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AN-3100D ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL

i. i 

 

Table of Contents 

SCOPE ........................................................................................................................................ 1

 

PRODUCT OVERVIEW ............................................................................................................... 1

 

SAFETY ................................................................................................................................... 1

 

C

ONSTRUCTION

 ......................................................................................................................... 1

 

S

YSTEM 

F

RONT 

V

IEW

 ............................................................................................................................ 1

 

S

YSTEM 

R

EAR 

V

IEW

 .............................................................................................................................. 1

 

M

ODULE 

C

ELL

 ....................................................................................................................................... 2

 

C

ELL 

A

SSEMBLY

 ................................................................................................................................................ 2

 

M

ODULE 

C

ELL 

C

ONFIGURATIONS

 ......................................................................................................................... 3

 

A

NNUNCIATOR 

W

INDOWS

 .................................................................................................................................... 3

 

A

NNUNCIATOR 

M

ODEL 

C

ODE 

D

EFINITION

 .................................................................................... 4

 

SYSTEM CONFIGURATION AND SET-UP ................................................................................ 6

 

H

ARDWARE 

C

ONFIGURATION

 ...................................................................................................... 7

 

I/O

 

M

ODULES

 ........................................................................................................................................ 7

 

F

IELD 

C

ONTACT 

T

YPE

 ......................................................................................................................................... 7

 

F

IELD 

C

ONTACT 

V

OLTAGE 

(FCV) ........................................................................................................................ 8

 

O

PTIONAL 

R

EPEAT 

R

ELAYS

 ................................................................................................................................. 9

 

CSM

 

A

DDRESS

 ................................................................................................................................................ 10

 

I/O

 

M

ODULE 

C

ONFIGURATION

 .............................................................................................................. 11

 

I/O

 

M

ODULE 

C

ONFIGURATION

 .............................................................................................................. 12

 

D

ISPLAY 

M

ODULE

 ................................................................................................................................ 13

 

C

OMMON 

S

ERVICE 

M

ODULES

 ...............................................................................................................  14

 

C

OMMUNICATION 

M

ODULES

 ................................................................................................................. 15

 

S

ERIAL 

C

OMMUNICATION 

O

NLY  

 

(

ORIGINAL VERSION

)

 

(

 

P

ART NUMBERS STARTING WITH 

1085-

 AND 

1086-) ............. 16

 

E

THERNET 

C

OMMUNICATIONS 

O

NLY 

 

(

ORIGINAL VERSION

)

  

(

 

P

ART NUMBERS STARTING WITH 

1085-

 AND 

1086-)....... 17

 

S

ERIAL

/E

THERNET 

C

OMMUNICATION 

M

ODULE

 

(

NEW VERSION

)

 

(

 

P

ART NUMBERS STARTING WITH 

1087-) ................. 18

 

C

ARRIER CARD

................................................................................................................................................. 19

 

C

OMMUNICATIONS CARD

: .....................................................................................................................  19

 

G

ROUND 

F

AULT 

D

ETECTOR 

M

ODULE

 ....................................................................................................  20

 

P

OWER 

S

UPPLY 

M

ODULES

 ...................................................................................................................  20

 

F

IELD 

C

ONTACT 

V

OLTAGE 

S

UPPLY 

M

ODULES

 ....................................................................................... 21

 

IRIG-B

 

M

ODULE

 .................................................................................................................................. 21

 

INSTALLATION ......................................................................................................................... 23

 

M

OUNTING

 ............................................................................................................................... 23

 

P

ANEL 

M

OUNTING

(

OPTION 

PM,

 

PC) .....................................................................................................  23

 

19”

 

R

ACK 

M

OUNTING 

(

OPTION 

RK) ....................................................................................................... 25

 

N

EMA 

E

NCLOSURE 

(

OPTION 

N4,

 

N4PB) ............................................................................................... 26

 

S

URFACE 

(W

ALL

)

 

M

OUNTING 

(

OPTION 

S) ..............................................................................................  27

 

W

EATHER 

T

IGHT 

NEMA

 FRONT 

C

OVER 

(

OPTION 

NCB,

  

NCT) ...............................................................  29

 

E

XTERNAL 

P

OWER 

S

UPPLY 

M

OUNTING

 .................................................................................................  33

 

120/230VAC

 

P

OWER 

S

UPPLY

 .......................................................................................................................... 33

 

125VDC

 

P

OWER 

S

UPPLY

 ................................................................................................................................. 33

 

W

IRING

 .................................................................................................................................... 34

 

I

NPUT 

W

IRING

 ..................................................................................................................................... 34

 

C

OMMON 

F

IELD 

C

ONTACT 

V

OLTAGE

 .....................................................................................................  34

 

