simplex installation instructions 4100 6062 tfx interface module

8/9/2019 Simplex Installation Instructions 4100 6062 TFX Interface Module

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© 2004. 2011 SimplexGrinnell LP. All rights reserved.Specifications and other information shown were current as of publication and are subject to change without notice. Tyco Safety Products,Simplex and the Simplex logo AUTOCALL, TFXnet, and CONSYS are trademarksare trademarks of Tyco International Ltd. and its affil iatesand are used under license.

4100-6062 TFXi Installation

and Programming Instructions

Overview

The 4100-6062 TFX Interface (hereafter referred to as the TFXi) provides the following functionality:

• It allows a 4100U or a 4100ES Fire Alarm Control Panel(FACP) to transmit specific events (Fire, Trouble, Supervi-sory, Signal Silence, System Reset, Control, Utility, etc.)over the TFXnet to TFX fire panels and annunciators.

• It monitors the state of specific TFX points, and turns on theFACP pseudo points when the state of the TFX pointchanges. These pseudo points can be associated with spe-cific system actions (for example perform a system reset onthe FACP), or they can be utility pseudo points linked toCustom Control equations that perform facility-specificactions (for example, turn on relays).

The TFXi consists of a 2” x 11.5” motherboard, which mounts tothe chassis of an FACP, and a daughter card, containing an RS-232 connector and TFXi firmware, that mounts in a socket on themotherboard.

Battery current requirements for the 4100-6062 TFX InterfaceModule are as follows:

• Supervisory Current = 132 mA• Alarm Current = 132 mA

In this Document

Related Documentation - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 2

Replacing 4100U/4100ES Single Page Operating Instructions- - 2Setting Jumpers and Switches - - - - - - - - - - - - - - - - - - - - - - - - 2

Installing TFXi Card in an FACP Bay - - - - - - - - - - - - - - - - - - - - 3

Wiring TFXi to TLT-530 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 5TLT-530 Configuration - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 5

IDC Monitoring Operation- - - - - - - - - - - - - - - - - - - - - - - - - - - - 8

Adding TFXi Card to Job - - - - - - - - - - - - - - - - - - - - - - - - - - - - 8

Network Option Tab Settings- - - - - - - - - - - - - - - - - - - - - - - - - - 8Subnet Tab Settings- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 8

Zones Tab Settings - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 9

Points Tab Settings - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 9 Application Programming Overview- - - - - - - - - - - - - - - - - - - - 10

Programming Peer-to-Peer Operation - - - - - - - - - - - - - - - - - - 11

Programming TFX Master-to-4100U/4100ES Slave Operation- 14Programming 4100U/4100ES Master-to-TFX Slave Operation- 15

Appendix A. Example Programming Screen- - - - - - - - - - - - - - 16

Appendix B. TFX Predefined System Points- - - - - - - - - - - - - - 17 Appendix C. 4100U/4100ES Card Status Troubles - - - - - - - - - 18

Figure 1 TFXi Functional Overview (4100U Shown)

579-575Rev. E


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4100-6062 TFXi Installation and Programming Instructions

Related Documentation

Replacing 4100U/4100ES Single

Page Operating InstructionsAdding the TFXi to the FACP changes the way in which opera-tors interact with the FACP panel. Replace the single page oper-ating instruction shipped with the FACP with the appropriateTFX Interface instruction listed below.

Setting Jumpers and Switches

Setting Jumpers. Figure 2 shows the locations of the jumpers on the TFXi card, and identifies the numberassigned to each jumper pin. The specific jumper settings

required on the TFXi card are listed in Table 3.

Figure 2 Jumper Settings

Setting Baud/Address Switch (SW1). Switch SW1 on theTFXi card is a bank of eight dip switches. From left to right (seeFigure 3 below) these switches are designated as SW1-1 throughSW1-8. The function of these switches is as follows:

• SW1-1. This switch sets the baud rate for the internal 4100communications line running between the card and the 4100CPU. Set this switch to ON.

• SW1-2 through SW1-8. These switches set the card'saddress within the FACP. Refer to “Appendix D. CardAddress Settings” at the end of this document for a list ofthe switch settings for all of the possible card addresses.

Note: You must set SW1-2 through SW1-8 to thevalue assigned to the card by the FACP Pro-grammer. SW1-8 is the LSB.

Table 1: Related Documentation

Part # Description

574-848 Simplex ® 4100ES Installation Manual

19700344 TLT-530 Network Interface Guide

574-849 Simplex ES Panel Programmer’s Manual

19700457TNI562/TNI-563 Network Interface

Installation Guide

850463 AUTOCALL® TFX-500/800 CONSYS ®

Programming Guide

850520 TFXnet Network Programming Guide

Table 2: Replacement Operating

Instruction Part Numbers

Original Part # Replacement Part #

574-852579-701 TFX Operating

Instructions

579-352579-700 TFX Operating Instructions

for Firefighter’s Audio System (Digital Audio, 3-8 Channels)

579-305579-702 TFX Operating Instructions

for Firefighter’s Audio System (Singleand Dual Channel Audio)

Table 3: Required Jumper Settings

Jumper Setting

P1, P7, P8,P9, P10

Place jumper on pins 1 and 2Do not change the setting for P1(256)

P5, P6, P11,P12, P14 Place Jumper on Pins 2 and 3

P13 Place Jumper only on Pin 1

P8

P10

P7

P9

1

3

2

J um p er

P13

1

3

2

J um p er

P i n # s

JumperPin #s

321

P 5

P 6

JumperPin #s

321

P 1 1

P 1 2

P14

1

3

2

J um p er

P i n # s


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Figure 3 Internal Baud/Address Dipswitch

Install ing TFXi Card in an FACP Bay

Installation guidelines differ slightly, depending on whether theTFXi is being installed in a CPU or expansion bay.

Parts List

CPU Bay Installation Guidelines

• Up to two 2 x 11.5” motherboards, such as the one usedwith the TFXi card, can be installed in a CPU bay. If possi-

ble, install the TFX’s 2 x 11.5” motherboard in a CPU bayslot.

• The CPU motherboard must be installed in the positionshown in Figure 4.

• The power supply must be installed in the right side of the bay.

Figure 4 Typical CPU Bay Installation

Expansion Bay Guidelines

• Up to seven 2" x 11.5” motherboards can be installed in anexpansion bay if no 4" x 5" modules are installed in the bay.

Motherboards are mounted on top of the PDI in expansion bays. The data and power that would normally be bussed viathe PDI is instead routed across the boards via the J1 con-nector and P1 header pins.

• As shown in Figure 5 below, motherboards can also beinstalled alongside 4" x 5" cards, if necessary.

• The leftmost slot must not contain a motherboard.• 2” x 11.5” Motherboards must be added from left to right.• A 733-525 harness is used to pass power and communica-

tion from the bay above to the expansion bay.

