220042 As Built Drawings.pdf
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- Solicitation number
- FA813726R0026
About this file
This document set consists of construction drawings and a fire alarm system design for the TAFB B9001 Micro Foundry Expansion project under Contract No. W912BV22R0015. The general contractor is responsible for all construction depicted across architectural, mechanical, electrical, and structural drawings, including site preparation, building demolition, floor systems, roof framing, HVAC installation, plumbing, fire protection, and electrical distribution.
The fire alarm system design, prepared by Johnson Controls, modifies the existing fire alarm system to add a new duct smoke detector with sampling tube on RTU-18V-1 in the Sand Mold Printer Lab, a shut-down relay, and a remote test station connected to existing Node 18 TPR1. The system utilizes Simplex addressable devices including photo smoke sensors, duct smoke detectors (Models 4098-9755 and 4098-9756), manual pull stations (4099-9006), relay IAM modules (4090-9002), notification appliances with varying candela ratings and speaker configurations, and addressable sounder bases. All wiring must comply with NFPA 72 and applicable electrical codes, with power-limited circuits installed in Class B configuration. The design accommodates 38 addressable points across multiple notification appliance circuits and IDNet signaling lines, with battery backup calculations provided for two transponder units. Installation requirements include maintaining fire resistance integrity, protecting devices from dust contamination during construction, daily as-built drawing updates, and coordination with existing fire alarm systems to prevent service disconnection without written owner approval.
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MICRO FOUNDRY EXPANSION
BUILDING 9001
CONTRACT NO. W912BV22R0015
GENERAL NOTES:
1. BRAND NAMES: REFERENCE TO SPECIFIC BRAND NAMES OR COMPANIES IS FOR THE PURPOSE OF ESTABLISHING
MINIMUM QUALITY STANDARDS, IDENTIFICATION AND GUIDANCE AND IS NOT INTENDED TO LIMIT SELECTION OF OTHER MANUFACTURERS THAT ARE EQUAL OR EXCEED THE SPECIFIED ITEMS IN TERMS OF PHYSICAL PROPERTIES, INCLUDING, COLOR RANGE, FINISH, DURABILITY, APPEARANCE, PERFORMANCE CHARACTERISTICS, AND OTHER FACTORS. OTHER PRODUCTS, MATERIALS, COLORS AND SYSTEMS, MAY BE SUBMITTED FOR
EVALUATION AND APPROVAL/DISAPPROVAL BY THE CONTRACTING OFFICER.
2. THIS SET OF CONSTRUCTION DOCUMENTS SHALL BE CONSIDERED AS A WHOLE IN THAT THE GENERAL CONTRACTOR AND ALL THE SUB-CONTRACTORS ARE RESPONSIBLE FOR THE INFORMATION PRESENTED ON ALL
SHEETS ON THE SET OF DRAWINGS AND ALL SECTIONS OF THE SPECIFICATIONS.
3. THE CONTRACTOR IS RESPONSIBLE FOR ERECTING ALL CONSTRUCTION FENCING AND BARRICADES AS REQUIRED TO PROTECT CONSTRUCTION MATERIAL AND TO PREVENT ANY UNAUTHORIZED PERSONNEL FROM
ENTERING THE CONSTRUCTION SITE.
4. ANY DAMAGE TO THE EXISTING GROUNDS OR FACILITIES CAUSED BY CONSTRUCTION TRAFFIC OR ANY CONSTRUCTION OPERATION SHALL BE REPAIRED OR REPLACED BY THE CONTRACTOR TO MATCH OR EXCEED
EXISTING CONDITIONS AT NO ADDITIONAL COST TO THE GOVERNMENT.
5. ALL WORK NOTED & LOCATED IN THESE DOCS SHALL BE UNDERSTOOD BY THE CONTRACTOR TO REQUIRE ALL
NEW LABOR & MATERIALS UNLESS SPECIFICALLY NOTED TO BE "EXISTING" OR "BY OTHERS".
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ROOF FRAMING PLAN1
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SCALE: NONE
AND MECHANICAL UNIT SUPPORT
TYP. ROOF OPENING FRAME
S100 SCALE: NONE
STEEL JOISTS W/ POINT LOADS
BRACING DETAIL FOR
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AT RTU FRAMES
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SHEET 8 OF 8
525 Central Park Drive, Suite 202 Oklahoma City, OK 73105
405.528.4596 | kfcengr.com
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OK CA #3888, EXP. 06/30/23
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JOB #:
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SYSTEM SEQUENCE OF OPERATIONS
PROJECT DIRECTORY
APPLICABLE CODES & STANDARDS
ABBREVIATIONS LEGEND
GENERAL NOTES
LEGENDSDRAWING INDEX
DEVICE TAG LEGEND
SCOPE OF WORK
FIRE ALARM SYSTEM
W912BV22R0015
TAFB B9001 MICRO FOUNDRY EXPANSION
FA: = FACP (NON-NETWORK)
#: = NODE NUMBER
T#: = TRANSPONDER NUMBER
#:T# = NODE:TRANSPONDER NUMBER
N#: = NAC EXTENDER NUMBER
DEVICE NUMBER
BRANCH / ISOLATED LOOP DESIGNATOR:
CIRCUIT DESIGNATOR
PANEL DESIGNATOR
1:T2:A2-1(E1:1)
A# = IDNAC1 CIRCUIT NUMBER
D# = DOOR HOLDER CIRCUIT NUMBER
F# = FIRE PHONE CIRCUIT
H# = AUDIBLE (HORN) CIRCUIT NUMBER
M# = IDNET LOOP NUMBER
P# = POWER CIRCUIT NUMBER
S# = SPEAKER CIRCUIT NUMBER
V# = VISUAL CIRCUIT NUMBER
Z# = ZONE NUMBER
(L#) = IDNET ISOLATED LOOP NUMBER
(#) = IDNAC BRANCH NUMBER
(E#:#) = EPR2 NUMBER:BRANCH NUMBER
1. IDNAC = ADDRESSABLE NOTIFICATION CIRCUIT
2. EPR = ENHANCED POWER REPEATER
1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES. EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON
THE RECORD DRAWINGS.
