F220 Series Detectors with
F220-B6RS Base
Installation Manual
en
English manual
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F220 Series Detectors with F220-B6RS Bases
General Information | en
3
use a can of clean, dry compressed air (such as TECHSPRAY
ENVI-RO-TECH Duster) which is available at office and alarm
supply stores. Shorten the plastic tube that comes with the
compressed air to about 2 in. (5 cm). Place the tube or needle
valve through the Chambermaid valve in the bottom of the
detector (refer to Figure 2.2 on page 6).
NOTE! Do not paint the detectors. Paint or other foreign
matter covering the detector can prevent smoke
detection.
2
General Information
This document covers mounting, wiring, power requirements,
testing, and maintenance for the F220-B6RS Detector Bases
and the F220 Series Heat and Photoelectric Smoke Detectors.
Install them according to NFPA 72.
NOTE! For proper system installation, read and
understand NFPA 72 before installation.
For installation guidelines, refer to Installation Considerations
for Smoke and Fire Detectors (P/N: 26715).
2.1
F220-B6RS Detector Bases
The F220-B6RS is a four-wire base with a Form A alarm relay
and a built-in sounder. Other bases (two-wire and four-wire
without built-in sounders) are available. Refer also to the F220
Series Detectors with F220-B6/C/E/R Installation Instructions
(P/N: 4998138694) and the F220-B6PS/M Installation
Instructions (P/N: 4998149982).
2.1.1
Compatible Control Panels
The F220-B6RS is a four-wire base compatible with all UL Listed
four-wire control panels. Refer to the control panel
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en | General Information
F220 Series Detectors with F220-B6RS Bases
manufacturer’s installation instructions for proper end-of-line
(EOL) resistor selection.
2.1.2
Base Features
13
12
11
10
14
12
15
8
13
9
13
7
3
4
2
5
1
12
6
12
13
1. Terminal 1
2. Terminal 2
3. Terminal 3
4. Terminal 4
5. Terminal 5
6. DIP Switches
9. Remote Terminal (c)
10. Tamper Tab (Locking Bar)
11. Tamper Tab (Locking Bar
Mount)
12. Alignment Key (4 places)
13. Snap Lock (4 places)
7. Resettable Auxiliary Power 14. Sounder
Positive (+) In and Out
Terminals (b1 and b2)
8. Resettable Auxiliary Power
Negative (-) In and Out
Terminal (a1/a2)
15. Earth Shield Terminal
(optional)
Fig. 2.1 Base Features
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F220 Series Detectors with F220-B6RS Bases
General Information | en
5
2.2
F220 Series Detectors
2.2.1
About F220 Series Detector Heads
The F220 Series Detector Heads listed inTable 2.1 each require
an F220-B6 Series Base.
WARNING! The F220-PTHC detects carbon monoxide
(CO) as a component of a fire. Do not use the F220-PTHC
as a stand-alone CO detector.
!
Electronic heat detector 135°F (57°C), fixed
F220-135
temperature and rate-of-rise
Electronic heat detector 135°F (57°C), fixed
F220-135F
temperature only
Electronic heat detector 190°F (88°C), fixed
F220-190F
temperature only
F220-P
Photoelectric smoke detector
Photoelectric smoke detector with integral 135°F
F220-PTH
(57°C) heat sensor
Photoelectric smoke detector with integral 135°F
F220-PTHC (57°C) heat sensor and CO enhanced smoke
detection
Table 2.1 F220 Series Detector Heads
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en | General Information
F220 Series Detectors with F220-B6RS Bases
2.2.2
F220 Series Detector Features
1
5
2
6
4
3
1. Front of detector
2. Light-emitting diode (LED) 5. Back of detector
3. Thermistor 6. Chambermaid location
(heat detectors only)
4. Unlocking port
Fig. 2.2 Detector Features
2.2.3
F220 Series Heat Detector Heads
The F220 Heat Detector Heads can be identified by color coding
(refer to Table 2.2).
F220-135
No circle around the thermistor
F220-135F A gray circle around the thermistor
F220-190F A black circle around the thermistor
Table 2.2 Distinguishing Heat Detectors
WARNING! The F220-135, F220-135F and F220-190F are
not life safety devices. Use them with F220-B6 Series
bases to provide general property protection.
