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III- 

42

Supervisory Remote Station Transmitter Circuit

(Power Limited)

16.5 - 28 V.D.C., 14mA. max.
1.2V. Ripple max.
Polarity shown for normal standby condition,
Polarity reversed for alarm condition (zone #1 only).
Open circuit for trouble condition.

See below for alarm circuit wiring of
Alarm Remote Station Transmitter Circuit
or Local Energy City Box Trip Circuit.
Note:  See step 3 for proper programming.

Alarm Remote Station Transmitter Circuit

(Power Limited)

16.5 - 28 V.D.C., 14mA. max.
1.2V. Ripple max.
Polarity shown for normal standby condition.
Polarity reversed for alarm condition, open
circuit for trouble conditions.

Local Energy City Box Trip Circuit

Module Not Power Limited when configured

for local energy.

Normal standby:

11 - 20mV.D.C., 1.4mA. max.

Alarm condition:

18 - 28V.D.C., 270mA. max.

(momentary load only)

1.2V. Ripple max.

NOTES:
1.)

Units to be installed in accordance with the
National Electrical Code and / or local
electrical codes.

2.)

Terminal block will accept a maximum of
#14 AWG wiring or .260" spade terminals.
Terminal block screw size is #6-32.

3.)

Intended for connection to a polarity reversal
circuit of a remote station receiving unit
having compatible ratings.

C

O

A

Form "C" contact configuration
(contacts shown in normal standby
condition; transfer for operated
condition).

Note:

Trouble and general alarm contacts are not
power limited when 15215 module is
connected to a local energy city box trip
circuit.  The field wiring must meet the
requirements for non power limited wiring.

General alarm contacts for power limited
source rated 5A. @ 30 V.D.C. / V.A.C.
Not supervised

Trouble contacts for power limited source
rated 1A. @ 28 V.D.C., resistive.
Not supervised

firealarmresources.com

Summary of Contents for 15220A

Page 1: ...5240A 240 FIRE ALARM SYSTEM CONTROL UNIT OWNERS MANUAL P N 445926 ISSUE I Rev C 10 98 805 S Maumee St Tecumseh MI 49286 Phone 517 423 2111 Fax 517 423 2320 Copyright 1998 Faraday LLC All Rights Reserv...

Page 2: ...ATIONS II 1 TROUBLESILENCING II 1 SIGNALSILENCING II 1 SYSTEMRESET II 1 TROUBLEOPERATION TROUBLEINDICATIONS II 2 TROUBLESILENCING II 2 SPRINKLERSUPERVISORYOPERATION SUPERVISORYINDICATIONS II 2 TROUBLE...

Page 3: ...III 31 BATTERY SIZE CALCULATIONS III 32 15212REMOTEANNUNCIATORMODULE III 33 15213AMARCHTIME TEMPORALSIGNALINGMODULE III 35 15219 ZONE RELAY MODULE III 37 15209 CITY TIE MODULE III 39 15215 CITY TIE A...

Page 4: ...ifications subject to change without notice Should further information be desired or should particular problems arise which are not covered sufficiently the matter should be referred to the Installer...

Page 5: ...ving jurisdiction Contact the authority having jurisdiction Contact the authority having jurisdiction Contact the authority having jurisdiction for other standards that may apply for other standards t...

Page 6: ...These batteries must be checked for performance at least 2 times per year or more often if local requirements dictate it A regular test program should be followed and documented to make sure that eac...

Page 7: ...System Control Unit This module provides a supervised annunciator output per zone capable of driving 21 28VDC L E D indicators a form C system trouble contact and a form C general alarm contact This...

Page 8: ...on of the disconnect switch The 15206 D A C T Interface Module The 15206 D A C T Interface Module is an optional module for the 15220A or 15240A Fire Alarm System Control Unit The module provides a fo...

Page 9: ...settable Smoke Detector Power Power Limited Voltage Range 24VDC Nominal Current Output Up to 0 3A limited by battery capacity Maximum Ripple 1 2V Initiating Circuits Power Limited Style B class B Stan...

Page 10: ...firealarmresources com...

Page 11: ...ls may again be silenced by repeating the procedure above NOTE 1 If zone 2 has been programmed for use with waterflow switches for non silencable signals once zone 2 is alarmed the building alarm sign...

