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116

SCS Series Manual —

 P/N 15712:L  7/18/16

Ratings and Wiring Diagrams

Dedicated Smoke Control System Wiring Diagrams

Figure 5.8  Motorized Damper Control

 Dedicated System - FSCS Switch Group Type 4

Figure 5.8 depicts a motorized damper in a dedicated system with the capability of 

OPEN

 control and verification of the 

CLOSED

 state, switch 

group type 4. In the above configuration, the CON

ON⁄OP

CM is activated. The CON

ON⁄OP

CM controls a normally open contactor for the 

damper open power line and a normally closed contactor for the damper close power line. When the CON

ON⁄OP

CM is activated, the nor-

mally closed contactor is opened and the normally open contactor is closed, thus supplying power to open the damper. When the damper 
completely opens, the damper open limit switch is 

CLOSED

, indicating that the damper is in the 

OPEN

 position, and the damper closed limit 

switch is 

OPEN

. The VER

OFF⁄CL

MM monitors the 

CLOSED

 position of the damper closed limit switch. In this case the VER

OFF⁄CL

MM is 

deactivated because the damper is 

CLOSED

.

Damper

Open

Power

Damper
Closed
Power

AC 

MOTOR

DAMPER

OPEN

1b listed

contactor

1a listed

contactor

Power Source

Listed 

24 VDC

Power Source

SLC Loop

ELR-47K

(use 3.9K listed ELR with FZM-1)

FCM-1 

CON

ON⁄OP

CM

(activated)

DM

O-d

f4

-fs-

2

.wmf

Power Return

VER

OFF⁄CL

MM

(activated

FMM-1

N/O

COM

Limit Switch
for closed 
position

*If the SLC device 
does not match the 
one in this figure, 
refer to the SLC 
manual appendix, 
which contains 
wiring conversion 
charts for type V 
and type H 
modules.

Summary of Contents for NOTIFIER SCS Series

Page 1: ...L P N 15712 L ECN 17 181 Document 15712 7 18 16 Rev Smoke and HVAC Control Station SCS Series Operation and Installation Manual ...

Page 2: ...e adequate warning of a fire Smoke detectors cannot be expected to provide adequate warn ing of fires caused by arson children playing with matches especially in bedrooms smoking in bed and violent explosions caused by escaping gas improper storage of flammable materi als etc Heat detectors do not sense particles of combustion and alarm only when heat on their sensors increases at a predetermined ...

Page 3: ... When possible make all cable entries from the sides or rear Before making modifi cations verify that they will not interfere with battery trans former or printed circuit board location Do not tighten screw terminals more than 9 in lbs Over tightening may damage threads resulting in reduced terminal contact pressure and difficulty with screw terminal removal This system contains static sensitive c...

Page 4: ...version for a specific application Documentation Feedback Your feedback helps us keep our documentation up to date and accurate If you have any comments or suggestions about our online Help or printed manuals you can email us Please include the following information Product name and version number if applicable Printed manual or online Help Topic Title for online Help Page number for printed manua...

Page 5: ...tainment 16 2 3 2 Purging 17 2 3 3 Door Opening Forces 17 2 4 General System Components 17 2 4 1 HVAC Equipment 18 HVAC Systems 18 Ductwork 20 Fans 20 Dampers 21 2 4 2 Control Equipment 22 2 4 3 Initiating Devices 22 2 5 Smoke Control System Types 22 Basic System Descriptions 23 2 5 1 Stairtower Pressurization Systems 23 Single Injection 24 Multiple Injection 24 Compartmentalization 24 Vestibules ...

Page 6: ...e Switches 48 Wiring the LEDs or Lamps 48 Installing Relay Modules 50 EIA 485 51 Power Supply 52 Electrical Ratings 53 Calculating SCS 8L SCE 8L Current Draw 53 Programming and Testing the Smoke Control Station 54 3 8 Configuration 54 3 8 1 Firefighter s Smoke Control Station FSCS Mode 54 SCS Dipswitch Settings for FSCS Mode 54 Toggle Switch Operation for FSCS Mode 61 Switch Group LEDs for FSCS Mo...

Page 7: ...ion 105 4 3 Operation 105 4 4 Programming 105 4 5 Testing 106 Section 5 Ratings and Wiring Diagrams 107 5 1 Introduction 107 5 2 Air Flow Switches 108 5 3 Dedicated Smoke Control System Wiring Diagrams 108 5 3 1 Fans 108 5 3 2 Motorized Dampers 113 5 3 3 EP Dampers 119 5 4 Non dedicated Smoke Control System Wiring Diagrams 126 5 4 1 Fans 126 5 4 2 Motorized Dampers 132 5 4 3 EP Dampers 141 5 5 HVA...

Page 8: ...nt 201 B 3 NCA 2 Operation 201 B 4 Appendix D SCS SCE Worksheets 201 B 5 Compatibility with Other Systems 201 Appendix C Special Applications 202 C 1 Mode A Operation 202 C 2 Mode B Operation 202 C 2 1 Mode B without CBE Lockout Independent Switch Group Operation 202 C 2 2 Mode B with CBE Lockout 202 C 3 Multiple Smoke Control Station 202 C 4 Read Status 205 C 4 1 History Printer 206 C 5 Pairing 2...

Page 9: ... Initiating Devices for Fire Alarm Systems NFPA 72 Inspection Testing and Maintenance for Fire Alarm Systems NFPA 72 Notification Appliances for Fire Alarm Systems Underwriters Laboratories UL 38 Manually Actuated Signaling Boxes UL 217 Smoke Detectors Single and Multiple Station UL 228 Door Closers Holders for Fire Protective Signaling Systems UL 268 Smoke Detectors for Fire Protective Signaling ...

Page 10: ... list of documents referenced in this manual as well as documents for selected other compatible devices The Veri Fire Tools Programming Utility is available for download from the manufacturer s website The document series chart DOC NOT provides the current document revision A copy of this document is included in every shipment Compatible Conventional Devices Non addressable Document Number Device ...

Page 11: ... NCA 2 refers to both the NCA 2 and the NCA Network Control Annunciators unless otherwise noted The term NFS2 640 refers to the NFS2 640 as well as the NFS 640 E The term NFS 320 refers to the NFS 320 as well as the NFS 320E NFS 320C and CPU 320SYS CAUTION INFORMATION ABOUT PROCEDURES THAT COULD CAUSE PROGRAMMING ERRORS RUNTIME ERRORS OR EQUIPMENT DAMAGE WARNING INDICATES INFORMATION ABOUT PROCEDU...

Page 12: ... feature see Appendix C 3 Multiple Smoke Control Station Noncompensated System A smoke control system where a single speed fan provides pressurization in a stairtower Pressure will vary depending on the number of doors opened into the stairtower Non dedicated System A smoke control system that shares components with other air moving equipment When the smoke control mode is activated the operating ...

Page 13: ...re in a smoke zone Maintenance of a tenable environment in the smoke zone is not within the capability of these systems A fire floor exhaust increases the pres sure difference across the stairtower doors in addition to reducing the pressure on the fire floor Smoke Proof Enclosure A continuous stairway which is enclosed from top to bottom by a two hour fire wall and exits to a public area Entry int...

Page 14: ...lding shafts This is referred to as reverse stack effect The overall airflow ten dencies within a building due to normal and reverse stack effect are shown in Figure 2 1 The neutral plane of a building is defined as the elevation where the hydrostatic pressure inside the building equals that outside Normally the neutral plane is located at the midpoint of the building but can occur at any floor an...

Page 15: ...r 1000 F are reached For tightly sealed compartments the buildup of pressure resulting from expansion causes smoke movement through any leakage paths in the walls or around doors 2 2 4 Wind Wind can have a dramatic effect on smoke movement Frequently in fire sit uations a window breaks or is left open in the fire compartment If the opening is on the windward side of the building the wind causes a ...

Page 16: ...e control are smoke containment purging and door opening forces These principles are described below 2 3 1 Smoke Containment The area where the fire is located is referred to as the smoke zone There are two basic principles for containing smoke within that smoke zone Air pressure differences across barriers can act to control smoke movement This is referred to as pressurization Airflow by itself c...

Page 17: ...smoke control on its own it can be used as a supplement to airflow or pressur ization 2 3 3 Door Opening Forces A door opening force is defined as the force required to open a door During smoke control operation this force can increase considerably especially if pressure differences are being used across partitions The door opening force during a fire condition can be described as the sum of the f...

Page 18: ...l floor units can be utilized in a smoke con trol system as long as they are capable of providing sufficient outside air and exhaust capability Central System Centralized equipment is usually employed to provide HVAC functions to multiple floors of a building These types of systems may require dampers for the supply and exhaust shafts at each floor Damp ers at each floor for the exhaust shaft prov...

