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F220 Series | 

Installation Instructions | 5.0 

F220-B6RS Features

 

EN 

| 9 

 

 

Bosch Security Systems | 8/05 | 4998138694D 

 

Figure 11:  Mounting the detector on the base 

skirt 

1

2

 

1 -  Bar (line up with LED on detector head) 
2 -  “T” Mark 

 

 

5.0 F220-B6RS 

Features 

5.1 Configuration 

On the sounder base is a four position DIP switch. 

Table 9: F220-B6RS Sounder Base Configuration  

 

 

 

 

Position 1 and 
2 (separately 
controlled 
sounder) 
switches off 

Control panel NAC circuit power is 
applied to the base to Terminals 4(+) 
and 5(-). The sounder follows the 
configuration of the NAC. See the 
control panel manual for NAC 
configuration. 

Positions 1 and 
2 switches on 

Power is taken from the head to activate 
the sounder.  Sounder output configured 
by DIP Switches 3 and 4. 

Position 3 on 

Code 3 signal. 

Position 4 on 

March Time signal. 

Positions 3 and 
4 off 

Steady signal. 

 

 

 

Figure 12:  F220-B6RS 4-wire configuration with D275 (tandem connection) 

NO C INT

b1

b2

c

a1/a2

NO C INT

b2

c

a1/a2

NO C INT

b2

c

a1/a2

1

2

3

3

4

5

1 2

1 2

1 2

3

3

3

SEP-
SEP+

SEP-
SEP+

SEP-
SEP+

6

7

b1

b1

8

8

8

1 -  D275 
2 -  Alarm loop (Terminal 1 and 2) 
3 -  Blue wire (D275, Terminal 1 and EOLR) 
4 -  Black wire (D275, Common) 

5 -  Yellow wire (D275 for 24 V systems) 
6 -  Red wire (D275 for 12 V systems) 
7 -  EOL resistor 
8 -  Tandem connection (up to five maximum) 

5.2 Interconnect 

feature 

When the sounder is powered from the head, you can 
connect up to five detectors by a common wire on 
Terminal 3. All sounders within the group activate 
together. Set all units for the same sounder type on 
Switches 3 and 4, otherwise all detectors sound the 
pattern of the originating detector. 

 

 

To ensure interconnected units can alarm, 
the line load after the last detector must not 
exceed 10 mA so. 

These restrictions do not apply to reverse 
polarity activation. 

 

 

Summary of Contents for F220

Page 1: ...EN Installation Instructions Photoelectric Smoke Heat Detectors F220 Series ...

Page 2: ...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 For commercial and industrial installations 30 ft 9 14 m spacing between detectors is recommended To verify power to the detector and a functioning smoke sampling cir...

Page 3: ...nce of false alarm greatly increased 15 0 5 ft 0 5 0 3 m false alarm very likely 1 6 1 The LED sensitivity flash procedure 1 Briefly place the magnet at the T on the detector base for at least one red LED flash but less then three LED flashes 2 Wait for the first single green LED flash 3 Count the number of red LED flashes that follow This indicates the sensitivity 1 6 2 Normal sensitivity LED fla...

Page 4: ...our wire system 2 0 Product family description Table 3 Product Family Description F220 P Photoelectric smoke detector only requires base F220 PTH Photoelectric smoke detector w integral 135 F 57 C heat sensor requires base F220 PTHC Photoelectric smoke detector w integral 135 F 57 C heat sensor and CO enhanced smoke detection requires base F220 PC Photoelectric smoke detector with CO enhanced smok...

Page 5: ...ten Depending on local regulations you can surface mount the bases using anchors mollies or wing nuts or you can mount directly to 4 in 10 cm octagonal electrical boxes and single gang switch boxes 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 0 Wiring information...

Page 6: ...erted as individual ends EOL Resistors Use the EOL resistors supplied or specified by the control panel manufacturer This also applies to the D275 Module D275 Power Supervision Relay When used with 12 VDC systems connect the red wire to Terminal b1 on the last base in the run The yellow wire remains unconnected For 24 VDC systems connect the yellow wire to Terminal b1 The red wire remains unconnec...

Page 7: ...arm Relay Form A C Terminal 4 Alarm Relay Form A NO Terminal 5 Figure 7 F220 B6C auxiliary alarm contact wiring 1 2 3 1 2 NC C NO NO C 1 Alarm NO 2 Auxiliary alarm relay 4 5 Wiring the F220 B6E The F220 B6E base has a normally open alarm loop relay and an auxiliary set of normally open contacts The contacts are rated 0 5 A use at 125 VAC and 1 0 A use at 30 VDC for resistive loads Do not use with ...

Page 8: ...instructions 2 Attach the base skirt by aligning the four hardware keys or turn the base skirt slowly clockwise until it rests in place Press firmly to latch it onto the fixing clamps See Figure 10 Use the tamper tab locking bar to prohibit detector removal as follows 3 The snap off locking bar X is part of the base molding Shift the locking bar X into the position shown in Figure 9 to engage it 4...

Page 9: ...March Time signal Positions 3 and 4 off Steady signal Figure 12 F220 B6RS 4 wire configuration with D275 tandem connection NO C INT b1 b2 c a1 a2 NO C INT b2 c a1 a2 NO C INT b2 c a1 a2 1 2 3 3 4 5 1 2 1 2 1 2 3 3 3 SEP SEP SEP SEP SEP SEP 6 7 b1 b1 8 8 8 1 D275 2 Alarm loop Terminal 1 and 2 3 Blue wire D275 Terminal 1 and EOLR 4 Black wire D275 Common 5 Yellow wire D275 for 24 V systems 6 Red wir...

Page 10: ... second rate the detector is either cold out of sensitivity range or defective If the smoke detector LED flashes at a four second rate the detector is out of sensitivity range or defective 12 Test each detector to ensure it causes a control panel alarm Reset the control panel after each test To alarm the F220 135 135F 190F Detectors either Place a magnet horizontally against the T and hold it ther...

Page 11: ...tion tests at installation then every other year Perform functional testing yearly Notify all concerned parties before any maintenance or testing of the fire alarm system and upon completion of these activities Test the calibration to meet NFPA using either the magnet test or measuring the calibration with a calibrated product from No Climb Products Ltd Quickly determine the calibration by a visua...

Page 12: ... Time 22 second maximum Alarm current for all F220 Detectors 20 mA minimum use at 8 5 VDC 35 mA maximum use at 32 VDC F220 B6 2 wire 8 5 to 32 0 VDC F220 B6 R C E RS 4 wire 10 0 to 30 0 VDC Alarm Current only base current head current excluded F220 B6C 31 mA use at 12 VDC 35 mA use at 24 VDC 40 mA maximum use at 30 VDC F220 B6R 13 5 mA use at 12 VDC 16 5 mA use at 24 VDC 19 mA maximum use at 30 VD...

Page 13: ... 13 Bosch Security Systems 8 05 4998138694D Trademarks CleanMe is a trademark of GE Interlogix ChamberMaid and Chamber Check are a trademarks of Bosch Security Systems TECHSPRAY is a registered trademark and ENVI RO TECH is a trademark of Tech Spray L P ...

Page 14: ...F220 Series Installation Instructions Notes EN 14 Bosch Security Systems 8 05 4998138694D Notes ...

Page 15: ...F220 Series Installation Instructions Notes EN 15 Bosch Security Systems 8 05 4998138694D Notes ...

Page 16: ... 2005 Bosch Security Systems 4998138694D Bosch Security Systems 130 Perinton Parkway Fairport NY 14450 9199 Customer Service 800 289 0096 Technical Support 888 886 6189 ...

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