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3-17

24V auxiliary power is wired from either resettable, or “on steady” terminals. The

combined

rating

for any combination of steady or resettable devices must not exceed 750 mA.

This section provides information on wiring steady 24 VDC power. Resettable 24 VDC power is
typically used with four wire smoke detectors. Refer to “Wiring Initiating Device Circuits,”
earlier in this chapter for specific information on wiring resettable 24 VDC power.

Use the + terminal (24 VDC) and the – terminal (0 V) when wiring a device that requires steady
24 VDC power.

Figure 3-12. Wiring Steady, 24 VDC Aux Power

Note

: This circuit is rated Special Application. The output is 19.25 - 27 VDC. The maximum current is 750mA.

+ -

R

-

24V Pwr

2A Max.

for +/-

"R" is Neg.

for 24 V

Reset

Alarm

Trouble

Zone 1

Zone 5 Trouble

Manual Release

+ -

24 VDC Device Requiring

Steady 24 VDC. 750 mA Max.

Wiring 24V Aux Power

General

Wiring Steady, 24
VDC Aux Power

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Summary of Contents for AutoPulse Z-10

Page 1: ...Doc No 430545 Part No 579 357 Rev U 0579357T ...

Page 2: ...Blank Page Back of Front Cover ...

Page 3: ...ations and other information shown were current as of publication and are subject to change without notice SIMPLEX and the product names listed in this material are marks and or registered marks Unauthorized use is strictly prohibited Copyrights and Trademarks ...

Page 4: ...yes with water for 15 minutes and seek immediate medical attention FCC RULES AND REGULATIONS PART 15 This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment gene...

Page 5: ... 4 1995 EMC This product has also been tested and found to meet the requirements of EN60950 1992 Safety of Information Technology Equipment Including Electrical Business Equipment A1 93 A2 93 A3 95 A4 97 A11 97 This product is listed to the following standards UL 864 9th Edition S527 11 ULC FM CSFM MEA Emissions Compliance Radio Frequency Immunity Safety Agency Approvals ...

Page 6: ...vi ...

Page 7: ...Specifications 1 11 Major Panel Components 1 11 Optional Modules 1 13 Depleted Battery Operation 1 13 Environmental 1 13 Listings and Approvals 1 14 Codes and Standards 1 14 Chapter 2 Installing Cabinet and Electronics Assembly 2 1 Introduction 2 1 Required Tools and Hardware 2 1 In this Chapter 2 1 Removing Installing the Electronics Assembly 2 2 Introduction 2 2 Removing Electronics Assembly 2 2...

Page 8: ...es 3 12 Field Wiring Connections 3 13 Wiring AC Power and Battery Wiring 3 14 Field Wiring for AC Power and Battery Wiring 3 14 Enabling Depleted Battery Cutout 3 15 Battery Maintenance 3 16 Wiring 24V Aux Power 3 17 General 3 17 Wiring Steady 24 VDC Aux Power 3 17 Testing Circuit Supervision 3 18 General 3 18 Earth Fault Detection 3 18 Chapter 4 Programming 4 1 Introduction 4 1 In this Chapter 4 ...

Page 9: ...20 Making Changes to an Existing Program 4 20 Recording the Programming Settings 4 20 Chapter 5 Operating 1 Introduction 1 In this Chapter 1 Overview 2 LEDs and Keys 2 Delay Timers 4 Manual Release Switch 5 Abort Switch 5 Alarm Clear Reset 6 Performing a Lamp Test 6 Acknowledging Alarms Troubles and Supervisory Conditions 7 Panel Indications for Alarm Trouble Supervisory Condition 7 Acknowledging ...

Page 10: ...x Appendix B TEPG US Tyco Safety Products UL Part Number Cross Reference and Approved Valves 1 Appendix C Battery Selection Calculations 4 Introduction 4 General 4 Battery Selection Calculations 2 ...

Page 11: ...tion deluge systems This chapter provides an overview of the AutoPulse Z 10 s capabilities and operation Refer to the page number listed in this table for information on a specific topic Topic See Page Overview Agent Release and Preaction Deluge Systems 1 2 Supported Applications 1 3 Specifications 1 11 Chapter 1 Overview Introduction In this Chapter ...