Page 19: ...ms usually supply central cooling only The individual areas served by these types of systems typically reheat the air near or in the area to be served or have other sources of heating Some VAV systems connect a bypass from the intake side of the supply fan to the outlet side of the supply fan as shown in Figure 2 10 to reduce supply air volumes and pressure in the duct work Such bypasses must be c...

Page 20: ...luding residential furnaces and packaged air conditioning equipment Backward curved fans rotate at approximately twice the speed of forward curved fans and are used for general purpose HVAC applications These type fans are more efficient than forward curved fans and are commonly more expensive Both forward and backward curved fans have single width blades Airfoil fans are basically backward curved...

Page 21: ...or curtain type are held open by a fusible link that comes apart in a fire situation Multi blade dampers are usually spring loaded so when the fusible link is broken the spring initiates the closing action Curtain dampers can be closed by spring activation or by gravity once the fusible link is broken Smoke Dampers Smoke dampers in the United States are usually constructed and classified for leaka...

Page 22: ...ed for activation of the smoke control system because smoke can migrate away from the fire area into ducts in other areas causing the smoke control system to pressurize and depressurize the wrong areas Manual Pull Station Manual pull stations should not be used for the activation of zoned smoke control systems A pull station does not give any specific indication of the fire s location For instance...

Page 23: ...itions in either a dedicated or non dedicated system environment If this smoke is not controlled its movement between floors can damage property and threaten life in locations remote from the fire Floor protection is implemented by utilizing variations of zoned smoke control which is designed to limit this type of smoke movement and described more fully in 2 5 3 2 5 1 Stairtower Pressurization Sys...

Page 24: ...r through a few open doors does not lead to loss of stairtower pressurization Compartmentalization Compartmentalization used as an alternative to multiple injection involves dividing the stairtower into a number of sections as shown in Figure 2 16 The stairtower is divided in sections of one to eight floors each where each compartment is separated from the other by walls and doors that are nor mal...

Page 25: ...he ground floor Elevator Evacuation Most elevator systems do not provide the proper protection necessary for evacuation in the event of a fire The question of using elevators for the pur pose of fire evacuation has resulted in many concerns some of which are listed below While waiting for the elevator during a fire condition occupants may be exposed to fire smoke or developing panic Elevators coul...

Page 26: ...ll amounts of smoke which may enter the area Another mechanism that can be used along with hoistway pressurization is exhaust of the fire floor as shown in Figure 2 19 This is achieved by utiliz ing the return air ductwork of the HVAC system When a fire is detected the elevator hoistway is pressurized all dampers in the return ductwork for the nonsmoke zones must be closed the damper for the smoke...

Page 27: ...s defined as a smoke control zone The vents should be evenly distributed on the walls to counteract the adverse effects of wind Smoke Shafts Zoned smoke control using smoke shafts consists of one or more vertical shafts and adjacent zones that are pressurized The vertical shafts are designed to be a path for smoke movement from the smoke zone to the exterior of the building The shafts can serve on...

Page 28: ... condition is illustrated in Figure 2 21b Figure 2 21 Zoned Smoke Control Using the HVAC System Normal Operation and Smoke Control Operation A major concern when using an HVAC system for smoke control is the location of the exhaust outlets and the air intakes To minimize the probability of smoke feedback into the supply intake the exhaust outlet must be located as far from the supply intake as pos...

Page 29: ...xplained below Scenario 1 The capability to turn a fan off Verify only when the fan is off The capability to close a damper Verify when the damper is closed Scenario 2 The capability to turn a fan off Verify only when the fan is on The capability to close a damper Verify when the damper is open Scenario 3 The capability to turn a fan off Verify when the fan is on and when it is off The capability ...

Page 30: ...nated as a smoke control zone There is also a stairtower and ele vator shaft to consider The system depicted here is a dedicated system that will utilize pressurization The stairtower has a multiple injection system and the elevator hoistway will only be pressurized to prevent the migration of smoke it will not be used for evacuation All dampers are normally open When a fire is detected the follow...

Page 31: ...t occured on floor 5 the areas specific to this example would be floors 1 4 and floors 6 8 This step would involve the closing of 14 dampers 3 CLOSE supply dampers for the smoke zone floor 5 This step would involve the closing of 2 dampers 4 Turn ON both the supply fan and the return fan At this point the smoke control system would be fully operational Section 3 The SCS SCE gives specific informat...

Page 32: ...ith each FACP With the maximum configuration of 32 pairs the system has the capability to control and display the status of up to 512 separate AHU fans or dampers The SCS SCE is capable of two modes of operation Firefighter s Smoke Control Station FSCS or Heating Ventilation and Air Condition ing HVAC In the FSCS mode not for use with INA or when smoke control modules are directly connected to an ...

Page 33: ...le LED Each SCS 8 SCE 8 also has two LEDs and one momentary switch with the following functions see Figure 3 1 Green All Auto LED Amber Manual Local Acknowledge Lamp Test momentary switch NOTE 1 Software Part Numbers 73631 and 73845 are not compatible with INA combinations after M2 7 2 Part SCSV2 84 is not compatible with FACP INA combinations prior to M2 8 3 NFS 320s NFS2 640s NFS 640s NFS2 3030s...

Page 34: ... Local Acknowledge Lamp Test momentary switch All AUTO LED Green Manual LED Amber On LED Green 3 position toggle switch ON AUTO OFF Off LED Yellow Trouble LED Amber Switch Group 8 dipswitches SCS8 wmf SCS 8 top view Two rotary decimal address switches SCS SWIT wmf Figure 3 1 SCS 8 ...

Page 35: ...for a Trouble LED Amber Each SCS 8L SCE 8L also has contacts for two LEDs and one momentary switch with the following functions Contact for an All Auto LED Green Contact for a Manual LED Amber Contact for a Local Acknowledge Lamp Test momentary switch ON OFF LED groups 1 4 Connector All Auto Manual LED Connector Local Acknowledge Lamptest Switch Connector Security Keyswitch Connector ON AUTO OFF S...

Page 36: ...g lamps or LEDs the ON OFF or TROUBLE signals from the SCS 8L SCE 8L module are used to activate the relays on the LDM R32 The SCS 8L CBL24 and SCS 8L CBL48 Cable sets for connecting SCS 8 8L and SCE 8 8L outputs to lamps or LEDs are provided through the optional SCS 8L CBL24 24 long and SCS 8L CBL48 48 long assemblies Each cable has a plug on one end for connection to the annunciator module and s...

Page 37: ...l function according to the automatic programming in the FACP If the switch is in the ON OPEN position the SCS 8 sends a signal over the EIA 485 that overrides the automatic programming ensuring the ON OPEN condition of the fan or damper If the switch is in the OFF CLOSED position the SCS 8 sends a signal over the EIA 485 overriding the automatic programming ensuring the OFF CLOSED position of the...

Page 38: ...arios as shown in Table 3 3 These nine combinations represent all the capabilities a fan or damper can have for smoke control The capabilities of each fan or damper must match one of these nine scenarios Each scenario is referred to as a switch group type Example If a fan must have the capability of on and off control as well as verification of when the fan is on you would need switch group type 8...

Page 39: ...4 fans and 4 dampers of two different switch group types they can be combined onto one SCS as long as the combination of the two switch group types can be found in the tables in Section 3 8 Configuration It is also possible to have fans or dampers with two different switch group types on the same SCS or SCS SCE pair as long as the combination of the two switch group types can be found in the table...

Page 40: ...hes must be set to any of the available valid addresses 1 32 of the FACP Each SCS 8 must be set to an address that is different than all other EIA 485 driven devices annunciators other SCS 8s etc The rotary switches are set by using a screwdriver to position the indicating mark on the rotary portion of the switch next to the desired digit For example to set address 14 the TENS switch is set to 1 a...

Page 41: ...his information should be calculated for each switch group so that proper mapping between SCS SCE annunciator points and the FACP control and monitor modules can be programmed This information will also be used to assign software type IDs to each of the 64 annuncia tor points see Section 3 9 Programming Each protocol point classified as needed will have a control or monitor module associated with ...

Page 42: ...e available in four sizes A through D A trim ring is available for semi flush mounting Backbox and door dimensions as well as the spacing of the mounting holes and knockouts for all four sizes of these cabinets are provided in document number 15330 CAB 3 CAB 4 Installa tion Drawing CHS 4L Chassis If a CHS 4L is to be used for installing the SCS 8L SCE 8L mount the chassis to the cabinet and secure...

