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Kidde Gemini II, Design, Installation, Operation, And Maintenance Manual

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Kidde Gemini II Design, Installation, Operation, And Maintenance Manual Download Page 43

2-9

November 2002

06-235975-001

Kidde Gemini II System

OptRyIsoFAIL

Optional relay isolation failure.

Prog Rel ISO

MCP programmable relay isolated.

PSU FLT

Power supply failure

.

RegisterFAIL

The operator is trying to register a Re-
mote Hazard or Remote Display Unit,
but the registration has failed.

ReleaIsoFAIL

Release isolation failure.

Release FLT

Fault on agent release output circuit.

Release ISO

Agent release output has been iso-
lated.

Release/Sla.

MCP has activated its agent release
at the request of a stop valve control
slave.

Releasing

Agent release circuit is activated and
releasing agent to the hazard.

Reset

RESET button was pressed on the
front panel of one of the units.

Reset by MCP

Unit was reset from the Main Control
Panel.

Snd1 LoadFLT

Sounder 1 is drawing too much cur-
rent.

Snd1 o/c FLT

Sounder 1 is open circuit.

Snd1 s/c FLT

Sounder 1 is short circuit.

Snd2 LoadFLT

Sounder 2 is drawing too much cur-
rent.

Snd2 o/c FLT

Sounder 2 is open circuit.

Snd2 s/c FLT

Sounder 2 is short circuit.

Sounder ISO

Indicating (sounder) output circuit has
been isolated.

Stp/valvFAIL

Failure to update an RHU with its stop
valve control status.

S/valv FLT

Stop valve output fault.

Superv FLT

Fault on the supervisory input circuit.

Supervisory

Supervisory input received.

Suprv IP ISO

Supervisory input circuit has been iso-
lated by the operator.

Supv IsoFAIL

Supervisory isolation failure.

Switch FLT

RDU has detected abort/manual re-
lease switches but is configured not to
have them.

Trbl Rel ISO

MCP trouble relay has been isolated
by the operator.

Unregistered

The Main Control Panel is communi-
cating with a Remote Hazard Unit, but
the unit is not registered.

Update FAIL

The Main Control Panel could not get
an update of events from the Remote
Hazard or Remote Display Unit.

W/F loop FLT

Break in waterflow wiring loop on a
Style D circuit.

W/Flo IP ISO

Waterflow input has been isolated by
the operator.

W/Flow FLT

Fault on the waterflow input circuit.

W/T Abort

Abort activated during walk test.

W/T Man.Rel.

Manual release activated during walk
test.

W/T Superv.

Supervisory activated during walk test.

W/T W/Flow

Waterflow input activated during walk
test.

W/T Zone 1

Zone 1 detectors activated during walk
test.

W/T Zone 2

Zone 2 detectors activated during walk
test.

WalkTestFAIL

Failure to correctly begin a walk test.

Waterflow

Release circuit is activating the sprin-
kler system.

Wflo IsoFAIL

Failure to isolate waterflow input on an
RHU.

Zn1 Loop FLT

Break in Zone 1 wiring loop on Style D
circuit.

Zn2 Loop FLT

Break in Zone 2 wiring loop on a Style
D circuit.

Zone 1 FLT

Zone 1 detectors open circuit.

Zone 2 FLT

Zone 2 detectors open circuit.

firealarmresources.com

Summary of Contents for Gemini II

Page 1: ...mini II Fire Alarm Suppression Control Panel Design Installation Operation and Maintenance Manual P N 06 235975 001 November 2002 R LISTED FM APPROVED LISTED MEA Listed CSFM Listed firealarmresources com ...

Page 2: ...firealarmresources com ...

Page 3: ...Gemini II Fire Alarm Suppression Control Panel Design Installation Operation and Maintenance Manual P N 06 235975 001 November 2002 firealarmresources com ...

Page 4: ...THIS PAGE INTENTIONALLY LEFT BLANK firealarmresources com ...

Page 5: ...ads P N Part Number RAM Random Access Memory RDU Remote Display Unit RF Radio Frequency RHU Remote Hazard Unit SMPS Switching Mode Power Supply TB Terminal Block UL ULI Underwriters Laboratories Inc ULC Underwriters Laboratories of Canada V Volts Vac Volts AC Vdc Volts DC VRMS Volts Root Mean Square This manual is written for qualified and trained personnel knowledgeable of NFPA standards and any ...

Page 6: ...ii 06 235975 001 November 2002 Kidde Gemini II System THIS PAGE INTENTIONALLY LEFT BLANK firealarmresources com ...

Page 7: ... 2 Relay Output MCP Only 1 4 1 4 4 3 Optional Relay Board ORB 1 4 1 4 4 4 Indicating Circuits 1 5 1 4 5 Communications 1 5 1 4 6 Logs 1 5 1 4 7 Printed Circuit Boards 1 6 1 4 8 Enclosures 1 6 1 5 Remote Hazard Unit 1 6 1 5 1 Power Supply and Battery Backup 1 6 1 5 2 Display 1 6 1 5 3 Single Hazard Control Block 1 7 1 5 4 Communications 1 7 1 5 5 Printed Circuit Boards 1 7 1 5 6 Reset 1 7 1 5 7 Log...

Page 8: ... 1 4 3 Maintenance Procedures 4 1 4 3 1 Walk Test 4 1 4 3 1 1 Prerequisites for the Walk Test 4 1 4 3 1 2 Procedure for the Walk Test 4 1 4 3 2 Battery Maintenance and Check 4 2 4 3 2 1 Battery Status Check 4 2 4 3 2 2 Battery Test 4 2 4 3 2 3 Replacing the Battery 4 2 4 3 3 LCD LED Test 4 2 4 3 3 1 Adjusting LCD Contrast 4 2 4 4 Real Time Clock Backup Battery B1 on MCP 4 2 5 Troubleshooting 5 1 5...

Page 9: ...t Connection 7 10 7 3 3 4 Release Circuit Connection 7 10 7 3 3 5 RS 485 Data Communication 7 10 7 4 Configuration Procedures 7 11 7 4 1 Setting the Password 7 11 7 4 2 Setting the Date and Time 7 11 7 4 3 Configuring the MCP and RHUs 7 11 7 4 4 Configuring Remote Display Units RDUs 7 13 7 4 5 Registering RHUs and RDUs 7 13 7 4 6 De Registering RHUs and RDUs 7 14 7 4 7 Optional Relay Boards 7 14 7...

Page 10: ...g1 On 2 3 2 7 MCP Silenced 2 3 2 8 MCP Sig1 Off 2 3 2 9 Menu System 2 4 2 10 Main Menu 2 4 2 11 Enter Password Display 2 5 2 12 List Menu 2 6 2 13 List Events 2 7 2 14 Alarm or Trouble Message 2 7 3 1 Typical Clustered System with Identical Hazards 3 3 3 2 Typical Clustered System with Non Identical Hazards 3 3 4 1 Test Menu 4 1 5 1 Isolate Menu Structure 5 1 7 1 Signal Circuit Sample 7 2 7 2 Main...