2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK SHOWN, THE CONTRACTOR SHALL CONTACT JOHNSON CONTROLS IN A TIMELY MANNER SO AS NOT TO IMPAIR THE
CONSTRUCTION SCHEDULE.
3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE.
ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS.
4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION.
5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A BRANCH CIRCUIT
BREAKER, AND SHALL HAVE A RED MARKING, LOCK-ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE ALARM CIRCUIT CONTROL." THE LOCATION OF THE CIRCUIT DISCONNECT MEANS (CIRCUIT BREAKER) SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL
UNIT.
6. UPDATE THE AS-BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS-BUILT DRAWING SET TO JOHNSON CONTROLS NO
LATER THAN 7 DAYS AFTER FINAL TEST.
7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER.
8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED JOHNSON CONTROLS TECHNICAL REPRESENTATIVE.
9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM
DUST. ANY FALSE ALARMS DUE TO DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER.
10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL, CEILING, AND ROOF ASSEMBLIES ANY TIME
THAT WORK IS NOT ACTIVELY BEING PERFORMED.
11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON-POWER
LIMITED FIELD WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL CODES. REFER TO 'APPLICABLE CODES & STANDARDS' FOR SPECIFIC CODE REFERENCES.
12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES.
13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN
ACCORDANCE WITH APPLICABLE ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON-POWER LIMITED WIRE.
14 FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP.
15. FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL
RUNS IN SHAFTS SHALL BE TYPE FPLR.
16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS.
17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE
ELECTRICAL CODES, WHERE APPLICABLE.
18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS.
19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE.
20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT.
21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING.
22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS.
23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY; HOWEVER, ANY EXISTING CONDUIT
WILL BE USED ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES. JOHNSON CONTROLS MAKES NO STATEMENTS WRITTEN OR
VERBAL AS TO THE CONDITION OF EXISTING CONDUITS.
Site
TINKER AIR FORCE BASE B9001
OKLAHOMA CITY, OK
Johnson Controls District - 442
2835 SOUTH UTAH AVENUE
OKLAHOMA CITY, OK 73108
PHONE: 405-246-1000
FAX: 405-682-6169
SERVICE: 405-246-1000
MODIFY EXISTING FIRE ALARM SYSTEM: PROVIDE NEW DUCT DETECTOR, SHUT DOWN RELAY AND REMOTE TEST STATION FOR RTU-18V-1 AND
CONNECT TO EXISTING NODE 18 TPR1 IN SAND MOLD PRINTER LAB AS SHOWN ON DRAWINGS.
ALL NEW WIRING TO BE CLASS B.
THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE CONTRACTOR'S RESPONSIBILITY TO COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK
CONNECTIONS, OR TESTING.
OCCUPANCY TYPE(S):
B BUSINESS GROUP BUILDING IS FULLY SPRINKLERED
JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE. CHECK
WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS.
S
AOM
FIRE ALARM SYMBOL LEGEND
QTY SYMBOL DESCRIPTION BRAND MODEL BACKBOX WIRE
TYPE
INITIATING DEVICES
1 ADDRESSABLE DUCT SMOKE DETECTOR SIMPLEX 4098-9755 MOUNTS TO DUCTWORK
M
SAMPLING TUBE, 97" SIMPLEX 4098-9858
MODULES AND RELAYS
1 RELAY IAM SIMPLEX 4090-9002 4" SQ. 2-1/8" D W/ DBL. GANG COVER
M R
TRIM PLATE FOR SURFACE MOUNTING SIMPLEX 4090-9802
MISCELLANEOUS DEVICES
1 REMOTE TEST STATION SIMPLEX 2098-9806 SINGLE GANG 2"D K
JUNCTION BOX BY OTHERS BY OTHERSJB
4" SQ. 2-1/8"D
ACCEPTABLE
CABLE TYPES
FIRE ALARM WIRE LEGEND
FP
LR
FP
LP
TH
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TF
FN
OU
TD
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R
C.
I.CIRCUIT DESCRIPTION CONSTRUCTION GAUGE CIRCUIT PROPERTIES
K REMOTE TEST SWITCH/LED (2) 2 COND. SOLID 14 AWG X X
M IDNET UTP SOLID 16 AWG 0.60μF MAX TOTAL LINE
CAPACITANCE X X
P POWER 2 COND. SOLID 14 AWG X X X X
R RELAY 2 COND. SOLID 14 AWG X X X X
CONDUIT SIZE MAX CONDUCTOR AREA CONDUIT SIZE MAX CONDUCTOR AREA
1/2" 0.122 SQ. INCH* 1-1/4" 0.598 SQ INCH*
3/4" 0.213 SQ INCH* 1-1/2" 0.814 SQ INCH*
1" 0.346 SQ INCH* 2" 1.342 SQ INCH*
* 40% CONDUIT FILL PER N.E.C.