Figure 5 Typical Expansion Bay Installation

Installing TFXi Motherboard

1. Orient the motherboard with the connector labeled J1 on theright and the header labeled P1 on the left.

2. Match the connector on the previously installed motherboard with the pins on the 2 x 11.5” motherboard you areinstalling. For an expansion bay, install motherboards from

Qty DescriptionPart

#

1 TFX Network Interface Board 566-587

1 4100 Mother Board 562-799

4 Screw 426-047

8 Washer 268-009

4 Standoff 202-090

2 Spacer 202-091

1 Harness 734-165

1 8 7 6 5 4 3 2

OFF

ON

Set SW1-1to ON

Figure shows an exampleaddress of 3. Refer to Appen-dix D for a list of address set-tings.

4 1 0 0 O p t i o n B d

4 1 0 0 O p t i o n B d

Slot 1 Slot 2 Slot 3 Slot 4

IDNet

AuxPwr

AuxRelays

Btry

+

-

Chassis

NACs 1,2 & 3

System Power Supply

(SPS)

Slot 5 Slot 6 Slot 7 Slot 8

N e t w o r k B d

M a s t e r C o n t r o l l e r B d

N e t w o r k M e d i a B d s

s e r v i c e M o d e m

4 1 0 0 - 6 0 3 0

AlarmRelay

4100-6033

SPS MezzanineCards

City Circuit4100-60314100-6032

C P U

M o t h e r b o a r d

No Boards Allowed

in

This Slot

PDI

4x5 Module

Expansion Power Supply

(XPS)

4x5 Module

I/O Wiring

I/O Wiring

I/O Wiring

4 1 0 0 O p t i o n

4 1 0 0 O p t i o n

4 1 0 0 O p t i o n

Slot 1 Slot 2 Slot 3 Slot 4Position

5

Position

6

Position7 & 8


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left to right. Slide the motherboard to the left until the pinsare completely inserted in the connector. For a CPU bay,install motherboards from right to left. Slide motherboard tothe right until pins are completely inserted in connector.

Figure 6 Connecting 2” x 11.5” Motherboards

Securing Motherboard to Chassis

Secure the motherboard to the chassis using washers, standoffs,and four Torx screws.

Figure 7 Securing 2” x 11.5” Motherboard to Chassis

Connecting 733-525 Power and Comm Harness

Connect a 733-525 power and communication harness to theTFXi motherboard only if it is the leftmost board installed in anexpansion chassis. As shown in Figure 8, the harness connectsthe leftmost 2” x 11.5” card in an expansion chassis to the left-most 2” x 11.5” card in the bay above the TFXi motherboard.

If the TFXi motherboard is installed in the CPU bay or in anyother expansion bay slot, it receives its power and communica-tion from the bus created when adjacent motherboards are joined

by the J1 and P1 connectors, and no harness is necessary.

Figure 8 733-525 Harness

Installing TFXi Daughter Card

The TFXi daughter card inserts into the connector located in thecenter of the motherboard. The connector is keyed so that thedaughter card fits only one way. Before installing the card,examine the slot in the motherboard and the fingers on thedaughter card and note where the key is located.

P1

J1733-525Harness

Connector with bluewire to P2

Connectorwith whitewire to P3

Connector with bluewire to P2

Connectorwith whitewire to P3

T F X i

CPUBay

ExpansionBay


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Wiring TFXi to TLT-530

Use harness 734-165 to connect the TFXi to the TLT-530 net-work interface module. Connect the end of the harness contain-ing the DB-25 connector to Port A on the TFXi daughter card.Connect the end of the harness with the RJ-11 connector to PL2on the TLT-530.

The length of the harness is 14 feet. It must be installed in con-duit (max. length 6 feet) run between the FACP and the TLT-530

Figure 9 Interconnecting TLT-530 and TFXi

Pinouts for the 734-165 harness connectors are as follows:

Figure 10 RJ-11/DB-25 Pinou ts

TLT-530 Conf iguration

Wiring for the TLT-530 and the RPS-424 Power Supply/BatteryCharger is shown in Figure 11. Substitute this illustration forthe one found in 19700344-5a.

Switch settings are listed in the Tables 4 through 11.

4 1 0 0 m o t h er b o ar d

A s s y : 5 6 2 -7 9 9

s o c k e t

4 1 0 0 T F X n e t w or k

I n t er f a c eB o ar d

A s s y : 5 6 6 - 5 8 7

P I D: 4 1 0 0 - 6 0 6 2

pl u g

3 - R

c v

4 - C

t s

5 - G

n d

.

1 - X

m i t

2 - R

t s P or t 2 7 6 8

6 -R c v

5 - C t s

4 - Gn d .

8 -X mi t

7 -R t s

P or t 1

2 3 1

4100

Harness 734-165

Port BPort ARS232

or 2120

TNI-563 Network Interface

TNI-530 provides supervisedcommmunications interface between the

TFXnet fire control network and UL1950 or UL864 listed third party equipment.

TLT-530Board

P L 2

TNI-563

RJ11

See Figure10

NoConnectionto Port B

Table 4: LED Designations

LED Function

DS1 Green Processor run (Normally On

DS2 Yellow Network Ground Fault (Normally Off)

DS3 Red Network Port L Transmit (On when transmitting)

DS4 Red Network Port L Receive (On when receiving)

DS5 Red Network Port R Receive (On when receiving)

DS6 Red Network Port R Transmit (On when transmitting)

RCV In - 2

XMIT Out - 3

RTS In - 4

Sig.Gnd. - 1red

orange

grn

bluCTS Out - 5

blk

whtNot Used - 6

RJ-11

XMIT Out - 2

RCV In - 3

RTS - 4

Sig.Gnd. - 7

DB 2 5 m al e

red

orange

grn

bluCTS - 5

blk & shield

whtNo Connection

DB-25


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Note: Set Switch SW1 on the TLT-530 for third party operationas shown above. Do not use the third-party switch settings listedin Table 5 of 19700344-5a.

These are switch SW2 designations for the TLI-530 and TLT-530modules. Note: OFF = Value (1=Off, 0=ON)

Table 5: LK Header Configuration

Header Link A Link B

1Network disconnected; datasent to TB2-1-4.

Normal Operation

2 Not used Normal Operation




Table 6: SW1 Network Baud Rate Switch Settings

NetworkBaud Rate

Switch Position

SW1-4 SW1-5 SW1-6

1200 ON ON ON

2400 OFF ON ON

9600 ON OFF ON

19200 OFF OFF ON

38400 ON ON OFF

Reserved OFF ON OFF

Reserved ON OFF OFF

Reserved OFF OFF OFF

Table 7: TLT-530 SW1 Switch Settings for Third Party

Interface

Third PartyInterface

SW1-1 SW1-2 SW1-3

ON OFF ON

Table 8: SW1 Network Topology Switch Settings

NetworkTopology

Switch Position

SW1-7 SW1-8

Bus ON ON

Star ON OFF

Ring OFF ON

RedundantStar

OFF OFF

Table 9: SW2 Switch Settings

SW2 Switch Value (OFF)

1 1

2 2

3 4

4 8

5 16

6 32

7 64

* SW-1 through SW-7 are binary address values (values withswitch Off).