Page 11: ...tems 1 10 1 3 Main Control Panel MCP Specifications 1 11 1 4 Remote Hazard Unit RHU Specifications 1 16 1 5 Remote Display Unit RDU Specifications 1 20 6 1 Gemini II Parts List 6 1 7 1 Recommended Conductor Sizes 7 2 7 2 Resistance of Copper Wire Per 1000 feet 7 2 7 3 Recommended Color Code For Fire Suppression Installations 7 2 7 4 Enclosure Dimensions 7 5 firealarmresources com ...

Page 12: ...viii 06 235975 001 November 2002 Kidde Gemini II System THIS PAGE INTENTIONALLY LEFT BLANK firealarmresources com ...

Page 13: ...s from the sides Before making modifications verify that they will not interfere with battery and printed circuit board location Do not over tighten screw terminals over tightening may damage threads resulting in reduced terminal contact pressure and difficulty with screw terminal removal This system contains static sensitive components Always ground yourself with a proper wrist strap before handl...

Page 14: ...installation CAUTION TEST EQUIPMENT Make certain test equipment is in good operating condition Do not touch live equipment or personnel working on live equipment while holding a test meter Some types of measuring devices should not be grounded these devices should not be held when taking measurements FIRST AID Any injury no matter how slight should never go unattended Always obtain first aid or me...

Page 15: ...ontrolled and monitored by the Main Control Panel See Appendix F for special Canadian requirements 1 3 HAZARD ANALYSIS An analysis of the hazard to be protected must be performed by a qualified fire protection specialist before the system can be installed The following are some factors that must be considered in determining the suitability of the Kidde Gemini II System for each application What ty...

Page 16: ...shutdown equipment and annunciate an alarm All alarms troubles and supervisory signals received at the panel are logged and displayed for the operator While not every alarm results in an agent release those that do are called decisive alarms The conditions under which a deci sive alarm occurs and what happens afterwards are de scribed in Paragraph 3 2 Agent Releasing Logic 1 4 1 Display Panel The ...

Page 17: ...uge System Solenoid CO2 System Control Heads To Remote Display Units To and from other System Units Form C Alarm Relay Form C Trouble Relay Form C Prog Relay Auxiliary Functions Equipment Shutdown Repeat Annunciation DACT MCP only Main Control Panel and Remote Hazard Units PUSH PULL FIRE FIRE PUSH HOLD SUPPRESSION SYSTEM ABORT Style B Style B 5 Form C Prog Relays on Option Relay Board Indicating C...

Page 18: ...idde solenoid Control Head P Ns 890181 899175 48650001 or 81 100000 001 plus one Stop Directional Valve Control Head for Systems using Clustered Agent Cylinders a common cylinder bank protects multiple hazards and Stop Valves direct Agent to the affected area or c One Factory Mutual Group A B D E or G Deluge Pre Action solenoids or d One Kidde solenoid Control Head P N 890181 899175 48650001 or 81...

Page 19: ...s The Main Control Panel controls communications with all units in the system through an RS 485 network communi cation port 1 4 6 Logs The Main Control Panel keeps two logs the Event Log and a Configuration Log The Event Log in the Main Control Panel collects all event alarm and supervisory messages throughout the system When the Event Log reaches its maximum capacity of 270 events a new message o...

Page 20: ...ROLL and SUP TBL Supervisory Trouble SCROLL buttons without open ing the door See Appendix F for special Canadian requirements 1 5 REMOTE HAZARD UNIT The Kidde Gemini II system can be expanded to include up to seven Remote Hazard Units The Remote Hazard Unit is programmed from the Main Control Panel and can be configured for global or local operation more on this below Values are stored in non vol...

Page 21: ...e input circuits for any events 1 5 7 Logs Each RHU uses its volatile memory to create a Local Ac tive Event List This list contains every active alarm trouble and supervisory event that is present at that RHU When any of these active events is silenced acknowledged that fact is recorded in the Local Active Event List Events are removed from the Local Active Event List as the events clear If the R...

Page 22: ...l Panel sends system wide messages to Remote Hazard Units configured for global mode Each global RHU displays the message updates its LED and activates deactivates its buzzer as appropriate There are two communications channels Though they pro vide redundancy in case of equipment failure both chan nels are used during normal operations The Main Control Panel transmits on one channel and receives o...

Page 23: ...ng Systems ULC S527 99 Standard for Control Units for Fire Alarm Systems ULC S524 01 Standard of the Installation of FireAlarm Systems Canada The Canadian Electrical Code Part 1 C22 1 1 9 SUPPRESSION SYSTEMS The Kidde Gemini II System is Listed Approved for the con trol of the suppression systems listed in Table 1 2 CAUTION The design of the suppression system must always be per the relevant Kidde...

Page 24: ...d o C n o N s m e t s y S g n i l a n g i S n o i t a t S l a r t n e C g n i l a n g i S e v i t c e t o r P l a c o L M F S C e s i R h g i H n o N t i n U l o r t n o C m r a l A e r i F l a c o L n o i t a t S l a r t n e C e c i v r e S e c i v e D g n i s a e l e R c i t a m o t u A l a u n a M w o l f r e t a W y r o s i v r e p u S r e l k n i r p S C A D d e d o C n o N A E M t i n U g n ...

Page 25: ... y r e t t a B s r u o h 4 2 y b d n a t s r u o h 4 2 s r u o h 8 4 y b d n a t s r u o h 0 9 e t o N s n o i t a c i l p p a n a i d a n a C r o f d e s u e b t o n y a m y b d n a t s r u o h 0 9 s t i u c r i C t u p n I l a n g i S s t i u c r i C e c i v e D g n i t a i t i n I D e l y t S r o B e l y t S r e h t i e d e r u g i f n o c s t i u c r i c o w T s e c i v e D y l l a m r o N f o...

Page 26: ... O s e c i v e D s t c a t n o c n e p o y l l a m r o n g n i s u s e h c t i w S d e r i u q e R s l a n i m r e T o w T t n e r r u C l a n i m r e T C S x a M A m 0 1 e g a t l o V l a n i m r e T C O x a M c d V 7 2 e c n a t s i s e R e n i L x a M s m h o 0 0 2 L O E l a n i m o N r o t s i s e r t t a W 5 0 5 m h o K 0 1 1 t i u c r i C y r o s i v r e p u S B e l y t S d e r u g i f n o c...

Page 27: ... c i v e D s e c i v e d l a u s i v o i d u a c d V 4 2 d e z i r a l o P d e r i u q e R s l a n i m r e T Y e l y t S o w T Z e l y t S r u o F t n e r r u C l a n i m r e T C S x a M s p m A 0 3 t n e r r u C n O x a M s t i u c r i c h t o b r o f l a t o t s p m A 5 2 e g a t l o V C O x a M c d V 6 2 e g a t l o V l a n i m r e T C O n i M c d V 8 1 L O E l a n i m o N r o t s i s e r t t a...