UTP = UNSHIELDED TWISTED PAIR
ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM INSTALLATION. THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL THAT MEETS OR EXCEEDS THE ABOVE REQUIREMENTS. RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE
UPON REQUEST.
AC = ABOVE CEILING
AFF = ABOVE FINISHED FLOOR
AHJ = AUTHORITY HAVING JURISDICTION
ALM = ALARM
ANN = ANNUNCIATOR
BMS = BUILDING MANAGEMENT SYSTEM
C = CEILING MOUNTED
CD = CANDELA RATING
DET = DETECTOR
DGP = DATA GATHERING PANEL
E = EXISTING TO REMAIN
EOL = END OF LINE
EPO = EMERGENCY POWER OFF
ER = ELEVATOR RECALL
FAA = FIRE ALARM ANNUNCIATOR
FACP = FIRE ALARM CONTROL PANEL
FATC = FIRE ALARM TERMINAL CABINET
FBO = FURNISHED BY OTHERS
FCC = FIRE COMMAND CENTER
FSD = FIRE SMOKE DAMPER
FTR = FIRE ALARM TRANSPONDER
H = HIGH HUMIDITY
HT = HEIGHT
HVAC = HEATING VENTILATION & AIR CONDITIONING
IMS = INFORMATION MANAGEMENT SYSTEM
MAX = MAXIMUM
MIN = MINIMUM
N/A = NOT APPLICABLE
NAC = NOTIFICATION APPLIANCE CIRCUIT
NDU = NETWORK DISPLAY UNIT
NEC = NATIONAL ELECTRIC CODE
NFPA = NATIONAL FIRE PROTECTION ASSOCIATION
NIC = NOT IN CONTRACT
NPU = NETWORK PROCESSING UNIT
NTS = NOT TO SCALE
PAP = PRE-ACTION PANEL
RC = EXISTING TO REMOVE AND COVER
RD = EXISTING DEVICE TO BE RELOCATED
RL = RELOCATED DEVICE
RR = REMOVE EXISTING & REPLACE WITH NEW
SCC = STATUS COMMAND CENTER
SLC = SIGNALING LINE CIRCUIT
SMK = SMOKE
SUPV = SUPERVISORY
TAC = TRUEALERT ADDRESSABLE CONTROLLER
TOS = TOP OF SHAFT
TRBL = TROUBLE
TS = TAMPER SWITCH
TYP = TYPICAL
UON = UNLESS OTHERWISE NOTED
VCC = VOICE COMMAND CENTER
VT = VALVE TAMPER
W = WATTAGE
W/ = WITH
W/O = WITHOUT
WF = WATERFLOW
WG = WIRE GUARD
WP = WEATHERPROOF
XP = EXPLOSION PROOF
JOHNSON CONTROLS CONTACTS
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FIRE ALARM SYSTEM
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COVER SHEET
JOHNSON CONTROLS © 2023
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© Johnson Controls 2023. All rights reserved. Reuse, copying, modification or alteration of the drawings and other information contained herein is strictly prohibited.
IMPORTANT NOTICE TO USER: This information may not be sold or transferred to any third party, used on other projects or additions to the project for which it was prepared, or used for completion of this project by any third party. Johnson Controls disclaims all liability for the use or reuse of altered files by the user or any third party and such use will be a user's sole risk. User shall, to the fullest extent permitted by law, defend, indemnify, and hold Johnson Controls harmless from any and all claims for loss, damage or injury arising directly or indirectly from any such unauthorized use.
National Electric Code (NFPA 70), 2017 Edition
National Fire Alarm and Signaling Code (NFPA 72), 2019 Edition
Standard for Installation of Air Conditioning and Ventilating Systems (NFPA 90A), 2018 Edition
UFC 3-600-01: Fire Protection Engineering for Facilities, With Change 6, 6 May 2021
UFC 4-021-01: Design and O&M: Mass Notification Systems, 1 January 2010
Engineering Construction Bulletin (ECB) 2018-17: New Requirements for Visual Notification for Mass Notification Systems. 14 May 2020
Sales Representative
BILLY DEWAYNE BENSON
BILLY.BENSON@JCI.COM
PHONE: 405-618-7572
Project Manager
CHANTEL HICKS
CHANTEL.HICKS@JCI.COM
PHONE: 405-568-1456
Drawings Prepared By
KEVIN COTTER
KEVIN.COTTER@JCI.COM
PHONE: 314-292-0128
Drawings Reviewed By
BILLY DEWAYNE BENSON
BILLY.BENSON@JCI.COM
PHONE: 405-618-7572
NICET IV: #83227
Sheet List Table Sheet Number Sheet Title
General Information (FA-000 Series)
FA-001 COVER SHEET
Floorplans (FA-100 Series)
FA-101 DEVICE PLACEMENT PLAN
Riser Diagrams (FA-200 Series)
FA-201 RISER DIAGRAM
Calculations (FA-600 Series)
FA-601 CALCULATIONS, SCHEDULES AND WIRING TYPICALS
YYYYY
2221201918
XXXXX
2221201918
WWWWW
2221201918
VVVVV
2221201918
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SAND MOLD
PRINTER LAB
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NAC19-3-2
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TEXT
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DEVICE PLACEMENT PLAN
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DEVICE PLACEMENT PLAN
JOHNSON CONTROLS © 2023
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© Johnson Controls 2023. All rights reserved. Reuse, copying, modification or alteration of the drawings and other information contained herein is strictly prohibited.
