14-184R-007O
D
ACCESS - CONTROLLED EGRE55 DOORS
NFPA -101 (7.2. I .G.2 - 2009 Edition)
Egress Access - Control System shall meet all the following criteria:
(1) A sensor shall be provided on the egress side, arranged to detect an occupant
approaching doors that are arranged to unlock in the direction of egress upon
detection of an approaching occupant or loss power to the sensor. .
(2) Loss of power to the part of the access control system that locks the door
shall automatically unlock the doors in the direction of egress.
(3) The doors shall be arranged to unlock in the direction of egress from a manual
release device located 40 in. to 48 in. vertically above the floor and within GO in.
of the secured doors.
(4) The manual release device specified in 7.2. 1 .G.3(3) shall be readily. accessible
and clearly identified by a sign that reads as follow: PU5H TO EXIT.
(5) When operated, the manual release device shall result in direct interruption of
power to the lock - independent of the access control system electronics - and
the doors shall remain unlocked for not less than 30 seconds.
(G) Activation of the building fire - protective signaling system, if provided, shall
automatically unlock the doors in the direction of egress, and the: doors shall
remain unlocked until the fire - protective signaling system has been manually
reset.
(7) The activation of manual fire alarm boxes that activate the building fire-protective
signaling system specified in 7.2. 1 .G.2(G) shall not be rectuired to unlock the
doors.
(8) Activation of the building automatic sprinkler or the fire detection system, if
provided, shall automatically unlock the doors in the direction of egress, and the
doors shall remain unlocked until the fire- ptotective signaling system has been
manually reset.
PRE - ACTION 5Y5TEM / 5EQUENCE OF OPERATIONS
- Double Interlocked Systems shall be designed so that the Valve will actuate only
in the event of "Multiple Fire Detection" by the release mechanisms.
If a single release event occurs, audio and visual signals shall be generated on all
areas of the building by means of Horn / Strobe devices but the Valve will not
operated and water will not flow until a second release event is detected. (Double
Interlocked are commonly used in systems where water entering the sprinkler
system 15 critical as well as when accidental discharge of water is critical).
- Pneumatic / Electric Release:
The Pneumatic / Electric Pre - Action System uses both an Electric Release System
(composed of an approved 5olenoid Valve, a Control Releasing Panel and an
appropriate Smoke Detector), and Pneumatically Pressurized 5prinkler System.
The Vlctaullc series 7G9 actuated Valve will activate only when 1s a pressure loss
in the 5prinkler System and the Electric Detection of the release event.
In the event of a loss of pressure in the 5prinkler System without an electric
detection the valve will not actuate until a second release event 1s detected, in
this way if there is accidental damage to the 5prinkler System no water will flow.
Additionally, if there is an electric detection and no pressure loss in the 5prinkler
System the Valve will not actuate. General Alarm (audio signal, visual signal,
alarm signal report to the U.L. designated Central 5tatlon) will be generated in
both cases.
ELEVATOR RECALL — Sequence of Operation
A. Smoke Detectors in elevator lobbies, and or elevator machine room shall:
1. Initiate an alarm condition at the panel.
2. Initiate the recall of the elevator cars as follows in accordance with NFPA 72
(2007 edition), Chapter 6.16.3.
B. Phase I recall: Any elevator lobby smoke detector located on floors 2 and above
and /or any smoke detector in the elevator machine or elevator hoistway shall initiate
phase I recall which will bring the elevator car to the 1st floor and lock the doors
in the open position.
C. Phase II recall: Any elevator lobby smoke detector located on the 1st floor shall
initiate recall which will bring the elevator car to the 2nd floor and lock the doors
in the open position.
D.• Elevator Warning Signal: Actuation of any elevator machine room smoke detector
or elevator hoistway detector shall also initiate the elevator warning signal to alert
emergency personnel that the elevators are not safe for use as required in NFPA 72
(2007 edition) Chapter 6.16.3.12.3
P" Shunt —Trip Heat Detectors: Heat Detectors dedicated for Elevator Shunt shall be
connected where required and activate a control shunt to disconnect the elevator
power upon activation. The shunt power source shall be monitored by the Fire All:
q Control Panel as required in NFPA 72.
ELEVATOR RECALL WIRING DIAGRAM
(INTELLIGENT SYSTEM.
Elevator Machine Room, & Lobby Heat Detectors, Smoke
Detectors, connected to activate Fire Fighter's Service Recall
FAI
SEQUENCE OF OPERATION:
SMOKE DETECTOR
Activation of Smoke Detector shall initiate the following functions:
— Generate an audible signal at the Fire Alarm Control Panel
— Generate an audible signal simultaneously on all areas of
the building by means of Horns devices. Generate a visual
alarm signal simultaneously on all areas of the building by
the use of Strobe devices or combination Horn /Strobe
notification device.
— Indicate the location of the Smoke Detector by displaying
the alarmed device and its location on the FACP.
— Transmits a Fire Alarm Signal to the designated U.L.
Certified Central Station.
HEAT DETECTOR
Activation of Heat Detector shall initiate the following functions:
— Generate an audible signal at the Fire Alarm Control Panel
— Generate an audible signal simultaneously on all areas of
the building by means of Horns devices. Generate a visual
alarm signal simultaneously on all areas of the building by
the use of Strobe devices or combination Horn /Strobe
notification device.