Page 43: ...ure 3 13 and Figure 3 14 CAB 3 CAB 4 Installation Set the address and dipswitches on the SCS 8 module see Section 3 8 Configura tion A dress panel is required for mounting Position the SCS 8 SCE 8 module over the threaded studs in the first two positions on the dress panel and secure with the two nuts and lock washers provided as illustrated in Figure 3 11 If an SCE 8 is required plug one end of t...

Page 44: ...pswitch 8 on all other SCS 8 modules If an EIA 485 device other than an SCS 8 SCE 8 is at the physical end of the EIA 485 loop install a R 120 resistor across the EIA 485 out terminals of the device and ensure that dipswitch 8 is turned OFF on all SCS 8 modules Connect Earth Ground to a mounting screw on the backbox or cabinet Connect 24 VDC Power to the SCS 8 This power need not be supervised by ...

Page 45: ...unciator EIA 485 EIA 485 FACP Network Annunciator TB2 TB2 TB2 First SCS 8 or Annunciator _ _ __Last Annunciator ELR installed Terminate with 120 ohms if required ELR Part 71244 Figure 3 14 Wiring Two or More Smoke Control Stations SCS 8 Annunciators Fire Alarm Control Panel 24 VDC Power 12 to 18 AWG Two wire EIA 485 Circuit Maximum of 6 000 feet SCS 8 Note The AM2020 AFP1010 control panels can sup...

Page 46: ...input voltage and current draw used for battery calculations for the SCS 8 SCE 8 during all primary fire primary non fire and second ary non fire conditions is listed below Calculating SCS 8 SCE 8 Current Draw 24 VDC The SCS 8 SCE 8 must be considered when calculating primary and secondary power requirements for the FACP or network annunciator that powers them Refer to the appropriate manual for t...

Page 47: ...be installed in a standard CHS 4L low profile chassis for mouning in a cabinet Slip the bottom edge of the SCS 8L into the first slot on the chassis swing the module towrard the standoffs and secure it to the chassis with the screws provided as shown in Figure 3 18 If an SCE 8L is required plug one end of the annunciator expander ribbon cable into connec tor J1 on the SCS 8L Connect the other end ...

Page 48: ...the LEDs or Lamps The LEDs or Lamps can be powered from 24 VDC or 5 VDC depending on the load required Figures 3 21 and 3 22 illustrate connection of the desired voltage The following connectors and pin assignments are used to wire LEDs or Lamps to the SCS 8L SCE 8L NOTE 1 The Local Acknowledge Lamp Test switch wired to J10 must be momentary type 2 The key lock switch wired to J11 on the SCS 8L pr...

Page 49: ...Lamp group 5 or 13 Trouble Lamp group 6 or 14 Trouble Lamp group 7 or 15 Trouble Lamp group 8 or 16 ON OFF Lamps groups 1 4 for SCS 8L groups 9 12 for SCE 8L OFF Lamp group 4 or 12 ON Lamp group 4 or 12 OFF Lamp group 3 or 11 ON Lamp group 3 or 11 OFF Lamp group 2 or 10 ON Lamp group 2 or 10 OFF Lamp group 1 or 9 ON Lamp group 1 or 9 ON OFF Lamps groups 5 8 for SCS 8L groups 13 16 for SCE 8L ON La...

Page 50: ... R32 and J7 on the SCS 8L This connection supplies the power needed to energize the LDM R32 s relay coils during activation For more information on the LDM R32 refer to The LDM Series Lamp Driver Annunciator Modules document number 15885 LEDs Use green for ON yellow for OFF amber for Trouble green for All AUTO and amber for MANUAL Use 680 ohm 1 4 watt resistors for each point Figure 3 21 LED Conne...

Page 51: ...s above 25 volts RMS motor control circuits or SCR power circuits Terminal Wiring The following should be considered when connecting terminal wiring Do not T Tap the EIA 485 circuit it will not function properly Wire it as shown in Figure 3 27 Install the built in 120 ohm resistor on the SCS 8L module if it is located at the physical end of the EIA 485 Loop by turning ON dipswitch 8 on the SCS 8L ...

Page 52: ...owered remotely it must be powered by a Power Lim ited power supply listed for fire protective signaling and there must be a common connection between the negative battery terminals of each supply Use of the RPT 485 isolator repeater in the control panel to isolate the EIA 485 line eliminates the need for the common connection between power supplies Enclosure SCS 8L Terminal Block Figure 3 25 Term...

Page 53: ...rrent Draw The SCS 8L SCE 8L must be considered when calculating primary and secondary power requirements for the FACP or network annunciator that powers them Refer to the appropriate manual for the calculation of power requirements for the entire system Input Voltage 18 32 VDC Input Current FSCS Mode HVAC Mode SCS 8L 33 mA 18 mA SCE 8L 5 mA 5 mA Maximum LED Current 20 mA 5 V 50 mA 24 V of SCS 8L ...

Page 54: ...e dipswitch settings necessary to configure the SCS SCE for many variations of controlling smoke Although the con figurations are shown with an SCE the configuration for the SCS is the same as it is shown in the table if an SCE is not used Each descrip tion of a dipswitch setting follows the format shown below NOTE Refer to the Restrictions section of this manual for information on compatible soft...

Page 55: ...r dampers One control module is used for the ON control of the fan the other control module is used for the OFF control The monitor module is used for the OFF verification of the fan Type 4 switch groups require one control module and one monitor module Type 4 switch groups can be used for fans or dampers The control module is used for ON control of a fan and the monitor module is used for the OFF...

Page 56: ... Type 3 switch groups require one control module and two monitor modules Type 3 switch groups are usually only used for dampers The control module is used for CLOSED control of a damper one monitor module is used for the OPEN verification of the damper and the other monitor module is used for the CLOSED verification of the damper 9 When used with an SCE eight switch groups are available for group ...

Page 57: ...fication of the damper and the other monitor module is used for the CLOSED verification of the damper 14 When used with an SCE all 16 switch groups are available for group type 7 operation Type 7 switch groups require two control modules and one monitor module Type 7 switch groups can be used for fans or dampers One control module is used for OFF control of a fan and the other is used for ON contr...

Page 58: ...p type 8 operation and eight are available for group type 2 operation in the format shown to the left Type 8 switch groups require two control modules and one monitor module Type 8 switch groups can be used for fans or dampers One control module is used for the ON control of the fan the other control module is used for the OFF control The monitor module is used for the ON verification of the fan T...

Page 59: ...r module is used for the ON verification of the fan Type 1 switch groups require one control module and one monitor module Type 1 switch groups can be used for fans or dampers The control module is used for OFF control of a fan and the monitor module is used for the OFF verification of the fan 26 When used with an SCE eight switch groups are available for group type 2 operation and eight are avail...

Page 60: ... Type 2 switch groups require one control module and one monitor module Type 2 switch groups can be used for fans or dampers The control module is used for OFF control of a fan and the monitor module is used for the ON verification of the fan 31 When used with an SCE eight switch groups are available for group type 5 operation and eight are available for group type 2 operation in the format shown ...

Page 61: ...N OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Activates CONOFF CLCM 8 Activates CONON OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Activates CONOFF CLCM 9 Activates CONON OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Deactivates CONOFF CLCM Deactivates CONON OPCM Activates CONOFF CLCM...

Page 62: ...tor points 33 64 are not programmed to an unused output point and the SCE 8 is not connected During this condition an expander trouble will be displayed at the control panel 8 Activates CONON OPCM Deactivates CONOFF CLCM depends on CBE after Reset Deactivates CONON OPCM Activates CONOFF CLCM 9 Activates CONON OPCM Deactivates CONOFF CLCM depends on CBE after Reset Deactivates CONON OPCM Activates ...

Page 63: ...SMATCH Example A group is programmed as type 5 CONON OP and VERON OP but the off control point indicates an invalid reply Check group programming and annunciator point mapping The expected smoke control state is not reached within the specified time after activation The piezo sounds and the respective trouble LED will blink continuously until acknowledged During this condition an external trouble ...

Page 64: ...A Systems may be returned to the automatic condition by placing all SCS SCE switches into the AUTO position and resetting the panel Resetting the FACP and or Network Control Annunciator is required after manual operation in Dedicated Systems and after a fire alarm condition in all systems Reset of the FACP and or Network Control Annunciator will be inhibited until all SCS SCE switches are returned...

Page 65: ...ot have to verify whether it is open or closed This difference adds six scenarios to the nine already defined These 15 scenarios or switch group types are shown in In this mode the piezoelectric sounder will never be activated This mode of operation is not consistent with the UL and NFPA standards for Smoke Control Mode and should be used for HVAC and Non Smoke Control purposes only To ensure prop...