GENERAL NOTES:
1. THE DEVICE ADDRESSES INDICATED ON THESE DRAWINGS ARE AN
ALPHANUMERIC DESCRIPTION OF WHICH CIRCUIT THE DEVICE IS LOCATED ON.
DEVICES MAY BE ASSIGNED A DIFFERENT NUMBER WITHIN THE PANEL PROGRAM.
CONSULT WITH A JOHNSON CONTROLS TECHNICIAN BEFORE APPLYING A
PHYSICAL LABEL TO ANY DEVICES.
KEYNOTES:
INSTALL DUCT DETECTOR RELAY WITHIN 3'-0" OF CONTROLLING EQUIPMENT.
VERIFY LOCATION IN FIELD AND INCLUDE ON RECORD DRAWINGS.
INSTALL REMOTE TEST STATION IN ACCESSIBLE AREA AND CONFIRM LOCATION
WITH OWNER. VERIFY LOCATION OF REMOTE TEST STATION IN FIELD AND
INCLUDE ON RECORD DRAWINGS.
CONNECT MICRO FOUNDRY DUCT DETECTOR AND RELAY TO NODE 18
TRANSPONDER 1 THROUGH Y21 SAND MOLD PRINTER LAB. IDNET/24VDC TO
EITHER RUN TO MICRO FOUNDRY AND BACK OR CONNECT TO LAST END OF LINE
IDNET/24VDC DEVICE AT Y21 SAND MOLD PRINTER LAB. USE OF SPLICES,
T-TAPS, WIRE NUTS, CRIMPED CONNECTORS IS PROHIBITED. JCI FIRE ALARM
TECHNICIAN TO VERIFY LOCATION OF CONNECTION IN FIELD.
SCALE:N.T.S.
KEYPLAN
AREA OF WORK
APPROXIMATE LOCATION
OF NODE 18 FACU
APPROXIMITE LOCATION OF
NODE 18 TRANSPONDER 1
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17- 4(1
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20-
18:
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19-
18:
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20-
18:
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19-
TEXTTEXTTEXTTEXTTEXT
LOC
B,P,T,X
REACT LAB III PROJECT
REACT LAB II PROJECT
REACT LAB III PROJECT
REACT LAB III PROJECT
REACT LAB II PROJECT
REACT LAB II PROJECT
AOM
18:
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MICRO FOUNDRY
24VDC
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SHEET:
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JOB #:
PROJECT #:
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RISER DIAGRAM
JOHNSON CONTROLS © 2024
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© Johnson Controls 2024. All rights reserved. Reuse, copying, modification or alteration of the drawings and other information contained herein is strictly prohibited.
RISER NOTES:
1. RISER IS A DIAGRAMMATICAL REPRESENTATION OF THE
SYSTEM ARCHITECTURE IN BUILDING CROSS SECTION. IT IS
NOT INTENDED TO REPRESENT ACTUAL WIRE RUNS, PANEL
CONFIGURATIONS OR PENETRATIONS. REFER TO FLOOR
PLANS AND PANEL DETAILS FOR CIRCUIT ROUTING AND
CONFIGURATION INFORMATION.
2. ALL WIRING SHALL COMPLY WITH APPLICABLE ELECTRICAL
CODES. REFER TO 'APPLICABLE CODES & STANDARDS' ON
SHEET FA-001 FOR SPECIFIC CODE REFERENCES.
AREA OF WORK
SCALE:N.T.S.
NODE 18 TRANSPONDER 1 RISER DIAGRAM
SHEET:
DRAWN BY:
CHECKED BY:
JOB #:
PROJECT #:
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CALCULATIONS,
SCHEDULES AND WIRING
TYPICALS
JOHNSON CONTROLS © 2024
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© Johnson Controls 2024. All rights reserved. Reuse, copying, modification or alteration of the drawings and other information contained herein is strictly prohibited.
PRE-INSTALLATION ROUTINES
INSTALLATION GUIDELINES
FIGURE 1. DUCT HOUSING PLACEMENT - LOCATION OF DAMPERS**
DUCT DETECTOR/SENSOR INSTALLATION
OR
DUCT DETECTORS/SENSORS SHOULD BE INSTALLED IN A LOCATION OF RELATIVELY
NON-TURBULENT AIR FLOW AND WITHIN THE INTENDED OPERATING VELOCITY RANGE OF
300-4000 FEET-PER-MINUTE (91 TO 1220 M/MIN.)
MEASUREMENTS OF AIR FLOW AND EXAMINATION OF ENGINEERING SPECIFICATIONS THAT
DEFINE EXPECTED DUCT AIR VELOCITIES UNDER ALL CONDITIONS IS RECOMMENDED. THIS
IS DONE TO DETERMINE IF A LOCATION IS SUITABLE FOR DUCT DETECTOR/SENSOR
OPERATION. AN ALNOR INSTRUMENT CO. (CHICAGO) MODEL 6000P VELOMETER OR
EQUIVALENT (NOT SUPPLIED) MAY BE USED TO CHECK THE DUCT AIR VELOCITY.