!
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F220 Series Detectors with F220-B6RS Bases
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2.2.4
F220 Series Smoke Detector Heads
The F220 Series Smoke Detector Heads are UL Listed, open-
area photoelectric smoke detectors that work with commercial
fire protective signaling systems and household fire warning
systems. Select the appropriate mounting base to configure the
detectors for two-wire or four-wire versions (refer to
Section 2.1 F220-B6RS Detector Bases on page 3).
To verify power to the detector and a functioning smoke
sampling circuitry, a dual color LED indicator flashes green
every eight seconds when operating normally. It flashes once
every four seconds when a trouble condition exists. If the
detector determines an alarm condition exists, the LED
changes from flashing green to steady red. The detector returns
to normal after the alarm condition is cleared and power is
interrupted.
Throughout its normal life cycle, the smoke detector monitors
and periodically adjusts itself to keep the sensitivity at its
factory calibrated level. When excessively dirty, the detector’s
LED flash rate changes from an eight second flash rate to a four
second rate. If CleanMe is selected, the detector sends a
CleanMe signal to the compatible control panel to indicate a
dirty smoke detector.
Refer to Section 4.3 Set CleanMe Feature on page 24.
2.3
Technical Specifications
2.3.1
General Specifications
Air Velocity
Operating
4000 ft/min (1200 m/min) maximum
+32°F to 100°F (0°C to 38°C)
Temperature
Relative
0% to 95% (non-condensing)
Humidity
Table 2.3 Specifications - Detectors and Bases
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en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
2.3.2
Base Specifications
Alarm Current (only base current, detector current excluded)
F220-B6RS (with
steady sounder and
relay):
45 mA at 24 VDC
50 mA maximum at 30 VDC
F220-B6RS (with
separately powered
sounder only):
30 mA at 24 VDC
35 mA maximum at 30 VDC
NAC Current
30 mA at 24 VDC
Standby Current
Voltage
10 mA maximum at 30 VDC
10.0 VDC to 30.0 VDC
Table 2.4 F220-B6RS Detector Base Specifications
Detector Specifications
Current
2.3.3
Alarm:
Standby:
35 mA maximum at 32 VDC
0.12 mA maximum
Startup:
0.12 mA maximum
Powerup Time
Rate of Rise
F220-135:
22 second maximum
15°F/min (9°C/min) or greater
Table 2.5 F220 Series Detector Heads Specifications
2.4
Electrical Supervision
When the F220-B6RS Bases are wired according to the
instructions in this document, the control panel initiates a
trouble signal when a detector is removed from its base,
providing tamper protection. An EOL power supervision
module, such as a D275 or an F220-B6E Power Supervision
Base and an EOL resistor as specified by the control panel
manufacturer, supervises power.
3
Install the Bases
3.1
Mount the Bases
With the exception of the F220-B6E base, all four-wire bases
can be used in any combination within a loop. One F220-B6E
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F220 Series Detectors with F220-B6RS Bases
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9
Power Supervision Base can be used as the last base on a loop
in four-wire systems to provide power supervision.
NOTE! Follow NFPA 72 guidelines for mounting locations.
For commercial and industrial installations, 30 ft (9 m)
spacing between smoke detectors is recommended.
1. Release the mounting skirt from the mounting base. Use a
screwdriver at the location of the snap locks (refer to
Figure 2.1, item 12, page 4) to release the mounting skirt.
2. Run all system wiring (refer to Section 3.2 Wire the Bases
on page 10).
3. Mount the base using the two oblong mounting holes. Fits
4 in. square, octagon, AB, and single-gang back boxes.
NOTE! Depending on local regulations, you can surface
mount the bases using anchors, mollies, or wing nuts, or
you can mount directly on back boxes.
NOTE! The electrical box must be large enough to
accommodate the number and size of conductors
specified by the National Electrical Code or any local
authorities having jurisdiction (AHJ).
4. Tighten the base to the mounting surface. Tighten only
until snug; not distorted.