Page 12: ...PRINKLER SUPERVISORY OPERATION OF THE FIRE ALARM SYSTEMS CONTROL UNIT This applies only to control units that have been programmed for sprinkler supervisory switches A SUPERVISORY CONDITION IS INDICAT...

Page 13: ...nds again indicating the switch must be returned to the normal condition L E D FUNCTIONS System Power Green Indicates the primary A C power is connected to the control unit Signal Silenced Yellow Indi...

Page 14: ...their normal position DO NOT LEAVE SWITCHES IN THE DISCONNECTED POSITION MAINTENANCE 1 The 15220A or 15240A Fire Alarm System Control Unit does not require periodic maintenance except that the unit sh...

Page 15: ...ush down the SYSTEM RESET switch for a MINIMUM of SIX SECONDS If the trouble buzzer had been silenced the trouble buzzer will sound again until the trouble silence switch is returned to the normal pos...

Page 16: ...tood this instruction sheet CAUTIONS 1 It is recommended that the main board be removed for any procedure that may cause dust metal shavings grease or any such matter that may affect the circuit board...

Page 17: ...he wall material Step 3 Attach conduit if required and run wires as required Do not connect wires at this time Non power limited field wires must be run in separate conduit and be 1 4 from power limit...

Page 18: ...To check the supervised circuits of the Control unit A Place two 47K ohm resistors P N 942666 across signal circuit terminal 1 and 2 B Place a 3 9K ohm resistor P N 942665 across each initiating circ...

Page 19: ...d again and the system trouble L E D will extinguish The trouble buzzer can be silenced by returning the trouble silence switch to the normal position Step 10 Disconnect ALL power into system includin...

Page 20: ...k must be removed to locate the Jumper Step 16 Apply power to system including batteries Step 17 Check for proper operation of the main board functions stations detectors signals and supervision of wi...

Page 21: ...III 6 BACKBOX DIMENSIONS firealarmresources com...

Page 22: ...III 7 SEMI FLUSH MOUNTING DIAGRAM firealarmresources com...

Page 23: ...re Selection Guide to determine wire size for signal circuits 1 and 2 3 The 120VAC terminal block will accept up to 12 AWG wiring or 312 spade terminals Terminal block screw size is 6 32 4 All other t...

Page 24: ...re Selection Guide to determine wire size for signal circuits 1 and 2 3 The 120VAC terminal block will accept up to 12 AWG wiring or 312 spade terminals Terminal block screw size is 6 32 4 All other t...

Page 25: ...the 15240A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1 2 WATT NON CODE PULL STATIONS FARADAY CAT NO F1GT F1GGT F1GHT PM6700 PM6608 PM6696 PM6695 PM6699 HEAT DETECTORS FARADAY CAT NO 9300 136...

Page 26: ...ng circuit specifications see the 15220A Wiring Diagram 445928 or the 15240A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1 2 WATT SUPERVISORY SWITCH FARADAY CAT NO PM6223 PM6224 PM6781 PM6782...

Page 27: ...445928 or the 15240A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1 2 WATT WATERFLOW SWITCH FARADAY CAT NO PM6615 PM6616 PM6617 PM6618 PM6619 PM6620 PM6621 PM6622 PM6679 PM6780 SYSTEM SENSOR C...

Page 28: ...0 152 W 45681 231 0 30 0 089ma 55000 152 45681 231 9274 W 9223 55000 152 W 45681 232 0 30 0 057ma 55000 152 45681 232 9264 W 9262 55000 153 W 45681 200 0 30 0 057ma 55000 153 45681 200 9264 W 9263 550...

Page 29: ...ma P56FE1 MAFE1 9484 70 201000 001 FE01A 9454 W 9461 PSD7156 W MA 001 0 30 0 07ma P56FE1 MAFE1 9486 70 201000 002 FE02A 9455 W 9457 CPD7051 W 2 WIRE 0 30 0 060ma I51FE1 FE51A 9455 W 9458 CPD7051 W 2 W...

Page 30: ...ompatibility identifiers 9236 W 9241 AL DCA 135 W 0 30 N A HB 18 HS 224L 9237 W 9241 AL DCA 190 W 0 30 N A HB 18 HS 224L 9238 W 9241 AL DFE 135 W 0 30 N A HB 18 HS 224L 9239 W 9241 AL DFE 190 W 0 30 N...

Page 31: ...0ma A A 9421 W 9364 4451HT W B401 0 25 0 120ma A A Notes 1 For specific wiring and installation information read the instructions provided with each device 2 For initiating circuit specifications see...