I

SOLATED 

F

IELD 

C

ONTACT 

V

OLTAGE

 .................................................................................................... 35

 

I

NPUT 

/

 

R

ELAY 

W

IRING FOR 

F

ULL 

S

IZE 

W

INDOWS 

(

USING ONE 

I/O

 

C

ARD

) .............................................................. 36

 

I

NPUT

/R

ELAY 

W

IRING 

F

OR 

H

ALF 

S

IZE 

W

INDOWS  

(

USING ONE 

I/O

 

C

ARD

) .............................................................. 37

 

I

NPUT

/R

ELAY 

W

IRING 

F

OR 

H

ALF 

S

IZE 

W

INDOWS  

(

USING ONE 

I/O

 

C

ARD

) .............................................................. 38

 

I

NPUT 

W

IRING WITH 

H

ALF 

S

IZE 

W

INDOWS  

(

USING TWO 

I/O

 

C

ARDS

) ...................................................................... 39

 

R

EPEAT 

R

ELAY 

W

IRING FOR 

H

ALF 

S

IZE 

W

INDOWS 

(

USING TWO 

I/O

 

C

ARDS

) .......................................................... 40

 

I

NPUT

/R

ELAY 

W

IRING FOR 

Q

UAD 

S

IZE 

W

INDOWS 

(

USING TWO 

I/O

 

C

ARDS

) ............................................................ 42

 

C

OMMON 

S

ERVICE 

C

ELL 

W

IRING 

(

WITH 

I

NTEGRAL 

P

USHBUTTONS

) ....................................................................... 43

 

Summary of Contents for AN-3100D

Page 1: ...D Installation and Configuration Manual Publication 1085 280 Rev F December 2012 AMETEK POWER InstrumentsTel 800 881 4156 255 N Union Street Fax 585 238 4945 Rochester New York 14605 Web www ametekpow...

Page 2: ......

Page 3: ...TO INSTALL AND ENERGIZE A SYSTEM UNAUTHORIZED MODIFICATIONS OR REPAIRS WILL INVALIDATE THE AMETEK WARRANTY PLEASE CONTACT THE AMETEK CUSTOMER SERVICES DEPARTMENT BEFORE TAKING SUCH ACTIONS STANDARD DE...

Page 4: ......

Page 5: ...PART NUMBERS STARTING WITH 1087 18 CARRIER CARD 19 COMMUNICATIONS CARD 19 GROUND FAULT DETECTOR MODULE 20 POWER SUPPLY MODULES 20 FIELD CONTACT VOLTAGE SUPPLY MODULES 21 IRIG B MODULE 21 INSTALLATION...

Page 6: ...TION 57 SOFTWARE CONFIGURATION INSTRUCTIONS 58 REVIEWING OR EDITING THE FACTORY CONFIGURATION 58 CREATING A NEW CONFIGURATION 59 SOFTWARE CONFIGURATION MENUS 60 MAIN MENU OVERVIEW 60 FILE MENU 60 OPTI...

Page 7: ...NICATION MODULES WITH PART NUMBERS STARTING WITH 1085 AND 1086 110 POINT MODE 110 AN3135 MODE 111 EVENT DATA 112 MODBUS ADDRESSES 113 DEFAULT VALUES 113 APPENDIX C 115 DNP DATA FORMATS 115 DEVICE PROF...

Page 8: ......

Page 9: ...de energizes voltage removed when in alarm or while activated De Energized Typically refers to the relay coil state when normal The coil energizes voltage applied when in alarm or while activated For...

Page 10: ......

Page 11: ...the system must be equipped with the lockable front door options NCB NCT or NEMA Enclosure options N4 N4PB Annunciator Model Code Definition on page 4 For FM option refer to option codes the required...

Page 12: ...the disconnecting device is 5 Amps for 120 Vac or 230 Vac power 10 Amps for 24 or 48 Vdc power 2 The disconnecting device is located in close proximity to the unit and must be marked as the disconnect...

Page 13: ...ules in various combinations consisting of I O Cards Common Service Modules Power Supplies and Option Modules The Common Service Module CSM is typically located at the lower right cell of the unit and...

Page 14: ...ck plane Housing 8 Interconnect Board 13 Color Diffuser 4 Display Housing 9 Module see list 14 Window 5 Rear Cell Housing 10 Row Interconnect Board Available Modules I O Input Output Module with optio...

Page 15: ...er supply can be inserted in that slot All other unused slot 5 positions in that row can be used for power supplies or a ground detector This will be factory configured Annunciator Windows The Annunci...

Page 16: ...r quantity Item 6 Active Points Total of active points Item 7 Window Color W White Window Filter R Red Window Filter A Amber Window Filter G Green Window Filter Y Yellow Window Filter B Blue Window Fi...