Page 28: ...D s e c i v e D e l b i t a p m o C 1 8 1 0 9 8 N P d a e H l o r t n o C e d d i K 5 7 1 9 9 8 N P d a e H l o r t n o C e d d i K 1 0 0 0 5 6 8 4 N P d a e H l o r t n o C e d d i K 1 0 0 0 0 0 0 0 1 1 8 N P d a e H l o r t n o C e d d i K s d i o n e l o S G d n a E D B A p u o r G l a u t u M y r o t c a F d e r i u q e R s l a n i m r e T d i o n e l o S 1 o w T s d i o n e l o S 2 r u o F e ...

Page 29: ... x W s n o i s n e m i D m m 7 3 9 3 x m m 7 2 1 x m m 7 3 9 3 5 5 1 x 0 5 x 5 5 1 s n o i t i d n o C t n e i b m A e l b a t p e c c A e r u t a r e p m e T C 9 4 o t 0 F 0 2 1 o t 2 3 y t i d i m u H e v i t a l e R C 5 6 3 F 0 0 1 g n i s n e d n o c n o n 3 9 d e e c x e t o n t s u M Notes 1 A short from any field wiring terminal to ground except AC power and Relay Outputs will cause a groun...

Page 30: ... h c e R y r e t t a B s r u o h 4 2 y b d n a t s r u o h 4 2 s r u o h 8 4 y b d n a t s r u o h 0 9 e t o N s n o i t a c i l p p a n a i d a n a C r o f d e s u e b t o n y a m y b d n a t s r u o h 0 9 s t i u c r i C t u p n I l a n g i S s t i u c r i C e c i v e D g n i t a i t i n I D e l y t S r o B e l y t S r e h t i e d e r u g i f n o c s t i u c r i c o w T s e c i v e D y l l a m r...

Page 31: ...n O s e c i v e D s t c a t n o c n e p o y l l a m r o n g n i s u s e h c t i w S d e r i u q e R s l a n i m r e T o w T t n e r r u C l a n i m r e T C S x a M A m 0 1 e g a t l o V l a n i m r e T C O x a M c d V 7 2 e c n a t s i s e R e n i L x a M s m h o 0 0 2 L O E l a n i m o N r o t s i s e r t t a W 5 0 5 m h o K 0 1 1 t i u c r i C y r o s i v r e p u S B e l y t S d e r u g i f n o ...

Page 32: ... K 0 1 s t i u c r i C t u p t u O l a n g i S t i u c r i C e c n a i l p p A n o i t a c i f i t o N Z e l y t S r o Y e l y t S r e h t i e d e r u g i f n o c s t i u c r i c o w T s e c i v e D s e c i v e d l a u s i v o i d u a c d V 4 2 d e z i r a l o P d e r i u q e R s l a n i m r e T Y e l y t S o w T Z e l y t S r u o F t n e r r u C l a n i m r e T C S x a M s p m A 0 3 t n e r r u C...

Page 33: ...r i c r e p A m 0 0 4 s d i o n e l o S M F A m 0 0 7 e g a t l o V l a n i m r e T C O x a M c d V 7 2 t n e r r u C n o i s i v r e p u S x a M t i u c r i c r e p A m 5 e m i T n o d i o n e l o S s d a e H l o r t n o C e d d i K s d n o c e s 0 9 s d i o n e l o S M F t e s e r l i t n u N O r o s e t u n i m 5 1 s e t u n i m 0 1 r o f e l b a r u g i f n o C d a o L y m m u D r o t s i s e ...

Page 34: ... K 0 1 t i u c r i C t r o b A B e l y t S d e r u g i f n o c t i u c r i c e n O s e c i v e D s t c a t n o c n e p o y l l a m r o n g n i s u s e h c t i w S d e r i u q e R s l a n i m r e T o w T t n e r r u C l a n i m r e T C S x a M A m 0 1 e g a t l o V l a n i m r e T C O x a M c d V 7 2 e c n a t i s i e R e n i L x a M s m h o 0 0 2 L O E l a n i m o N r o t s i s e r t t a W 5 0 5 m...

Page 35: ... are programmed for global or local mode See Paragraph 2 3 When the trouble or alarm condition clears the following occurs The buzzer is turned off if it hasn t been turned off already by the SIGNAL SILENCE button The Trouble relay is energized The TROUBLE or ALARM indicator is turned off The SIGNAL SILENCED indicator turns off if it was on The event is recorded in the Event Log The scroll buttons...

Page 36: ...ore than one mes sage is current the ALARM SCROLL or SUP TBL SCROLL buttons can be used to cycle through them Alarm Message Format First line left side Origin of the event can be MCP Main Control Panel RHU Remote Hazard Unit or RDU Remote Display Unit First line right side Alarm message event messages and their meaning are listed in Paragraph 2 12 Second line left side Local event created at this ...

Page 37: ...r will not S i l e n c e t o s e l e c t M C P S I G 1 O F F 2 O N N O T R E L E A S I N G A L M 0 1 S U P 0 T B L 0 0 Figure 2 8 MCP Sig1 Off Also since one circuit is still active the System will remain in an un silenced condition i e the Silenced LED will not be illuminated and the buzzer will still be steady 2 6 2 Silencing a Supervisory or Trouble Event The sequence for silencing Supervisory ...

Page 38: ...s an alarm with the SIGNAL SILENCE button If a new Trouble or Alarm occurs at the Remote Hazard Unit the SIGNAL SILENCED indi cator goes out and the buzzer sounds On the MCP the SIGNAL SILENCED indicator will illu minate when any one hazard on the system has been fully silenced On the RHU the SIGNAL SILENCED in dicator operates in local mode irrespective of the RHU assignment Note Due to special C...

Page 39: ... list of configuration parameters For the Main Control Panel and Remote Hazard Unit this in cludes the following Display mode Either global or local display Zone detection Either single zone or cross zone Release type Kidde Control Head Deluge 10 Deluge 15 or Deluge On until reset Auto release delay Zero to 60 seconds Manual Release OFF or ON if ON manual release is the same as auto release Abort ...

Page 40: ...2 6 06 235975 001 November 2002 Kidde Gemini II System Figure 2 12 List Menu firealarmresources com ...

Page 41: ... ON This message was generated when the event occurred event OFF Message was generated when condition cleared Figure 2 14 Alarm or Trouble Message 2 11 RESET Alarm and supervisory events are latching They do not clear automatically but require manual operation of a RE SET button This can be done at the Display Panel of the MCP or at the Display Panel of the RHU that is required to be reset The use...

