FIREGUARD 20, 60, 90, 180 FIREGUARD COLOR - Won-Door

Transcription

FIREGUARD COLOR CHART
Standard Color
FIREGUARD 20, 60, 90, 180
#55 Platinum
Optional Colors Available at Additional Cost
#63 Sandalwood
#53 Rose
#62 Nile
#77 Almond
#64 Colonial Blue
#33 Toast
FIRE DOOR SELECTION GUIDE
This guide will assist the specifier in selecting the most appropriate assembly and related options based on:
1. Fire rating required.
2. Special requirements for access control/security.
FIRE RATINGS:
1.
2.
3.
Won-Door FireGuard is listed as a fire-rated door (NFPA 252) with ratings up to 3 hours.
Door Model
Fire Rating
Won-Door FireGuard 20
20 Minutes
1 Hour
1 1/2 Hours
3 Hours
Won-Door FireGuard is also listed as a 450° temperature rise door (NFPA 252) with a 1 1/2 hour rating for use
in stairwell enclosure applications
Door Model
Fire Rating
Won-Door FireGuard 90TR
1 1/2 Hour Temperature Rise
Won-Door FireGuard is also listed as a moveable fire wall (ASTM E-119) in straight, single parting
configurations.
Door Model
Fire Rating
Won-Door FireGuard MFWI
1 Hour
Won-Door FireGuard MFWII
2 Hours
SPECIAL REQUIREMENTS (OPTIONAL):
1.
2.
3.
a.
b.
Exit Hardware may be specified at multiple locations along the door assembly to allow exiting from a space
where a single exit device would not be sufficient. (see details on page 35)
Vision Panels may be specified to meet code requirements for smoke barriers. (see details on page 33)
Access Control Options. Where required, the Won-Door FireGuard assembly can be equipped to provide two
levels of access control. (Note: Access Control is disabled when the door is in fire mode.):
Level 1 Access Control – Disabled Exit Hardware
When the door is in the normal supervisory mode, the door’s exit hardware is programmed to be inactive (it is
active in emergency mode only). In addition, the closing system will seek the closed position. If an attempt is
made to force the door off its closed limit, it immediately re-closes and sounds an alarm. The alarm can sound
locally or remotely. When the door re-closes, the clutch engages for approximately 5 minutes to resist further
attempts to force it open. A key switch or other access device is required to open/close the door, therefore
specifiers must determine the type and location of the device(s) and specify the required boxes, conduit and
wiring in the electrical section of the specification. (See pages 28, 29)
For increased security, the standard sliding jamb and “quick release” jamb stops can be replaced with a heavygauge steel sliding jamb and rigid Z-shaped fixed jamb stops. An additional 25 mm of pocket depth is required.
Level 2 Access Control – Electromagnetic Locking Device
An electromagnetic locking clutch is added to the closing system and provides 182 kg to 227 kg of resistance to
opening. A key switch or other access device is required to open/close the door, therefore specifiers must
determine the type and location of the device(s) and specify the required boxes, conduit and wiring in the
electrical section of the specification. (See pages 28, 29)
USING OTHER TYPES OF ACCESS DEVICES (OPTIONAL)
In the access control applications, other types of operating devices can be added including numeric keypads, push
button and infrared operating devices, providing they are capable of receiving a low voltage signal via stranded 18gauge wire in conduit to the Won-Door automatic closing system control box. Additional operating device contacts
can be added as required. These access devices should be defined, provided, and installed under the respective
specification section.
ADVANCED SYNCHRONIZED LOGISTICS (ASL) (OPTIONAL)
The REMOTE CONTROL AND STATUS PC STATION will monitor and control up to 120 FireGuard assemblies
and consists of a dedicated personal computer and customized software designed to indicate door status information
and to provide remote operation of the doors. (See page 30)
Specifications FireGuard 20, 60, 90, 180
SECTION 08 35 13.23
13.26 – Horizontal Sliding, Accordion-Type Fire Doors
SPECIFICATIONS: PART 1 – GENERAL
1.01 SUMMARY OF WORK
A. Division 0 and Division 1, as indexed, apply to this section.
B. Furnish and install all horizontal sliding, accordion-type fire doors shown on the drawings and
specified herein.
1.02 RELATED SECTIONS
A. All headers, support structures, surrounding insulation, jambs, storage pockets, pocket doors, access
doors, blocking and trim shall be furnished and installed by other sections.
B. All electrical wire, wiring, conduit and electrical boxes shall be furnished and installed by electrical
section.
C. [All track, soffit, chain guide and wall mounted striker posts shall be painted by Section 09900. Color
shall be selected by the architect.]
D. [(Note: The following paragraph should be included when 2.04 Option P, ASL-Advanced
Synchronized Logistics, is specified) Regarding 2.04 Option P – The Microsoft Windows based PC
shall be supplied by the owner. Wiring from the computer to the doors shall be furnished and installed
by the electrical section and shall consist of one (1) USOC RJ14-6POS 4 wire jack per line, up to eight
(8) lines, installed near the computer. From the computer, each line shall daisy chain up to 32 doors
together with one (1) USOC RJ14-6POS 4 wire jack installed on the back wall of the storage pocket
for each door. Wire used in the daisy chain shall be a minimum of CAT 3 twisted 2 pair cable. Each
line shall be 1219 meters or less in length.]
E. [(Note: The following paragraph should be included when 2.04 Option J, individual LCD door status
display panel, is specified) Regarding 2.04 Option J– One (1) USOC RJ14-6POS 4 wire jack shall be
supplied at the back of the storage pocket and shall be tied to the 4 square junction box adjacent to the
door with CAT 3 twisted 2 pair cable. The junction box, RJ14 jack and wire shall be furnished and
installed by the electrical section. Termination to the LCD panel shall be by punch down block and
shall be by the electrical section as per the manufacturer’s instructions. If the LCD panel is supplied
with 2.04 Option J, then the CAT 3 twisted 2 pair cable can be terminated in parallel with the ASL
wiring in the same USOC RJ14-6POS 4 wire jack.]