1. LOCATE DUCT HOUSINGS SO THAT DAMPERS DO NOT RESTRICT AIR FLOW AT THE
DETECTOR/SENSOR LOCATION. SEE FIGURE 1.
2. LOCATE AIR DUCT DETECTORS/SENSORS ON THE RETURN OR SUPPLY DUCT OF THE
EQUIPMENT'S AIR HANDLING SYSTEM. HOWEVER, DETECTORS/SENSORS SHOULD NOT BE
INSTALLED IN THE RETURN AIR DAMPER BRANCH. SEE FIGURE 1.
3. LOCATE AIR DUCT DETECTORS/SENSORS ON BRANCH LINES IF CLOSE IDENTIFICATION OF
THE ALARM SOURCE IS REQUIRED.
4. LOCATE AIR DUCT DETECTORS/SENSORS ON THE DOWNSTREAM SIDE OF FILTERS TO SENSE
FIRE IN FILTERS. HOWEVER, SHOULD THE FILTERS BLOCK, SUFFICIENT AIR FLOW MAY NOT BE
AVAILABLE FOR PROPER AIR DUCT DETECTOR/SENSOR OPERATION. SEE FIGURE 1.
5. WHENEVER POSSIBLE, LOCATE AIR DUCT DETECTORS/SENSORS WHERE THEY CAN BE
CONVENIENTLY OBSERVED AND READILY SERVICED.
6. LOCATE THE AIR DUCT DETECTORS/SENSORS IN RETURN AIR DUCTS AHEAD OF MIXING
AREAS.
7. DO NOT LOCATE AIR DUCT DETECTORS/SENSORS NEXT TO OUTSIDE AIR INLETS UNLESS YOU
WANT TO MONITOR SMOKE ENTRY TO THE HANDLING SYSTEM FROM AN ADJACENT AREA.
8. LOCATE AIR DUCT DETECTORS/SENSORS UPSTREAM OF AIR HUMIDIFIERS AND COOLING
COILS.
9. DO NOT INSTALL THE DUCT DETECTOR HOUSING OR DUCT TUBES IN LOCATIONS THAT
EXCEED THE LISTED TEMPERATURE RATINGS FOR THE DEVICE.
10. DO NOT MOUNT THE DUCT HOUSING ON BOTTOM OF DUCT.
1. TAPE THE TEMPLATE (SUPPLIED) ON THE DUCT SURFACE. DO NOT POSITION THE
TEMPLATE WITH EDGES ANGLED WITH RESPECT TO AIR FLOW DIRECTION. SEE FIGURE 2.
2. DRILL TWO 1 1/4 INCH (31.75 MM) HOLES (MARKED "A") AS LOCATED BY THE TEMPLATE.
REMOVE TEMPLATE AFTER HOLES HAVE BEEN DRILLED.
3. IF THE DUCT IS MORE THAN 3 FEET (0.9 M) WIDE, THEN PUNCH A 1-INCH (25.4 MM) HOLE IN
THE DUCT WALL DIRECTLY OPPOSITE THE UPSTREAM 1-1/4 INCH (31.75 MM) HOLE. SEE
FIGURE 3. THIS HOLE IS USED TO SUPPORT THE INLET TUBE.
4. INLET TUBES SHOULD BE SELECTED AND CUT TO LENGTH AS SPECIFIED IN TABLE 1.
AFTER TRIMMING THE INLET TUBE OPPOSITE THE SLOT, TAP RUBBER PLUG (SUPPLIED)
INTO THE TRIMMED END. SEE FIGURE 3.
INLET TUBE SELECTION
OVERALL DUCT WIDTH TUBE
REQUIRED TUBE TYPE SUGGESTED TOTAL LENGTH
12" (30cm) 4098-9854 13" (33.02cm) 1/2" (1.27cm) LONGER THAN
DUCT WIDTH
13" (33.02cm) TO 23" (58cm) 4098-9855 24" (60.96cm) 1/2" (1.27cm) LONGER THAN
DUCT WIDTH
24" (60cm) TO 46" (116cm) 4098-9856 49" (125.46cm) 2" (5.8cm) LONGER THAN
DUCT WIDTH
46" (116cm) TO 71" (180cm) 4098-9857 73" (185cm) 2" (5.8cm) LONGER THAN
DUCT WIDTH
71" (180cm) TO 95" (240cm) 4098-9858 97" (245cm) 2" (5.8CM) LONGER THAN
DUCT WIDTH
SUPPLY
AIR
EXHAUST
* REFER TO INSTALLATION INSTRUCTION DOCUMENT 574-776 FOR MORE
DETAILED INFORMATION.
** WHEN PROVIDING CONTROL FOR A SMOKE DAMPER INSTALLED WITHIN AN AIR
TRANSFER OPENING IN A WALL, THE DUCT DETECTOR SHALL BE INSTALLED
WITHIN 5 FEET HORIZONTALLY OF THE DAMPER.