Table 10: Switch SW2-8 Setting

SW2-8 Position Function

OFF RS-232 Port (PL2)

Table 11: Switch SW3 Settings for the TLT-530 Modules

Switch Function

SW3 Momentary switch; Push toreset the board processor.


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Figure 11 TLT-530 and RPS-424 Wiring


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IDC Monitoring Operation

The IDC is used to monitor normally open contacts of the PSM(976123). The contact will open if the RPS-424 indicates an ACloss, ground fault, battery low or battery missing. The correctEOLR is placed across the Com and NC contacts (relay is nor-mally energized). The IDC must be mounted in the same room

and the wiring is to be in conduit.

Adding TFXi Card to Job

1. Start the FACP programmer, open the job corresponding tothe panel into which the TFXi card has been installed.

2. Click on the Hardware tab.

3. In the Available Hardware list, click on Interface to expandthe list of available interface cards and locate the TFX Inter-face entry.

4. Drag the entry for the TFXi over to the appropriate Unit/

Box/Bay.5. Double click on the TFXi card icon to open its program-

ming properties screen. The properties screen contains fivetabs across the top. Refer to the sections below for informa-tion on specifying information in these tabs.

6. Click on the programmer’s Panel tab. At the bottom of thePanel tab, click on the System Options subtab. Check the

box labeled “Combined Alarm and Hardware Reset.”

Network Option Tab Settings

The network option tab allows you to specify settings for the

TFXi card’s network parameters, identify the node numbers forup to three Designated Receiving Units (DRUs), and selectwhether the FACP receives TFX network fault indications. Usethese guidelines to select values for these choices.

• Network Options. Set the Node Number parameter to aunique value. This is the node number used by the TFXicard. Refer to the TFXnet documentation (publications19700344 and 850520, and TIB 504) for information on set-ting all other network parameters.

• Designated Receiving Uni ts (DRUs). A DRU is adevice on the TFXnet that has been designated to receiveTFXnet events and messages for display and/or acknowl-edgement. Use the three fields, designated DRU1, DRU2,

and DRU3, to identify the node numbers of the TFXnetDRUs.

• Fault Mask. Each of the Fault Mask check boxes corre-sponds to a TFXi Card Status Point on the FACP. Checkinga box indicates that if the TFX fault occurs, the correspond-ing TFXi Card Status Point generates a trouble on the FACP.(You can view the Card Status Points by selecting the Pointstab in the FACP programmer and scrolling to the addressthat corresponds to the TFXi card. The Card Status Pointsfor the TFX faults are points 2-7 on the TFXi card.)

Note: Do not change default settings unless directed to by Tech-nical Support. Refer to TIB 504 for additional information.

Figure 12 Network Option Tab

Subnet Tab Settings

The subnet tab allows you to specify which TFX nodes are mon-itored by the TFXi card. Events from a node can be monitored bythe TFXi when the node’s entry in the list reads Member. To

select all nodes, click on the Set All button. To toggle whether anindividual node is selected, click on the node and press the space

bar.


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Figure 13 Subnet Tab

Zones Tab Settings

The Zones Tab allows you to specify the zone links and sectorscorresponding to the zones used by the TFXnet and FACP.Zones, zone links, and sectors are logical groupings of TFXnet

points.

Understanding the role of zone links is especially importantwhen connecting a TFX panel to an FACP. Network zone links provide a method for linking (or equating) a zone and/or zonestogether in different panels. For example, if zone 80 in panel 1 isa network zone linked to zone 01 in panel 2, then panel 2 pro-cesses events received from panel 1, zone 80 as if they originatedin zone 01 of panel 2.

You do not need to specify every zone and sector used on theTFXnet, but you do need to specify the following:

• Existing TFXnet zones/sectors with which FACP points will be associated.

• Any zones that will be used for 4100U/4100ES points only.

To specify a zone, click on the zone number in the list at the topof the screen. Next, click on the Sector drop down list box andchoose a sector number. Click on the Zone Link drop down list

box and choose a zone link.

Either a zone link or sector assignment, or both, can be used.Refer to TFXnet Programming Guide 850520 for additionalinformation.

Figure 14 Zones Tab

Points Tab Settings

The following sections provide general descriptions of the PointsTab fields. Specific application examples are described in theremainder of this manual.

General Steps for Programming TFX Events to Ac tivate

4100U/4100ES Actions

1. Define a digital user pseudo point, assigning it either aFire, Trouble, Pri2, Supv, or utility point type. This isthe FACP point that will turn on when the correspond-

ing TFX Zone and point turns on.

2. In the properties area of the Points Tab, do the follow-ing:

a. Set the Scope to EXT (external).

Figure 15 Points Properties

b. Move the cursor to the FACP Point field and press F9.A taglist appears. Locate the digital pseudo pointdefined in Step 1 and press the space bar. Two >> char-acters appear to indicate the point is selected. Click OKin the taglist to return to the Points Tab.


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c. For a non-trouble event, choose Active; otherwiseselect Trouble.

d. Click on the Group drop down list box and select thegroup for the zone (from your CONSYS job).

3. On the FACP, program the action that should occur whenthe pseudo point activates (turns on). Options include:

- Start Custom Control. The pseudo point can beused as a switch for starting a custom control equation.This equation might, for example, turn on notificationappliances, illuminate an LED on an annunciator, oractivate a bell at a guard station.

- GCC/NPU Network Programming. Use the net-work programmer to define the pseudo point as a pub-lic point on the FACP and as an external point on theGCC/NPU. When the pseudo turns on, its Fire or Trou-

ble status is annunciated at the GCC/NPU.

- No Additional Programming. If you perform noadditional programming, the following occurs. When

the pseudo point turns on, the panel piezo activates andthe Fire or Trouble condition appears on the LCD dis-

play with the pseudo point’s descriptive label.

General Steps for Programming 4100U/4100ES Events

to Trigger TFX Actions

1. In the properties area of the Points Tab (see Figure15), set the Scope to PUB (public).

2. Move the cursor to the FACP Point field and press F9. Ataglist appears. Press the space key to select the FACP point to be monitored. Typically, this is either an initi-ating device (such as a smoke detector) or a systemlist (such as L18, general fire alarm monitor zones).

3. Click on the FACP Event Type field and select anevent type. This is the FACP point state that must betrue to cause the TFX event (selected in the next step)to be sent to the TFXnet.