1.03 QUALITY ASSURANCE
A. Installation shall be performed by factory trained and certified installers with a minimum of three
years experience installing accordion-type fire doors.
B. Fire doors shall be tested in accordance with China Test standard GB14102-2005, listed by
Underwriters Laboratories, and FM global for ratings as indicated, when tested in accordance with the
requirements of UL 10B and ASTM E-2074. Fire doors shall comply with the requirements of the
International Building Code Congress and NFPA 5000.
C. Automatic closing system shall be tested in accordance with China Test standard GB 14102-2005 and
listed by Underwriters Laboratories and FM Global in accordance with the requirements of UL 864
and be intended for use with assembly in compliance with NFPA 80, Chapter 9, Section 9.4.2.1.
D. Fire doors used for smoke and draft control shall bear the “S” mark on the fire door label and shall be
tested in compliance with China Test standard GB14102.
E. Fire doors used at the point of access to an elevator shall bear the “S” mark on the fire door label shall
be tested in compliance with China Test standard GB14102.
Specifier’s
Note
Brackets [ ] indicate specifier’s option
SECTION 08 35 13.23 – Horizontal Sliding, Accordion-Type Fire Doors
1.04 SUBMITTALS
A. Refer to Section 01300 - Shop Drawings and Submittals.
B. Indicate required stacking depth, storage pocket width and height of header above finished floor. Show
installation details, layout, and electrical requirements.
1.05 DELIVERY, STORAGE, AND HANDLING
A. Deliver to the job site in manufacturer's original, unopened package.
1.06 COORDINATION BY GENERAL CONTRACTOR
A. Coordinate the efforts of the various trades affected by the work of this section. Assure accurate
installation of header, jamb, and trim. Provide field dimensions for fabrication. Supervise unloading
and handling of materials.
B. Permanent power shall be in-place and ready for final connection when fire doors are erected. Assure
access to and proper clearance for motor operators.
C. After testing the fire alarm system, automatic-closing fire doors shall be re-set to the original
positions.
D. Store boxes flat (not more than three high) in a dry area and protect from elements that may damage
materials. Replace damaged materials at no cost to the owner.
1.07 WARRANTY
A. Materials and installation shall be warranted against defects in workmanship for a period of one (1)
year from the date of substantial completion.
B. [A Manufacturers Service Agreement shall cover years 2 thru 5 and include regularly scheduled
testing and inspection of all door functions. The Service Agreement will include [select one: annual,
semi-annual, quarterly or monthly] visits to inspect, test and perform all required maintenance. All
service and maintenance functions are performed by factory-trained service technicians.]
C. [A comprehensive owner training seminar will be conducted by a factory trained service technician.
The owner training shall include horizontal sliding, accordion-type fire door operation, care,
maintenance, testing and trouble-shooting.]
SPECIFICATIONS: PART 2 – PRODUCTS
2.01 MANUFACTURER AND MODEL
A. Horizontal sliding accordion-type fire doors shall be Won-Door FireGuard model WDFG[select one:
20, 60, 90, or 180] (number designates minutes of fire rating)(China classification code GFYJ-420480FY3-Cx-S-203) as manufactured by Won-Door Corporation, Salt Lake City, Utah. (Note: Add suffix
“S” for smoke and draft OR suffix “E” if door is used at the point of access to an elevator.)
B. Products of other manufacturers demonstrating complete compliance with each of the fire rating and
performance criteria of the product specified will be considered for approval. Minimum proof of
compliance shall include UL 864 9th edition listing, UL test report and independent testing agency
report documenting compliance with IBC Section 1008.1.3.3 and NFPA 80, Chapter 9. Written
requests for substitutions will be considered by the architect up to ten days prior to the bid date.
C. [No substitutions allowed.]
2.02 FIRE RATING
A. Fire Doors shall be tested in accordance with China Test standard GB 141102-2005 and listed by
Underwriters Laboratory as special purpose fire doors having a fire resistive rating up to three hours in
accordance with the requirements of UL 10B and ASTM E-2074.
2.03 REMOTE MONITORING AND CONTROL
(Note: Remote Monitoring and Control may be specified under 2.04 Option P)
A. Fire doors shall be capable of being remotely monitored and controlled by a personal computer (PC).
Information displayed on the computer shall indicate the voltage of the battery, AC line voltage and
error conditions. Status information shall indicate whether the door(s) is closed, open, closing,
opening, stopped, blocked or locked. Access using the Fire Exit Hardware shall be indicated as well
as when the door(s) has received a fire signal.
2.04 MATERIALS
A. Construction: shall consist of two parallel, accordion-type walls of panels independently suspended
with no floor tracks, pantographs, or interconnections except at the lead-post.
B. Panels shall be formed of 24-gauge (.7 mm) enamel coated steel V-grooved for strength and resilience.
Panels shall be connected by full height 24-gauge (.7 mm) enamel coated steel hinges. Panels shall be
modular in design and capable of in-place repair-ability.
C. Suspension System: shall consist of two 14-gauge cold rolled steel (or 3 mm aluminum) tracks on 203
mm centers attached to the overhead structural support. Each lead post shall be suspended by an 8wheel ball bearing trolley. Each panel shall be suspended by a steel hanger pin and a ball bearing
roller.
D. Lead-posts: shall be of 24-gauge (.7 mm) cold rolled steel and shall be connected by specially formed
steel panels. An internally mounted stabilizer bar shall keep lead-posts plumb and in proper alignment
during operation and insure a tight fitting closure.
E. Perimeter Seals: shall consist of continuous extruded vinyl sweeps attached to the top and bottom of
the fire door to form a smoke and draft seal.