Page 66: ...hen the fan is off damper closed 14 CONON OP CONOFF CL and VERON OP Turn a fan on and off open and close a damper and verify when the fan is on damper open 15 CONON OP CONOFF CL VERON OP and VEROFF CL Turn a fan on and off open and close a damper and verify when the fan is on and off damper open and closed Table 3 9 HVAC Mode Switch Group Types 19 When used with an SCE eight switch groups are avai...

Page 67: ...cation of the damper 5 When used with an SCE all 16 switch groups are available for group type 4 operation Type 4 switch groups require one control module Type 4 switch groups can be used for fans or dampers The control module is used for OFF control of a fan 6 When used with an SCE all 16 switch groups are available for group type 5 operation Type 5 switch groups require one control module and on...

Page 68: ...ion of the fan 12 When used with an SCE all 16 switch groups are available for group type 11 operation Type 11 switch groups require one control module and two monitor modules Type 11 switch groups are usually only used for dampers The control module is used for OPEN control of a damper one monitor module is used for the OPEN verification of the damper and the other monitor module is used for the ...

Page 69: ...rol module is used for the ON control of the fan the other control module is used for the OFF control The monitor module is used for the ON verification of the fan Type 5 switch groups require one control module and one monitor module Type 5 switch groups can be used for fans or dampers The control module is used for OFF control of a fan and the monitor module is used for the OFF verification of t...

Page 70: ...switch groups are usually only used for dampers The control module is used for CLOSED control of a damper one monitor module is used for the OPEN verification of the damper and the other monitor module is used for the CLOSED verification of the damper 24 When used with an SCE eight switch groups are available for group type 12 operation and eight are available for group type 4 operation in the for...

Page 71: ... control modules Type 12 switch groups are usually only used for fans One control module is used for OFF control of a fan and the other is used for ON control of the fan Type 7 switch groups require one control module and two monitor modules Type 7 switch groups are usually only used for dampers The control module is used for CLOSED control of a damper one monitor module is used for the OPEN verif...

Page 72: ...tivates CONOFF CLCM Deactivates CONOFF CLCM Activates CONOFF CLCM 6 Deactivates CONOFF CLCM Deactivates CONOFF CLCM Activates CONOFF CLCM 7 Deactivates CONOFF CLCM Deactivates CONOFF CLCM Activates CONOFF CLCM 8 Activates CONON OPCM Deactivates CONON OPCM Deactivates CONON OPCM 9 Activates CONON OPCM Deactivates CONON OPCM Deactivates CONON OPCM 10 Activates CONON OPCM Deactivates CONON OPCM Deact...

Page 73: ...int and the SCE 8 is not connected All yellow LEDs will flash rapidly EXPANDER CONFIG Table 3 12 HVAC Toggle Switch Group LED Operation SWITCH GROUP TYPE Green LED turns ON when Yellow LED turns ON when Amber LED turns ON when 1 VEROFF CLMM Deactivates VERON OPMM Activates see HVAC Trouble Conditions 2 VERON OPMM Activates VERON OPMM Deactivates see HVAC Trouble Conditions 3 VERON OPMM Activates V...

Page 74: ... DIP SW MISMATCH Example A group is programmed as type 10 CONON OP and VERON OP but the off control point indicates an invalid reply Check group programming and annunciator point mapping HVAC toggle switch group troubles are acknowledged by pressing the Local Acknowledge Lamp Test switch at which time any flashing trouble LEDs will turn on steady The LED group trouble codes may be reset by pressin...

Page 75: ...and Figure 3 31 and accompanying text for instructions FSCS mode only map annunciator points from 65 through 96 to a panel smoke control zone or device as needed Programming may be done for the NFS2 3030 by using the panel keypad the network annunciator keypad or the Veri Fire Programming Utility Programming may be done for the NFS 320 NFS2 640 by using the NCA 2 keypad or the Veri Fire Programmin...

Page 76: ...he mode must be MONITOR for a Needed point being mapped to a monitor module and CONTROL for a Needed point being mapped to a control module The mode for Unused annunciator points must be CON TROL witha SOURCE entry of a valid unused control point See SOURCE below All Unused annunciator points can reference the same control point ACS PROGRAMMING A01 UDACT A02 FSCS A03 96PT A04 TM4 A05 NO A06 NO A07...

Page 77: ... for HVAC mode The button for that address lights after a choice has been made from the pull down menu Click on the button to bring up the ACS Points tab Note For FSCS mode choosing 64 pt FSCS will automatically generate points 65 through 96 for use in FSCS mode prioritization The ACS Points screen displays annunciator points for the annunciator address defined in the ACS Address Maps In the previ...

Page 78: ...are associated with switch groups that are not used It will be necessary to know these values during Veri Fire programming 3 Monitor and control modules must be wired on the panel SLC as illustrated in Section 5 Ratings and Wiring Diagrams of this manual and addressed as described in the panel manual The following Software Type IDs must be used When the SCS modules are installed and configured wor...

Page 79: ...oint Unused annunciator points must be mapped to a valid control point that will not be used for any other function Unneeded annunciator points require no programming the Mapped Device field should be left blank Point Programming icon Figure 3 32 System Programming Screen User Map Choose one that is available from the pull down menu Point Choose a point for programming Type Choose the SLC point ty...

Page 80: ...orks in conjunction with the AM2020 AFP1010 FACP programming of the FACP is required for proper operation of the SCS The installer must program the FACP with the following information 1 The appropriate EIA 485 device address for the SCS 2 The necessary EIA protocol points for the respective address including software type ID 3 The required control and monitor modules including control by event equ...

Page 81: ...ing submenu has nine options but only option 8 will be needed 8 ISIB Intelligent Serial Interface Board Installation or removal of the Intelligent Serial Interface Board annunciator modules or EIA 485 devices When uninstalling annunciator modules all installed points on the affected annunciators must be removed first for proper system operation After entering Partial System Programming select opti...

Page 82: ... The points to be defined must be programmed into FACP memory and a software type identification must be declared for each A software type ID allows the FACP to identify the type and configuration of the equipment associated with the point Points classified as needed are assigned software type IDs as defined in Table 3 13 Unused points are assigned the software type ID ACON All unneeded points do ...

Page 83: ... Partial System Programming select option 1 Intelligent Serial Interface Board by pressing the following keys at the prompt 1 1 TYPID Option 1 of the Partial Point Programming Menu allows the programmer to change the Software Type ID of any detector module zone or EIA 485 protocol point This presetting of all devices in the system gives the control panel the ability to execute specific functions f...

Page 84: ...are not to activate lockout such as pull stations should not be mapped to Zone 240 The CBE equations differ based on the application that the SCS SCE is used for building type and build ing occupancy For detailed examples of CBE equations and lists specific to smoke control applications refer to Section 3 10 Building Spe cific Operation and Programming Examples After the first fire alarm or initia...

Page 85: ...amming of point mapping for all modules can be accomplished through Partial Point Programming After entering the programming mode select option 3 partial point programming of the Main Programming Menu by pressing the following keys at the prompt 3 3 PPRG Option 3 from the Programming Menu allows the programmer to change the operational parameters of SLC Loop devices software defined zones and EIA ...

Page 86: ...mming Menu allows the programmer to change the operational parameters of SLC Loop devices software defined zones and EIA 485 protocol points After entering Partial System Programming select option 4 Optional Features by pressing the following keys at the prompt 4 4 OPTNS Option 4 of the Partial Point Programming Menu allows the programmer to individually enable or disable per device the functions ...

Page 87: ...PE ID CMXS ENTER CONTROL BY EVENT OR Z13 Z29 ENTER 20 CHARACTER CUSTOM LABEL MAIN LOBBY BELLS IS THE SIGNAL SILENCE OPTION TO BE ENABLED FOR THIS DEVICE Y YES N NO Y IS THE WALK TEST OPTION TO BE ENABLED FOR THIS DEVICE Y YES N NO N DO YOU WANT THIS POINT MAPPED TO AN ANNUNCIATOR Y YES N NO Y ENTER AXXPYY FOR ANNUNCIATOR POINT MAPPING A2P5 3 10 Building Specific Operation and Programming Examples ...

Page 88: ...and exhaust dampers The dampers on the supply duct need to be open on all nonsmoke zones and closed for the smoke zone Since the supply dampers are normally closed they only need the capability to be opened The dampers on the exhaust duct need to be open for the fire floor and closed for all nonsmoke zones Since the exhaust damp ers are normally closed they only need to have the capability to be o...