Page 12: ...device smoke or heat detector and a sprinkler head must operate simultaneously to initiate water flow This differs from the single interlock system where these two actions initiating device and sprinkler head activation can occur at different times A deluge system uses open sprinklers Activation of initiating devices releases a deluge valve producing immediate water flow through all sprinklers Del...

Page 13: ...eration of the Notification Appliance Circuits NACs and Releasing Appliance Circuits RACs along with the functions of the four Initiating Device Circuits IDCs and two Special Purpose Monitor SPM circuits Refer to Chapter 4 of this manual for detailed programming instructions Table 1 2 lists all 13 applications with the aux and expanded relay operation if the enhanced relay operation is selected Th...

Page 14: ...ne Alarm Hazard 2 Discharge Hazard 2 Hazard 1 Stage 2 Release IDC 1 2 Alarm Steady ON Opt Hazard 2 Stage 1 Alarm IDC 3 or 4 Alarm Optional Opt Hazard 2 Stage 2 Release IDC 3 4 Alarm Steady ON Opt Waterflow Alarm both hazards WF Steady Steady Note 7 Note 7 Supervisory Alert both hazards no NAC Supv 8 Preaction Deluge Dual Hazard Hazard 1 Releasing Alarm IDC 1 or 2 Alarm Steady ON Opt TBL Hazard 1 A...

Page 15: ...larm Steady ON Opt Waterflow Alarm both hazards WF Steady Steady Note 7 Note 7 Supervisory Alert both hazards no NAC Supv 8 Preaction Deluge Dual Hazard Hazard 1 Releasing Alarm IDC 1 or 2 Alarm Steady ON Opt TBL Hazard 1 Alarm Hazard 2 Alarm System or Hazard 1 TBL Hazard 1 Alarm Waterflow Hazard 1 or Hazard 2 Discharge Hazard 1 System or Hazard 2 TBL Hazard 2 Alarm Sups Hazard 1 or 2 Discharge Ha...

Page 16: ...lected 3 A Manual Release will override an Abort In an abort condition the NACs will operate in accordance with the active Stage 1 2 and 3 operation in the I O matrix for application selected and the specific Abort operation selected 4 Optional operation is selectable for 20bpm or Temporal Code When Temporal Code is selected for the Alarm NAC operation the Supervisory NAC signal will be 20BPM When...

Page 17: ...NAC1 b Evacuation visuals turn on NAC3 c Evacuation audibles turn on at 120 BPM NAC2 d Reload the Automatic Release Timer with the programmed value Subsequently pressing releasing the abort switch repeats the process silencing the NACs activating the bell starting the 90 second investigation timer etc until the Release Timer expires and the RAC s activate Pressing releasing the Abort switch while ...

Page 18: ...ate releasing the agent Important Notes The abort switch can be used only prior to the expiration of the delay timer In application 11 RAC2 turns on immediately when an alarm is activated This is the pre action RAC RAC1 turns on when the timer expires Figure 1 1 Releasing Sequence for Single Detector Alarm Activation Continued on next page Automatic Release Delay Timer 0 60 Secs NAC1 On Steady NAC...

Page 19: ... If the delay timer is set to 0 release immediately follows second cross zoned alarm activation The abort switch can be used only prior to the expiration of the delay timer In application 10 RAC2 turns on immediately when the 2nd alarm is brought in This is the pre action RAC RAC1 turns on when the timer expires Figure 1 2 Releasing Sequence following Dual Detector Alarm Activation Continued on ne...

Page 20: ...se sequence In applications 10 and 11 Pre action RAC2 turns on immediately Figure 1 3 Releasing Sequence Manual Station Manual Release Delay Timer 0 30 Seconds NAC1 On Steady NAC2 120 BPM Activate Alarm Relay Sound Panel Piezo Discharge Signals NAC1 On Steady NAC2 On Steady RAC Activation Agent Discharge Manual Switch Activation Alarm Silence Alarm Reset If timer is set to 0 release of the agent a...

Page 21: ...inute alarm Batteries recharge within 24 hours Input voltage 120 VAC 60 Hz 2A maximum or 220 230 240 VAC 50 60 Hz 1A maximum Initiating Device Circuit IDC Four Initiating Device Circuits IDCs each supporting up to 30 smoke detectors See Wiring Initiating Device Circuits in Chapter 3 of this manual for a list of compatible devices 50Ω wiring limit Each IDC is supervised for ground faults and open c...