F. Hanging weight shall be 27 kg/m2.
G. Automatic Closing System shall consist of the following:
1. Microprocessor based Electronic Control box with these features:
a. Ability to monitor dual power sources continually for peak performance including:
i. Detect a missing battery, bad battery, or low battery condition.
ii. Detect if the charging circuit is bad.
iii. Detect fuse failures.
iv. Detect high or low AC conditions.
b. Ability to monitor the health of the drive train including:
i. Direction errors, obstruction errors, hindrance errors, and position errors.
ii. Active daily path checks, by actually closing and opening to assure a clear path and proper
operation.
iii. Ability to monitor a passive input such as an infrared light beam to assure the closing path
is clear.
c. Ability to monitor inputs including:
i. Sticky door block, exit hardware, patron hardware, and key switches.
ii. Key switch mis-wires where key open and key close are both on simultaneously.
d. Ability to self-monitor the health of:
i. Internal volatile and non-volatile memory.
ii. Proper operation of firmware.
Specifier’s
Note
2.
3.
4.
5.
e. Ability to run a “watch dog” monitoring circuit which will force a software restart in the event
the software hangs, including the ability to track the number of resets that occur for diagnostic
purposes.
f. Ability to record the number of times the door has closed, opened, lost communication with
external microprocessors, and the number of times the controller has been reset manually.
g. Ability to monitor ambient temperature and lockout the operating devices once the
environment at the door becomes untenable.
h. Ability to enter a security mode to help control access through the door including:
i. The ability to automatically re-close and secure itself after a legitimate patron access has
occurred.
ii. The ability to unlock and revert to a fire door in a fire alarm condition, including the
ability to re-lock automatically after the fire alarm condition has cleared.
i. Ability to withstand voltages up to 120 volts AC on the fire alarm input circuit without
damage including the ability to indicate that the alarm circuit has not been wired as a dry
contact, “no voltage” circuit when errant voltages are applied to the circuit.
j. Ability to communicate with other microprocessors on the system via an internal bus system,
including but not limited to microprocessors on the motor drive, in the leading edge of the
door, and on a wall mounted display panel adjacent to the door.
k. Ability to indicate trouble or supervised information both locally and at a remote location.
Motor Operator Assembly including:
a. A DC gear-motor, drive sprocket, clutch, and position sensors. The motor shall drive the fire
door by means of a chain attached to a stabilizer bar trolley each time the door operates
including the initial closing cycle.
A door control momentary rocker switch shall be mounted on one side of the door near the lead
post and shall have the following functions: Pressing the upper portion of the switch shall close
the door and/or clear fault conditions. Pressing the lower portion of the switch shall open the door
and/or temporarily mute the local horn. For doors using wall mounted key switches, 2.04 Option
I, a color coordinated cover plate shall be provided to fill the hole left when the rocker switch is
removed or not used.
The control box shall be equipped with a service switch that performs the following functions:
a. When the switch is off with AC power present, the controller shall emit an audible coded
sound indicating the system is out of service. In this mode all normal functions shall cease
including motor and communications.
b. When the switch is off and AC power is not present, the controller shall enter a sleep mode
during which the system shall use the battery to monitor the AC line for power but do nothing
else.
c. When the switch is moved from the off position to the on position, the controller shall enter a
calibrate mode where it emits a coded audible alert indicating that the door needs to be closed
to complete the calibration sequence. As soon as the door is closed, the controller shall
automatically stop the audible alert, and resume all normal functions and monitoring.
Leading Edge Obstruction Detector:
Specifier’s
Note
a. Shall be pressure sensitive such that each contact with an obstruction shall cause the door to
stop, reverse enough to remove pressure on the leading edge, pause, and then re-close when in
an alarm condition. The leading edge obstruction detector shall be fully functional at all times,
including during the initial closing cycle.
b. Constant pressure to the leading edge in the direction of opening shall, while the door is
opening under motor power, continue to open under motor power until the leading edge is
released. This is termed motor assisted opening.
c. Constant pressure to the leading edge while not under motor power shall prevent motor
operation and allow the door to be opened manually.
6. Exit Hardware shall be located on both sides of each fire door.
a. In emergency mode, a slight pressure on the hardware will cause the door to open a minimum
of 813 mm, pause for 3 seconds, and then automatically close.
b. The open distance shall be field programmable, up to the entire opening width, if the local
authority requires an opening larger than 813 mm.
c. The pause before re-close shall be field programmable, up to 30 seconds, if the local authority
requires a longer pause time.
d. The exit hardware shall have the ability when not in the emergency (fire) mode or the security
(lock) mode to be used to open the door and move it back into the storage pocket.
e. The exit hardware shall be field programmable to provide access control. When programmed,
the exit hardware shall not respond when pressed until activated by signal from smoke
detector or fire alarm.
7. Suffix “E” doors shall include the following extras; track seals, anti-sway brackets every five feet
or less across the opening, modified lead post trolleys and foil tape between the panels and the
smoke liner.
OPTIONS
H. [Vision Panel shall consist of frame and clear glass assembly with listings from Underwriters
Laboratory up to 1 1/2 hours]. (Note: required only in smoke barriers in Group I occupancies.)
I. [A Key switch module shall be provided.] (Note: required for doors equipped with Access Control
devices.)
J. [An individual LCD door status display panel shall be provided adjacent to the door to indicate in the
English language the status of the door, i.e. door position and trouble conditions. It shall have a port
that allows easy access to a diagnostic tool for the purposes of field programming the door to
customized settings. When used with the ASL system, it shall be compatible and not disrupt the ASL
communications] (Note: Electrical requirements for the LCD panel can be found in 1.02 Option E)
K. [Air Pressure Resistance. When the differential pressure on the two sides of the fire resistant and
smoke resistant shutter is 20 Pa, the amount of smoke leaked through when it is in a standard state (20
deg C) shall not be greater than 0.2 m3 (m2*min).]
L. [An infrared light beam shall be provided on non-curved doors to monitor the opening path. In the
event that an object is placed in the path of the door for more than 4 minutes, the beam shall cause the
door to sound an alarm indicating a path obstruction.]