4. Select the TFX event to be sent when the conditionselected in Step 3 is true, as follows:

- Click on the TFX Event State drop-down list box andchoose an TFX event condition, if the FACP Event youselected in Step 3 was a Fire, Supervisory, Control, orUtility event.

- Click on the Trouble Event State drop-down list box

and choose a TFX trouble condition, if the FACP eventyou selected in Step 3 was a Trouble event.

5. Click the Zone Number list box and select the zonenumber to which the TFX event selected in Step 4will be sent.

6. Enter the appropriate value to be logged for this event.

7. Select the Zone Number for this point.

8. Click on the Group drop down list box and select thegroup number to which the TFX event selected inStep 4 will be sent.

9. Choose the point on the TFXnet to activate when theFACP point state (chosen in Step 3) is true. Specifythe point’s channel, point category, and point number,

using the fields shown in the figure below.

Figure 16 TFX Point Properties

Downloading and Testing

Use the FACP programmer to download the edited job to the panel containing the TFXi. Make sure to test the functionality ofthe TFXi in both directions.

Applicat ion Programming Over-

view

The FACP with a TFXi card supports three distinct operatingmodes on a TFX network, as follows:

• Peer-to-Peer. The FACP and TFX panels control eachother in a peer-to-peer relationship, meaning each panel onthe network subnet is capable of performing a signalsilence, system reset, or acknowledge operation on the other

panels.

• TFX Master to FACP Slave. All control operations --such as Acknowledge, Signal Silence, and System Reset --are performed ONLY at the master node (TFX) and are notallowed at a slave node (4100U/4100ES).

• 4100U/4100ES Master-to-TFX Slave. All control oper-ations -- such as Acknowledge, Signal Silence, and SystemReset -- are performed ONLY at the master node (4100U/

4100ES) and are not allowed at a slave node (TFX).

The operating mode in use on the subnet is determined by thetype of programming you choose to implement. The followingsections describe the various programming options.

Important Note: To match the operation of a TFX panel, the programmer modifies the default FACP operation when a TFXicard is added to the job. The modification changes the front paneloperation so that a Signal Silence MUST be performed BEFORE


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a System Reset. If a System Reset is attempted without first per-forming a Signal Silence, the reset is not performed. This auto-matic change applies to all three of the network modes describedabove.

Programming Peer-to-Peer

Operation

Receiving Points from the TFX Network

To cause a fire, trouble, or supervisory at the FACP panel, do thefollowing:

1. Select EXT as the scope.

2. Add a UTIL user pseudo (P512 in this example).

3. Add a FIRE user pseudo (P519 in this example).

• To cause a Supervisory in the FACP, substitute aSUPV user pseudo.

• To cause a Trouble in the FACP, substitute a TROU-BLE user pseudo.

• To cause a Utility in the FACP, substitute a UTIL use pseudo.

4. Write two SMPL equations (replace P512 and P519 withyour values).

Example:

[INPUTS]STATUS ON

P512 | DIGITAL | UTILITY | TFX NODE 3 DEV 1 - PULL

[END INPUTS][OUTPUTS]

HOLD ON PRI=9,9

P519 | DIGITAL | FIRE | FIRE: TFX NODE 3 DEV 1 - PULL[END OUTPUTS]

[INPUTS]

STATUS ON A20 | ANALOG | TIMER | FIRE ALARM CLEAR PULSE

TIMER

AND NOT STATUS ON

P512 | DIGITAL | UTILITY | TFX NODE 3 DEV 1 - PULL[END INPUTS]

[OUTPUTS]

HOLD OFF PRI=9,9P519 | DIGITAL | FIRE | FIRE: TFX NODE 3 DEV 1 PULL

[END OUTPUTS]

Enter other information as follows:

• For TFX Event State, for a non-Trouble event, selectActive; otherwise, select Trouble.

• For Group, enter the TFX Group Number from the CON-SYS job or report for the TFX panel.

• For TFX Node, enter the TFX panel node number whichcontains the device/point.

• For TFX Board/Channel, enter the TFX Channel of thedevice/point, as follows:

- For a TFX-400/500 addressable loop point, enter MP.

- For a TFX-800 panel addressable loop point, these areidentified as Local Buses LBUS 11-15 with two loops

each:

Loops A and B, use LB 11Loops C and D, use LB 12Loops E and F, use LB 13Loops G and H, use LB 14Loops J and K, use LB 15

- Any other TFX-800 point (ex. Main CPU board point),use MP.

• For Point Category (A.K.A. Loop):

- For an addressable TFX-400/500/800 loop point:

First loop, (A, C, E, G, J) enter FIRST 60Second loop (B, D, F, H, K) enter SECOND 124

- For a non-addressable loop point (see also AppendixA, TFX Predefined System Points), use these values:

Expansion Bus point (Category X) non-loop pointtype, use XBUS 128

Real (Category R) non-loop point type, use REAL

Pseudo (Category P) non-loop point type, usePSEUDO

Keyboard (Category S) non-loop point type, useSWITCH

User Logon Number non-loop point type, use USER

• For Point Number:

- Addressable loop device, enter the TFX device address

- Non-addressable loop point, use the value fromAppendix A - TFX Predefined System Points

IMPORTANT: Values for the following set of fields must be setin accordance with CONSYS programming conventions.Unsuitable or invalid values may result in no operation or unin-tended operation at the TFX nodes on the network.

Sending Points to the TFX Network

To send a point to the TFX Network (from the FACP), do the fol-lowing:

1. For Scope, select PUB.

2. For Point, enter the FACP point (ex. M1-2, P536, etc.) tosend

3. For FACP Event Type, enter the appropriate event (Fire,Pri2, Supv, Trbl, Control, or Util)


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• TFX Event State

- For a Trouble event, select the appropriate trouble (ex.78 for a Battery Fault. Note: You MUST also enter thesame Trouble event number in the Trouble Event State.For a non Trouble event (ex. Fire, Switch input), select151 - Input Active (not logged).

• Trouble Event State

- For a point which has a Trouble state in addition to,and different from, the TFX Event State, select theappropriate trouble (ex. 54 Device Fault for a Troubleon an IDNet Fire device)

- For a Trouble only point, enter the same value whichwas entered in TFX Event State above

• For Logging Event, enter the appropriate value to be loggedfor this event. This allows an event to be displayed andentered into the history log and printed at TFX nodes if

required.

• For Zone Number, enter the Zone in which the point residesfrom your CONSYS planning forms.

• On the Zones tab, enter the Sector and Zone Link in whichthe zone resides.