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10 en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
3.2
Wire the Bases
CAUTION! When wiring bases, all terminal screws
including those not wired must be tightened to prevent
loose screw heads from making intermitent electrical
contact with the detector head.
!
3.2.1
Terminal Connections
WARNING! Do not twist or loop the wires around the
terminals. In and out wires for terminal connection must
be cut, stripped, and inserted as individual ends.
!
NOTE! Bring the positive (+) wires in on terminal b2 and
out from terminal b1. Use a consistent pattern, inputting
on b2 and outputting from b1. The negative (-) wires
input and output from the same terminal (a1/a2).
3.2.2
EOL Resistors
Use the EOL resistors supplied or specified by the control panel
manufacturer. This applies to all loop terminations including the
D275 Module and the F220-B6E Power Supervision Base.
3.2.3
Loop Wiring Specifications
In a four-wire system, the maximum loop length and number of
bases that can be placed on a loop depend on the voltage drop
on the power circuit. Use standard voltage drop calculations to
ensure that the last detector on the loop meets the minimum
voltage requirement of at least 16 V.
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3.2.4
Four-wire Loop Termination
One D275 End-of-Line Module (refer to Figure 3.5 on page 19)
or F220-B6E Power Supervision Base (refer to Figure 3.4 on
page 18) is required for each loop when using four-wire bases.
3.3
Wire Optional Remote Annunciators
If using the optional DRA-5 Remote Alarm Indicator, connect the
positive (red) wire to terminal b1 and the negative wire (white)
to terminal c (refer to Figure 3.1).
1
DRA-5
b2 b1
2
a1/a2 c
3
4
2
5
1
1. Red wire to Terminal b1 2. White wire to Terminal c
on base
on base
Fig. 3.1 Optional DRA-5 Remote Annunciator Wiring
3.4
Wire F220-B6RS Sounder Bases
The F220-B6RS has a built-in sounder that can be set to operate
in one of four ways through a combination of wiring and DIP
switch settings (refer to Figure 3.2, Item 3 on page 14 and
Table 3.2 on page 15).
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12 en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
3.4.1
NAC Configurations
In these configurations, the sounders are controlled and
powered from the control panel’s NAC power circuit or a
remote NAC power circuit. The positive (+) wire from the NAC
or D132B Multi-use Reversing Relay Module connects to
Terminal 5 and the negative (-) wire connects to Terminal 4
(refer to Figure 3.2, Item 3 on page 14). The sounders on the
loop follow the NAC configuration programmed at the control
panel. The DIP switches (refer to Figure 2.1, Item 15 on page 4)
are set as shown in Table 3.1.
WARNING! DIP switches 1 and 2 must be either both on
or both off. Having one on and the other off could result
in incorrect operation including failure to alarm.
!
Position 1 and 2 off;
Control panel NAC circuit power is
3 and 4 either both on applied to the base to Terminals 4(+)
or both off.
N
and 5(-). The sounder follows the
configuration of the NAC. The
positions of switches 3 and 4 have no
affect.
O
D
I
P
1
2
3
4
Table 3.1 NAC Configuration DIP Switch Settings
–
NAC Follower (Direct Wire) Configuration: The sounders
on the loop follow the signal on the NAC terminals as pro-
grammed at the control panel. Refer to the control panel's
installation manual for NAC configuration instructions. This
configuration requires an extra pair of supervised wires for
the sounder circuit (refer to Figure 3.2, Item 3 on page 14).
Reverse Polarity Configuration: Tthe sounders in a loop
activate due to reversed polarity on the power line. The
output pattern is not controlled by the base in this operat-
ing mode; it follows the signal on the head terminals as
programmed at the controlpanel.
–
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F220 Series Detectors with F220-B6RS Bases
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3.4.2
Local Configurations
In these configurations, the sounders are controlled and
powered from the control panel’s power circuit (refer to
Figure 3.2, Items 1 and 2 on page 14). The initiating device
circuit (IDC) wires connect to Terminals 1 and 2 (refer to
Figure 3.2, Items 3 and 4 on page 14). The DIP Switches are set
for one of the following patterns: Temporal (Code 3), March
Time, or Continuous Tone (refer to Table 3.2 on page 15).