Page 32: ...tions see the 15220A Wiring Diagram 445928 or the 15240A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1 2 WATT FARADAY CAT NO SYSTEM SENSOR CAT NO 9437 OR 9440 DUCT DH1851DC OR DETECTOR DH2851D...

Page 33: ...device For specific wiring and installation information read the instructions provided with each device 2 For initiating circuit specifications see the 15220A Wiring Diagram 445928 or the 15240A Wirin...

Page 34: ...9195 W 9198 DS200 W MB200 4W 0 025ma 36ma MUST USE EOL RELAY 9196 W 9198 DS200HD W MB200 4W 0 025ma 36ma MUST USE EOL RELAY KIDDE FENWAL INC 9472 W 9488 PSD7125 W 0 100ma 20ma MUST USE EOL RELAY 70 2...

Page 35: ...RELAY 9339 2112 24T 0 050ma 25ma MUST USE EOL RELAY 9340 2112 24TSRB 15ma 45ma MUST USE EOL RELAY 9358 W 9362 1451 W B402B 0 120ma 41ma MUST USE EOL RELAY 9359 W 9362 2451 W B402B 0 120ma 41ma MUST US...

Page 36: ...A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1 2 WATT END OF LINE RELAY FARADAY 9423 OR SYSTEM SENSOR A77 716 02 FARADAY CAT NO SYSTEM SENSOR CAT NO 9437 OR 9440 DUCT DH1851DC OR DETECTOR DH2...

Page 37: ...llation information read the instructions provided with each device 2 For initiating circuit specifications see the 15220A Wiring Diagram 445928 or the 15240A Wiring Diagram 445929 END OF LINE RESISTO...

Page 38: ...mation read the instructions provided with each device 2 For initiating circuit specifications see the 15220A Wiring Diagram 445928 or the 15240A Wiring Diagram 445929 END OF LINE RESISTOR 3 9K OHM 1...

Page 39: ...0 170A 2824 Z 3 Sync Electronic Horn w Strobe Light 20 31VDC 0 030A 20 31VDC 0 249A 2880 Electronic Signal 8T 20 31VDC 0 024 0 050A 4 2881 Electronic Signal 8T 20 31VDC 0 024 0 050A 4 2884 E Electroni...

Page 40: ...trobe 21 32VDC 0 020A 20 31VDC 0 145A 5347 C 2 Electronic Horn w Sync Strobe 21 32VDC 0 020A 20 31VDC 0 285A 5348 0 X Electronic Horn w Strobe 21 32VDC 0 020A 21 30VDC 0 038A 5348 H U Electronic Horn...

Page 41: ...21 30VDC 0 038A 5509 H U Strobe Light 21 30VDC 0 075A 5510 O X Strobe Light 21 30VDC 0 038A 5510 H U Strobe Light 21 30VDC 0 075A 5510 N W Strobe Light 21 32VDC 0 079A 5510 A B 2 Sync Strobe Light 20...

Page 42: ...0 31VDC 0 285A 6120 Horn 21 30VDC 0 035A 6140 Horn 21 30VDC 0 065A 6223 Horn 21 30VDC 0 038A 6224 Horn 21 30VDC 0 038A 6225 Horn 21 30VDC 0 038A 6226 N W Horn w Strobe 21 30VDC 0 038A 21 32VDC 0 079A...

Page 43: ...Horn w Sync Strobe 20 31VDC 0 065A 20 31VDC 0 285 A 6248 N W Horn w Strobe 21 30VDC 0 065A 21 32VDC 0 079A 6248 A B 2 Horn w Sync Strobe 20 31VDC 0 065A 20 31VDC 0 145 A 6250 Horn 21 30VDC 0 065A 6254...

Page 44: ...VDC 0 249A 6320 2 Sync Electronic Horn 20 31VDC 0 030A 6321 2 Sync Electronic Horn 20 31VDC 0 030A 6322 A B 3 Sync Electronic Horn w Sync Strobe 20 31VDC 0 030A 20 31VDC 0 145 A 6322 C 3 Sync Electron...

Page 45: ...ontrol Module RSE 100 15070 Remote Signal Extender Notes 1 The accessory devices listed above may be wired to activate from the signal circuit 2 For specific wiring and installation information read t...

Page 46: ...the load is at the end of the wire run worst case 2 resistance is of solid copper wire Contact your local distributor or the factory if further information is needed for your requirements MAXIMUM WIR...