• For Group Number, enter the appropriate Group (seeAppendix B of the Autocall TFX CONSYS ProgrammingManual, Appendix B)

• For TFX Board/Channel:

- For an IDNet device 1-127:

1st and 2nd IDNet channel devices 1-127, use LBUS113rd and 4th IDNet channel devices 1-127, use LBUS125th and 6th IDNet channel devices 1-127 use LBUS 137th and 8th IDNet channel devices 1-127, use LBUS 149th and 10th IDNet channel devices 1-127, use LBUS15

- For an IDNet device 128-250, substitute RBUS 11-15for LBUS 11-15, respectively

- For any other point, enter LBUS 1-10, RBUS 1-10

• For TFX Loop Point Category:

- IDNet channel point:

IDNet Channel 1, 3, 5, 7, 9 enter FIRSTIDNet Channel 2, 4, 6, 8, 10 enter SECOND

- Any other point, select XBUS

• For TFX Point Number:

- For an IDNet channel enter the device address - enteraddress (if greater than 127, subtract 127)

- For a non-addressable point enter the Point value in theFACP C-P-S (Card-Point-Subpoint) triplet. If thePoint is 0 (such as a card status), use the Subpointvalue and add 30 (ex. for card status x-0-0, use 30, forcard status x-0-15, use 45). Please consult the Pointstab in the FACP Programmer or a generated report forthis information.

Appl ication 1: Ac tivat ing Al l 4100U/4100ES Signal Cir -

cuits following a TFX Fire Alarm

The following FACP Custom Control example activates all of theFACP’s notification appliances (audibles are in List L8 and visu-als are in List L9) if the state of Fire pseudo P519, which islinked to TFX Node3, device 1, turns ON.

[INPUTS]

STATUS ONP519 | DIGITAL | FIRE | FIRE: TFX NODE 3 DEVICE 1 - PULL

STATION


HOLD ON PRI=9,9

L8 | LIST | CONTROL | FIRE ALARM SIGNALS OFF ON

SILENCEHOLD ON PRI=9,9

L9 | LIST | EMPTY | FIRE ALARM SIGNALS OFF ON

RESET[END OUTPUTS]

Appl ication 2: Using 4100U/4100ES Signal Sil ence or

System Reset Keys to Silence or Reset TFXnet Devices

This programming example links two FACP digital pseudo points (P6 - Alarm Silence and P0 - System Reset) to a pair of

fixed TFXnet/CONSYS points that control signal silence andsystem reset on the TFX network.

Pressing Signal Silence or System Reset on the FACP turns theFACP pseudo point ON, which in turn activates the correspond-ing TFXnet point and performs the silence or reset operation onthe TFXnet.

To program this application, edit the Points tab with the valueslisted in the following table.

Table 12: Points Tab Settings,

FACP to TFX Signal Silence/System Reset

Parameter Setting

ScopeSet the Scope to Public for both Appli-cations.

FACP PointUse P6 for Alarm Silence operation;P0 for Detector/System Reset.

FACP EventType

Set to UTIL for both applications.


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Appl ication 3: Programming 4100U/4100ES ACK Keys

to Silence TFX Piezo

This programming example allows the FACP ACK keys (FireACK, Trouble ACK, Supervisory ACK) to silence the local piezoon a TFX panel when it activates in response to a FACP event.

Step 1 Create Custom Control Equation 1. Define anAnalog Timer Pseudo point (A257 in the exam-

ple) and create the custom control equationshown below. The input side of Equation 1checks the state of pseudo points P11, P12, andP13, which are ON if there are unacknowledgedFire (P11), Trouble (P12), or Supervisory (P13)conditions on the FACP. After all unacknowl-edged events have been acknowledged, the output side of the equation executes, turning onanalog pseudo point A257 for a one second dura-tion.

[INPUTS]NOT STATUS ON

P11 | DIGITAL | UTILITY | UNACKED FIRE ALARM EXISTS

AND NOT STATUS ONP12 | DIGITAL | UTILITY | UNACKED SUPERVISORY EXISTS AND NOT STATUS ON

P13 | DIGITAL | UTILITY | UNACKED TROUBLE EXISTS

[END INPUTS]

[OUTPUTS]

PULSE CONSTANT 1

A257 | Analog Timer | ANALOG | TIMER | CUSTOM TIMER[END OUTPUTS]

Step 2 Create Custom Control Equation 2. Create adigital utility pseudo point (P515 in the example below) and then create the custom control example shown below. The input side of Equation 2checks the status of A257. If A257 is ON, the output side of the equation executes, turning on digi-

tal pseudo point P515 for the duration of time thatA257 is on (one second).

[INPUTS]

STATUS ON

A257 | ANALOG | TIMER | CUSTOM CONTROL - TIMER

[END INPUTS]

[OUTPUTS]

TRACK ON PRI=9,9

P515 | DIGITAL | UTILITY | BUZZER SILENCE TO TFX

[END OUTPUTS]

Step 3 Edit Points Tab. Create an entry on the points tab

that ties the digital pseudo point in Step 2 (P515)to the TFX point responsible for silencing thelocal piezo. After all events on the FACP areacknowledged, this pseudo point turns on for onesecond, which in turn turns on the correspondingTFX point for one second.

Appl ication 4: Send a Fire/Trouble/Supervisory Event

from TFX to the FACP

This application links fire, trouble, or supervisory points on aTFX panel with fire, trouble, or supervisory pseudo points on the

TFX EventState

Set to “151 - Input Active (not logged)”for both applications.

Trouble EventState

Set to “000 - Null” for both applica-tions.

Logging EventSet to 127 - Reset or 137 - SystemSilence.

Zone Number Set to 0 for both applications.

Group Number Set to 8 for Alarm Silence application;set to 9 for Detector/System Resetapplication.

TFX Channel Set to MP for both applications.

TFX Point Cate-gory

Set to Switch for both applications.

TFX PointNumber

Set to 2 for Alarm Silence application;set to 3 for Detector/System Resetapplication.


FACP to TFX Signal Silence/System Reset

Parameter Setting

Table 13: Points Tab Settings

to Silence TFX Piezo from 4100U/4100ES

Parameter Setting

Scope Set the Scope to Public.

FACP PointSet to pseudo point used inStep 2. P515 is used in theexample.

FACP Event Type Set to UTIL.

TFX Event StateSet to “151 - Input Active (notlogged).”.

Trouble Event State Set to “000 - Null.”

Logging Event Set to “000 - Null.”

Zone Number Set to 0.

Group Number Set to 99.

TFX Channel Set to MP.TFX Point Category Set to Switch.

TFX Point Number Set to 4.


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FACP. When the TFX point changes states, the correspondingFACP pseudo point activates.

Before editing the Points tab, use the FACP programmer to createdigital pseudo points with the appropriate point type (fire, trou-

ble, supervisory). Program the Points Tab parameters as listed inthe following table.