–
Local Configuration: Each sounder is individually set and
activated (refer to Table 3.2 on page 15).
–
Interconnection Configuration: Up to five detectors can be
interconnected by a common wire (refer to Figure 3.2, Item
4 on page 14, Table 3.2 on page 15, and Figure 3.3 on
page 17). All sounders within the group activate together.
Set all units for the same output pattern (Temporal Code
3, March Time, or Continuous Tone). All interconnected
detectors are synchronized with and sound the pattern of
the originating detector.
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14 en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
_
_
1
1
+
+
F220-B6RS
b2
b1
4
4
4
a1/a2 c
5
C
5
NO
3
2
+
_
+
_
1
3
3
+
_
+
_
2
2
1. Base Power: positive (+)
and negative (-) resetta-
ble auxiliary power input
from the control panel or
from a previous four-wire
base.
powers the sounders from
the control panel so that
all sounders follow the
control panel’s NAC set-
ting.
4. Optional interconnection
from one base to the next
base for up to five F220-
B6RS bases. If any of the
interconnected detectors
signals an alarm, all of the
interconnected base
2. Positive (+) and negative
(-) initiating device circuit
(IDC) input from the
control panel or from a
previous four-wire base.
3. Sounder Power (optional):
positive (+) and negative
(-) 24 VDC NAC power
input from the control
panel, a remote NAC, or
from a previous four-wire
base. This connection
sounders are synchronized
to the same signalling
pattern as the initiating
detector’s base. Refer to
Figure 3.3 on page 17.
5. Alarm Loop Relay
Fig. 3.2 Wiring F220-B6RS Sounder Bases
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F220 Series Detectors with F220-B6RS Bases
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Position 1 and 2 on;
Sounder output configured for steady
3 and 4 either both on signal (continuous tone)
or both off.
O
N
D
I
P
2
3
4
1
Position 1, 2, and 3 on; Sounder output configured for
4 off.
O
Temporal Code 3 signal
N
D
I
P
1
2
3
4
Position 1, 2, and 4 on; Sounder output configured for March
3 off.
O
Time signal
N
D
I
P
3
4
1
2
Table 3.2 Local Configuration DIP Switch Settings
NOTE! Up to five interconnected units activate per
circuit. If more than five units activate, only individual
detectors are guaranteed to activate the correct output
pattern. Additional interconnected units cannot activate
the correct output pattern.
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16 en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
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F220 Series Detectors with F220-B6RS Bases
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1. Positive (+) and negative
(-) resettable auxiliary
Supervision Base or a
D275 Power Supervision
Module.
power either in parallel
originating from the same 4. When connecting a D275,
power supply or run from
separate power supplies.
2. Positive (+) and negative
(-) initiating device circuit
(IDC) from the control
panel or an existing
connect the positive (+)
wire to the yellow input
(24 VDC) and the negative
(-) wire to Common
(black). The red wire is
not used.
circuit.
5. The blue wires from the
D275 Power Supervision
Module provide power
supervision.
3. Interconnection circuit
(connects Terminal 3 from
base to base) for up to five
bases on a common power 6. An EOL resistor as
supply circuit. Each power
circuit must be terminated
with an F220-B6E Power
specified in the control
panel’s installation
instructions.
Fig. 3.3 Interconnection Wiring
Wire Size
18 AWG (1.2 mm)
16 AWG (1.5 mm)
14 AWG (1.8 mm)
Wire Length
300 ft (91 m)
450 ft (137 m)
750 ft (229 m)
Table 3.3 Maximum Distance from First to Last Interconnected Units
NOTE! To ensure interconnected units can alarm, the line
load after the last detector must not exceed 10 mA.
3.5
Wire Power Supervision Modules
3.5.1
Wire F220-B6E Power Supervision Base
The F220-B6E base is wired as shown in Figure 3.4 on page 18.