Page 22: ...ing the AutoPulse Z 10 to generate distinct pre discharge signals for agent release systems Both circuits are power limited Releasing Appliance Circuits RAC Two circuits each rated at 2A Releasing circuits operate simultaneously for single hazard systems and independently for dual hazard systems In applications 10 and 11 RAC2 is a preaction RAC and will turn on before RAC1 unless the timer is set ...

Page 23: ...is experiencing an abnormal fault condition The AutoPulse Z 10 system monitors the battery voltage and indicates a trouble status when the battery is outside its normal range There are two battery trouble levels Low Battery and Depleted Battery When Low Battery is detected the system sounds the piezo and flashes the trouble LED The event must be acknowledged to silence the piezo If discharge conti...

Page 24: ...Installation of Sprinkler Systems NFPA 14 Standard for the Installation of Standpipe and Hose Systems NFPA 15 Standard for Water Spray Fixed Systems for Fire Protection NFPA 16 Standard for the Installation of Deluge Foam Water Sprinkler and Foam Water Spray Systems NFPA 16A Standard for the Installation of Closed Head Foam Water Sprinkler Systems NFPA 17 Standard for Dry Chemical Extinguishing Sy...

Page 25: ...ither a T15 Torx screwdriver or a flat bladed screwdriver Drill with appropriate bits Conduit shaping tools Conduit hole punching tool Conduit hardware Refer to the page number listed in this table for information on a specific topic Topic See Page Removing Installing the Electronics Assembly 2 2 Cutting Conduit Openings 2 3 Mounting Cabinet 2 4 Removing and Installing Plastic PCB Cover and Slide ...

Page 26: ...t from the box until the teardrop holes on the top of the assembly clear the screws and then lift the assembly straight up to remove it When installing the electronics assembly place the assembly in the box so that the screws located near the top of the box fit through the cutouts of the teardrop holes Align the U shaped slots on the bottom of the assembly with the screws located on the bottom of ...

Page 27: ...all metal shards from the cabinet after cutting openings AC power non power limited wiring must be run in separate conduit from all other wiring as shown in the figure below Non power limited wiring must be separated from power limited wiring by a minimum of 1 4 Other non power limited wiring from Aux Relays i e 120 VAC must be run in a separate conduit Non power limited wiring must be separated f...

Page 28: ...ect sunlight Away from sources of vibration or physical shock Away from sources of Radio Frequency Interference RFI such as a radio transceiver base station or hand held unit Isolated from sources of strong electromagnetic fields such as air conditioners large fans and large electric motors Surface mounting the cabinet involves screwing it directly to a wall 1 Install two screws not supplied space...

Page 29: ...ttaching it directly to the wall s studs At a minimum 1 5 inches of the cabinet must protrude from the wall to allow for clearance of the panel door Figure 2 4 Cabinet Dimensions for Semi Flush Mounting 14 9 DOOR 1 5 MIN 16 25 Mounting Cabinet Continued Semi Flush Mounting ...

Page 30: ...ht labels one blank two for preaction deluge three for agent release and two for combo agent release with Preaction Deluge ships along with the AutoPulse Z 10 The blank labels provide a means of assigning facility specific zone names to the LEDs allowing the LEDs to be associated with a more descriptive name than Zone 1 Zone 2 etc Install one of these labels in the field after the appropriate appl...

Page 31: ...2 7 Figure 2 6 Labels Removing and Installing Plastic PCB Cover and Slide In Labels Continued Installing Labels ...

Page 32: ......

Page 33: ...ving Jurisdiction AHJs Remove the plastic PCB cover as described in Removing Plastic PCB Cover in the previous chapter Refer to the page number listed in this table for information on a specific topic Topic See Page Wiring Initiating Device Circuits 3 2 Wiring Releasing Circuits 3 5 Wiring Special Purpose Monitor Circuits 3 8 Wiring Relay Connections 3 11 Wiring Notification Appliance Circuits 3 1...

Page 34: ...here to the following guidelines when wiring IDCs All wiring must be from 12 AWG max to 18 AWG min Conductors must test free of all grounds All wiring is supervised and power limited Leave 3 3K 1 2W resistor across all unused IDC terminals See note 4 in Figure 3 1 two wire Terminate Style B Class B circuits with a listed 3 3K 1W Part No 431210 end of line resistor See note 5 in Figure 3 1 Terminat...