Appl ication 5: Clear ing Trouble and Supervisories

from the TFX Display

At a TFX panel, Supervisories and Troubles which have physi-cally cleared may be cleared from the front panel by one of twomethods: 1) they must be accepted at the TFX panel or 2) theTFX panel must perform a System Reset. In order to avoid theuser from having to accept these events at the TFX panel (whichclear automatically at the FACP), Custom Control must be addedthat automatically resets the TFX panel from the FACP. This

reset is triggered when all Supervisory and Trouble points thatreport from the TFX panel to the FACP (i.e. all EXT Supervisory,Trouble and Alarm points) have cleared.

Important: This must only be performed when there are no firealarms in the system.

The above logic is accomplished via the following steps:

1. Add a TFXi PUB point mapped to a Signal Silence com-mand to the TFX panel. (see P530)

2. Add a TFXi PUB point mapped to a System Reset com-mand to the TFX panel. (see P531)

3. Place all the EXT Supervisory and Trouble points in a userlist. (see L256)

4. Add two equations similar to below, substituting your ownList and Pseudo values.

The first equation reads:

• If all TFX Supervisories and Troubles have cleared ANDthere are no alarms in the system, then pulse an AnalogTimer for 2 seconds

The second equation reads:

• When timer A258 runs, turn ON the Silence and Reset PUB pseudos

• When timer A258 stops, turn OFF the Silence and Reset

PUB pseudos

TFX SUPV - Part 1

[INPUTS]

NOT STATUS ONL256 | LIST | DPSEUDO | EXT SUPV AND TROUBLE TFX

POINTS

AND NOT STATUS ON A0 | ANALOG | ANALOG | NUMBER OF SYSTEM FIRE

ALARMS


PULSE CONSTANT 2

A258 | Analog Timer | ANALOG | TIMER | CUSTOM CON-TROL - TIMER

[END OUTPUTS]

TFX SUPV - Part 2

[INPUTS]

STATUS ON A258 | ANALOG | TIMER | CUSTOM CONTROL - TIMER

[END INPUTS]

[OUTPUTS]TRACK ON PRI=9,9

P530 | DIGITAL | UTILITY | SILENCE TO TFX

TRACK ON PRI=9,9P531 | DIGITAL | UTILITY | SYS RESET TO TFX

[END OUTPUTS]

Programming TFX Master-to-4100U/4100ES Slave Operation

In this mode of operation, Acknowledgement, Signal Silence,and System Reset control functions can only be done at the TFXMaster panel.

To allow FACP (Slave) to receive control commands from theTFX (Master), do the following at the FACP:


Send Event from TFX to FACP

Parameter Setting

ScopeSet the Scope to External for all threeapplications.

FACP Point

• Fire. Enter the Fire pseudo pointthat will turn on when the TFX fireevent occurs.

• Trouble. Enter the Trouble pseudopoint that will turn on when theTFX trouble event occurs.

• Supervisory. Enter the Supervi-sory pseudo point that will turn onwhen the TFX Supervisory eventoccurs.

TFX EventState

• Fire or Supervisory. Select“Active.”

• Trouble. Select “Trouble”.

Group Number Enter value from CONSYS job.

TFX Channel Enter value from CONSYS job.

TFX PointCategory

Enter value from CONSYS job.

TFX PointNumber



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• Add three EXT points, one each for receiving a BuzzerSilence (Ack), Signal Silence and System Reset from theTFX network.

• There must be no PUB TFXi points which trigger sending aLocal Buzzer Silence (Ack), Signal Silence or a SystemReset message to the TFX network.

Appl ication 1: Annunciate a 4100U/4100ES Fire Alarm/

Troub le/Supervisory on the TFXnet

This programming example allows the fire, trouble, or supervi-sory status of specific points on the FACP (such as a smokedetector or pull station) to be annunciated on a TFX panel.

Program the Points and Zones tabs as listed in Tables 15 and 16.

Appl ication 2: Programming TFX Signal Silence/Sys-

tem Reset to Silence/Reset Signal Circui ts on FACP

Network

The TFXi handles Silence and Reset from the TFX network tothe FACP using internal logic. No additional programming isnecessary.

Important Note: During operation, the Reset must be performedon the TFX panel within 5 seconds of the Silence function; other-wise, the FACP will not perform the System Reset.

Programming 4100U/4100ES

Master-to-TFX Slave Operation

Disable ACK, Signal Silence, System Reset, and Fire

Drill Keys at TFX

When the FACP is the master and the TFX is the slave, Acknowl-edgement, Signal Silence, System Reset, and Fire Drill controlfunctions can only be done at the FACP Master panel. Therefore,these control operations must be disabled at the TFX panel.

Note: Do not disable the ACK, Signal Silence, System Reset,and Fire Drill keys if you are programming the peer-to-peer

Operation mode.

To disable TFX front panel key operation in CONSYS, do thefollowing at the TFX panel:

1. Select Edit | Digital I/O | LBus 00-OCP

2. Select the Silence Key and Press ENTER, and select 'NotAttached' for Device Type


Annunciate FACP Events on TFXnet

Parameter Setting

Scope Set the Scope to Public for all threeapplications.

FACP Point

Enter the card/point/subpoint value forthe point whose fire, trouble, or super-visory state you want to annunciate.For example, M1-1-2 (IDNet point) or2-0-3 (card status point).

FACP EventType

Set to FIRE, PRIORITY 2, SUPERVI-SORY, TROUBLE, CONTROL, orUTIL

TFX EventState

Fire -- Set to “151 Input Active (notlogged).”

Supervisory -- Set to “151 Input Active(not logged).”

Trouble -- Set to specific trouble event.

Trouble EventState

Fire and Supervisory -- If you alsowant to report a trouble when thedevice goes into a trouble state, enter“Device Fault (054)” in this field. Other-wise, set to NULL.Trouble -- Set to NULL.

Logging EventSet to the appropriate logging eventthat you want to be sent to the TFXlog.

Zone Number Set to the zone in which the FACPdevice is located.

Group Number The Group Number depends on thetype of point/device you are adding(see the CONSYS job).

TFX Channel Enter value from CONSYS job.

TFX PointCategory


TFX PointNumber


Table 16: Zones Tab Settings,


Parameter Setting

ZoneSet to the zone in which the FACPdevice is located.

Sector Enter the Sector that contains the zonenumber.

Zone LinkEnter the zone link number that mapsyour zone on the TFXnet.



Parameter Setting


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3. Repeat Step 2 for the Reset Key, Panel Silence (local buzzer), and Fire Drill keys.

Refer to “Programming Peer-to-Peer Operation” for informationon receiving and sending points to the TFX network.

Appendix A. Example Program-

ming Screen

An example programming screen for all applications is shown inthe figure below.

Figure 17 Example Programming Screen


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Appendix B. TFX Predefined Sys-

tem Points

The following is a list of the non-addressable loop points that are predefined within a TFX panel.