Page 89: ...umber 12 of Table 3 5 set all the switch groups for switch group type 6 Dipswitch 6 is in the ON position to select the FSCS mode Dipswitch 7 is in the ON position to select Dedicated System operation Dipswitch 8 is OFF for the first SCS SCE pair so that the end of line termination resistor is not installed Dipswitch 8 is ON for the sec ond SCS SCE pair so that the end of line termination resistor...

Page 90: ...quired to complete the smoke control setup Refer to Programming in Section 2 4 for descriptions of the various programming processes Following is a step by step description of AM2020 AFP1010 programming for this example The first step to programming the FACP for smoke control is to define each SCS address in FACP memory Refer to Section 2 4 1 EIA 485 Device Addressing for instructions on how this ...

Page 91: ...d ACON 11 VERON OP needed AMON 27 VERON OP unused ACON 12 VEROFF CL unneeded 28 VEROFF CL unused ACON 13 CONON OP needed ACON 29 CONON OP unused ACON 14 CONOFF CL unneeded 30 CONOFF CL unused ACON 15 VERON OP needed AMON 31 VERON OP unused ACON 16 VEROFF CL unneeded 32 VEROFF CL unused ACON Point Assignments classification type ID Point Assignments classification type ID 1 CONON OP needed ACON 17 ...

Page 92: ...tway open the supply dampers on all non fire floors open the exhaust dampers on the fire floor and turn on the supply and exhaust fans Supply and exhaust fans should not be turned on until all dampers required to be open have been opened and all dampers required to be closed have been closed After the first fire alarm subsequent fire alarms will not initiate any further Control By Event functions ...

Page 93: ...re x is one of the eight loops 1 8 that corresponds to the appropriate floor The software zone for the pull stations Z209 would be pro grammed with a CBE equation of OR L1M1 L2M1 L3M1 L4M1 L5M1 L6M1 L7M1 L8M1 The CBE equation for the stairtower fan control module would be OR Z201 Z202 Z203 Z204 Z205 Z206 Z207 Z208 Z209 The elevator fan operates under the same circumstances as the stairtower fan an...

Page 94: ...n closed position The supply fan has one control module for controlling the ON capability of the supply fan and the exhaust fan has one control module for controlling the ON capability of the exhaust fan both control modules are referred to as CONON OPCMs Let us assume that both CONON OPCMs are wired on SLC loop 9 of the FACP These would be the fifth and seventh modules on this loop The CONON OPCM...

Page 95: ...tion is determined there are only three more items to keep in mind before entering full point programming 1 All monitor modules used for smoke control must have the tracking option enabled This is set by answering Y to the question IS THE TRACKING OPTION TO BE ENABLED FOR THIS DEVICE Y YES N NO 2 All control modules used for smoke control must have the walk test option disabled This is set by answ...

Page 96: ...smoke control por tion of the system can not be assumed to be in any one state In order to ensure that smoke control takes precedence over HVAC functions the control modules which normally control the devices fans or dampers will be configured as Form C relays or be wired to control con tactors The contactors will in turn control the devices and if necessary cut power from the HVAC controls as sho...

Page 97: ...g will be the same for two SCS SCE pairs Dipswitches 1 5 from reference number 16 of Table 3 5 set all the switch groups for switch group type 9 Dipswitch 6 is in the ON position to select the FSCS mode Dipswitch 7 is in the OFF position to select Non dedicated System operation Dipswitch 8 is OFF for the first SCS SCE pair so that the end of line termination resistor is not installed Dipswitch 8 i...

Page 98: ...gramming for smoke control Programming AM2020 AFP1010 Example Programming SCS annunciator addresses linking annunciator points with control or monitor modules assigning control and monitor Type IDs and creating control by event equations to obtain desired fan and damper activity are the steps required to complete the smoke control setup Refer to Programming in Section 2 4 for descriptions of the v...

Page 99: ...sed ACON 12 VEROFF CL unneeded 28 VEROFF CL unused ACON 13 CONON OP needed AFCM 29 CONON OP unused ACON 14 CONOFF CL unneeded 30 CONOFF CL unused ACON 15 VERON OP needed AMON 31 VERON OP unused ACON 16 VEROFF CL unneeded 32 VEROFF CL unused ACON Point Assignments classification type ID Point Assignments classification type ID 33 CONON OP unused ACON 49 CONON OP unused ACON 34 CONOFF CL unused ACON...

Page 100: ...needed ACON 21 CONON OP needed ACON 6 CONOFF CL needed ACON 22 CONOFF CL needed ACON 7 VERON OP needed AMON 23 VERON OP needed AMON 8 VEROFF CL needed AMON 24 VEROFF CL needed AMON 9 CONON OP needed ACON 25 CONON OP needed ACON 10 CONOFF CL needed ACON 26 CONOFF CL needed ACON 11 VERON OP needed AMON 27 VERON OP needed AMON 12 VEROFF CL needed AMON 28 VEROFF CL needed AMON 13 CONON OP needed ACON ...

Page 101: ... a bit of thought before being programmed Control By Event equations provide the necessary control capabilities during automatic operation of the smoke control station For instance if a fan is to be turned in response to a fire on a particular floor the CBE equation for the control module which controls that fan must reference all of the detectors on that floor When one of the detectors is active ...

Page 102: ...our control modules for the exhaust dampers are wired on the SLC loop for the floor that they serve For instance the two CONON OPCMs for floor 5 would be L5M11 and L5M15 and the two CONOFF CLCMs for floor 5 would be L5M12 and L5M16 L3M13 and L3M14 would be the monitor modules for one damper L3M17 and L3M18 would be the monitor modules for the second The two return dampers per floor are to open whe...

Page 103: ...onitor modules for one supply damper on floor 3 would be L3M5 and L5M6 and the two monitor modules for the other supply damper on floor 3 would be L3M9 and L3M10 where LxM5 and LxM9 are the VERON OPMMs and LxM6 and LxM10 are the VEROFF CLMMs The two monitor modules of one exhaust damper on floor 5 would be L5M13 and L5M14 and the two monitor modules for the other exhaust damper on floor 5 would be...

Page 104: ...answering N to the question IS THE WALK TEST OPTION TO BE ENABLED FOR THIS DEVICE Y YES N NO 3 All control modules used for smoke control must have the signal silence option enabled This is set by answering Y to the question IS THE SIGNAL SILENCE OPTION TO BE ENABLED FOR THIS DEVICE Y YES N NO With all software type IDs determined the CBE equations determined the protocol point mapping determined ...

Page 105: ... from the control panel to the SCS 8 The maximum wiring distance between the panel and the last SCS 8 or annunciator is 6 000 feet 16 AWG However all SCS 8 SCE 8 modules must be contained in the same room with the FACP or Network Control Annunciator in FSCS mode The built in 120 ohm resistor must be installed on the SCS 8 module if it is located at the physical end of the EIA 485 Loop by turning O...

Page 106: ... or CONOFF CL protocol point the software type ID for the appropriate control module must be FRCM When using the software type ID NOA for smoke control applications the tracking option for the respective monitor module must be enabled When changing functions of a switch group and subsequently the protocol points make sure to install those points that were previously unneeded and remove those point...

Page 107: ... included with the modules for more specific information on how to wire them The table below shows modules that can be substituted for the monitor or control modules where they appear in the diagrams Refer to the SLC Manual for more specific information on these modules The listed contacts referenced in this section follow the format shown below The acronym EMS is used for the term Energy Manageme...

Page 108: ...witches power to the fan the contact is used when the power being switched is greater than 24 volts When the CONOFF CLCM is deactivated the contact is closed thus supplying power to the fan When power is supplied to the fan the fan is ON and the sail switch is OPEN indicating airflow in the duct The VEROFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OF...

Page 109: ...or a fan that would require the capability of OFF control and verification of both the ON and OFF states Since it is pos sible to determine this information from either switch group type 1 or switch group type 2 switch group type 3 would only be necessary for redundancy in verifying the state of the fan For example if switch group type 1 is used instead of switch group type 3 the OFF state of the ...

Page 110: ...ontact is open thus cutting power to the fan When power is cut to the fan the fan is OFF and the sail switch is CLOSED indicating no airflow in the duct The VEROFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is activated because the fan is OFF and the sail switch is CLOSED Power Source 1b listed contactor Service Discon...

Page 111: ...type 4 is used instead of switch group type 6 the OFF state of the fan would be verified when the monitor module is activated and the ON state of the fan would be verified when the monitor module is deac tivated Utilizing switch group types 4 or 5 also saves the use of an additional monitor module Switch group type 6 would use two monitor modules to provide the same verification as types 4 or 5 Th...