Page 47: ...X N A ALARM X N A STANDBY X N A ALARM X N A STANDBY X N A ALARM X N A END OF LINE RELAY QUANITY X CURRENT X CAT OF SIGNAL QUANITY X CURRENT X N A X N A X N A X N A 7700 TROUBLE UNIT 040 040 OTHER TOTA...

Page 48: ...W1 must be cut out of module Step 7 Connect field wires as required Step 8 Apply power to system Step 9 Check for proper operation of module functions and supervision of wires Step 10 Replace L E D i...

Page 49: ...contacts for power limited source rated 5A 30 V A C V D C Not supervised NOTES 1 Units to be installed in accordance with the National Electrical Code and or local electrical codes 2 Terminal block wi...

Page 50: ...W3 must be cut out of the module Step 6 Connect field wires as required Step 7 Apply power to system Step 8 Check for proper operation of module functions and supervision of wires Step 9 Replace L E...

Page 51: ...nal block will accept a maximum of 14 AWG wiring or 260 spade terminals Terminal block screw size is 6 32 4 See the owners manual for compatible signals 5 Signal circuit terminals 1 and 2 on the main...

Page 52: ...220 A control units CAUTION Check to see that the connectors are properly seated on all of the pins Step 5 If zone 1 is used for sprinkler supervisory switches diode D1 must be cut out of the module S...

Page 53: ...lock will accept a maximum of 14 AWG wiring Typical contact configurations contacts shown in normal stand by condition transfer for operated condition Zone alarm contacts for power limited source rate...

Page 54: ...eld wires as required Step 5 Apply power to system Step 6 Check for proper operation of module functions INSTALLATION INSTRUCTION AND WIRING FOR CAT NO 15209 CITY TIE MODULE Parts Supplied 1 15209 Cit...

Page 55: ...ple max Polarity shown for normal standby condition Polarity reversed for alarm condition open circuit for trouble conditions NOTES 1 Units to be installed in accordance with the National Electrical C...

Page 56: ...ends CAUTION Check to see that the connectors are properly seated on all of the pins Step 5 Connect field wires as required Step 6 Apply power to system Step 7 Check for proper operation of module fu...

Page 57: ...A max Alarm condition 18 28V D C 270mA max momentary load only 1 2V Ripple max NOTES 1 Units to be installed in accordance with the National Electrical Code and or local electrical codes 2 Terminal bl...

Page 58: ...ted upon activation of the disconnect switch Module Mounting Diagram Step 1 Installation is to be done only by qualified personnel who have thoroughly read and understood this instruction sheet Step 2...

Page 59: ...the National Electrical Code and or local electrical codes 2 Terminal block will accept a maximum of 14 AWG wiring or 260 spade terminals Terminal block screw size is 6 32 Trouble contacts for power l...

Page 60: ...ellow silenced L E D a buzzer for audible supervisory condition indication and a supervisory condition silence switch Cat No 15207 SupervisoryModule Cat No 15207 SupervisoryModule Step 1 Installation...

Page 61: ...ated on all of the pins Step 5 Connect field wires as required Step 6 Apply power to system Step 7 Check for proper operation of module functions The 15206 D A C T Interface Module is an optional modu...

Page 62: ...mum power output from the resettable and non resettable power output is 3 Amps Power output is not supervised special application FARADAY DC 100 101 NOTE Wiring for DC 101 must be enclosed in conduit...

Page 63: ...tter to provide central station proprietary or remote station service The 15217 Auxiliary Relay Module is also required to provide a general alarm contact and trouble contact If alarm transmission by...

Page 64: ...intoconnector J2 as shown Step 4 Apply power to system Step 5 Locate activated trouble indi cator on 15208 module Step 6 Repair problem s If problem can t be solved contact the factory for assis tance...

Page 65: ...signal circuit 1 A Correctwiringfault B Connect both circuits 2 Activated signal circuit 2 Operate SYSTEM RESET switch 3 Fuse F5 or F6 blown 3 Replacewithproperfuse Signal Circuit Short 1 Shorted sig...

Page 66: ...DISCONNECTswitchoperated 1 Return the DISCONNECT switch to normal 15215 City Tie Auxiliary Relay Module Trouble 1 DISCONNECTswitchoperated 1 Return the DISCONNECT switch to normal 2 Jumpersnotprogramm...

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