Page 42: ...n the Main Control Panel Remote Haz ard Unit or Remote Display Unit Event Message Explanation 24hr resound An alarm which was acknowledged and silenced more than 24 hours ago has activated the buzzer since the con dition which caused the alarm still ex ists 24v Low FLT Low voltage detected on the 24 Vdc circuit Abort event Abort input received indicating that someone activated an abort switch Abor...

Page 43: ...ervisory Supervisory input received Suprv IP ISO Supervisory input circuit has been iso lated by the operator Supv IsoFAIL Supervisory isolation failure Switch FLT RDU has detected abort manual re lease switches but is configured not to have them Trbl Rel ISO MCP trouble relay has been isolated by the operator Unregistered The Main Control Panel is communi cating with a Remote Hazard Unit but the ...

Page 44: ...2 10 06 235975 001 November 2002 Kidde Gemini II System THIS PAGE INTENTIONALLY LEFT BLANK firealarmresources com ...

Page 45: ...lease delay will be truncated at 30 seconds The manual release always overrides any active Abort input from that hazard 3 2 2 Automatic Release Auto release begins when a decisive alarm is detected at the unit When the unit is configured for single zone a de cisive alarm occurs when the unit detects an alarm from either Zone 1 Zone 2 or the Waterflow Circuit If the unit is configured for cross zon...

Page 46: ...o set RHUs as the Slaves in the Stop Valve Menu Setup The only exception is if two or more hazards in the cluster happen to be identical and require the same numbers of cylinders to be operated These identical hazards should be set up as a sub cluster for identical hazards as described in Paragraph 3 2 3 1 There can only be one identical sub cluster in an otherwise non identical cluster All unused...

Page 47: ... details of installation of suppression Systems please refer to the appropriate Kidde Suppression System design manual Discharge Manifold Agent Piping LEGEND Electric Stop Valve E Electric Control Head P Pneumatic Head Directional Check Valve P P E E E E E E 1st Cyl Last Cyl Additional RHUs As Needed Additional Hazards R1 R2 SV R1 R2 SV R1 R2 SV R1 R2 SV M C P H a z a r d A H a z a r d A R H U 1 H...

Page 48: ...3 4 06 235975 001 November 2002 Kidde Gemini II System THIS PAGE INTENTIONALLY LEFT BLANK firealarmresources com ...

Page 49: ...signal circuit installed in the system for Walk Test if desired The systems signal outputs default to Walk Test disabled When Walk Test is activated and carried out the system enters each activa tion with a time and date stamp The Walk Test feature can only be deactivated through the user menus Note the following When the Walk Test is active the panel will annunciate a trouble condition The Walk T...

Page 50: ...r 24 hour standby operation CAUTION Before servicing batteries disconnect AC power Batteries should be replaced at least once every 36 months or as directed by the local Authority Having Jurisdiction Do not install a battery set whose open circuit voltage is less than 22 volts 4 3 3 LCD LED Test The LCD LED test can only be performed when there are no current alarms when there are no alarms the AL...

Page 51: ...u selected The Change field allows toggling the displayed parameter between isolated and de isolated Select OK to accept changes A confirmed or failed message will be gener ated De Isolate MCP RHU De Isolate RDUs select unit Main Menu Isolate Detector inputs Waterflow input Sounder outputs Supervisory input Optional Relays MCP alarm relay Release outputs MCP trouble relay Abort switch Manual relea...

Page 52: ...r while using the MCP menu to change a system setting During the process the MCP will send messages to affected RHUs or RDUs If one of these should fail to reply or reply incorrectly the MCP will then generate a trouble of the type shown below The trouble can be re moved by repeating the change to the system settings that had just been undertaken If the RHU or RDU which cre ated the problem replie...

Page 53: ...I z H 0 6 0 5 c a V 0 4 2 0 2 1 r e d r O s e i r e t t a B H A 2 1 c d V 2 1 o w t s e s u o h t n o r f d a e d d n a e l u d o M y a l p s i D D E L d e t n u o m y l e t a r a p e s s e i r e t t a b d e t c e l e s 0 1 0 1 0 0 2 2 3 4 8 U H R y a l p s i D h t i w t i n U d r a z a H e t o m e R I I i n i m e G e d d i K t n o r f d a e d 1 A M E N d r a z a H n o i s s e r p p u S 1 s l o r ...

Page 54: ...2 3 4 8 w o d n i W y a l p s i D t u o h t i w e r u s o l c n E U H R I I i n i m e G e d d i K 4 0 0 2 0 0 2 2 3 4 8 C L U w o d n i W y a l p s i D h t i w e r u s o l c n E U H R I I i n i m e G e d d i K 7 0 0 2 0 0 2 2 3 4 8 C L U l e n a p t n o r f d a e D e r u s o l c n E U H R I I i n i m e G e d d i K 9 0 0 2 0 0 2 2 3 4 8 y a l p s i D h t i w y l b m e s s A d r a o B t i u c r i C ...

Page 55: ...ode requirements The incoming AC voltage must be stable and within the permissible voltage range This is especially important in new construction where incoming power may be high or unstable and temporary connections may cause large in ductive voltage spikes Most supervised circuits use voltage or current sensing cir cuits that are sensitive to induced voltages on the sensor wiring CAUTION Do not ...

Page 56: ...low Table 7 2 Resistance of Copper Wire Per 1000 feet t e e f 0 0 0 1 r e p e r i w r e p p o c f o e c n a t s i s e R e r i w d e d n a r t S e r i w d i l o S 8 1 M H O 5 4 8 8 1 M H O 8 0 8 6 1 M H O 9 2 5 6 1 M H O 8 0 5 4 1 M H O 6 2 3 4 1 M H O 9 1 3 The following is a sample wire resistance calculation to determine the appropriate conductor size to be used for a Signal Circuit Figure 7 1 S...

Page 57: ...TING PROCEDURE Once the locations of the system units i e the MCP the RHUs and RDUs is decided the next step is to mount the enclosures backboxes using the following steps 1 For the MCP and RHU remove the Power Supply and PCB Display Assembly cartons from within the enclo sure and place them in a safe location 2 Mount the MCP and RHU enclosures as follows a Remove the front door of the enclosure T...

Page 58: ...ddress Battery connection R2 R2 R1 R1 1 2 1 2 1 1 2 2 SOUNDER 1 SOUNDER 2 RELEASE STOP V _ RESET NON RESET _ AUX 24 V OUT BATT 1 2 2 1 1 2 1 1 2 2 1 2 A1 B1 A2 B2 A1 B1 A2 B2 SIGNAL SUPERVISORY POWER ON ALARM UNIT TROUBLE SIGNAL SUP TBL SCROLL REMOTE HAZARD ALARM SCROLL CONTROLS SYSTEM RESET SILENCE SILENCED R R Figure 7 3 Remote Hazard Unit Printed Circuit Board INPUT REL I P MANUAL ISP 24V OUT A...