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18 en | Install the Bases
F220 Series Detectors with F220-B6RS Bases
_
1
+
4
b1
b2
5
a1/a2 c
F220-B6E*
C
4
NO
3
C
2
5
NO
1
6
3
+
2
_
1. Power input (positive [+]
in on terminal b2; negative 3. Jumper connecting
[-] in on terminal a1/a2) terminals 2 and 3.
from the control panel or 4. Place an appropriate EOL
previous four-wire base.
from a previous four-wire
base.
resistor (refer to the
control panel’s installation
instructions for resistor
specifications) across
Terminals 1 and 4.
2. Initiating device circuit
(IDC) input (positive [+] to
terminal 2 and negative [-]
to terminal 1) from the
control panel or from a
5. Power Supervision Relay
6. Alarm Loop Relay
Fig. 3.4 Wiring F220-B6E Four-wire Power Supervision Bases
* The F220-B6E base has a normally-open alarm loop relay that
activates when the unit is in alarm and a power supervision
relay that activates when power is supplied. Separate power
supervision devices, such as the D275, are unnecessary. Use
only one F220-B6E per zone run. It must be the last base on the
run.
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F220 Series Detectors with F220-B6RS Bases
Install the Bases | en 19
The alarm loop relay (Form A, Terminals 1 and 2) and the power
supervision relay (Terminal 3 and 4) are rated for 0.5 A at
120 VAC/DC for resistive loads.
CAUTION! Do not connect relays to inductive or
capacitive loads. Use with resistive loads only.
!
3.5.2
Wire D275 Power Supervision Module
When a D275 Module is used with 24 VDC systems, connect the
yellow wire to the output terminal (b1 or b2). The red wire
remains unconnected (refer to Figure 3.5 on page 19).
1
2
2
D275
3
7
+12 VDC
4
+24 VDC
5
Common (-)
6
1. EOL resistor (refer to the
control panel’s
to Terminal 1 on the last
base on the loop.
installation instructions
for specifications).
4. Red wire is not used.
5. Yellow wire to Terminal b1
on last base on loop for
24 VDC systems.
2. The positive (+) and
negative (-) IDC wires
(blue) from the D275.
3. Connect the positive (+)
IDC wire through the EOL
6. Black wire (common) to
Terminal a1/a2 on last
base on loop.
resistor to Terminal 2 and 7. Power loop
the negative (-) IDC wire
Fig. 3.5 Wiring a D275 Power Supervision Module as a Loop Terminator
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20 en | Install the Detector Heads
F220 Series Detectors with F220-B6RS Bases
4
Install the Detector Heads
4.1
Mount the Detector Heads
CAUTION! Before mounting detector heads, all terminal
screws in the base including those not wired must be
tightened to prevent loose screw heads from making
intermitent electrical contact with the detector head.
!
NOTE! When using F220-B6RS Sounder Bases, set the
DIP switches for desired operation and sounder signal
pattern before installing the detector heads.
4.1.1
Optional Locking Bar
Each base has a snap-off locking bar as part of the base
molding. Engage the locking bar to prohibit unauthorized
detector removal. To engage the locking bar, move it to the
position shown in Figure 4.1.
1
2
X
X
1. Snap locking bar (X) off
base molding
2. Insert locking bar (X) into
locking bar mount until
fully engaged
Fig. 4.1 Engaging the Locking Bar
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F220 Series Detectors with F220-B6RS Bases
Install the Detector Heads | en 21
CAUTION! When using the locking bar, before installing
the detector head, open the unlocking port (refer to
Figure 4.2, Item 4) by poking through the plastic with a
screwdriver.
!
4.1.2
Mounting Skirt (Figure 4.2, Item 2)
Align the four alignment keys (refer to Figure 2.2, Item 12 on
page 6 and to Figure 4.2, Item 5) and press the mounting skirt
firmly down onto the mounting base (Figure 4.2, Item 3) to
engage the snap locks
.
6
1
7
8
5
4
2
5
5
3
5
9
1. Detector head (heat
detector shown in exam-
ple)
the mounting skirt and
four corresponding places
on the base)
2. Mounting skirt
3. Mounting base
4. Locking port
6. LED
7. Bar on mounting skirt
8. T mark on mounting skirt
9. Locking bar in locked position
5. Alignment keys (four
places on the bottom of
Fig. 4.2 Part Orientation for Mounting
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22 en | Install the Detector Heads
F220 Series Detectors with F220-B6RS Bases
4.1.3
Detector Head
CAUTION! The mounting skirts and detector heads are
keyed. Do not force them onto the mounting bases.