Page 112: ...icate when the fan is ON In this case the VERON OPMM is deactivated because the fan is OFF and the sail switch is CLOSED The use of switch group type 9 would never be necessary in a dedicated system unless there were a need for redundancy in OFF and ON con trol Type 8 is used for ON and OFF control and verification of the ON and OFF state When the CONON OPCM is deactivated the CONOFF CLCM is activ...

Page 113: ...ed and the normally open contact is closed thus supplying power to close the damper When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is activated because the damper is CLOSED Power Source 1a listed contactor Dampe...

Page 114: ...or is closed thus supplying power to close the damper When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position and the damper open limit switch is OPEN The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is deactivated because the damper is CLOSED Damper Open Power N O COM Dam...

Page 115: ...the damper completely closes the damper closed limit switch is closed indicating that the damper is in the CLOSED position When the damper is in the open position the damper open limit switch is closed The VEROFF CLMM monitors when the damper closed limit switch is CLOSED In this case the VEROFF CLMM is activated and the VERON OPMM is deactivated because the damper is CLOSED Damper Open Power N O ...

Page 116: ...ntactor is closed thus supplying power to open the damper When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position and the damper closed limit switch is OPEN The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is deactivated because the damper is CLOSED Damper Open Power Damper...

Page 117: ...d the normally open contactor is closed thus supplying power to open the damper When the damper com pletely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the open position limit switch In this case the VERON OPMM is activated because the damper is OPEN Damper Open Power N O COM Damper Closed Power AC M...

Page 118: ...amper for a dedicated system is either normally open and would need to be closed or normally closed and would need to be opened This is not true for a Non dedicated system Switch group type 7 would never be needed unless redundancy in OFF and ON control were necessary Type 7 is used for ON and OFF control and verification of the OFF state When the CONON OPCM is deactivated the CONOFF CLCM is activ...

Page 119: ...nd connect the normally closed contactor to the damper open power Both control mod ules are not necessary to switch the power to the damper one is sufficient for a dedicated system as long as two contactors are used Switch group type 9 would never be needed unless redundancy in OFF and ON control were necessary Type 9 is used for ON and OFF control and verification of the ON and OFF state When the...

Page 120: ...ng power to close the damper When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is activated because the damper is CLOSED Airflow PRESSURE SWITCH SMOKE DAMPER CLOSED 1a listed contactor Power Source Listed 24 VDC Po...

Page 121: ...e damper When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position and the damper open limit switch is OPEN The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is deactivated because the damper is CLOSED Airflow PRESSURE SWITCH SMOKE DAMPER CLOSED 1a listed contactor Power Sour...

Page 122: ... switch is closed indicating that the damper is in the CLOSED position When the damper is in the open position the damper open limit switch is closed The VEROFF CLMM monitors when the damper closed limit switch is CLOSED In this case the VEROFF CLMM is activated and the VERON OPMM is deactivated because the damper is CLOSED Airflow PRESSURE SWITCH SMOKE DAMPER CLOSED 1a listed contactor Listed 24 ...

Page 123: ...ausing the damper to open When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position and the damper closed limit switch is OPEN The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is deactivated because the damper is CLOSED Airflow PRESSURE SWITCH SMOKE DAMPER OPEN 1b listed cont...

Page 124: ... the pressure switch and causing the damper to open When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the open position limit switch In this case the VERON OPMM is activated because the damper is OPEN Airflow PRESSURE SWITCH SMOKE DAMPER OPEN 1b listed contactor Power Source List...

Page 125: ...be closed or normally closed and would need to be opened This is not true for a Non dedicated system Switch group type 7 would never be needed unless redundancy in OFF and ON control were necessary Type 7 is used for ON and OFF control and verification of the OFF state When the CONON OPCM is deactivated the CONOFF CLCM is activated and vice versa The CONON OPCM controls a normally closed contactor...

Page 126: ...ntrol modules are not necessary to supply or cut the power to the damper one is sufficient 5 4 Non dedicated Smoke Control System Wiring Diagrams 5 4 1 Fans Figure 5 17 Fan Control Non dedicated System FSCS Switch Group Type 1 Figure 5 17 depicts a fan in a non dedicated system with the capability of OFF control and verification of the OFF state switch group type 1 In the above configuration the C...

Page 127: ... to the fan that was being supplied by the EMS Switch group type 3 is for a fan that would require the capability of OFF control and verification of both the ON and OFF states Since it is pos sible to determine this information from either switch group type 1 or switch group type 2 switch group type 3 would only be necessary for redundancy in verifying the state of the fan For example if switch gr...

Page 128: ...n is OFF and the sail switch is CLOSED indicating no airflow in the duct The VEROFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is activated because the fan is OFF due to the EMS When the CONON OPCM is activated the CONON OPCM over rides whatever state the EMS is in and closes the normally open contactor thus supplying ...

Page 129: ...tactor thus supplying power to the fan and turning it ON Switch group type 6 is for a fan that would require the capability of ON control and verification of both the ON and OFF states Since it is pos sible to determine this information from both switch group type 4 or switch group type 5 switch group type 6 would only be necessary for redundancy in verifying the state of the fan For example if sw...

Page 130: ...ail switch is OPEN indicating airflow in the duct The VER OFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is deactivated because the fan is ON due to the EMS When the CONON OPCM is activated for smoke control the CONON OPCM overrides whatever state the EMS is in and closes the normally open contactor thus supplying powe...

Page 131: ...ormally open contactor thus supplying power to the fan and turning it ON When the CONOFF CLCM is activated for smoke control the CONOFF CLCM opens the normally closed contactor and turns the fan OFF overriding whatever state the EMS is in Switch group type 9 is used for ON and OFF control and verification of the ON and OFF state Since it is possible to determine both ON and OFF verification from s...

Page 132: ...d the normally open portion of the dual contactor is closed thus supplying power to close the damper When the CONOFF CLCM is deactivated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicati...

Page 133: ...y open portion of the dual contactor is closed thus supplying power to close the damper When the CONOFF CLCM is deacti vated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the ...

Page 134: ...mper When the CONOFF CLCM is deactivated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the...

Page 135: ...d the normally open portion of the dual contactor is closed thus supplying power to close the damper When the CONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper i...

Page 136: ...nd the normally open portion of the dual contact is closed thus supplying power to close the damper When the CONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is...

Page 137: ...the damper When the CONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the damper closed l...

Page 138: ...ctivated the normally closed contactor is opened cutting any power supplied by the EMS to the damper closed power line the normally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to open the damper When power is supplied to the damper open power lin...

Page 139: ...ONON OPCM is activated the normally closed contactor is opened cutting any power supplied by the EMS to the damper closed power line the normally closed portion of the dual con tactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to the damper When power is supplied to the damper open...

Page 140: ...mper closed power line the normally closed portion of the dual con tactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contac tor is closed thus supplying power to open the damper When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED and...

Page 141: ...activated the EMS is free to control the damper The EMS is currently being overridden by the CONOFF CLCM When power is supplied to the pressure switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF ...

Page 142: ...is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONOFF CLCM When power is supplied to the pressure switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VERON OPMM monitors the CLOSED position of the damper closed limit switch In this case the VER...

Page 143: ... is supplied to the pressure switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED and the damper open limit switch is OPEN indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch and the VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the V...

Page 144: ...o control the damper The EMS is currently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the limit switch In this case the VEROFF CLMM is ...

Page 145: ...o control the damper The EMS is currently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERO...

Page 146: ...s cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch and the VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VERON OPMM...

Page 147: ...rol the damper The EMS is currently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF ...

Page 148: ...d the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper closed limit switch In this case the VERON OPMM is activated be...

Page 149: ... cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch and the VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VERON OPMM ...

Page 150: ...switch is CLOSED indicating no airflow in the duct The VEROFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is activated because the fan is OFF and the sail switch is CLOSED Power Source Listed contact for Energy Management System Service Disconnect Switch ELR 47K use 3 9K listed ELR with FZM 1 Listed Sail Switch N O COM ...

Page 151: ...termine this information from either switch group type 1 or switch group type 2 switch group type 3 would only be necessary for redundancy in verifying the state of the fan For example if switch group type 1 is used instead of switch group type 3 the OFF state of the fan would be verified when the MM is activated and the ON state of the fan would be verified when the monitor module is deactivated ...

Page 152: ...hus allowing the EMS to freely control the fan In this case the EMS is OFF so no power is being supplied to the fan When no power is supplied to the fan the fan is OFF When the CONOFF CLCM is activated the normally closed contactor opens thus cutting any power to the fan that was being supplied by the EMS Power Source 1b listed contact Service Disconnect Switch Power Return Listed 24 VDC Power Sou...