Board Cat No. Function Note: "x" means irrele-vant.

xB xx S 01 MPIB, EVACUATE switch

xB xx S 02 MPIB, SILENCE switch

xB xx S 03 MPIB, RESET switch

xB xx S 04 MPIB, TEST switch

xB xx R 01 MPIB, General Purpose 1 input

xB xx R 02 MPIB, General Purpose 2 input

xB xx R 03 MPIB, TAMPER input

xB xx R 04 MPIB, PRINTER ON/OFF LINE input

xB xx R 05 MPIB, Key switch 1 input

xB xx R 06 MPIB, Key switch 2 input

xB xx R 07 MPIB, ALARM LED output

xB xx R 08 MPIB, FAULT LED output

xB xx R 09 MPIB, DISABLED LED output

xB xx R 10 MPIB, buzzer output

xB xx P 00 MPIB, Comms link - seen by the MP

xB xx P 01 MPIB, RAM fault

xB xx P 02 MPIB, ROM fault

xB xx P 03 MPIB, Display fault

xB xx P 04 MPIB, timer fault

xB xx P 05 MPIB, XBUS failure

xB xx x 01 MPIB, XBUS General Purpose input 1

Input 1 through 80 are general pur-pose inputs. Substitute appropriateinput number.

xB xx x 80 MPIB, XBUS General Purpose input80

Bo ar d Cat No . Fu nc ti on

MP R 01 Main Processor board, FAULT input

MP R 02 Main Processor board, OCCUPIEDPREMISES input

MP R 03 Main Processor board, TAMPER input

MP R 04 Main Processor board, MAINS FAILinput

MP R 05 Main Processor board, BATTERYMONITOR input

MP R 06 Main Processor board, SOUNDER AMONITOR input

MP R 07 Main Processor board, SOUNDER BMONITOR input

MP R 08 Main Processor board, ALARMRELAY output

MP R 09 Main Processor board, FAULT RELAYoutput

MP R 10 Main Processor board, SOUNDER ARELAY output

MP R 11 Main Processor board, SOUNDER BRELAY output

MP P 00 Main Processor board, Digital Outputscommand error

MP P 01 Main Processor board, Bus Configu-ration error

MP P 02 Main Processor board, Data Packeterror

MP P 03 Main Processor board, Interactiveoperation error

MP P 08 Main Processor board, Event Actionrecirculation RAM overflow

MP P 10 Main Processor board, NET MODULEfault, [TLI530 not accepting data]

MP P 11 Main Processor board, NET MODULEfault, [no comms to/from TLI530]

MP P 12 Main Processor board, NET COM-

MON fault

MP P 13 Main Processor board, NET PORT Lfault

MP P 14 Main Processor board, NET PORT Rfault

MP P 15 Main Processor board, NETGROUND fault

MP P 16 Main Processor board, NET TRANS-FER fault

MP P 17 Main Processor board, NET RINGCONTINUITY FAULT

MP P 18 Main Processor board, NET COMMSfault

MP P 21 Main Processor board, RAM fault

MP P 22 Main Processor board, ROM fault

MP P 23 Main Processor board, EEPROM fault

MP P 24 Main Processor board, ALARMRELAY MONITOR


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Appendix C. 4100U/4100ES Card

Status Troubles

The TFXi card reports the following card status troubles:

• x-0-0: Card Missing / Failed - occurs when the TFXi cardis not communicating with the FACP.

• x-0-1: Wrong Card - occurs when another card type isresponding at the TFXi card’s address.

• x-0-2: Network Communications Failure - occurs when theTLT-530 cannot communicate with any node on the net-work, or when the TFXi cannot communicate with the TLT-530.

• x-0-3: Ring Continuity Fault - occurs in a Ring systemwhen a transmitted message is not received back on theother port.

• x-0-4: Data Transfer Fault - occurs when any one of thefollowing occur:

- i. A message is not acknowledged by the node it wassent to.

- ii. The TFXi card does not acknowledge a messagefrom the TLT-530.

- iii. The protocol sequence number is not one higherthan the preceding sequence number.

- iv. A broadcast message is received that does not havea sequential sequence number.

• x-0-5: Network Ground Fault - occurs when the TLT-530detects a ground fault on the network.

• x-0-6: Network Right Port or Left Port Comms Fault -occurs when no messages have been received on the right

port or the left port for an extended period of time, or whenthe automatic hardware line test on the TLT-530 detects anabnormal line condition on the right port or the left port.

• x-0-7: Network Common Fault - is a logical OR of statusesx-0-2 through x-0-6.

• x-0-8: TFXi Configuration Database Error - occurs whenthe Configuration Data Base Revision Number in the TFXicard does not agree with the revision number the master has.This includes an invalid Configuration Data Base.

• TFX Network Interface Board Trouble LED #1 - Card hasgone missing/failed with FACP

Note: Activation of the ‘Hardware Reset’ function will clear theData Transfer Fault, (x-0-4).

MP P 25 Main Processor board, FAULT RELAYMONITOR

MP P 26 Main Processor board, SOUNDER ARELAY MONITOR

MP P 27 Main Processor board, SOUNDER BRELAY MONITOR

MP P 28 Main Processor board, A/D fault

MP P 29 Main Processor board, AnalogueLoop fault

MP P 30 Main Processor board, Event actionfault

MP P 31 Main Processor board, Log outstand-ing event activation

MP P 32 Main Processor board, No responsefault overflow loop A

MP P 33 Main Processor board, No responsefault overflow loop B

MP P 50 Main Processor Board, pPKTWRTtime-out - packet lost FIFO1

Use addresses 51 through 81 forother FIFO functions.

MP P 82 Main Processor Board, pPKTWRTtime-out - packet lost FIFO 32


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Appendix D. Card Address Set-

tings

Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8 Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8