Page 35: ...8 Detector 430560 Combination Photoelectric Heat Detector 430561 Ionization Smoke Detector 430562 Photoelectric Smoke 3 5 Detector 430565 135 Fixed Temperature with Rate of Rise Electronic Heat Detector 430566 200 Fixed Temperature with Rate of Rise Electronic Heat Detector Compatible Bases Refer to Part No 431425 for installation instructions 430567 Two Wire Base 30 Loop 430569 Two Wire Base with...

Page 36: ...minals with no current limiting resistor Figure 3 1 Two Wire IDC Wiring TB2 IDC1 IDC2 1 C D I 1 C D I IDC3 IDC4 4 C D I 4 C D I 3 3K 1 2 W 3 3K 1W 431210 Typical Initiating Device STYLE B CLASS B TB2 IDC1 IDC2 1 C D I 1 C D I IDC3 IDC4 4 C D I 4 C D I STYLE D CLASS A Class A Adapter IDC1 IDC2 3 3K 1W 431210 6 4 5 4 3 3K 1 2 W Contact Closure Device Typical Initiating Device Contact Closure Device ...

Page 37: ...instructions refer to the manufacturer s recommendations Only releasing devices meeting the following criteria may be used with the AUTOPULSE Z 10 Releasing devices specified by part number in Table B 2 of this manual Releasing devices in FM categories A B C D E F G and H Max alarm current is 2A per circuit See following chart for line distances RAC2 is used as NAC3 visual notification appliances ...

Page 38: ...odule in valve junction box Figure 3 3 Main Reserve Switch RAC1 RAC2 RAC1 RAC1 NAC1 NAC2 RAC2 RAC2 10K 1 2 W 431222 24 V Actuator 5 YEL BLK Coil Supervision Module RED BLK BLK YEL 1 24V Unit Per Circuit RAC1 RAC2 RAC1 RAC1 NAC1 NAC2 RAC2 RAC2 10K 1 2 W 431222 12 V Actuator 5 Coil Supervision Module RED BLK 2 12V Units Per Circuit 12 V Actuator 430687 Locate in Valve Junction Box 430687 Locate in V...

Page 39: ...t 28 VDC Locate Part No 430687 coil supervision module in valve junction box Earth Fault Detection The detection level for the AutoPulse Z 10 is 10k ohms minimum on all circuits ULC Latching Supervisory Operation The same as UL Latching Operation except that zone location is NOT indicated by the flashing yellow LED Figure 3 4 Key Maintenance Switch Wiring Releasing Circuits Continued Key Maintenan...

Page 40: ...nual release stations on the same circuit In Preaction Deluge applications SPM 1 is connected to Supervisory switches and SPM 2 to Waterflow controls As noted earlier in combination Agent Release and Preaction Deluge Applications 10 and 11 SPM1 is used for Abort Manual and SPM2 is used with a pressure switch Use only manual release switches that are UL listed for fire use Use abort switch 433940 f...

Page 41: ...its Continued Wiring Class A B SPM Circuits for Single Hazard Applications Note Class A wiring for manual release stations is the same as the wiring shown in the Class A diagram Wiring from the last release station returns to the Class A board and a 3 3K 1W resistor Part No 431210 is tied to the wiring ...

Page 42: ...dition no devices closed Current at 24 VDC 6 0 mA Manual Release condition Current at 24 VDC 25 mA SPM Circuits do not support the connection of smoke or heat detectors An activated abort switch creates a current limited state on the circuit whereas a manual release station creates a short on the circuit When SPM wiring is routed outside the building use Listed Secondary Protector 430685 A protect...

Page 43: ...ilot duty 0 35 power factor Circuit is not supervised When setting jumpers to select Normally Open or Normally Closed contacts position jumpers as follows Normally Closed position jumper to the left Normally Open position jumper to the right All relays are single pole double throw If power source is not power limited to the requirements of UL864 wiring is to be segregated to the non power limited ...

Page 44: ...peration of the NAC Off on Reset Off on Silence is determined by the setting of the NAC Operation programming option See Chapter 4 of this manual for information on setting this option When wiring NYC Abort operation NAC1 is used for connecting bells and bell strobes associated with the investigation timer NAC2 is used for connecting audible notification appliances and RAC2 is used for connecting ...