Page 153: ...fan is OFF and the sail switch is CLOSED indicating no airflow in the duct The VEROFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is activated because the fan is OFF due to the EMS When the CONOFF CLCM is activated the normally closed contactor opens thus cutting any power to the fan that was being supplied by the EMS P...

Page 154: ...ng supplied by the EMS Switch group type 7 is for a fan that would require the capability of OFF control and verification of both the ON and OFF states Since it is pos sible to determine this information from either switch group type 5 or switch group type 6 switch group type 7 would only be necessary for redundancy in verifying the state of the fan For example if switch group type 5 were used ins...

Page 155: ...l the fan In this case the EMS is OFF so no power is being sup plied to the fan When no power is supplied to the fan the fan is OFF When the CONON OP CM is activated the CONON OP CM overrides whatever state the EMS is in and closes the normally open contactor thus supplying power to the fan and turning it on FRM 1 COM N O Power Source 1a listed contactor Service Disconnect Switch Power Return fan ...

Page 156: ... is CLOSED indicating no airflow in the duct The VEROFF CL MM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CL MM is activated because the fan is OFF due to the EMS When the CONON OP CM is activated the CONON OP CM overrides whatever state the EMS is in and closes the normally open contactor thus supplying power to the fan and turn...

Page 157: ...to the fan and turning it ON Switch group type 11 is for a fan that would require the capability of ON control and verification of both the ON and OFF states Since it is pos sible to determine this information from either switch group type 9 or switch group type 10 switch group type 11 would only be necessary for redundancy in verifying the state of the fan For example if switch group type 9 is us...

Page 158: ...is free to control the fan In this case the EMS is ON so power is being supplied to the fan When the CONON OPCM is acti vated for smoke control the CONON OPCM overrides whatever state the EMS is in and closes the normally open contactor thus supplying power to the fan and turning it ON When the CONOFF CLCM is activated for smoke control the CONOFF CLCM opens the normally closed contactor and turns...

Page 159: ...irflow in the duct The VER OFF CLMM monitors the CLOSED position of the sail switch which would indicate when the fan is OFF In this case the VEROFF CLMM is deactivated because the fan is ON due to the EMS When the CONON OPCM is activated for smoke control the CONON OPCM overrides whatever state the EMS is in and closes the normally open contactor thus supplying power to the fan and turn ing it ON...

Page 160: ...pplying power to the fan and turning it ON When the CONOFF CLCM is acti vated for smoke control the CONOFF CLCM opens the normally closed contactor and turns the fan OFF overriding whatever state the EMS is in Type 15 is used for ON and OFF control and verification of the ON and OFF state Since it is possible to determine both ON and OFF verification from switch group type 13 or switch group type ...

Page 161: ...he damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is activated because the damper is CLOSED Power Source Damper Open Power ELR 47K use 3 9K listed ELR with FZM 1 N O COM Power Return FMM 1 fan h14 fs 2 wmf SLC Loop VEROF...

Page 162: ...mpletely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is deac tivated because the damper is CLOSED Power Source Damper Open Power ELR 47K use 3 9K listed ELR with FZM 1 Power Return DMO h2a fs 2 wmf SLC Loop Damper Closed Power AC MOTOR DAM...

Page 163: ... in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch and the VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VEROFF CLMM is activated and the VERON OPMM is deactivated because the damper is CLOSED Power Source Damper Open Power ELR 47K use 3 9K listed ELR with FZM 1 N O COM Power Return FMM 1 DMO h3a fs 2 wm...

Page 164: ...ne the normally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper closed power line and the normally open portion of the dual contactor is closed thus supplying power to close the damper When the CONOFF CLCM is deactivated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplie...

Page 165: ...contactor is closed thus supplying power to close the damper When the CONOFF CLCM is deacti vated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED pos...

Page 166: ...contactor is closed thus supplying power to close the damper When the CONOFF CLCM is deacti vated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED pos...

Page 167: ...s deactivated the EMS is free to control the damper The EMS is currently supplying power to the damper closed power line When power is supplied to the damper closed power line the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch...

Page 168: ...upplied by the EMS to the damper closed power line the normally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to close the damper When the CONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the ...

Page 169: ...of the dual contactor is closed thus supplying power to close the damper When the CONON OPCM is deacti vated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The ...

Page 170: ...tion of the dual contactor is closed thus supplying power to close the damper When the CONON OPCM is deacti vated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position...

Page 171: ...ONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch and the V...

Page 172: ...and a dual normally open normally closed contactor for the damper closed power line When the CONON OPCM is activated the CONOFF CLCM is deactivated and vice versa When the CONON OPCM is activated the normally closed contactor is opened cutting any power supplied by the EMS to the damper closed power line the normally closed portion of the dual contactor is opened cutting any power supplied by the ...

Page 173: ...ed contactor is opened cutting any power supplied by the EMS to the damper closed power line the normally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to open the damper When power is supplied to the damper open power line the damper opens When th...

Page 174: ...closed contactor is opened cutting any power supplied by the EMS to the damper closed power line the normally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to open the damper When power is supplied to the damper open power line the damper opens Whe...

Page 175: ...ally closed portion of the dual contactor is opened cutting any power supplied by the EMS to the damper open power line and the normally open portion of the dual contactor is closed thus supplying power to open the damper When power is supplied to the damper open power line the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed switch OPENS i...

Page 176: ...ivated because the damper is CLOSED Figure 5 68 EP Damper Monitor HVAC Switch Group Type 2 FMM 1 Airflow PRESSURE SWITCH SMOKE DAMPER CLOSED Power Source SLC Loop Dep h1 fs 2 wmf Power Return VEROFF CLMM activated N O COM Limit Switch for closed position ELR 47K use 3 9K listed ELR with FZM 1 Pneumatic Tubing Energy Management System If the SLC device does not match the one in this figure refer to...

Page 177: ...figuration the EMS is supplying power to the pressure switch When power is supplied the pressure switch cuts the airflow to the damper closing the damper When the damper completely closes the damper closed limit switch is CLOSED and the damper open limit switch is OPEN indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switc...

Page 178: ...en contactor is closed When the contactor closes power is supplied to the pressure switch which cuts the airflow to the damper closing the damper When the CONOFF CLCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONOFF CLCM Airflow PRESSURE SWITCH SMOKE DAMPER CLOSED Power Source Listed 24 VDC Power Source SLC Loop FCM 1 CONOFF CLCM activated De...

Page 179: ...the damper The EMS is currently being overridden by the CONOFF CLCM When power is supplied to the pressure switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is activated because the damper ...

Page 180: ... the damper The EMS is currently being overridden by the CONOFF CLCM When power is supplied to the pressure switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED indicating that the damper is in the CLOSED position The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is deactivated because the damper i...

Page 181: ...e switch the damper closes When the damper completely closes the damper closed limit switch is CLOSED and the damper open limit switch is OPEN indicating that the damper is in the CLOSED position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch and the VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VEROFF CLMM is activated and...

Page 182: ... power is cut from the pressure switch which allows airflow to open the damper When the CONON OP CM is deactivated the EMS is free to control the damper The EMS is cur rently being overridden by the CONON OP CM FMM 1 Airflow PRESSURE SWITCH SMOKE DAMPER OPEN Power Source Listed 24 VDC Power Source SLC Loop DEP h8A fs 2 wmf Power Return VEROFF CLMM deactivated N O COM Limit Switch for closed positi...

Page 183: ...ly being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is deactivated because the d...

Page 184: ...rently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is activated because the dam...

Page 185: ... damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch and the VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VERON OPMM is activated and the VEROFF CLMM ...

Page 186: ... closed contactor is opened When the contactor opens power is cut from the pressure switch which allows airflow to open the damper When the CONON OPCM is deactivated the EMS is free to control the damper The EMS is currently being overridden by the CONON OPCM FRM 1 COM N O Airflow PRESSURE SWITCH SMOKE DAMPER OPEN Power Source Listed 24 VDC Power Source SLC Loop FCM 1 CONOFF CLCM deactivated DEP h...

Page 187: ...y being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VEROFF CLMM is deactivated because the da...

Page 188: ...the damper The EMS is currently being overridden by the CONON OPCM When power is cut from the pressure switch the damper opens When the damper completely opens the damper open limit switch is CLOSED indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch In this case the VERON OPMM is activated because the damper is OPEN FMM 1 ...

Page 189: ...amper opens When the damper completely opens the damper open limit switch is CLOSED and the damper closed limit switch is OPEN indicating that the damper is in the OPEN position The VERON OPMM monitors the CLOSED position of the damper open limit switch and the VEROFF CLMM monitors the CLOSED position of the damper closed limit switch In this case the VERON OPMM is activated and the VEROFF CLMM is...