Page 59: ...ated to the left as you face the enclosure Allow the enclosure to gen tly come to rest on the screws Tighten the screws Refer to Figure 7 5 for the mounting hole layout and Table 7 4 for the enclosure dimensions of the MCP and RHU d With the enclosure held by the top two screws place the bottom two mounting screws in place Tighten all screws e Reinstall the enclosure door and the ground wire at th...

Page 60: ...r 14 AWG cable The AC power cable is to be run through a one inch conduit from a dedicated 15 ampere circuit breaker The conduit must be attached to the left side of the enclosure through one of the upper left corner knockouts CAUTION High voltages may be present when connecting AC power to the MCP and RHU Take suitable precautions to avoid injury Perform the following steps to connect AC Power to...

Page 61: ...t this time m Close the AC circuit breaker The MCP will check its battery If the battery passes the check the MCP will connect the battery in circuit n Enter the Configuration Parameters for the MCP through the Menu System as described in Para graph 7 4 o Register the MCP When leaving the menu the MCP should show System status normal 2 With all field devices except the Releasing Devices now connec...

Page 62: ...mmunication wiring between the RHU and the MCP as described in Paragraph 7 3 3 5 it is recommended that the Remote units be connected one at a time and tested thoroughly to verify proper communication before the next unit is connected d Power up the MCP the display should read Sys tem status normal e Connect battery to the RHU The RHU hardware is designed so that the battery supply is physically i...

Page 63: ...move the RDU from its backbox c Set the network address of the RDU see Appen dix E with the 4 position dip switch labeled SW3 seeAppendix E for the location of SW3 Note that while each RDU must be assigned a unique net work address an RHU and an RDU may have the same address number d Connect the RS 485 wiring between the RDU and the other system units e Mount the RDU to its backbox f Power up the ...

Page 64: ...e Stop Valve One FM Deluge Pre Action solenoid or One Kidde Control Head plus one FM Deluge Pre Ac tion solenoid The following 24 Vdc Solenoids are approved listed to be operated by the Gemini II in the configurations listed above Kidde Control Head Solenoid P N 890181 Kidde Control Head Solenoid P N 899175 Kidde Control Head Solenoid P N 48650001 Kidde Control Head Solenoid P N 81 100000 001 FM D...

Page 65: ...e first asterisk To create a new password press the up arrow to select a digit Once selected use the right arrow to move to the second asterisk Select a digit and move to the next asterisk and so on 5 Press the right arrow to move the cursor to OK and press ACCEPT to return to the main menu 7 4 2 Setting the Date and Time 1 To set the Time for the entire system to ensure that all clocks in the sys...

Page 66: ...dian appli cations the factory default is ON j Sounder Outputs The two sounder outputs are ca pable of operating independently and in addition are capable of being programmed to activate on one or more of the following conditions 1 1st Alarm Un dec 2 Waterflow WaterFl 3 Pre Discharge Pre Dis 4 Manual Release Man Rel 5 Discharge Dischar The mode of activation for each of the listed condi tions is a...

Page 67: ...s the up or down arrow key to change the display to Local Display Press OK To select another parameter return the X to the Sel field 9 To save changes select OK A confirmation message displays Set new config Select OK A confirmation message New Configuration Sent is displayed If it fails check the communications line and that the unit is powered up If the unit is unregistered that message will be ...

Page 68: ...To set the Activation state for relay 1 move the X to the Change field and press the down arrow key to Rel 1 6 With the X in the Sel Select field use the up and down arrows to scroll through and select one of the following Activation states for that Relay a Local Indecisive or First Stage alarm condition b Local Pre Discharge condition c Local Discharge condition d Local Manual release condition e...

Page 69: ...ve Control Master 2 Removing a Stop Valve Control Slave Device a Press the down arrow to display the Main Menu b Select Set c Scroll down and select Stop Valve Control d Select the Remove S valve slave e The first RHU configured as a Stop Valve Control Slave will be shown Use the down and up arrow keys to select the RHU to be removed from Stop Valve Control f Select OK A message will be sent to th...

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Page 71: ... A 2 POWER CONSUMPTION DATA Table A 2 lists the power consumption of the various system components Table A 2 Power Consumptions for System Components D I t n e n o p m o C A m t n e r r u C y b d n a t S A m t n e r r u C m r a l A 1 l e n a P l o r t n o C a 1 1 C L U L U t i n U d r a z a H e t o m e R L U l e n a P l o r t n o C n i a M 0 0 0 0 1 0 0 0 8 2 b 1 1 C L U I L U l e n a P l o r t n ...

Page 72: ... in their current requirements and do not need to be included in the calculation 10 Include the RDUs only if their 24 Vdc Power is drawn from the Auxiliary Power Output Circuits on the MCP RHU If the RDUs are powered by the MCP RHU reduce the power available from the Auxiliary Power Output for other pur poses by 25 mA standby and 35 mA alarm per RDU 11 The current values indicated for the ULI ULC ...

Page 73: ...eir 24 Vdc Power is drawn from the Auxiliary Power Output Circuits on the MCP RHU If the RDUs are powered by the MCP RHU reduce the power available from the Auxiliary Power Output for other purposes by 25 mA Standby and 35 mA Alarm per RDU 2 The Programmable Relay is applicable only to the MCP and not to the RHU This relay should only be included if it is energized on alarm 3 The current value sta...

Page 74: ...o n a h t r e t a e r g e b t s u m r e b m u N t r a P y r e t t a B d e t c e l e S t s i L s t r a P 6 r e t p a h C o t r e f e r Table A 5 Battery Capacity for 90 hour Standby and Ten Minute Alarm Period d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m A y b d n a t S l a t o T x s r u o h 0 0 0 0 9 s p m A m r a l A l a t o T x...

Page 75: ... c e t e D s r o t c e t e D t a e H e v i f h t i w s r o t c e t e D e k o m S c i r t c e l e o t o h P l a w n e F 0 4 2 1 s t i u c r i C r e d n u o S A m 5 9 0 2 o t d e t i m i l d a o l l a t o T e s a e l e R t n e g A e v l a V p o t S e n o s u l p s d i o n e l o S r e d n i l y C o w T s U D R P C M y b d e r e w o p e e r h T Table A 7 Remote Hazard Unit Data t u p t u O r e w o P y...

Page 76: ... S e s a e l e R t n e g A 3 0 0 0 0 0 0 3 0 0 0 0 4 0 0 0 0 2 1 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 9 7 1 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 0 8 1 0 0 0 0 4 Table A 9 Battery Capacity Calculation d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m ...

Page 77: ...0 0 1 0 0 0 0 4 0 0 0 0 4 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 9 7 1 0 0 5 7 5 3 s e r e p m A n i r e w o P l a t o T 0 8 1 0 5 7 5 3 Table A 11 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m A y b d n a t S l a t o T 0 8 1 0 x s...