Page 45: ...zed notification appliances require the use of their associated Listed external synchronization module Notification Circuit rating is 1 5A maximum 1 35A maximum strobe load Use the UL rated operating current to determine maximum number of appliances allowed per NAC RAC1 RAC2 NAC1 NAC1 Class A Adapter NAC1 NAC2 NAC2 NAC1 10K 1 2W 431222 RAC2 NAC1 NAC1 NAC2 NAC1 NAC2 NAC2 RAC1 Horn Strobe Bell 10K 1...

Page 46: ...anadian is used connect the charger control see 9 in Figure 3 10 for location on the AutoPulse Z 10 to TB1 1 on the battery charger Refer to Part No 431322 for information on the external battery charger Loop the Line and Neutral wires around a ferrite bead twice before connecting them to Terminal Block TB5 See Figure 3 9 Ferrite bead is Part No 431296 Connect Line and Neutral from the incoming de...

Page 47: ...d Battery Cutout is required Leave this jumper in place for systems that do not shut down when batteries are depleted The normal default system operation prevents NAC RAC and relay operation from initiating after batteries are depleted That operation does NOT require jumper removal Continued on next page LINE NEUTRAL GROUND 3 EARTH CONNECT F1 TB5 P7 12VDC 12VDC WHT 431297 RED BLK INSTALL FERRITE B...

Page 48: ...y maintenance requires specialized test equipment Contact your fire alarm service representative for information on testing batteries Wiring AC Power and Battery Wiring Continued Enabling Depleted Battery Cutout Battery Maintenance Clip Jumper R187 ...

Page 49: ...ce Circuits earlier in this chapter for specific information on wiring resettable 24 VDC power Use the terminal 24 VDC and the terminal 0 V when wiring a device that requires steady 24 VDC power Figure 3 12 Wiring Steady 24 VDC Aux Power Note This circuit is rated Special Application The output is 19 25 27 VDC The maximum current is 750mA R 24V Pwr 2A Max for R is Neg for 24 V Reset Alarm Trouble ...

Page 50: ...g the IDCs NACs and RACs refer to NFPA 72 2002 Edition Annex C Wiring Diagrams and Guides for Testing Fire Alarm Circuits The detection level for the AutoPulse Z 10 is 10k ohms minimum on all circuits Testing Circuit Supervision General Earth Fault Detection ...

Page 51: ...he Application Mode 4 6 Programming Relay Operation 4 8 Programming IDC Circuit Style 4 8 Programming the Automatic Release Timer 4 9 Programming the RAC Time Limit Cutout 4 10 Programming Manual Release Time Delay 4 12 Programming Abort Switch Operation 4 13 Programming Stage 1 Alarm NAC2 Coding 4 15 Programming NAC Operation 4 16 Programming Supervisory Operation 4 17 Programming Supervisory Ope...

Page 52: ...mpt appears similar to the example shown below The default setting for the prompt is always designated by a d and an asterisk always indicates the currently programmed setting Use X to exit the programmer at any time use C to review the current programming configuration When you turn the programming switch to the OFF position all changes you have made are saved To accept the currently programmed s...

Page 53: ... Part No 431206 serial cable to a free serial port typically COM1 on the PC b Connect the other end of the cable to the service port on the AutoPulse Z 10 FACP The Service port labeled P2 is located on the top left of the AutoPulse Z 10 motherboard Make sure the stripe on the cable is positioned at the bottom as shown in the following figure Figure 4 1 Connecting Cable to Service Port Continued on...

Page 54: ...The first prompt which queries you for the application mode you want to select automatically appears when you type P Refer to Programming the Application Mode later in this chapter for a description of the application mode prompt Programming the AutoPulse Z 10 from the front panel is an 11 step process With this method the AutoPulse Z 10 uses the LEDs on the front of the panel to represent the ava...

Page 55: ...ion ACK ALARM SILENCE SYSTEM RESET AC POWER SYSTEM TROUBLE Immediate 10 s Remaining IRI Abort Original Delay NYC Abort 6 Abort Release Time Delay ACK ALARM SILENCE SYSTEM RESET AC POWER SYSTEM TROUBLE 5 Manual Release Time Delay 0 Second 5 Seconds 10 Seconds 15 Seconds 20 Seconds 25 Seconds 30 Seconds ACK ALARM SILENCE SYSTEM RESET AC POWER SYSTEM TROUBLE 3 5 Minutes Cutout 64 Minutes Cutout 44 Mi...