!
Install:
Install the detector head by lining up the LED on the detector
head (refer to Figure 4.2, Item 6 on page 21) with the bar on the
mounting skirt (refer to Figure 4.2, Item 7). Turn the detector
head clockwise until the LED aligns with the T mark on the
mounting skirt (refer to Figure 4.2, Item 8).
Remove:
Remove the detector ahead by turning it counter-clockwise. If
the optional locking bar is used, refer to Figure 4.3.
2
1
1. Insert screwdriver through 2. Hold the locking bar down
the locking port and
while turning the head
counter-clockwise until
disengaged.
depress the locking bar.
Fig. 4.3 Unlocking the Locking Bar
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F220 Series Detectors with F220-B6RS Bases
Install the Detector Heads | en 23
4.2
Set Detector Modes
The F220 Series Smoke Detectors feature a unique
magnet-operated sensitivity mode and detector test mode.
4.2.1
Test Mode
Test the detector by placing the magnet next to the T mark on
the mounting skirt for three consecutive flashes to cause an
alarm.
4.2.2
Sensitivity Mode
If the magnet is next to the T mark for less than three flashes
but more than one flash, the detector enters Sensitivity Mode.
1. Place the detector into Sensitivity Mode.
2. Wait for the first single green LED flash.
3. Count the number of red LED flashes that follow and refer
to Table 4.1 on page 23 for sensitivity definitions.
Number of
Sensitivity Definition (% Obscuration)
Red Flashes
1
Malfunctioning smoke or heat detector
3
Normally operating smoke or heat detector with
little or no dirt contamination
4 to 6
Progressively more contamination
Trouble condition, very dirty but still
7 to 10
compensated to 3%/ft (3%/ft = 0.433 db/m);
Sensitivity < 3% at 10 flashes.
11
12
Sensitivity < 2.5%/ft (2.5%/ft = 0.36 db/m)
Sensitivity < 2.0%/ft (2.0%/ft = 0.287 db/m),
chance of false alarm increases
13
14
Sensitivity < 1.5%/ft (1.5%/ft = 0.214 db/m)
Sensitivity < 1.0%/ft (1.0%/ft = 0.143 db/m),
chance of false alarm greatly increases
15
Sensitivity < 0.5%/ft (0.5%/ft = 0.071 db/m),
false alarm likely
Table 4.1 Red LED Flash Definition
4. The detector exits sensitivity mode and returns to one
green LED flash every eight seconds.
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24 en | Install the Detector Heads
F220 Series Detectors with F220-B6RS Bases
4.3
Set CleanMe Feature
The Clean Me feature monitors the smoke chamber’s sensitivity
and sends a trouble signal to the control panel when the
sensitivity degrades to a preset level.
NOTE! When a CleanMe signal is sent to a control panel
that is not CleanMe compatible, the signal may be
misinterprted as an alarm.
To activate the CleanMe feature:
1. Put the detector into sensitivity mode by placing a magnet
next to the T mark on the mounting skirt (refer to
Figure 4.2, Item 8 on page 21). Remove the magnet after
the first red LED flash and before the third red LED flash.
2. When the magnet is removed, the LED flashes green once
and shows the first of two sensitivity displays.
3. When the LED next flashes red, replace the magnet near
the T mark (refer to Figure 4.2, Item 8 on page 21).
4. Hold the magnet against the T mark on the mounting skirt
(refer to Figure 4.2, Item 8 on page 21) until the green LED
flashes twice and the red LED repeats the sensitivity
indication.
5. The detector exits sensitivity mode. If CleanMe has been
successfully enabled, the green LED flashes twice in rapid
succession every eight seconds indicating that CleanMe is
activated.
To disable CleanMe, repeat this process and verify the double
flash returns to a single flash.