Page 78: ...e t e D s r o t c e t e D t a e H e v i f h t i w s r o t c e t e D e k o m S c i r t c e l e o t o h P l a w n e F 0 4 2 1 s t i u c r i C r e d n u o S A m 0 0 7 1 o t d e t i m i l d a o l l a t o T e s a e l e R t n e g A e v l a V p o t S e n o s u l p s d i o n e l o S r e d n i l y C o w T s U D R P C M y b d e r e w o p e e r h T Table A 13 Remote Hazard Unit t u p t u O r e w o P y r a i ...

Page 79: ...0 0 0 7 1 0 0 0 0 7 1 3 2 s d i o n e l o S e s a e l e R t n e g A 3 0 0 0 0 0 0 3 0 0 0 0 4 0 0 0 0 2 1 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 4 0 6 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 5 0 6 0 0 0 0 4 Table A 15 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D...

Page 80: ... e l o S e s a e l e R t n e g A 1 0 0 0 0 0 0 1 0 0 0 0 4 0 0 0 0 4 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 4 0 6 0 0 0 7 9 3 s e r e p m A n i r e w o P l a t o T 5 0 6 0 0 7 9 3 Table A 17 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A ...

Page 81: ... e D t a e H e v i f h t i w s r o t c e t e D e k o m S c i r t c e l e o t o h P l a w n e F 0 4 2 1 s t i u c r i C r e d n u o S A m 0 0 2 2 o t d e t i m i l d a o l l a t o T e s a e l e R t n e g A d i o n e l o S e v l a V e g u l e D G r o E D B A p u o r G M F 1 Table A 19 Remote Hazard Unit t u p t u O r e w o P y r a i l i x u A s e c i v e d l a n r e t x e r e h t o r e w o p o t d e...

Page 82: ...r i C r e d n u o S 1 0 0 0 0 0 0 1 0 0 0 0 2 2 0 0 0 0 2 2 3 2 d i o n e l o S e s a e l e R e g u l e D 1 0 0 0 0 0 0 1 0 0 0 0 7 0 0 0 0 7 A m n i r e w o P l a t o T 0 8 4 0 6 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 5 0 6 0 0 0 0 4 Table A 21 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m...

Page 83: ...1 0 0 0 3 2 2 0 0 0 3 2 2 3 2 d i o n e l o S e s a e l e R e g u l e D 1 0 0 0 0 0 0 1 0 0 0 0 7 0 0 0 0 7 A m n i r e w o P l a t o T 0 8 4 0 6 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 5 0 6 0 0 0 0 4 Table A 23 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m A y b d n a t S l a t o T 5 0 6 0...

Page 84: ...f h t i w s r o t c e t e D e k o m S c i r t c e l e o t o h P l a w n e F 0 4 2 1 s t i u c r i C r e d n u o S A m 0 6 1 2 o t d e t i m i l d a o l l a t o T e s a e l e R t n e g A e v l a V p o t S e n o s u l p s d i o n e l o S r e d n i l y C o w T s U D R P C M y b d e r e w o p e e r h T Table A 25 Remote Hazard Unit t u p t u O r e w o P y r a i l i x u A s U D R e e r h t r e w o p o ...

Page 85: ...e l o S e s a e l e R t n e g A 3 0 0 0 0 0 0 3 0 0 0 0 4 0 0 0 0 2 1 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 9 9 1 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 9 9 1 0 0 0 0 4 Table A 27 Battery Capacity Calculation d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A ...

Page 86: ...0 0 1 0 0 0 0 4 0 0 0 0 4 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 9 7 1 0 0 5 7 5 3 s e r e p m A n i r e w o P l a t o T 0 8 1 0 5 7 5 3 Table A 29 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m A s p m A y b d n a t S l a t o T 0 8 1 0 x s...

Page 87: ...e H e v i f h t i w s r o t c e t e D e k o m S c i r t c e l e o t o h P l a w n e F 0 4 2 1 s t i u c r i C r e d n u o S A m 0 2 7 1 o t d e t i m i l d a o l l a t o T e s a e l e R t n e g A e v l a V p o t S e n o s u l p s d i o n e l o S r e d n i l y C o w T s U D R P C M y b d e r e w o p e e r h T Table A 31 Remote Hazard Units 1 2 t u p t u O r e w o P y r a i l i x u A s e c i v e d l...

Page 88: ... 1 0 0 0 2 7 1 0 0 0 2 7 1 3 2 s d i o n e l o S e s a e l e R t n e g A 3 0 0 0 0 0 0 3 0 0 0 0 4 0 0 0 0 2 1 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 4 2 6 0 0 0 0 0 4 s e r e p m A n i r e w o P l a t o T 5 2 6 0 0 0 0 4 Table A 33 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a ...

Page 89: ... n e l o S e s a e l e R t n e g A 1 0 0 0 0 0 0 1 0 0 0 0 4 0 0 0 0 4 4 2 s t i n U y a l p s i D e t o m e R 3 0 0 5 2 0 0 5 7 3 0 0 5 3 0 0 5 0 1 A m n i r e w o P l a t o T 0 8 4 0 6 0 0 0 7 9 3 s e r e p m A n i r e w o P l a t o T 5 0 6 0 0 7 9 3 Table A 35 Battery Capacity Calculations d e r i u q e R r e w o P l a t o T y b y l p i t l u M n o i t a r u D s l a u q E H A r u o H e r e p m ...

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Page 91: ...i v i t i s n e S 1 0 0 T S l a w n e F e d d i K 2 0 0 0 0 0 0 0 5 0 7 1 c e S 2 l o V 8 3 4 2 S 2 1 t e n g a M t s e T l a w n e F e d d i K 1 0 0 3 8 8 7 1 1 6 0 B 1 UL LISTED DEVICES B Duct Smoke Detectors and Accessories D I e c i v e D o N l e d o M r e i l p p u S r e r u t c a f u n a M o N t r a P a t a D I L U e l i F D I C 1 0 r o t c e t e D s s e l g n i s u o H t c u D e r i W 2 e b...

Page 92: ...l p x E F 0 6 3 0 1 2 1 7 2 l a w n e F e d d i K 7 0 0 0 0 1 2 1 7 2 F 2 1 1 c e S 1 l o V 2 9 4 S 3 1 l a c i t r e V f o o r P n o i s o l p x E F 0 5 4 0 1 2 1 7 2 l a w n e F e d d i K 7 0 0 0 0 1 2 1 7 2 G 2 1 1 c e S 1 l o V 2 9 4 S 4 1 l a c i t r e V f o o r P n o i s o l p x E F 0 0 5 0 1 2 1 7 2 l a w n e F e d d i K 8 0 0 0 0 1 2 1 7 2 G 2 1 1 c e S 1 l o V 2 9 4 S 5 1 l a c i t r e V ...