Page 56: ...de you want to select and press the carriage return Refer to Programming the Relay Option in the next section for a description of the next programming step Front Panel Programming The top LED red on the left side of the display is lit to indicate the application mode is being programmed The top LED on the right side of the display is lit to indicate the default application Agent Release 1 Hazard ...

Page 57: ...t applications 10 13 can be selected If the Reset key is pressed 4 times the LEDs will revert to the previous screen Yellow Trouble LED is lit to indicate panel is in programming mode Green LED is AC Power These LEDs represent this group of available applications Use the RESET key to move through the choices Press ACK when the illuminated LED corresponds to the desired choice ...

Page 58: ...ration with the conventional definition used by the releasing industry Table 1 2 shows the enhanced relay operations Method Description Text Based Programming The second prompt shown below asks you to set the Relay Mode 02 RELAY OPTIONS d 1 Option One Original Mode 2 Option Two Enhanced Mode d default current setting Select Number X exit Enter the number corresponding to the Relay Operation you wa...

Page 59: ... Programming The third prompt shown below asks you to set the IDC and SPM circuit style 03 STYLE C OPERATION d 1 No 2 Yes d default current setting Select Number X exit Press the carriage return to accept the default Refer to Programming the Automatic Release Timer in the next section for a description of the next programming step Front Panel Programming Press the ACK key to use the default choice...

Page 60: ... sec 7 30 sec 8 35 sec 9 40 sec 10 45 sec 11 50 sec 12 55 sec d 13 60 sec d default current setting Select Number X exit Enter the number corresponding to the delay timer you want to select and press the carriage return Refer to Programming the RAC Time Limit Cutout for a description of the next programming step Front Panel Programming The timer range is 0 to 60 seconds selectable in 5 second incr...

Page 61: ...nding to the value you want to select and press the carriage return Refer to Programming Manual Release Time Delay in the next section for a description of the next programming step Front Panel Programming Eight selections are available in this first of two RAC Cutout Time menus no cutout 45 seconds one minute three minutes four minutes five minutes six minutes seven minutes Use the Reset key to s...

Page 62: ...save the selection in memory and move to the next programming step Programming the RAC Time Limit Cutout Continued When the fourth and fifth LEDs on the left side are on this indicates we are in the second programming menu for the RAC Cutout Timer These LEDs represent the available timer selections Use the RESET key to move through the choices Press ACK when the illuminated LED corresponds to the ...

Page 63: ... 6 25 sec 7 30 sec d default current setting Select Number X exit Enter the number corresponding to the value you want to select and press the Carriage Return key Refer to Programming Abort Switch Operation in the next section for a description of the next programming step Front Panel Programming Seven selections are available ranging from 0 to 30 seconds selectable in five second intervals Use th...

Page 64: ... Release Timer countdown stops at its current value Releasing the Abort switch starts the 90 second Investigation Timer When the Investigation Timer expires the following occurs a Bell and bell strobe turn off NAC1 b Evacuation visuals turn on NAC3 c Evacuation audibles turn on at 120 BPM NAC2 d Reload the Automatic Release Timer with the programmed value Subsequently pressing releasing the abort ...

Page 65: ...ion Text Based Programming The seventh prompt shown below asks you to set the abort switch operation 07 ABORT SWITCH RELEASE OPERATION 1 Immediate Release d 2 Max of 10 sec or remaining time 3 IRI 4 Original delay d default current setting Select Number X exit Enter the number corresponding to the value you want to select and press the carriage return Refer to Programming Stage 1 Alarm Operation f...

Page 66: ... of the Automatic Release Delay Timer When the timer expires and the RACs activate the NACs switch to a steady tone This option allows the first alarm signal to be changed from temporal default to a slower 20 BPM signal if necessary Method Description Text Based Programming The eighth prompt shown below asks you to set the Stage 1 Alarm Coding 08 STAGE 1 ALARM NAC2 CODING d 1 Temporal 2 20 BPM d d...

Page 67: ...C3 On til Reset NAC1 2 On til Silence No Inhibit Method Description Text Based Programming The ninth prompt shown below asks you to set the NAC Operation 09 NAC OPERATION d 1 Both on til Silence with no inhibit 2 NAC1 on til Reset NAC2 on til Silence with no inhibit 3 Both on til Reset with no inhibit 4 Both on til Silence with 60 sec inhibit 5 NAC1 on til Reset NAC2 on til Silence with 60 sec inh...