NEVER MOUNT AT AN ANGLE
WITH RESPECT TO AIR FLOW
AIR FLOW
DIRECTION
ORAIR FLOW
DIRECTIONOR AIR FLOW
DIRECTION
VERTICAL DUCTS
OR AIR FLOW
DIRECTION
FIGURE 2. TEMPLATE POSITIONING
EXHAUST DAMPER
FRESH AIR INTAKE
DO NOT LOCATE
DETECTOR/SENSOR HERE FILTER BANK DETECTOR/SENSOR
RETURN AIR DAMPER
DO NOT LOCATE
DETECTOR/SENSOR HERE
RETURN AIR
DETECTOR/SENSOR
INLET TUBE
RETAINER
BRACKET
TAB
SEE NOTE 1
NOTES:
1. THE TAB ON THE INLET TUBE
RETAINER BRACKET INDICATES THE
INLET HOLE SIDE IF THE PIPE.
2. THE INLET TUBE MUST BE INSTALLED
THROUGH THE HOLE IN THE HOUSING
CORNER NEXT TO THE SMOKE
PORT/AIR FLOW TEST HOLES.
EXHAUST TUBE
RUBBER PLUGINLET TUBE
INLET TUBE HOLES FACE
UPSTREAM OF AIRFLOW
SEE NOTE 2
TABLE 1. INLET TUBE SELECTION
OR
AIR FLOW
DIRECTION
INSERT RUBBER PLUG
THIS END OF INLET TUBE
TUBE SUPPORT HOLE
ONLY FOR DUCTS MORE
THAN 3 FEET WIDE
INLET TUBE
HOLES FACE
UPSTREAM
OF AIR FLOW
EXHAUST TUBE
DO NOT INSERT
RUBBER PLUG INLET TUBE HOLES FACE
UPSTREAM OF AIR FLOW
EXHAUST TUBE
DO NOT INSERT RUBBER PLUG
CUT EXHAUST
TUBE TO 1/2 OF
DUCT WIDTH WHEN
WIDTH IS LESS
THAN 24"
TOP VIEW
NOTE:
AIRFLOW CAN BE IN EITHER DIRECTION. MAKE SURE THE INLET
TUBE HOLES FACE UPSTREAM OF AIR FLOW
FOR DUCT WIDTHS 36"-95" FOR DUCT WIDTHS 12"-36"
FIGURE 3. INLET TUBE ORIENTATION
FIGURE 4. INLET TUBE INSTALLATION
DUCT SMOKE DETECTOR INSTALLATION GUIDE
HORIZONTAL DUCTS
UNDER 13" HIGH
HORIZONTAL DUCTS
OVER 13" HIGH
0=OFF1=ON
192 208
144 160 176
204 220
156 172
150 166 182 198 214
1286432
7 86
42 3 5
ADDRESS SHOWN ABOVE IS 120
ON
1OFF
96 112 128
48 64 80
108 124 140
60 76 92
54 70 86 102 118 134
0 16 32
12 28 44
6 22 38
DIP SWITCHES 5 THRU 8
DO NOT USE ADDRESS 0 FOR AN IDNET ADDRESS
NOTE:
THE 4098-9771, -9794, -9795, -9798 SOUNDER BASES HAVE A 9-POSITION DIP SWITCH. THE FIRST EIGHT DIP SWITCHES SET THE SOUNDER BASE ADDRESS. DIP SWITCH POSITION 9 IS SET TO OFF OR ON DEPENDING UPON THE SOUNDER BASE POWER SOURCE. WHEN THE SOUNDER BASE IS CONNECTED TO A 24 VDC POWER SOURCE, DIP SWITCH POSITION 9 IS SET TO “OFF” AND THE 24 VDC POWER IS SUPERVISED BY THE SOUNDER BASE. WHEN THE SOUNDER BASE IS POWERED BY THE PANEL’S NOTIFICATION APPLIANCE CIRCUIT (NAC), DIP SWITCH POSITION 9 IS SET TO “ON” AND THE POWER IS SUPERVISED BY THE NAC AND NOT THE SOUNDER BASE. THE 4098-9770 AND -9797 BASES HAVE THE SAME LAYOUT, BUT DOESN’T OFFER
SOUNDER FUNCTIONALITY. THEY USE AN 8-WAY DIP SWITCH ONLY.
SEE
NOTE
DIP
SWITCHES
1 THRU 4
DIP SWITCH SETTINGS - INITIATING
SIMPLEX IDNet
CONNECT TO REMOTE ALARM
LED OUTPUT OF
APPROPRIATE INITIATING
DEVICES
CONNECT TO REMOTE TEST
SWITCH INPUT ON
APPROPRIATE INITIATING
DEVICES
FLUSH MOUNTING
STANDARD SINGLE GANG
ELECTRICAL BOX 2" X 3", 2"
MINIMUM DEPTH. SUPPLIED BY
ELECTRICAL CONTRACTOR.
1. MAINTAIN CORRECT POLARITY ON TERMINAL
CONNECTIONS.
2. ALWAYS CUT CONDUCTORS AND SECURE UNDER
TERMINALS. NEVER LOOP WIRES UNDER
TERMINALS.
3. ONE INDICATOR MAY BE INSTALLED PER
DETECTOR.
WIRING NOTES
TEST
RED
BLK
TERMINATION VIEW
REMOTE ALARM INDICATOR / KEY SWITCH
SIMPLEX 2098-9806
SCALE:N.T.S.
NODE 18 TPR1 BATTERY CALCULATION - FIRE
SCALE:N.T.S.
NODE 18 TPR1 BATTERY CALCULATION - MNS
SCALE:N.T.S.