Page 190: ...y the control panel to determine a variety of alarm initiating conditions The Equation provides the real decision making ability through the use of an operator acting on a set of operands The operands for an output module can be initiating devices software zones forward or reverse activating or control modules assigned an address lower than its own For a reverse activating zone the operands can be...

Page 191: ...Operator The AND operator requires that each operand be in alarm Equation AND Z9 Z15 Z23 ALL three operands in the equation MUST be in alarm for the control module to be activated IF Software Zone 9 is in alarm AND IF Software Zone 15 is in alarm AND IF Software Zone 23 is in alarm THEN this control module will be activated NOTE Software Zone 240 is used to activate FSCS mode priority for AM2020 A...

Page 192: ...mbination of TWO or more initiating devices L1D1 L1D2 L1D3 L1D4 that have been programmed Control By Event to this software zone Z23 come into alarm THEN this control module will be activated DEL Operator For delayed operation the DEL operator is used Equation DEL HH MM SS HH MM SS Z1 Example L1M3 activates Forward Activating Zone 223 Z223 L1M2 CBE is DEL 00 00 30 00 01 30 Z223 IF Z223 has been ac...

Page 193: ...t 11 bytes including a 3 byte internal equation The internal equation can be a complex equation many bytes in size 2 If a delay of zero is entered 00 00 00 the equation will evaluate true as soon as the internal equation evaluates true and will remain that way for the specified duration unless the internal equation becomes false 3 If no duration is specified then the device will not be deactivated...

Page 194: ...Event has a physical size limitation of 14 bytes in control panel memory For initiating devices the Control By Event size can be calculated by the following formula Size in bytes 2 Number of Zones Number of Control Modules X 3 Example The following Control By Event takes up 11 bytes in memory Z1 Z6 Z12 L2M4 L7M15 Size in bytes 2 3 2 X 3 11 For notification devices the Control By Event size can be ...

Page 195: ...lt Through the use of reverse activating zones an equation which normally would contain too many bytes can be broken up into several smaller equations In the example below a control module is to be activated by any one of 14 software zones CBE Equation for L1M1 OR Z1 Z2 Z3 Z4 Z5 Z6 Z7 Z8 Z9 Z10 Z11 Z12 Z13 Z14 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 16 Bytes too many OR Z1 Z4 Z9 Z16 Z23 L1D3 L2M7 Size in ...

Page 196: ...means empty For initiating devices the Null is denoted by entering as the Control By Event In response to an alarm on a device programmed with a Null Control By Event the AM2020 AFP1010 will do the following Initiate a System Alarm condition Alarm LED flashes piezo chirps and the Form C alarm contacts on the CPU will be activated Activate no control modules or software zones no notification applia...

Page 197: ...g device Example Resetting 4 wire smoke detectors A control module is needed to reset power to 4 wire smoke detectors in an AM2020 AFP1010 system 9This module must not be activated in response to an alarm condition Rather this module must only be activated during system reset This can be accomplished by assigning the module a Null Control By Event and the Software Type ID PWRC the control panel au...

Page 198: ...1 to indicate activation of an Initiating Device smoke detector also on SLC Loop 1 Solution A Program the smoke detector with the Control By Event Z1 Solution B No Control by Event required for the smoke detector Solution C Program the smoke detector with the Control By Event L1M1 Software Zone Z1 Type FZON Program the control module with the Control by Event OR L1D1 No Control by Event required f...

Page 199: ...D4 is inactive So if there is smoke on the floor but not in the elevator lobby Z239 activates and control module L1M2 is active Example 2 General Alarm L1D1 activates L1M1 through Z1 L1D2 activates L1M2 through Z2 L1D3 and L1D4 activate L1M4 through Z3 L1M3 will activate when reverse zone 239 is activated Z239 will activate when Z1 Z2 or Z3 are activated Notification Appliance L1M3 serves as the G...

Page 200: ... stay on for 5 minutes L1M4 turns on when Z239 is active Example 4 Fire Floor Floor Above Floor Below L1D1 activates Z1 and Z2 L1D2 activates Z1 Z2 and Z3 L1D3 activates Z2 Z3 and Z4 L1M1 will activate when Z1 is active L1M2 will activate when Z2 is active L1M3 will activate when Z3 is active L1M4 will activate when Z4 is active L1M3 L1D1 RZON Z239 RZON Z240 L1D2 L1M2 L1M1 Z1 L1M4 RZON Z239 RZON Z...

Page 201: ... 2 Manual for instructions B 4 Appendix D SCS SCE Worksheets The Worksheets provided in the section should be used to organize information required for the design of a smoke control system These worksheets should be kept as originals and copies should be made as needed Worksheet One is used to determine the number of fans and dampers that will be used for smoke control their capabilities and assoc...

Page 202: ... points 65 96 should be programmed i e no CBE lockout Software versions must match those described above C 2 2 Mode B with CBE Lockout Definition In Mode B operation a manually controlled switch that is returned to the AUTO position will return to the lockout state the state determined by the first automated event When no automated event occurs Mode B operation is like that described in Appendix C...

Page 203: ...s the Auto status of the SCS 8L designated as A25 in this example Logic zone address must be lower than that of the MSCS Control Zone ZL500 AND NOT SCSDIS A25 NOT N2ZL500 Primary SCS Active ZL500 identifies the MSCS Control Zone of the primary NCA 2 This logic zone will be active when the primary s enable disable switch SCSDIS is enabled and the secondary NCA 2 is disabled ZL501 AND ZL499 N2ZL499 ...

Page 204: ...ated as A25 in this example Address must be lower than that of the MSCS Control Zone ZL500 NOT SCSDIS A25 Secondary SCS Active ZL500 identifies the MSCS Control Zone of the secondary NCA 2 This logic zone will be active when the secondary s enable disable switch is enabled ZL501 AND ZL499 N1ZL499 Required to track if the SCS 8L is in Auto must use the next logic zone address after the MSCS Control...

Page 205: ...SMATCH TIME OUT See FSCS Toggle Switch Group Trouble on page 63 or HVAC Toggle Switch Group Trouble on page 74 Point state ON OFF Point status Status of points P01 P04 of the selected switch group CON modules status NORMAL NO ANSWER INVALID RESPONSE MISMAT HDW TYPE DISABLED MON modules status NORMAL NO ANSWER INVALID RESPONSE MISMAT HDW TYPE DISABLED OPEN CIRCUIT Figure C 5 shows the display and d...

Page 206: ...ingle FSCS module All paired FSCS modules will enter manual mode when any toggle switch is used to enter manual mode See NFS2 3030 NCA 2 documenta tion Programming Programming Requirements The NFS2 3030 NCA 2 must be programmed for SCS Mode A Paired module addresses must be configured in the NFS2 3030 NCA 2 Paired modules must be configured for FSCS mode For CBE lockout program points 65 96 on the...

Page 207: ...fighter s Smoke Control Station Mode See FSCS Mode FSCS 54 61 FSCS Mode 54 FSCS Mode Switch Group Types 38 FSCS Module Trouble 62 FSCS Toggle Switch Group Trouble 63 FSCS Trouble Conditions 62 G glossary 12 H Hardware Features 32 Heating Ventilating Air Conditioning Mode See HVAC Mode HVAC Mode 65 HVAC Mode No CBE Lockout 78 I Independent Switch group Operation 33 Installation 43 Intallation SCS 8...

Page 208: ... 8L 35 wiring multiples 53 SCS 8L product diagram 35 SCS 8L SCE 8L Current Draw 53 standards 9 Steps before programming 74 supplemental documentation 10 Switch Group 38 Switch Group Type 38 Switch Group Type Configuration 38 Switch Wiring SCS 8L SCE 8L 48 T Terminal Blocks 52 TIME OUT 63 Toggle Switch 61 trouble delay timer 33 63 U UL standards 9 ULC standards 9 UUKL 47 V Veri Fire Programming 79 ...

Page 209: ...ESSED OR IMPLIED WITH RESPECT TO THE PRODUCTS TRADEMARKS PROGRAMS AND SERVICES RENDERED BY MANUFACTURER INCLUDING WITHOUT LIMITATION INFRINGEMENT TITLE MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE MANUFACTURER SHALL NOT BE LIABLE FOR ANY PERSONAL INJURY OR DEATH WHICH MAY ARISE IN THE COURSE OF OR AS A RESULT OF PERSONAL COMMERCIAL OR INDUSTRIAL USES OF ITS PRODUCTS This document constitu...

Page 210: ...World Headquarters 12 Clintonville Road Northford CT 06472 1610 USA 203 484 7161 fax 203 484 7118 www notifier com ...

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