4.4
Flash Rate and Trouble Indication
These detectors include the Chamber Check Automatic Trouble
Indicator that verifies the detector’s calibration is within the
factory listed range. NFPA guidelines for sensitivity testing can
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Test the Installation | en 25
be met by visually inspecting the detector and checking the
flash rate of the LED.
NOTE! Perform the visual check before resetting power.
After a reset the trouble indicators clear for 70 seconds.
After 70 seconds, if the detector is in a trouble condition,
trouble indications begin again.
A unit with CleanMe activated double flashes (two flashes
within a half second of each other) every eight seconds. A
normally operating unit flashes once every eight seconds. If a
detector is in a trouble condition due to a dirty lens or a sensor
malfunction, it single or double flashes every four seconds. If
enabled, the CleanMe trouble signal is sent. If the calibration is
out of range for more than 24 hours, the green LED on the
detector flashes approximately once every four seconds.
5
Test the Installation
5.1
Inspect the Installation
1. Check the wiring from the control panel to the last head on
each run for proper polarity and continuity.
2. Terminate each run with an EOL resistor as specified by
the control panel manufacturer.
3. Terminate four-wire runs with EOL power supervision
modules or F220-B6E bases.
4. Apply power to the system. Check for alarms and troubles.
5. Note which detectors alarmed (if any), shut down the
system, remove alarmed detectors from their bases, and
recheck the bases for proper wiring.
6. If the problem persists, determine if the problem is caused
by the detector or the base. Replace the affected detectors
or bases with known good units.
7. If a system alarm occurs with no detector alarms present,
remove all detectors and check the wiring at each base.
8. Check the wiring of each EOL resistor and EOL module.
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26 en | Test the Installation
F220 Series Detectors with F220-B6RS Bases
9. When the system is alarm free, check each detector to
ensure that the green LED indicator flashes approximately
every eight seconds. This verifies the detector is receiving
power and operating properly.
NOTE! If a heat detector LED flashes at a rate of
4 flashes/sec, the detector is either cold (below +32°F
[0°C]), out of sensitivity range, or defective. If a smoke
detector flashes at a rate of 4 flashes/sec, it is either out
of sensitivity range or defective.
5.2
Test Each Detector
Test each detector to ensure it causes a control panel alarm.
Reset the control panel after each test.
5.2.1
Activate an Alarm at Each Detector
To cause heat detectors to alarm either:
–
Activate the internal reed switch by placing a magnet
horizontally against the T mark on the mounting skirt and
holding it there for three consecutive LED flashes, or
Expose the thermistor to a heat source such as a hair dryer
or a shielded heat lamp until the detector alarms and the
alarm LED lights .
–
To cause smoke detectors to alarm either:
–
Activate the internal reed switch by placing a magnet
horizontally against the T mark on the mounting skirt and
holding it there for three consecutive LED flashes, or
Use a UL Listed aerosol smoke detector tester to simulate
an alarm. Follow the instructions provided with the aerosol
smoke detector tester.
–
5.2.2
Reset the Control Panel
When a detector alarms, the red LED indicator activates and
latches into the ON position. Clear the alarm by momentarily
removing power before proceeding to the next detector.
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F220 Series Detectors with F220-B6RS Bases
Test the Installation | en 27
5.3
Test the Alarm Loop
Checkthe voltage across the EOL resistor of each alarm loop to
verify wiring losses do not exceed control panel manufacturer’s
specifications.
5.4
Test any CO Sensors
Removing the detector head or resetting the detector’s power
places the detector in a special test mode for 15 minutes. If
over 35 ppm of CO is applied to the detector within this
15-minute period, the detector must alarm or it is defective.
WARNING! The F220-PTHC detects carbon monoxide
(CO) as a component of a fire. Do not use the F220-PTHC
as a stand-alone CO detector.
!
5.5
Perform NFPA 72 Required Testing
Refer to Section 1.2 Required Maintenance and Testing on
page 2.
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Bosch Security Systems, Inc.
130 Perinton Parkway
Fairport, NY 14450-9199
USA
Customer Service: (800) 289-0096
Technical Support: (888) 886-6189
© Bosch Security Systems, Inc., 2007
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