NODE 18 TPR1 IDNET SCHEDULE
IDNET CHANNEL 18:T1:M1 ADDRESSES IN USE: 38 (15.2%) | SPARE ADDRESSES: 212 (84.8%) SWITCH SETTINGS Address Device Type Point Type Location Description 1 2 3 4 5 6 7 8
18:T1:M1-1 PHOTO SMOKE ABOBE TPR1 18:M1-1 X ON
18:T1:M1-2 ADRPUL PULL X22 BREAK ROOM 18:M1-2 X ON
18:T1:M1-3 ADRPUL PULL X22 BREAK ROOM 18:M1-3 X X ON
18:T1:M1-4 ADRPUL PULL X22 BREAK ROOM 18:M1-4 X ON
18:T1:M1-5 ADRPUL PULL X22 BREAK ROOM 18:M1-5 X X ON
18:T1:M1-6 X X ON
18:T1:M1-7 X X X ON
18:T1:M1-8 X ON
18:T1:M1-9 X X ON
18:T1:M1-10 ADRPUL PULL Y21 SAND MOLD PRINTER LAB 18:M1-10 X X ON
18:T1:M1-11 ADRPUL PULL Y21 SAND MOLD PRINTER LAB 18:M1-11 X X X ON
18:T1:M1-12 PHOTO LSDUCT Y21 SAND MOLD PRINTER LAB ROOF 18:M1-12 X X ON
18:T1:M1-13 RIAM RELAY Y21 SAND MOLD PRINTER LAB ROOF 18:M1-13 X X X ON
18:T1:M1-14 IAM WATER Y21 SAND MOLD PRINTER LAB 18:M1-14 X X X ON
18:T1:M1-15 IAM SO Y21 SAND MOLD PRINTER LAB 18:M1-15 X X X X ON
18:T1:M1-16 ADRPUL PULL Y21 SAND MOLD PRINTER LAB 18:M1-16 X ON
18:T1:M1-17 X X ON
18:T1:M1-18 X X ON
18:T1:M1-19 X X X ON
18:T1:M1-20 IAM PULL REACT LAB II TITANIUM LAB 18:M1-20 X X ON
18:T1:M1-21 IAM PULL REACT LAB II ALUMINUM LAB 18:M1-21 X X X ON
18:T1:M1-22 RIAM RELAY REACT LAB II ADMIN 18:M1-22 X X X ON
18:T1:M1-23 ADRPUL PULL REACT LAB II ADMIN 18:M1-23 X X X X ON
18:T1:M1-24 X X ON
18:T1:M1-25 ADRPUL PULL REACT LAB II ADMIN 18:M1-25 X X X ON
18:T1:M1-26 ADRPUL PULL REACT LAB II STEEL LAB 18:M1-26 X X X ON
18:T1:M1-27 IAM WATER REACT LAB II 18:M1-27 X X X X ON
18:T1:M1-28 IAM SO REACT LAB II 18:M1-28 X X X ON
18:T1:M1-29 PHOTO LSDUCT REACT LAB II STEEL LAB 18:M1-29 X X X X ON
18:T1:M1-30 ADRPUL PULL REACT LAB II STEEL LAB 18:M1-30 X X X X ON
18:T1:M1-31 RIAM RELAY REACT LAB II ADMIN 18:M1-31 X X X X X ON
18:T1:M1-32 RIAM RELAY REACT LAB II STEEL LAB 18:M1-32 X ON
18:T1:M1-33 X X ON
18:T1:M1-34 X X ON
18:T1:M1-35 X X X ON
18:T1:M1-36 PHOTO LSDUCT RTU-18V-1 SUPPLY 18:M1-36 X X ON
18:T1:M1-37 RIAM AHUO RTU-18V-1 18:M1-37 X X X ON
18:T1:M1-38 X X X ON
18:T1:M1-39 X X X X ON
18:T1:M1-40 ADRPUL PULL VESTIBULE 101 18:M1-40 X X ON
18:T1:M1-41 ADRPUL PULL HALLWAY 2 117 18:M1-41 X X X ON
18:T1:M1-42 ADRPUL PULL BREAKROOM 1 111 18:M1-42 X X X ON
18:T1:M1-43 ADRPUL PULL HALLWAY 1 109 18:M1-43 X X X X ON
18:T1:M1-44 ADRPUL PULL METROLOGY & MATERIAL TESTING LAB 114 18:M1-44 X X X ON
18:T1:M1-45 IAM SO VERIFY IN FIELD 18:M1-45 X X X X ON
18:T1:M1-46 IAM WATER VERIFY IN FIELD 18:M1-46 X X X X ON
18:T1:M1-47 RPHOTO LSDUCT VERIFY IN FIELD 18:M1-47 X X X X X ON
18:T1:M1-48 RIAM RELAY DUCT DETCTOR REALY 18:M1-48 X X ON
18:T1:M1-49 RIAM RELAY ACCESS CONTROL INTERFACE 18:M1-49 X X X ON
18:T1:M1-50 ADRPUL PULL ELECTRICAL RM 105 18:M1-50 X X X ON
18:T1:M1-51 ADRPUL PULL VIBRATION TESTING 116 18:M1-51 X X X X ON
18:T1:M1-52 X X X ON
18:T1:M1-53 X X X X ON
18:T1:M1-54 X X X X ON
18:T1:M1-55 X X X X X ON
18:T1:M1-56 X X X ON
18:T1:M1-57 X X X X ON
18:T1:M1-58 X X X X ON
18:T1:M1-59 X X X X X ON
18:T1:M1-60 X X X X ON
18:T1:M1-61 X X X X X ON
18:T1:M1-62 X X X X X ON
18:T1:M1-63 X X X X X X ON
18:T1:M1-64 X ON
18:T1:M1-65 X X ON
18:T1:M1-66 X X ON
18:T1:M1-67 X X X ON
18:T1:M1-68 X X ON
18:T1:M1-69 X X X ON
18:T1:M1-70 X X X ON
THRU ON
18:T1:M1-250 X X X X X X ON
NOTE: THE LABELS SHOWN ABOVE WILL BE USED FOR PROGRAMMING PURPOSES.