Specifier’s
Note
M. [Acoustic Insulation: Interior surfaces of both walls shall be completely covered with a continuous
blanket of .454 kg density foil-backed fiberglass fastened in place with steel spring-clips]. (Note:
When specifying insulated doors, contact the manufacturer for pocket depths, hanging weight and size
limitations.)
OPTIONS - ACCESS CONTROL/MONITORING
(Note: Level 1 and Level 2 Access Control options are independent systems and may not be specified in
conjunction with each other)
N. [Level 1 Access Control. The Exit Hardware shall not respond when pressed until activated by signal
from smoke detector or fire alarm. Upgrades to the fire door for this level of access control shall
include a heavy-gauge steel sliding jamb and rigid jamb stops.] (Note: at least one key-switch
required.)
O. [Level 2 Access Control. An Electromagnetic lock shall be added to the motor operator assembly to
provide 181-226 kg of resistance to manual opening until activated by a signal from fire alarm. When
the fire alarm is cleared, the door returns to normal access control. Upgrades to the fire door for this
level of access control shall include a heavy-gauge steel sliding jamb, rigid jamb stops and 10-gauge
steel vertical reinforcement to the lead post.] (Note: at least one key-switch required.)
P. [Advanced Synchronized Logistics- an integrated building asset management system (ASL), as
manufactured by Won-Door Corporation, shall be furnished and installed to continuously control and
monitor the status of up to 256 doors. ASL shall consist of a Multi-port On-site Monitor box, a serial
cable, a 12-volt power supply and software on CD-ROM media. Installation, jacks, a computer (PC)
and wiring shall be provided by others.] (Note: Electrical requirements for the ASL system can be
found in 1.02 Option D)
2.05 COLOR
A. Color shall be manufacturer’s standard #55 Platinum.
B. [Color shall be selected from manufacturer's optional colors at additional cost.]
C. [Color shall be selected by architect and field painted by others.]
SPECIFICATIONS: PART 3 – EXECUTION
3.01 PREPARATION BY GENERAL CONTRACTOR
A. Openings shall be to the dimensions specified, plumb and level.
B. Headers shall be parallel with the finished floor within ±3 mm tolerance over the entire length of the
opening.
C. Manufacturer shall make available to the general contractor a DVD showing door opening preparation.
3.02 INSPECTION
A. Inspect openings prepared for fire doors and surrounding conditions. Immediately notify the architect,
in writing, of any unacceptable conditions.
3.03 INSTALLATION
A. Install fire doors in accordance with manufacturer's instructions for clearance and fastenings.
B. Adjust for smooth, quiet operation. Verify that all operations are functional and meet the requirements
of applicable codes and regulations.
C. Upon completion of the installation, general contractor shall protect fire doors from damage and shall
replace or repair subsequent damage so that doors are acceptable to the architect at no additional cost
to the owner.
D. Installation shall be performed by factory trained and certified installers with a minimum of three
years experience installing accordion-type fire doors.
3.04 DEMONSTRATION
A. Manufacturer’s onsite field technician shall demonstrate the operation of the doors to the General
Contractor. A DVD outlining the operation, scheduled maintenance, basic troubleshooting and care of
the door system shall be provided to the owner by the door manufacturer.
Copyright © 2011 by Won-Door Corporation, all rights reserved.
END OF SECTION
Specifier’s
Note
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STRAIGHT DOOR – HEAD DETAIL
STANDARD HEAD w/POCKET MOUNTED MOTOR
CAD FILE: FGHD1METRIC
STANDARD HEAD w/POCKET MOUNTED MOTOR
CAD FILE: FGHD1
1.
2.
3.
4.
5.
6.
7.
8.
12 mm dia. threaded rod with nuts and washers by others. (457 mm O.C. in opening, 305 mm O.C. in stack
area.)
1 layer 19 mm x 438 mm continuous plywood and 2 layers 19 mm x 381 mm continuous plywood. Stagger
joints, glue and screw together @ 610 mm O.C. with 2 #7 x 41 mm screws. [OR] 12 mm X 457 mm steel
plate.
Provide rated construction on each side corresponding to rating required for opening by others. (Note: 1
hour condition shown. To view additional rated conditions, visit our website @ www.wondoor.com)
Two layers 16 mm x 457 mm x continuous type ”X” gypsum board and three layers 12 mm x 92 mm type
“X” gypsum board terminating 305 mm into the pocket. All gypsum to be furnished, installed, finished,
and field painted by others.
Motor operator unit. (Mounted at back of pocket. (See page 14)
Structural support or anchorage by others. Structural support is not limited to concrete deck.
Minimum dimension required to meet U.L. compliance. The dimension may be increased to further recess
the head condition if required.
L-shaped trim piece with pre-finished white color to match track by Won-Door. (Provides transition from
track to gypsum soffit.)
Specifier’s
Note
STRAIGHT DOOR – PLAN VIEW
SINGLE PARTING
SINGLE PARTING
CAD FILE: FGPL1METRIC
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
Sliding jamb assembly.
Exit Hardware.
Blocking by others.
Sliding jamb stops mounted 127 mm back from face of pocket.
Non-rated pocket cover door by others. (See page 26, 27)
Door bumper by others required when spring loaded hinge is not used by others. (See page 27)
Maintain 229 mm clearance on each side of the centerline of the door.
Fire rated bulkhead above, drop or flush with ceiling.
Striker by Won-Door recessed into rated construction and caulked by others.
Center striker pocket on door centerline.
Specifier’s
Note
*To determine pocket depth, see the Instructions on page 17 and Pocket Depth Calculation Chart on page 18.
STRAIGHT DOOR – PLAN VIEW
BI-PARTING
BI-PARTING
CAD FILE: FGPL2METRIC
1.
2.
3.
4.
5.
6.
7.
8.
9.
Exit Hardware.
Blocking by others.
Door bumper by others. Bumper required when spring loaded hinge is not used. (See page 27)
Specifier’s
Note
*To determine pocket depth, see the Instructions on page 17 and Pocket Depth Calculation Chart on page 18.
