Siemens FDOOT441 Installation Instructions Manual Download Page 3

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FDOOT441 Selectable Fixed Temperature

Threshold Profiles

Fixed temperature 135 °F
Fixed temperature 145 °F
Fixed temperature 155 °F
Fixed temperature 165 °F
Fixed temperature 175 °F
Fixed temperature 135 °F + Rate of Rise (RoR) 15 °F
Fixed temperature 175 °F + Rate of Rise (RoR) 15 °F
Fixed temperature 135 °F + Rate of Rise (RoR) 20 °F
Fixed temperature 175 °F + Rate of Rise (RoR) 20 °F

FDOOT441 Selectable  Alarm  Threshold  Setting
Profiles

2.50 % / ft Threshold
3.00 % / ft Threshold
See also section REPLACEMENT OF A DETECTOR IN
AN EXISTING SYSTEM

ELECTRICAL

Supply voltage: 13…32 VDC
Maximum alarm current: 650 µA
Maximum standby current: 360 µA

Refer  to  the  panel  Installation,  Operation  and
Maintenance Manual for maximum line resistance of the
loop card.

WIRING

Detector  bases  for  Model  FDOOT441 should  be
connected as shown in Figure 2 and 3.
The FDOOT441 supports two operation modes: polarity
insensitive mode and isolator mode. The Detector can be
wired for either mode (refer to Figure 2 and 3). During
the isolator mode, the built-in dual isolators will work at
both sides of the Detector to isolate the line short in front
or behind the module.
When  the  FDOOT441 is  wired  in  polarity  insensitive
mode, Line -6 and -5 can be either line of the loop.
When  the  FDOOT441  is  wired  for  Isolator  mode,  the
positive  line  needs  to  be  connected  to  1b  and  the
negative  line  to  6.  The  next  device  needs  to  be
connected to 1b and 5.
The Line Isolator is located between connector 6 and 5.

NOTICE

Ensure that the panel supports Isolator mode for
the FDOOT441 product version 30.
Isolator mode must not be used with a
FDOOT441, product version <30. You will find
the product version number on the detector
label.

DETECTOR MOUNTING

The  recommended  orientation  of  the  detector  for  wall
mounting  is  shown  in  Figure  4.  To  ensure  proper
installation  of  the  detector  head  into  the  base,  be  sure
the wires are properly dressed at installation:

·

  Position all wires flat against the base.

·

  Take up all slack in the outlet box

·

  Route wires away from connector terminals.

Smoke detectors are not to be used with detector guards
unless  the  combination  has  been  evaluated  and  found
suitable for that purpose. UL listed with STI Mechanical
Protection  Guard  Model:  STI-9604  (see  www.STI-
USA.com for details).

TO INSTALL DETECTOR HEAD:

Rotate detector counterclockwise while gently pressing
on it until the detector seats fully into base.
Then rotate the detector clockwise until it stops and locks
in  place.  Insert  optional  locking  screw  (Order  Model
LK-11).

TO REMOVE DETECTOR HEAD:

·

Loosen  locking  screw,  if  installed.  Then  rotate  the
detector counterclockwise until stop is reached.

·

  Pull detector out of base.

DETECTOR TESTING

Only qualified service personnel should test. To assure
proper operation of the detector, both the Sensitivity and
Functional Test should be conducted. The minimum test
schedule may be found in the current edition of NFPA 72.

SENSITIVITY MEASUREMENT

The  sensitivity  of  FDOOT441 detectors  can  be  tested
individually  using  the  DPU.  Refer  to  the  DPU  Manual,
P/N 315-033260. The sensitivity can be measured by the
panel. Follow the instructions of the panel used.

FDOOT441

S54320-F7-A1 30

Summary of Contents for FDOOT441

Page 1: ...ess area is protected adequately by each smoke detector This is why it is mandatory to closely follow the installation drawings In all installations place the detector on the ceiling a minimum of 6 inches from a side wall or on a wall 12 inches from the ceiling For thermal detection use the matrix below Spacing Feet Temperature Rating F With without Guard Model 50 135 145 155 165 175 With and with...

Page 2: ...r for High Air Movement Areas and Control of Smoke Spread The detectors can also be installed in duct applications between 0 and 4000 ft min For duct installations follow detector installation requirements in NFPA 90A Chapter for Special Ceiling Construction Factors When the detectors employ a fixed temperature rating of 165 F 74 C or less they are intended for a maximum installation temperature o...

Page 3: ...Ensure that the panel supports Isolator mode for the FDOOT441 product version 30 Isolator mode must not be used with a FDOOT441 product version 30 You will find the product version number on the detector label DETECTOR MOUNTING The recommended orientation of the detector for wall mounting is shown in Figure 4 To ensure proper installation of the detector head into the base be sure the wires are pr...

Page 4: ... welding electrical arcing present Some airborne deceptive phenomena contaminant present Hospital Controlled clean environment High level risk Some exposure RF generating equipment Exposure to cleaning solvents Health Care Higher level risk relatively clean electronic equipment Some chemical and cleaning vapor exposure Dormitory Airborne dust and temperature changes living quarters Cooking fumes s...

Page 5: ...hown after System reset which represents the non alarm condition FDOOT441 is a polarity insensitive detector Line 1 and Line 2 can be either line of the loop 5 NO C NC 6 SUPERVISED AND POWER LIMITED RELAY CONTACTS 3A 120 VAC 3A 30 VDC DO NOT USE AN END OF LINE DEVICE OPTIONAL REMOTE ALARM INDICATOR MODELS 8727W 8727C RL HW RL HC TO NEXT BASE TO NEXT BASE DO NOT USE AN END OF LINE DEVICE DETECTOR B...

Page 6: ...can enter the sensing chamber and alarm the control panel when the detector reaches the programmed obscuration concentration level The FDOOT441 detectors can also be tested individually using the DPU Refer to the DPU manual P N 315 033260 MAINTENANCE The control unit automatically indicates the trouble message for the FDOOT441 detector whose smoke chamber changes to the level where the set sensiti...

Page 7: ... profiles settings are available and suitable for these and other applications See the table titled Selectable Application Profiles table in this document for options and application descriptions Failure to follow these guidelines may result in unwanted nuisance alarms Method to configure the detector s special application sensitivity The detector default sensitivity is for a standard office envir...

Page 8: ...rham Park New Jersey 07932 www siemens com buildingtechnologies Siemens Canada Limited Smart Infrastructure 2 Kenview Boulevard Brampton Ontario L6T 5E4 Canada Siemens Industry Inc Data and design subject to change without notice A6V10324655_en _j P N A5Q00044199 ...

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