Page 93: ...5 6 S 0 1 p m e T d e x i F F º 0 9 1 4 0 5 l a w n e F e d d i K 1 4 3 0 6 4 5 0 5 6 S 1 1 R O R p m e T d e x i F P x E F º 5 3 1 1 0 5 B P E l a w n e F e d d i K 1 1 4 1 6 4 9 3 8 4 9 1 E 2 1 R O R p m e T d e x i F P x E F º 0 9 1 2 0 5 B P E l a w n e F e d d i K 9 4 4 1 6 4 9 3 8 4 9 1 E 3 1 p m e T d e x i F P x E F º 5 3 1 3 0 5 B P E l a w n e F e d d i K 7 1 3 1 6 4 9 3 8 4 9 1 E 4 1 p ...

Page 94: ... B l a w n e F e d d i K 2 0 0 0 0 0 0 0 1 4 8 1 2 1 5 6 1 E 4 0 n o i t a t S m e t s y S e r i F 9 B r o f l l u P t f i L 9 B l a w n e F e d d i K 3 0 0 0 0 0 0 0 1 4 8 1 2 1 5 6 1 E 5 0 n o i t a t S 0 0 2 M F 9 B r o f l l u P t f i L 9 B l a w n e F e d d i K 4 0 0 0 0 0 0 0 1 4 8 1 2 1 5 6 1 E 6 0 n o i t a t S l a u n a M T S P S n o i t c A l a u D 0 1 B l a w n e F e d d i K 1 0 0 7 0 0...

Page 95: ... S 7 1 T N E G A d c 0 1 1 5 7 0 3 5 1 e b o r t S n r o H a l e d n a C i t l u M W A W C M 4 2 S N l a w n e F e d d i K 2 0 0 7 8 0 0 0 0 5 7 7 1 0 6 S 1 3 7 3 S 8 1 l l e B r o t o M 6 R 4 2 6 G B M l a w n e F e d d i K 1 0 0 0 3 0 0 0 0 5 7 1 3 7 3 S 9 1 l l e B r o t o M 0 1 R 4 2 0 1 G B M l a w n e F e d d i K 2 0 0 0 3 0 0 0 0 5 7 1 3 7 3 S 0 2 l l e B e k o r t S e l g n i S 0 1 R 4 2 0...

Page 96: ...9 3 e t a l P h s u l F i m e S R P F S l a w n e F e d d i K 5 0 0 0 0 0 0 0 0 5 7 1 3 7 3 S 0 4 x o b k c a B r o o d n I R B B l a w n e F e d d i K 6 0 0 0 0 0 0 0 0 5 7 1 3 7 3 S 1 4 e t a l P t i u d n o C d e l a e c n o C R P A l a w n e F e d d i K 7 0 0 0 0 0 0 0 0 5 7 1 3 7 3 S 2 4 x o b k c a B f o o r p r e h t a e W R B B W l a w n e F e d d i K 8 0 0 0 0 0 0 0 0 5 7 1 3 7 3 S 3 4 x ...

Page 97: ... r o H i n i M W 4 2 Z I M k c o l e e h W 3 4 2 S C 4 0 B d 7 8 n r o H i n i M R 4 2 C T Z I M k c o l e e h W 3 4 2 S C 5 0 B d 7 8 n r o H i n i M W 4 2 C T Z I M k c o l e e h W 3 4 2 S C 6 0 n r o H e n o T 2 R 4 2 2 1 H N k c o l e e h W 3 4 2 S C 7 0 E R I F d c 5 7 5 1 e b o r t S n r o H R F W 5 7 5 1 4 2 S N k c o l e e h W 6 5 3 S C 8 0 E R I F d c 0 1 1 5 7 0 3 5 1 e b o r t S n r o H...

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Page 99: ...90 hours of Standby operation followed by 10 minutes of Alarm operation Refer to Appendix A for calculations The Agent Release Output must be configured for FM Sprinkler Solenoid activation The Solenoid Activation Time must be set either for 10 minutes or 15 minutes or On until reset The wiring connection of the Control Panel to the FM Group A B D E and G Sprinkler Solenoids must be as detailed in...

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Page 101: ...ust be wired to the MCP as shown in Figure D 1 Refer to the Model 5104 Installation Manual for information regarding connection of the DACT to telephone lines for Alarm and Trouble transmission s Note Central Station is not suitable for use with Cana dian applications Figure D 1 Wiring for DACT 12 11 10 9 8 18 17 16 15 14 13 ZONE 4 TROUBLE ALARM ZONE 3 SILENT KNIGHT DACT MODEL 5104 PCB TROUBLE REL...

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Page 103: ... 2 1 1 2 1 1 2 2 1 2 MAINS SUPPLY TB4 OPTIONAL RELAY BOARD WITH 5 FORM C PROGRAMMABLE RELAYS TB1 7 1 SD 2 3 6 7 1 SD 2 3 6 BK RD BK RD 7 1 SD 2 3 6 7 1 SD 2 3 6 10K 5 0 5W EOL 10K 5 0 5W EOL 10K 5 0 5W EOL L S 120 240 VAC 50 60 Hz R2 R2 R1 R1 1 2 1 2 1 1 2 2 SOUNDER 1 SOUNDER 2 RELEASE STOP V _ RESET NON RESET _ AUX 24 V OUT BATT S L S L S L S L S L S NOTES 1 ALTHOUGH DET1 DET2 AND W FLOW CIRCUITS...

Page 104: ...NT WHEN CONNECTING AC POWER TO THE CONTROL PANEL TAKE SUITABLE PRECAUTIONS TO AVOID INJURY USE 15A BREAKER OR LESS WARNING 0 5A COMBINED TOTAL 24 VDC 3 FOR LIST OF COMPATIBLE DEVICES REFER TO APPENDIX B 4 STOP VALVES ARE REQUIRED FOR SYSTEMS WITH CLUSTERED CYLINDERS IF UNUSED TERMINATE WITH 2K 5 1WATT RESISTOR SOUNDER2 CIRCUITS ARE SHOWN AS CLASS B STYLE Y THESE CAN ALSO BE WIRED AS CLASS A STYLE ...

Page 105: ...EMOTE DISPLAY UNIT TO NEXT RDU IF REQUIRED 120V 60Hz AC SUPPLY 10K 5 0 5W EOL 10K 5 0 5W EOL _ S L NOTE 2 THE 24VDC AUXILIARY POWER OUTPUT OF THE MCP RHU SHOULD BE USED TO POWER NO MORE THAN 3 RDU S FOR SUPERVISED CIRCUITS FOR POWER LIMITED CIRCUITS ROUTED SEPARATELY FROM NON POWER LIMITED WIRES BY MORE THAN INCH S L 3 S L S L S L 1 RDU S CAN BE SUPPLIED OPERATING POWER FROM EITHER THE MCP AN RHU ...