STRAIGHT DOOR – ELEVATION
SIDE VIEW
STANDARD POCKET MOUNTED MOTOR
CAD FILE: FGELEV1METRIC
1.
2.
3.
4.
5.
6.
7.
8.
9.
Top of door track. (Fabrication height.)
Ceiling line.
Motor operator assembly.
Folding fire door by Won‐Door.
Storage pocket.
Electronic control box by Won‐Door.
[Optional keyswitch by Won‐Door. (See page 31.]
Fire exit hardware. (Allows passage through the door when closed.)
Two 102 mm x 102 mm junction boxes surface mounted side by side on back wall of pocket 305 mm
above finished floor for required electrical connections.
Specifier’s
Note
STRAIGHT DOOR – ELEVATION
FRONT VIEW
STRAIGHT DOOR
CAD FILE: FGELEV4METRIC
1.
2.
3.
Fabrication height/field dimension height taken from top of track to top of finished floor.
Finished floor. (Carpet, tile, etc.)
Sub floor. (Concrete, etc.)
Door Profile Widths:
• Stacked Width: 406 mm
• Extended Width: 292 mm
STRAIGHT DOOR – HEAD DETAIL
STEEL PAN HEADER
STEEL PAN HEAD w/POCKET MOUNTED MOTOR
CAD FILE: SPHFGHD1METRIC
1.
2.
3.
4.
12 mm threaded rods, Steel Pan Header and track assembly by Won-Door.
Motor operator unit. (Mounted at back of pocket. (See page 14)
Specifier’s
Note
The Steel Pan Header System may be specified for straight doors less than 9144 mm wide and 3048 tall.
POCKET DEPTH CHART INSTRUCTIONS
Single Parting Straight Doors
The term CLEAR OPENING WIDTH on the Pocket Depth Calculation Chart refers to the distance from the front
of the storage pocket to face of the striker.
To determine the pocket depth requirement of a door:
1. Determine the door’s CLEAR OPENING WIDTH
2. Find the appropriate range for that width (From-To columns)
3. Refer to the “Single” (for single parting) column.
4. Consult the Options Affecting Pocket Depth section below the chart to determine how optional
equipment affects stack requirements.
Example below: Pocket depth for FireGuard 60 single parting door w/ 2540 mm clear opening (in the range from
2489 mm to 2692 mm). Minimum pocket depth = 965 mm.
Clear Opening Width Min. Pocket Depth
From:
To:
Single
Bi-Part
2236
2464
940
1067
2465
2692
965
1092
2693
2921
1016
1143
Bi Parting Straight Doors
Bi‐part doors require two storage pockets. Instead of using the total CLEAR OPENING WIDTH when referring to
the stack chart, use 1/2 of the CLEAR OPENING WIDTH (which is the distance from the front of storage pocket on
one side to the center of the door opening), then follow the same instructions listed in “single parting” (above) to
determine the pocket depth requirement. For bi‐parting doors, a motor operator can be placed in each pocket to
increase the maximum door size for a standard pocket mounted motor. For unequal bi‐parting doors, consult the
factory.
Example below: Pocket depth for FireGuard 60 bi‐parting door with 4775 mm clear opening width. Look up 2386
mm on stack chart (1/2 of 4775). Min. pocket depth = 1067 mm for each pocket.
From:
To:
Single
Bi-Part
2236
2464
940
1067
2465
2692
965
1092
2693
2921
1016
1143
List of Options Affecting Pocket Depth
Once you have determined the appropriate depth requirements using the chart on the next page, consult the Options
Affecting Pocket Depth section below the chart. Optional equipment such as the access control sliding jambs,
vision panels, and multiple exit hardware will also affect pocket depth as will pocket cover doors in excess of 51
mm thick.
STRAIGHT DOOR – POCKET DEPTH CALCULATION CHART
FireGuard 20, 60, 90, 180
*For bi‐parting doors: Use
Clear Opening Width Single
Bi1/2 the clear opening width.
Minimum Pocket Depth is
Parting Parting
From:
To:
0
1295
736
863 affected by door height.
1296
1529
762
889 The charts on this page
1530
1762
812
939 show Minimum Pocket
1763
1996
863
965 Depths for doors 3048 mm
1997
2230
889
1016 in height or less.
2231
2463
939
1066 Minimum Pocket Depths for
2464
2697
965
1092 taller doors are shown
2698
2931
1016
1143
Height Single Bi-Part
2932
3164
1041
1168
3165
3398
1092
1219
3048
940
991
3399
3632
1117
1244
3962 1118 1168
3633
3865
1168
1295
3866
4099
1193
1320
4877 1295 1346
4100
4333
1244
1371 below.
4334
4566
1295
1422
4567
4800
1320
1447 For doors over 3048 mm in
4801
5034
1371
1498 height, if the Minimum
5035
5267
1397
1524 Pocket Depth shown on the
5268
5501
1447
1574 charts for the required width
5502
5735
1473
1600 is less than that shown
5736
5969
1524
1651 above use the appropriate
5970
6202
1549
1676 value from above instead. If
6203
6436
1600
1727 it is not, use the value
6437
6670
1625
1778 shown on the charts. For
6671
6903
1676
1803 doors over 4572 mm in
6904
7137
1727
1854
height, the minimum pocket
7138
7371
1752
1879
7372
7604
1803
1930 width of 508 mm is
7605
7838
1828
1955 required.
7839
8072
1879
2006 For doors over 6096 mm in
8073
8305
1905
2032 height, please consult the
8306
8539
1955
2082 factory. The above chart is
8540
8773
1981
2108 for straight door openings
8774
9006
2032
2159 less than 183 m2. For
9007
9240
2082
2209 straight doors openings
2
greater than 183 m , please consult the factory.
