' AL:N I'S
<br />4199 CAMPUS DRIVE
<br />IRVINE, CA 92612
<br />PHONE NO. (714) 342-2502
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<br />It is the clients responsibility prior to or during construction to notify the architect in writing
<br />of any perceived errors or omissions in the plans and specifications of which a contractor
<br />thoroughly knowledgeable with the building codes and methods of construction should
<br />reasonably be aware. Written instructions addressing such perceived errors or omissions
<br />shall be received from the architect prior to the client or clients subcontractors proceeding
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<br />with the work. The client will be responsible for any defects in construction if these
<br />procedures are not followed.
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<br />No. C29795
<br />RENEWAL DATE
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<br />AUGUST 31, 2023
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<br />License Stamp
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<br />POLICE DEPARTMENT
<br />BUILDING SECURITY
<br />REGULATIONS
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