1 ON ON ON ON ON ON OFF 61 ON OFF OFF OFF OFF ON OFF

2 ON ON ON ON ON OFF ON 62 ON OFF OFF OFF OFF OFF ON

3 ON ON ON ON ON OFF OFF 63 ON OFF OFF OFF OFF OFF OFF

4 ON ON ON ON OFF ON ON 64 OFF ON ON ON ON ON ON

5 ON ON ON ON OFF ON OFF 65 OFF ON ON ON ON ON OFF

6 ON ON ON ON OFF OFF ON 66 OFF ON ON ON ON OFF ON

7 ON ON ON ON OFF OFF OFF 67 OFF ON ON ON ON OFF OFF

8 ON ON ON OFF ON ON ON 68 OFF ON ON ON OFF ON ON

9 ON ON ON OFF ON ON OFF 69 OFF ON ON ON OFF ON OFF

10 ON ON ON OFF ON OFF ON 70 OFF ON ON ON OFF OFF ON

11 ON ON ON OFF ON OFF OFF 71 OFF ON ON ON OFF OFF OFF

12 ON ON ON OFF OFF ON ON 72 OFF ON ON OFF ON ON ON

13 ON ON ON OFF OFF ON OFF 73 OFF ON ON OFF ON ON OFF

14 ON ON ON OFF OFF OFF ON 74 OFF ON ON OFF ON OFF ON

15 ON ON ON OFF OFF OFF OFF 75 OFF ON ON OFF ON OFF OFF

16 ON ON OFF ON ON ON ON 76 OFF ON ON OFF OFF ON ON

17 ON ON OFF ON ON ON OFF 77 OFF ON ON OFF OFF ON OFF

18 ON ON OFF ON ON OFF ON 78 OFF ON ON OFF OFF OFF ON

19 ON ON OFF ON ON OFF OFF 79 OFF ON ON OFF OFF OFF OFF

20 ON ON OFF ON OFF ON ON 80 OFF ON OFF ON ON ON ON

21 ON ON OFF ON OFF ON OFF 81 OFF ON OFF ON ON ON OFF

22 ON ON OFF ON OFF OFF ON 82 OFF ON OFF ON ON OFF ON

23 ON ON OFF ON OFF OFF OFF 83 OFF ON OFF ON ON OFF OFF

24 ON ON OFF OFF ON ON ON 84 OFF ON OFF ON OFF ON ON

25 ON ON OFF OFF ON ON OFF 85 OFF ON OFF ON OFF ON OFF

26 ON ON OFF OFF ON OFF ON 86 OFF ON OFF ON OFF OFF ON

27 ON ON OFF OFF ON OFF OFF 87 OFF ON OFF ON OFF OFF OFF

28 ON ON OFF OFF OFF ON ON 88 OFF ON OFF OFF ON ON ON

29 ON ON OFF OFF OFF ON OFF 89 OFF ON OFF OFF ON ON OFF

30 ON ON OFF OFF OFF OFF ON 90 OFF ON OFF OFF ON OFF ON

31 ON ON OFF OFF OFF OFF OFF 91 OFF ON OFF OFF ON OFF OFF

32 ON OFF ON ON ON ON ON 92 OFF ON OFF OFF OFF ON ON

33 ON OFF ON ON ON ON OFF 93 OFF ON OFF OFF OFF ON OFF

34 ON OFF ON ON ON OFF ON 94 OFF ON OFF OFF OFF OFF ON

35 ON OFF ON ON ON OFF OFF 95 OFF ON OFF OFF OFF OFF OFF

36 ON OFF ON ON OFF ON ON 96 OFF OFF ON ON ON ON ON

37 ON OFF ON ON OFF ON OFF 97 OFF OFF ON ON ON ON OFF

38 ON OFF ON ON OFF OFF ON 98 OFF OFF ON ON ON OFF ON

39 ON OFF ON ON OFF OFF OFF 99 OFF OFF ON ON ON OFF OFF

40 ON OFF ON OFF ON ON ON 100 OFF OFF ON ON OFF ON ON

41 ON OFF ON OFF ON ON OFF 101 OFF OFF ON ON OFF ON OFF


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42 ON OFF ON OFF ON OFF ON 102 OFF OFF ON ON OFF OFF ON

43 ON OFF ON OFF ON OFF OFF 103 OFF OFF ON ON OFF OFF OFF

44 ON OFF ON OFF OFF ON ON 104 OFF OFF ON OFF ON ON ON

45 ON OFF ON OFF OFF ON OFF 105 OFF OFF ON OFF ON ON OFF

46 ON OFF ON OFF OFF OFF ON 106 OFF OFF ON OFF ON OFF ON

47 ON OFF ON OFF OFF OFF OFF 107 OFF OFF ON OFF ON OFF OFF

48 ON OFF OFF ON ON ON ON 108 OFF OFF ON OFF OFF ON ON

49 ON OFF OFF ON ON ON OFF 109 OFF OFF ON OFF OFF ON OFF

50 ON OFF OFF ON ON OFF ON 110 OFF OFF ON OFF OFF OFF ON

51 ON OFF OFF ON ON OFF OFF 111 OFF OFF ON OFF OFF OFF OFF

52 ON OFF OFF ON OFF ON ON 112 OFF OFF OFF ON ON ON ON

53 ON OFF OFF ON OFF ON OFF 113 OFF OFF OFF ON ON ON OFF

54 ON OFF OFF ON OFF OFF ON 114 OFF OFF OFF ON ON OFF ON

55 ON OFF OFF ON OFF OFF OFF 115 OFF OFF OFF ON ON OFF OFF

56 ON OFF OFF OFF ON ON ON 116 OFF OFF OFF ON OFF ON ON

57 ON OFF OFF OFF ON ON OFF 117 OFF OFF OFF ON OFF ON OFF

58 ON OFF OFF OFF ON OFF ON 118 OFF OFF OFF ON OFF OFF ON

59 ON OFF OFF OFF ON OFF OFF 119 OFF OFF OFF ON OFF OFF OFF

60 ON OFF OFF OFF OFF ON ON

Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8 Address SW 1-2 SW 1-3 SW 1-4 SW 1-5 SW 1-6 SW 1-7 SW 1-8


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CautionsandWarnings

READ AND SAVE THESE INSTRUCTIONS- Follow the instructions in this installation manual. These instructions must befollowed to avoid damage to this product and associated equipment. Product operation and reliability depend upon properinstallation.

DO NOT INSTALL ANY SIMPLEX® PRODUCT THAT APPEARS DAMAGED- Upon unpacking your Simplex product,inspect the contents of the carton for shipping damage. If damage is apparent, immediately file a claim with the carrier and notifyan authorized Simplex product supplier.

ELECTRICAL HAZARD - Disconnect electrical field power when making any internal adjustments or repairs. All repairs shouldbe performed by a representative or authorized agent of your local Simplex product supplier.

STATIC HAZARD - Static electricity can damage components. Handle as follows:• Ground yourself before opening or installing components.• Prior to installation, keep components wrapped in anti-static material at all times.

FCC RULES AND REGULATIONS – PART 15 - This equipment has been tested and found to comply with the limits for a Class A digitaldevice pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when theequipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installedand used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a res-idential area is likely to cause harmful interference in which case the user wil l be required to correct the interference at his own expense.

SYSTEM REACCEPTANCE TEST AFTER SOFTWARE CHANGES - To ensure proper system operation, this product must be tested inaccordance with NFPA-72, after any programming operation or change in site-specific software. Reacceptance testing is required after any change,addition or deletion of system components, or after any modification, repair or adjustment to system hardware or wir ing.

All components, circuits, system operations, or software functions known to be affected by a change must be 100% tested. In addition, to ensure thatother operations are not inadvertently affected, at least 10% of init iating devices that are not directly affected by the change, up to a maximum of 50devices, must also be tested and proper system operation verified.

simplex installation instructions 4100 6062 tfx interface module

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