BiParting Parting
From:
To:
9241
9474
2108
2235
9475
9707
2184
2311
9708
9941
2235
2362
9942
10175
2260
2387
10176
10408
2311
2438
10409
10642
2336
2463
10643
10876
2387
2514
10877
11109
2438
2540
11110
11343
2463
2590
11344
11577
2514
2641
11578
11811
2540
2667
11812
12044
2590
2717
12045
12278
2616
2743
12279
12512
2667
2794
12513
12745
2692
2819
12746
12979
2743
2870
12980
13213
2768
2895
13214
13446
2819
2946
13447
13680
2870
2997
13681
13914
2895
3022
13915
14147
2946
3073
14148
14381
2971
3098
14382
14615
3022
3149
14616
14848
3048
3175
14849
15082
3098
3225
15083
15316
3124
3251
15317
15549
3175
3302
15550
15783
3200
3352
15784
16017
3251
3378
16018
16250
3302
3429
16251
16484
3327
3454
16485
16718
3378
3505
16719
16951
3403
3530
16952
17185
3454
3581
17186
17419
3479
3606
17420
17653
3530
3657
17654
17886
3556
3683
17887
18120
3606
3733
18121
18354
3657
3784
OPTIONS AFFECTING POCKET DEPTH:
Access Control sliding jamb: Add 25 mm to pocket depth.
Pocket Cover Door: Above charts allow for 51 mm thick cover door. Add appropriate amount if cover door and
finish materials are thicker than 51 mm. (See page 26, 27)
Vision Panel: Add 152 mm to pocket depth.
Additional exit hardware: Add 25 mm to pocket depth for each exit device. Maximum of 3 sets of exit hardware
per door leaf.
FireGuard SE for doors used at the point of access to an elevator: Minimum stack depth is 813 mm.
CURVED DOOR – HEAD DETAIL
CURVED HEAD w/POCKET MOUNTED MOTOR
CAD FILE: FGHD3METRIC
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
12 mm dia. threaded rod with nuts and washers by others. (457 mm O.C. in opening, 305 mm O.C. in stack
area.)
3 layers 19 mm x 457 mm continuous plywood and 2 layers 16 mm x 140 mm continuous plywood.
Stagger joints, glue and screw together @ 610 mm O.C. with 2 #7 x 41 mm screws.
2 layers 16 mm x 178 mm continuous type “X” gypsum board by others.
2 layers 16 mm x 171 mm continuous type “X” gypsum board by others.
Three layers 12 mm x 92 mm type “X” gypsum board terminating 305 mm into the pocket. All gypsum to
be furnished, installed finished, and field painted by others.
Motor operator unit. (Mounted at back of pocket. See page 14.)
Structural support or anchorage by others. (Structural support is not limited to concrete deck.)
L‐shaped trim piece with pre‐finished white color to match track by Won‐Door. (Provides transition from
track to gypsum soffit.)
Specifier’s
Note
CURVED DOOR – PLAN VIEW
SINGLE PARTING
CURVED DOOR
CAD FILE: FGPL1CURVEDMETRIC
1.
Provide rated construction on each side corresponding to rating required for opening by others (Note: 1 hour
condition shown. To view additional rated conditions, visit our website @ www.wondoor.com)
2. Sliding jamb assembly.
3. Exit Hardware.
4. Blocking by others.
5. Sliding jamb stops mounted 127 mm back from face of pocket.
6. Non-rated pocket cover door by others. (See page 26, 27)
7. Door bumper by others. Bumper required when spring loaded hinge is not used. (See page 27)
8. Maintain 229 mm clearance on each side of the centerline of the door.
9. Fire rated bulkhead above, drop or flush with ceiling.
10. Striker by Won-Door recessed into rated construction and caulked by others.
Specifier’s
Note
*To determine pocket depth, see Instructions on page 24 and Pocket Depth Calculation Chart on page 25.
Minimum radius is 1524 mm. Standard radii are 1524 mm and 3048 mm. Custom curves greater than 1524
mm and multiple curves are available.
CURVED DOOR – PLAN VIEW
BI-PARTING
CURVED DOOR
CAD FILE: FGPL2CURVEDMETRIC
1.
2.
3.
4.
5.
6.
7.
8.
9.
Exit Hardware.
Blocking by others.
Door bumper by others. Bumper required when spring loaded hinge is not used. (See page 27)
Specifier’s
Note
*To determine pocket depth, see Instructions on page 24 and Pocket Depth Calculation Chart on page 25.
Minimum radius is 1524 mm. Standard radii are 1524 mm and 3048 mm. Custom curves greater than 1524
mm and multiple curves are available.
CURVED DOOR GUIDELINES
1.
2.
3.
Centerline of header. (Radius of curved track is determined by measuring the centerline of the header.)
Centerline of outside track.
Centerline of inside track.
1.
Specifier’s
Note
2.
Standard 1524 mm and 3048 mm radius with custom curves greater than 1524 mm and multiple
curves available.
Templates of header radii are supplied to the field upon request.
CURVED DOOR – ELEVATION
FRONT VIEW
CURVED DOOR
CAD FILE: FGELEV5
1.
2.
3.
Fabrication height/field dimension height taken from top of track to top of finished floor.
Finished floor. (Carpet, tile, etc.)
Sub floor. (Concrete, etc.)
Door Profile Widths:
 Stacked Width: 406 mm
 Extended Width: 292 mm
POCKET DEPTH CHART INSTRUCTIONS
Single Parting Curved Doors
The term CLEAR OPENING WIDTH on the Pocket Depth Calculation Chart refers to the distance from the front
of the storage pocket to face of the striker.
To determine the pocket depth requirement of a door:
1. Determine the door’s CLEAR OPENING WIDTH
2. Find the appropriate range for that width (From-To columns)
3. Refer to the “Single” (for single parting) column.
4. Consult the Options Affecting Pocket Depth section below the chart to determine how optional
equipment affects stack requirements.
Example below: Pocket depth for FireGuard 60 single parting door w/ 2540 mm clear opening (in the range from
2489 mm to 2692 mm). Minimum pocket depth = 991 mm.