THE LABELS ARE BASED UPON INFORMATION SHOWN ON THE ARCHITECTURAL DRAWINGS.
ANY CHANGES TO THESE LABELS MUST BE NOTED ON THE SUBMITTAL REVIEW, PRIOR TO PROGRAMMING.
POINTS SHOWN IN ITALIC TEXT REFER TO EXISTING DEVICES.
NODE 18 TPR1 - POST BB-23E 4100es XPDR Standby Total Alarm Total
Module Qty Description Current Standby Current Alarm
Panel Equipment
4100-9600 1 BASIC TRANSPONDER * 0.0870 0.0870 0.0870 0.0870
4100-0622 1 DIGITAL AUDIO RISER MODULE 0.0700 0.0700 0.0700 0.0700
4100-5311 1 ENHANCED POWER SUPPLY, 3 CHANNELS, IDNet, 120V 0.2250 0.2250 0.4900 0.4900
4100-5101 2 EXPANSION PWR SUPPLY (XPS) - 120VAC 60HZ 0.0500 0.1000 0.0500 0.1000
4100-1329 1 DIGITAL 100W AMP,6NAC,120VAC,70V 0.0850 0.0850 3.8000 3.8000
4100-5401 1 ES Power Supply Only 0.0680 0.0680 0.0770 0.0770 4100-5451 1 IDNAC Card 0.1240 0.1240 0.2300 0.2300
4003-9803 3 REMOTE MICROPHONE ON 2 GANG PL 0.0000 0.0000 0.0250 0.0750
4100-1291 1 REMOTE UNIT INTERFACE 0.0850 0.0850 0.0850 0.0850
Panel Totals 0.8440 5.0140
IDNet Addressable Devices (SLC)
4090-9001 8 IDNET SUPERVISED IAM *
Constant current draw of .8mA standby and 1mA alarm per address used.
Devices requiring additional current are accounted for in the section labeled "Miscellaneous Peripheral Devices Requiring Additional System Power".
4090-9002 7 IDNET RELAY IAM *
4098-9714 1 TRUEALARM PHOTO SMOKE SENSOR
4098-9755 3 TRUEALARM DUCT SMOKE SENSOR W/O RELAY OUTPUT *
4098-9756 1 TRUEALARM DUCT SMOKE SENSOR W/ RELAY OUTPUT *
4098-9792 1 TRUEALARM SENSOR BASE *
4099-9006 16 ADDRESSABLE DOUBLE ACTION MANUAL STATION, PUSH *
Miscellaneous Peripheral Devices That Require (Additional) System Power
4098-9843 1 ENCAPSULATED RELAY PAM-SD 0.0000 0.0000 0.0150 0.0150
4098-9756 1 TRUEALARM DUCT SMOKE SENSOR W/ RELAY OUTPUT 0.0030 0.0030 0.0150 0.0150 2098-9806 3 REMOTE TEST STATION W/ LED AND KEY SWITCH 0.0000 0.0000 0.0000 0.0000
YM0163 2 LOCAL OPERATING CONSOLE 0.0780 0.1560 0.0960 0.1920
YM0199 2 LOCAL OPERATING CONSOLE W/ ANNUNICATOR 0.1430 0.2860 0.2360 0.4720
Notification Appliances Setting
D1xB2XH2 2 EXPLOSION PROOF STROBE CEILING MOUNT 0.0000 0.0000 1.2300 2.4600
LEMD-M 18 EMERGENCY MESSAGE DISPLAY 0.0000 0.0000 0.0700 1.2600
IDNac Notification Appliances Setting
49HF-APPLC 17 HI-FI SPEAKER ONLY APPLIANCE CEIL MOUNT 0.0008 0.0136 0.0090 0.1530 49HFV-APPLC 2 TA ADDRESSABLE HF/V APPLIANCE ONLY, CEIL MT 110 0.0008 0.0016 0.1930 0.3860 49HFV-APPLC 15 TA ADDRESSABLE HF/V APPLIANCE ONLY, CEIL MT 15 0.0008 0.0120 0.0590 0.8850 49HFV-APPLC 15 TA ADDRESSABLE HF/V APPLIANCE ONLY, CEIL MT 30 0.0008 0.0120 0.0820 1.2300 49HFV-APPLC 4 TA ADDRESSABLE HF/V APPLIANCE ONLY, CEIL MT 75 0.0008 0.0032 0.1450 0.5800 49HFV-APPLW 3 TA ADDRESSABLE HIGH-FI S/V APPLIANCE ONLY, WALL MT 15 0.0008 0.0024…
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