Page 106: ...SHORT 3 4 SHORTING LINK W104 CONFIGURATION PINS 1 2 OPEN SHORT COMMUNICATION PINS 5 TO 8 RESERVED FOR DETECTOR INPUT CIRCUITS 1 2 SHORT OPEN 3 4 PINS SHORTING LINK W101 CONFIGURATION CLASS A STYLE D CLASS A STYLE D CLASS B STYLE B CLASS B STYLE B SHORT OPEN 1 2 PINS SHORT 5 6 OPEN PINS OPEN SHORT 7 8 PINS DET CKT 2 DET CKT 1 Figure E 5 Optional Relay Board Detail Figure E 6 Configuration of MCP an...

Page 107: ...K S S S S BLK BLK RED RED CKT 1 CKT 1 SOLENOID PART NO 48650001 SOLENOID PART NO 81 100000 001 SINGLE SOLENOID SINGLE SOLENOID RED RED RED RED BLK BLK S S R1 R1 R1 R1 TB6 TB6 R1 R1 R1 R1 R2 R2 R2 R2 R2 R2 R2 R2 TB6 TB6 NOTE MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 2 3 OHMS S SINGLE SOLENOID FM GROUP A SOLENOIDS R1 R2 R2 R1 TB6 SINGLE SOLENOID S FM GROUP B D SOLENOIDS TB6 R2 R2 R1 R1 NOTE IS TO B...

Page 108: ...MS NOTE MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 2 3 OHMS NOTE MAXIMUM CIRCUIT WIRING RESISTANCE IS TO BE 3 7 OHMS S S S S S BLK BLK BLK BLK BLK SOLENOID PART NO 48650001 FM GROUP A SOLENOIDS FM GROUP B D SOLENOIDS FM GROUP E G SOLENOIDS SOLENOID PART NO 81 100000 001 TB6 TB6 TB6 TB6 TB6 STOPV STOPV STOPV STOPV STOPV STOPV STOPV STOPV STOPV STOPV Details of Wiring Kidde Control Heads to Stop Val...

Page 109: ... mA 700 mA SOLENOID GROUP 48650001 81 100000 001 81 100000 001 FM B D E G A 899175 890181 DEVICE 2 4 A 2 4 A 34 OHM 57 OHM 103 OHM 59 OHM 52 OHM RESISTANCE min 10 8 OHM 10 OHM 3 L S FOR SUPERVISED CIRCUITS FOR POWER LIMITED CIRCUITS 4 The following releasing device configurations are possible 1 One Kidde Solenoid Control Head wired to Release terminals R2 R1 2 One Kidde Solenoid Control Head wired...

Page 110: ...MPLE WHERE HIGH ELECTRICAL NOISE IS EXPECTED THE USE OF TWISTED SHIELDED PAIRS IS RECOMMENDED 4 WHEN USING TWISTED SHIELDED PAIRS FOR EACH PAIR THE SHIELD MUST ONLY BE TERMINATED AT THE GROUND LUG ON THE LEFT SIDE OF TB 7 ON THE MCP FOR INTERMEDIATE UNITS THE SHIELD FROM THE INCOMING PAIR MUST BE CONNECTED TO THE SHIELD OF THE OUTGOING PAIR SO AS TO BE CONTINUOUS THROUGHOUT THAT LOOP THE SHIELD ON...

Page 111: ... AWAY FROM FIELD WIRING FRONT VIEW SIDE VIEW KEEP WIRE 1 4 INCH AWAY FROM BOARD BATTERY CABLES MUST BE 1 4 INCH AWAY FROM ALL FIELD WIRING BATTERY WIRES MUST BE 1 4 INCH AWAY FROM ALL FIELD WIRING COMING INTO BOX POWER LIMITED BATTERY BATTERY MCP RHU WITH INTERNAL EXTERNAL BATTERIES ROUTE AC POWER THRU ENCLOSURE KNOCKOUT AS SHOWN KEEP WIRES 1 4 INCH AWAY FROM ALL OTHER FIELD WIRING 120 240 VAC fir...

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Page 113: ...L SILENCED ALM WATERFLOW CKT SUPERVISORY CKT ACTIVATED TBL DETECTOR ZONE 1 TBL MANUAL RELEASE ALM MANUAL RELEASE TBL DETECTOR ZONE 2 TBL WATERFLOW CKT TBL ABORT CKT TBL SUPERVISORY CKT TBL GROUND ALM DETECTOR ZONE 1 ALM DETECTOR ZONE 2 ID TBL COMMS FAULT TBL PANEL AC POWER ABORT CIRCUIT ON SIGNAL SILENCED ALM WATERFLOW CKT SUPERVISORY CKT ACTIVATED TBL DETECTOR ZONE 1 TBL MANUAL RELEASE ALM MANUAL...

Page 114: ...2 OPTIONAL DISPLAY MODULE 1 DISPLAY MODULE 3 OPTIONAL NOMEX INSULATOR NOT SHOWN FOR CLARITY DEADFRONT NOT SHOWN FOR CLARITY JP1 JP1 JP1 CAUTION HIGH VOLTAGE TBL COMMS FAULT TBL PANEL AC POWER ABORT CIRCUIT ON SIGNAL SILENCED TBL DETECTOR ZONE 1 TBL MANUAL RELEASE TBL DETECTOR ZONE 2 TBL WATERFLOW CKT TBL ABORT CKT TBL SUPERVISORY CKT TBL GROUND ALM WATERFLOW CKT SUPERVISORY CKT ACTIVATED ALM MANUA...

Page 115: ... down and locate the Nomex insulator over the 3 lower right studs and secure in place with the 3 nuts 7 Remove the adjacent slide in label s corresponding to the installed Display Modules and write a short de scription of the protected zone Also for the LED la beled as Abort Supv 2 Ckt use a black ink permanent marker to black out the type of circuit which is unused Thus if the circuit is configur...

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Page 117: ...R REV DATE 5 SYSTEM EQUIPMENT 6 PRIORITY OF COMMENT 7 USER EVALUATION MANUAL IS EXCELLENT GOOD FAIR POOR COMPLETE INCOMPLETE 8 PROBLEM QUESTION SUGGESTION COMMENT check one 9 RECOMMENDED CHANGE TO PUBLICATION PAGE PARAGRAPH LINE FIGURE TABLE RECOMMENDED CHANGES AND REASON NO NO NO NO NO Use Blank Continuation Sheets as Required 10 ORIGINATOR 11 COMPANY NAME 12 ADDRESS 13 KIDDE FENWAL USE ONLY a Re...

Page 118: ...KIDDE FENWAL Inc 400 Main Street Ashland MA 01721 Attn Documentation Manager Place Stamp Here FOLD FOLD firealarmresources com ...

Page 119: ...firealarmresources com ...

Page 120: ...t Kidde Fenwal directly for a return material authorization RMA number before returning material to the factory at Ashland Massachusetts shipment prepaid Kidde Fenwal will repair or replace and ship prepaid LIMITED WARRANTY STATEMENT These instructions do not purport to cover all the details or variations in the equipment described nor do they provide for every possible contingency to be met in co...

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