From:
To:
Single
Bi-Part
2185
2413
940
1067
2414
2642
991
1118
2643
2870
1016
1143
Bi Parting Curved Doors
Bi‐part doors require two storage pockets. Instead of using the total CLEAR OPENING WIDTH when referring to
the stack chart, use 1/2 of the CLEAR OPENING WIDTH (which is the distance from the front of storage pocket on
one side to the center of the door opening), then follow the same instructions listed in “single parting” (above) to
determine the pocket depth requirement. For bi‐parting doors, a motor operator can be placed in each pocket to
increase the maximum door size for a standard pocket mounted motor. For unequal bi‐parting doors, consult the
factory.
Example below: Pocket depth for FireGuard 60 bi‐parting door with 4775 mm clear opening width. Look up 2388
mm on stack chart (1/2 of 4775 mm). Min. pocket depth = 1067 mm for each pocket.
From:
To:
Single
Bi-Part
2185
2413
940
1067
2414
2642
991
1118
2643
2870
1016
1143
List of Options Affecting Pocket Depth
Once you have determined the appropriate depth requirements using the chart on the next page, consult the Options
Affecting Pocket Depth section below the chart. Optional equipment such as the access control sliding jambs, vision
panels, and multiple exit hardware will also affect pocket depth as will pocket cover doors in excess of 51 mm thick.
CURVED DOOR – POCKET DEPTH CALCULATION CHART
FireGuard 20, 60, 90, 180
BiParting
Parting
From:
To:
0
1295
736
863
1296
1524
762
889
1525
1752
812
939
1753
1981
863
965
1982
2209
889
1016
2210
2438
939
1066
2439
2667
965
1092
2668
2895
1016
1143
2896
3124
1041
1168
3125
3352
1092
1219
3353
3581
1117
1244
3582
3810
1168
1295
3811
4038
1193
1320
4039
4267
1244
1371
4268
4495
1295
1422
4496
4724
1320
1447
4725
4953
1371
1498
4954
5181
1397
1524
5182
5410
1447
1574
5411
5638
1473
1600
5639
5867
1524
1651
5868
6096
1549
1676
6097
6324
1600
1727
6325
6553
1625
1778
6554
6781
1676
1803
6782
7010
1727
1854
7011
7239
1752
1879
7240
7467
1803
1930
7468
7696
1828
1955
7697
7924
1879
2006
7925
8153
1905
2032
8154
8382
1955
2082
8383
8610
1981
2108
8611
8839
2032
2159
8840
9067
2082
2209
9068
9296
2108
2235
9297
9525
2159
2286
152.4 m2, please consult the factory.
*For bi‐parting doors: Use
1/2 the clear opening width.
Minimum Pocket Depth is
affected by door height.
The charts on this page
show Minimum Pocket
Depths for doors 3048 mm
in height or less.
For single parting doors
3049 -3961 mm in height,
the minimum pocket depth
is 940 mm. For bi-parting
doors 3962-6096 mm in
height the minimum pocket
depth is 1168 mm.
For doors over 3962 mm in
height, if the Minimum
Pocket Depth shown on the
charts for the required width
is less than that shown
above use the appropriate
value from above instead. If
it is not, use the value
shown on the charts.
height, the minimum pocket
width of 508 mm is
required.
height, please consult the
factory.
The above chart is for
curved door openings less
than 152.4 m2. For curved
doors openings greater than
BiParting
Parting
From:
To:
9526
9753
2184
2311
9754
9982
2235
2362
9983
10210
2260
2387
10211
10439
2311
2438
10440
10668
2336
2463
10669
10896
2387
2514
10897
11125
2438
2540
11126
11353
2463
2590
11354
11582
2514
2641
11583
11811
2540
2667
11812
12039
2590
2717
12040
12268
2616
2743
12269
12496
2667
2794
12497
12725
2692
2819
12726
12954
2743
2870
12955
13182
2768
2895
13183
13411
2819
2946
13412
13639
2870
2997
13640
13868
2895
3022
13869
14097
2946
3073
14098
14325
2971
3098
14326
14554
3022
3149
14555
14782
3048
3175
14783
15011
3098
3225
15012
15240
3124
3251
15241
15468
3175
3302
15469
15697
3200
3352
15698
15925
3251
3378
15926
16154
3302
3429
16155
16383
3327
3454
16384
16611
3378
3505
16612
16840
3403
3530
16841
17068
3454
3581
17069
17297
3479
3606
17298
17526
3530
3657
17527
17754
3556
3683
17755
17983
3606
3733
OPTIONS AFFECTING POCKET DEPTH:
Access Control sliding jamb: Add 25 mm to pocket depth.
Pocket Cover Door: Above charts allow for 51 mm thick cover door. Add appropriate amount if cover door and
finish materials are thicker than 51 mm. (See page 26, 27)
Vision Panel: Add 152 mm to pocket depth.
Additional exit hardware: Add 25 mm to pocket depth for each exit device. Maximum of 3 sets of exit hardware
per door leaf.
FireGuard SE for doors used at the point of access to an elevator: Minimum stack is 813 mm for single parting
doors and 940 mm for bi-parting doors.
POCKET COVER DOOR GUIDELINES
Pocket cover doors are not required, but may be used to aesthetically conceal Won‐Door Fireguard doors.
When properly done, they add to the continuity of the project and provide anonymity to the installation.
Won‐Door Corporation does not manufacture or install pocket cover doors. Therefore, they should be
specified in a separate specification section. Unless specifically required by the Authority Having
Jurisdiction, pocket doors need not be fire‐rated, but solid core doors are preferable for reasons of
durability. The door thickness and covering material is at the discretion of the designer. Many covering
materials have been successfully used including: plastic laminates, wood veneers, vinyl, paint, bronze,
stainless steel, and marble. If the aggregate thickness of the pocket cover door exceeds 51 mm, however,
the additional thickness must be added to the calculation of the pocket depth (see Pocket Depth
Calculation Chart on page 17,24.)