Page 68: ...hat circuit UL Latching Supervisory Operation Same as UL latching operation except zone location is NOT indicated by the flashing yellow LED Method Description Text Based Programming The tenth prompt shown below asks you to set the Supervisory Latching Option 10 SUPERVISORY OPERATION d 1 UL Latching 2 UL Non Latching 3 ULC Latching d default current setting Select Number X exit Enter the number co...

Page 69: ... OPERATION d 1 LED and piezo only 2 LED piezo and NAC2 3 LED piezo and relay 3 4 LED piezo NAC2 and relay 3 d default current setting Select Number X exit Enter the number corresponding to the value you want to select and press the carriage return Front Panel Programming Use the Reset key to scroll through the selections When the desired choice is illuminated press the ACK key to save the selectio...

Page 70: ...n Each time you press this button the LED that is lit in the left column moves down one Use Figure 4 3 as a guide to the meaning of the LEDs 3 When the appropriate LED in the left column is illuminated press the RESET key to move through LEDs on the right side of the display which represent the specific selections for that option When you are finished making changes turn the Program Switch to the ...

Page 71: ...n silencing alarms resetting the system and viewing the historical log Refer to the page number listed in this table for information on a specific topic Topic See Page Overview 2 Acknowledging Alarms Troubles and Supervisory Conditions 7 Silencing Alarms 8 Resetting the System 9 Viewing Historical Log Setting Time 10 Chapter 5 Operating Introduction In this Chapter ...

Page 72: ...ach of which corresponds to a specific zone flash when an alarm condition occurs An alarm condition is a serious event indicating the possibility of fire danger Be aware of any facility specific procedures that you may be required to follow Operators should be aware that the AutoPulse Z 10 is a hardwired zone oriented system meaning the device causing the alarm is not individually identified and o...

Page 73: ...dicates that the panel is receiving AC power that is within the specified range If this LED is not lit and the panel is still functioning this indicates that the panel is using battery power to operate Make sure to notify the building s facility management immediately if this occurs Agent Released LED This LED turns on steady when the Releasing Appliance Circuits activate These circuits are connec...

Page 74: ...he delay between the activation of a manual release switch and the activation of releasing appliances The default setting for this timer is 10 seconds A setting of 0 causes the releasing appliances to immediately activate after a manual release switch activates Automatic Release Delay Timer The Automatic Release Time Delay is a programmable timer that delays the activation of the releasing applian...

Page 75: ...release is imminent An operator can prevent the release of the suppression agent by pressing the abort switch at any time between when the automatic releasing sequence starts and the solenoid is activated It is critical that all operators and building facilities personnel understand the following about the abort switch Manual release stations override the abort switch In other words if a manual re...

Page 76: ...knowledged alarm will cause the Abort Active LED to flash The sounder will continue to pulse until the higher priority alarm condition has been acknowledged Operators should be made aware that if the alarm is verified to be false clearing the alarm condition and resetting the system prior to releasing the abort switch prevents agent discharge Performing a lamp test lights all of the LEDs on the sy...

Page 77: ...hes and tone alert sounds if a sprinkler or waterpump valve is closed The zone location is indicated by the blinking yellow LED After the ACK button is pressed the LED for the affected circuit will blink Use the ACK key to acknowledge every abnormal status present in the system i e if there are three alarms and two troubles you must press the ACK key five times The panel s tone alert turns off whe...

Page 78: ...t warn occupants of the building to the presence of an alarm condition To silence an alarm press the ALARM SILENCE key The ALARM SILENCED LED turns on steady and the signals turn off The LED remains on until all alarms are clear and the system is reset Silencing Alarms Procedure ...

Page 79: ...pped and restored Any remaining abnormal conditions reactivate the appropriate outputs If a release has occurred contact the building s facilities management and your building s fire alarm sprinkler representative for information on resetting the agent release preaction sprinkler or deluge sprinkler system Important Note If an alarm is verified to be false clearing the alarm condition and resettin...

Page 80: ...ssion with the AutoPulse Z 10 Set the serial communication parameters for the PC port to which the serial cable is connected as follows 9600 baud no parity 8 data bits 1 stop bit 6 To display the historical log enter an L followed by a carriage return at the dash prompt 7 To view the timestamp used by the panel enter a T followed by a carriage return To change the timestamp enter the following com...