— Indicate the location of the Heat Detector by displaying
the alarmed device and its location on the FACP.
— Transmits a Fire Alarm Signal to the designated U.L.
Certified Central Station.
MANUAL FIRE ALARM PULL STATION
Activation of Pull Station shall initiate the following functions:
— Generate an audible signal at the Fire Alarm Control Panel
— Generate an audible signal simultaneously on all areas of
the building by means of Horns devices. Generate a visual
alarm signal simultaneously on all areas of the building by
the use of Strobe devices or combination Horn /Strobe
notification device.
— Indicate the location of the Pull Station by displaying
the alarmed device and its location on the FACP.
— Transmits a Fire Alarm Signal to the designated U.L.
Certified Central Station.
WATERFLOW DETECTOR
Activation of Waterflow shall initiate the following functions:
— Generate an audible signal at the Fire Alarm Control Panel
— Generate an audible signal simultaneously on all areas of
the building by means of Horns devices. Generate a visual
alarm signal simultaneously on all areas of the building by
the use of Strobe devices or combination Horn /Strobe
notification device.
— Indicate the location of the Waterflow Detector by displaying the
alarmed device and its location on the FACP.
— Activate the outdoor Sprinkler Bell.
— Transmits a Fire Alarm Signal to the designated U.L.
Certified Central Station.
TAMPER SWITCHES
Activation of Tamper Switches shall initiate the following
functions:
— Generate an audible supervisory signal at the FACP.
— Indicate the location of the Tamper Switch by displaying.
the activated device and its location on the FACP.
— Transmits a Supervisory Signal to the designated U.L.
Certified Central Station.
DUCT DETECTOR
Activation of Duct Detector shall initiate the following
functions:
— Generate an audible supervisory signal at the FACP.
— Indicate the location of the Duct Detector by displaying
the activated device and its location on the FACP.
— Shut down the AHU.
— Transmits a Supervisory Signal to the designated U.L.
Certified Central Station.
TROUBLE
— Indicate the location of trouble signal at the FACP.
— Generate an audible signal at the FACP.
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,I
— Transmits a Trouble Signal to the designated U.L. Certified_
�
i,3? 'F j I
Central Station."f
1
X_I�LIN R FIR'= CEPAR T I.1
tVMZZ_:AL r,REd-
DIGITAL ALARM COMMUNICATION TRANSMITTER (DACT) r� ' '` ""
:,A-1 _ �a �,e L�x-.
DAl2: (0
— The DACT shall be provided with (2) telephone lines. Th
telephone lines shall first be connected to the DACT and k;;7
FiRZE AI�Y
LL i E A CEN' i RA,
then to the rest of extensions. STATION SE
ICE. A CE RINF1CATE
— Upon a signal received by the DACT from the FACP, the OR pLPCAR D
4HAILL BE POSTED AT
DACT shall immediately seize the telephone line, abort an�:IPtAL I�4,SaEC
ICi.I, AS PER ER NFPA r'`
current telephone session and terminates any incoming
call. Within 90 seconds, the DACT shall call first programmed
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number of the designated U.L. Listed Central Station on the FIRE
SYS TEM BL
primary telephone line and report the event. INSTALLS
N ACCOpDAI\10E Wrrh
NF
A 72: 70: 101-
— If the primary telephone line 1 fails to provide a dial tone
or, for any reason, is unseccessful in completing the
J
transmission, the DACT shall excercise telephone line 2 as
O
per NFPA -72. Telephone line 2 is the backup line.
FLOW BELL NOTES:
– FLOW BELL SHALL SOUND UPON ACTIVATION OF FLOW SWITCH ONLY
– FLOW BELL SHALL SOUND AS LONG AS WATER IS FLOWING
– FLOW BELL SHALL NOT BE CAPABLE OF BEING SILENCED FROM FACP
Al
FIM & SECURITY SYSTEMS
7963 N.W. 14th STREET
DORM., FLORIDA 33126
TEL : 305.477.9640
FAX: 305.477.1083
www.WSEFS.com
LICENSE #: EC- 0001652
NOTIFIEW iii;
by Honeywell
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ENGINEERIND ?t '
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Carlos Rodriguez, P.E.
UC. #G5G87 `!� °tr +'+
8 10 1 S.W. 104th STREET''' '
MIAMI, FLORIDA 33156 "•.'•
PHONE: (78G) 390 -8213
Revisions:
IQ 01 .27.2014
Plan review comments
08. 18.2014
As Built Revision
Qs 09. 17.2014
Fire Dpto. Comments
drawn by: L.C.
date: 07.24..2013
project #: 13 -0724
scale: as shown
FIRE ALARM
SYSTEM
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Revisions:
IQ 01 .27.2014
Plan review comments
08. 18.2014
As Built Revision
Qs 09. 17.2014
Fire Dpto. Comments
drawn by: L.C.
date: 07.24..2013
project #: 13 -0724
scale: as shown
FIRE ALARM
SYSTEM
FA -7
sheet 7 of 7
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