Some basic criteria for the successful design of pocket cover doors are listed below:
1. Doors must be side hinge swinging and must swing at least 90°. When in the open position,
pocket doors may not encroach on the 457 mm minimum opening width required for the pocket.
Designing “notches” on either side of the pocket opening to accommodate the cover door
thickness will prevent this (see Pocket Cover Door Detail on page 27.)
2. Cover doors must be operable with less than 22.68 kg of lateral force. As the Won‐Door
FireGuard door is activated, the leading edge will make contact with the cover door and push it
open. 22.68 kg is the normal operating force required for egress‐type swinging doors and only if
the cover door is unusually heavy would special considerations need to be taken.
3. When activated, pocket doors should remain in the open position so as not to obstruct the path of
the Won‐Door FireGuard door when it is closing.
4. Won‐Door recommends specifying either (a) a spring‐action such as the Hager #1257 (with
reversed spring action)to hold the cover door open when activated or (b) a continuous hinge such
as a Stanley #314.
a. The reversed spring action in the Hager #1257 butt hinge makes the cover door selfopening rather than self‐closing. Cover doors without spring action hinges may swing
back into the operating path of the Won‐Door FireGuard and cause damage or obstruct
emergency operation.
b. For aesthetic considerations, a continuous hinge is preferable because it does not protrude
beyond the face of the pocket cover door and therefore presents a “hinge less”
appearance. When a continuous hinge is used, however, a “bumper” is required. The
bumper prevents the pocket door from swinging back in to the operating path of the
Won‐Door FireGuard. Won‐door does not provide bumpers, but its design is shown on
page 27.
5. A magnetic catch not to exceed 13.608 kg can serve to keep the pocket cover doors in the closed
position when the Won‐Door Fireguard door is not in use. Positive latches such as hooks or throw
bolts are not permitted because they prevent the Won‐door FireGuard door from pushing the
cover door open during operation.
6. A door frame is not required although one may be used. For aesthetic considerations, however, a
“frame less” design may be preferable because it leaves only two slight reveals at the door edges
and provides a less noticeable pocket door installation.
POCKET COVER DOOR DETAIL
1.
2.
3.
4.
5.
6.
Provide fire rated construction corresponding to rating required for opening by others.
Blocking for sliding jamb stops centered at 127 mm from face of pocket by others.
Spring action hinge or continuous hinge by others.
Non-rated pocket cover door by others.
Magnetic catch (not to exceed 13.608 kg) by others.
Bumper (mounted on inside of pocket cover door 76 mm above finished floor) by others.
Specifier’s
Note
Bumpers must be specified when non-spring action hinges are used.
POCKET MOUNTED MOTOR OPERATOR
ELECTRICAL DIAGRAM
Specifier’s
Note
Note: Cable lengths referred to in this detail are actual cable lengths, not straight line distances. If cable length
exceeds 7.62 wire meters, consult the factory.
Key switch is required with access control.
LARGE DOOR MOTOR OPERATOR
ASSEMBLY WIRING DIAGRAM
Specifier’s
Note
Note: Cable lengths referred to in this detail are actual cable lengths, not straight line distances. If cable length
exceeds 7.62 wire meters, consult the factory.
ASL – ADVANCED SYNCHRONIZED LOGISTICS
Specifier’s
Note
The PC-based remote display provides central control and monitoring capabilities for up to 120 fire doors. The
display screen monitors current status of each door (closed, closing, open, opening, stopped, blocked, access
using fire exit hardware, or locked), battery voltage, and AC line voltage. The remotely located PC allows all
monitored Won-Door FireGuard doors to be opened or closed from a central control station. Doors equipped
with optional magnetic locks may also be remotely locked or unlocked. Changes in door status are displayed
on the monitor when doors are in fire mode or a malfunction is detected. The Remote control and Status
Display Station is a dedicated PC for use with Won-Door Fireguard assemblies only.
OPTIONAL KEY SWITCH
1.
2.
3.
Key switch module.
Plaster ring by others.
102 mm x 102 mm x 64 mm electrical box by others.
Specifier’s
Note
Key switches are optional except with access control options.
For safety reasons, a key switch must be installed within line-of-sight of the operation of the Won-Door
FireGuard door.
CCOM ROCKER SWITCH
Specifier’s
Note
CCOM rocker switch is included when a key switch is not specified. The switch is used to open and close the
door and to reset and silence door faults.
OPTIONAL VISION PANEL
1.
2.
3.
Ceiling line.
1 1/2-hour U.L. listed Vision Panel. Required only for smoke barrier applications in Group I occupancies.
Maximum size is 146 mm x 67 mm.
Exit hardware.
Specifier’s
Note
Add 152 mm to pocket depth for vision panel (except when the vision panel is required to be closer than 1219
mm to the leading edge of the door or 2438 mm on a curved door. In these cases, contact the factory for
details.)
OPTIONAL SINGLE DOOR DISPLAY
1.
2.
3.
Single door display module.
Plaster ring by others.
102 mm x 102 mm x 64 mm electrical box by others.
Specifier’s
Note
The Single Door Display communicates door status & fault information to building tenants.
Mounted in a standard 102 mm x 102 mm recessed “J” box.
OPTIONAL MULTIPLE EXIT HARDWARE DETAIL
1.
2.
3.
4.
Top of track.
Ceiling line.
Finished floor.
Exit hardware. (In sets, one on each side of the door, or one side only.)
1.
Specifier’s
Note
2.
Up to three (3) sets of exit hardware per leaf may be specified at any horizontal locations on the door
(example above shows two sets in front of a bank of elevators). Upon activation of the exit
hardware, the FireGuard door will open to a field-programmable distance.
Add 25 mm to stack or pocket depth for each set of exit hardware.

FIREGUARD 20, 60, 90, 180 FIREGUARD COLOR - Won-Door

Transcription

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