Page 81: ...se and preaction deluge systems Refer to Appendix C Battery Selection Calculations to select the appropriate size of sealed lead acid batteries for the required standby time Use Coil Supervision Module Part No 430687 on each releasing circuit Appendix A FM System Requirements Introduction General ...

Page 82: ...evice circuits must be wired Class A using module Part No 430531 Battery standby must be 90 Ahr Release circuit voltages must remain between 20 4 and 26 4 VDC under all load conditions Follow wiring chart to determine maximum wiring distance from panel to releasing appliances Table A 1 Maximum Distance from Panel to Last Device Feet Alarm Current Amps 18 AWG 16 AWG 14 AWG 12 AWG Line Resistance Oh...

Page 83: ...ss 6 8K 1 2W 734 129 431214 EOL Harness 1 8K 1 2W 734 130 431216 EOL Harness 560 ohm 1W 734 131 431218 EOL Harness 1 2K 1W 734 132 431220 EOL Harness 10K 1 2W 734 133 431222 EOL Harness 20 ohm 1W 734 134 431224 EOL Harness 1K 1W 734 135 431226 EOL Harness 100 ohm 1 2W 734 136 431227 EOL Harness 22K 1 2W 734 137 431228 SSD Smoke Detector Adapter Tool 553 805 431229 SSD Smoke Detector Tool 553 810 4...

Page 84: ... valve uses solenoid Flow Control 609500 671S ASCO Model 8210A107 097617 005D coil 1 2 in NPS 5 8 in orifice 24V dc Model 8210G207 238310 coil 1 2 in NPS 1 2 in orifice Model 8211A107 097617 005D coil 24V dc Model 8262H182 Model EF8210G001MBMO Model HV2628571 23810 coil N C in NPS in orifice Model HV2648581 23810 coil N O in NPS in orifice R8210A107 097617 005D coil 1 2 in NPS 5 8 in orifice T8210...

Page 85: ...n 5 300 psi Model 73212BN4TNLVN0C322C2 Skinner coil C322C2 1 2 in NPS 0 92 A 250 psi Model 73218BN4UNLVN0H111C2 Skinner coil H111C2 Model 73218BN4UNLVN0C111C2 Skinner coil C111C2 1 2 in NPS 5 8 in orifice Star Sprinkler Model D deluge valve with solenoid 5550 Minimax Model MX1230 without diode 24VDC in NPT Burkert Model 5282 2 2 Way Solenoid Valve Versa Model CGS 4292 NB3 S20000 Tyco Safety Produc...

Page 86: ...rrent Main System Board 100mA Each Relay Board 20mA Note Standby Current is the sum of all module currents plus auxiliary 24V current Alarm Current Main System Board 140mA Each Relay Board 70mA Note Alarm Current is the sum of all module currents plus auxiliary 24V current plus NAC and RAC current Appendix C Battery Selection Calculations Introduction General ...

Page 87: ... using the 20 Hour Rating value Table C 1 Table C 1 Initial Calculation Based on 20 Hour Rating 20 Hour Rating C 20 Amps 20 Hour Rating C 20 Amps 20 Hour Rating C 20 Amps 1 3 Ah 0 065 6 2 Ah 0 31 25 Ah 1 25 2 2 Ah 0 11 7 0 Ah 0 35 26 Ah 1 30 3 0 Ah 0 15 7 2 Ah 0 36 33 Ah 1 65 3 4 Ah 0 17 10 Ah 0 50 35 Ah 1 75 4 0 Ah 0 20 12 Ah 0 60 50 Ah 2 5 4 5 Ah 0 225 12 7 Ah 0 635 55 Ah 2 75 5 0 Ah 0 25 18 Ah ...

Page 88: ... min 1 67 7 hr 1 11 13 hr 1 04 60 hr 1 00 8 Standby Discharge Factor SDF _________ Alarm Discharge Factor ADF _________ 9 Minimum required battery capacity calculation for a final discharge voltage of 20 4V to account for battery aging a 1 17 multiplier is included Minimum battery capacity in Ah 1 17 x A x C x SDF 0 0167 x B x D x ADF _______ 10 Minimum required battery capacity calculation for a ...

Page 89: ...Overview Continued Doc No 430545 Part No 579 357 Rev U TYCO SAFETY PRODUCTS ONE STANTON STREET MARINETTE WI 54143 2542 715 735 7411 Copyright 2005 2018 Johnson Controls ...

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