Page 17: ...output can be selected as Serial ASCII Data to a printer or terminal must select option SD Modbus must select option MB or DNP must select option DNP Option limited to 25 Cells IB IRIG B Time Sync Inp...

Page 18: ...ence Grouping 1 group Software Input Response 50 msec Software Critical Non Critical Assignment Non Critical Software Optional Repeat Relays Form A normally open Form B Contacts normally closed Form A...

Page 19: ...rocker switch for the CSM Address Both versions of the I O module are configured via jumpers for NO NC and Form A B C Relay Contacts Refer to the following table and to the part number affixed to the...

Page 20: ...ge can be selected as Common throughout the whole system or Isolated from input to input This is selected via jumpers J1 J2 I O modules with the part number starting with 1087 supports Field Contact V...

Page 21: ...orm B DE ENERGIZED Repeat Relay Output Latches on Alarm until Acknowledged or Reset OPEN Form B ENERGIZED OPEN Form A DE ENERGIZED CLOSED Form A ENERGIZED CLOSED Form B DE ENERGIZED NOTE Option FRC us...

Page 22: ...s where there is only one module per cell Window code 1E the binary address will increment by two Starting at 0 in the first cell 2 in the second cell 4 in the third cell etc Zero is set when all jump...

Page 23: ...xxx modules containing FCV jumpers J1 2 Isolated Common FCV P5 6 NO NC Inputs J9 Address Selection Configured at Factory P1 FCV Selection P2 3 4 Relay Output Jumpers AN 3100D ANNUNCIATOR INSTALLATION...

Page 24: ...R21 R14 R17 R16 R19 R15 R20 R18 C3 C2 C4 C1 C5 R11 R13 R10 R9 R12 R22 R23 C17 C8 C12 C16 C15 C13 C14 C11 C9 RF4 RF3 RF2 RF1 R7 R50 R8 R37 CR1 VR1 L2 L1 L3 VR2 R26 R24 R25 J5 1 J2 1 J1 1 C6 C7 U8 U7 C2...

Page 25: ...antities There are several variations of display modules as noted by the window size in the model number Version Window Size Configuration 1 1E 2 2 2S 2E 4 3 3 4 1E 2 in CSM Cell There is no setup req...

Page 26: ...ersion CSM includes the Time Stamping of Alarms or Sequential Events Recorder SER The CSM has four common alarm outputs 2 standard and 2 optional with relay operation configured via Software All Annun...

Page 27: ...board for Serial Communications and a separate style board for Ethernet Communications To verify which board you have compare it to the pictures on the following pages Newer version post June 2011 Par...

Page 28: ...m status of the field contacts The ASCII protocol is only used in conjunction with the Time Stamping of Alarms Option SER or SERFR continually streaming any alarm or return to normal events When Modbu...

Page 29: ...Master or Slave device and can transmit alarm status from the field contacts or receive alarms through the protocol The DNP I P protocol supports operation as a Slave device transmitting the alarm st...

Page 30: ...igured via jumpers for RS 232 485 communications It can be configured via software for all Modbus and DNP settings The Ethernet Communications Option ETH is used for simultaneous communications using...

Page 31: ...nction This function is set via SW1 Master SW1 1 on SW1 2 SW1 3 and SW1 4 off Slave SW1 1 SW1 2 and SW1 3 off and SW1 4 on To access this setting remove power from the system and remove the CSM and Co...

Page 32: ...the Field Contact Voltage used within the system It only operates with 24 48 or 125VDC FCV Voltage Jumper Settings P1 24V 125V 48V Power Supply Modules Several Integral Power Supply Modules are avail...

Page 33: ...for the power supply images IRIG B Module The optional IRIG B Module is used for External time synchronization of the SER Option This must be installed in Card Slot 5 of the CSM Cell When used the Int...

Page 34: ......

Page 35: ...given in the tables below refer to the size of the panel cut out required for mounting and the front bezel height and width The height and width are related to the number of cells in the system Dimen...

Page 36: ...s to be mounted keeping in mind that the assembly may rest on the sill of the cutout NOTE Allow a minimum of 6 inches 150 mm above the unit and behind the panel for proper ventilation 2 Cut out and re...

Page 37: ...19 25 488 95 11U 6 22 75 577 85 13U 7 26 25 666 75 15U 8 29 75 755 65 17U 9 33 25 844 55 19U 10 36 75 933 45 21U 11 40 25 1022 35 23U 12 43 75 1111 25 25U 13 47 25 1200 15 27U Annunciator Depth Inches...

Page 38: ...25 H 3 25 G 7 32 F 6 03 E 22 00 B 16 00 A K 4 63 1 or 2 H X 7 or 8W 16 00 30 00 6 03 7 32 4 31 21 19 12 13 16 00 36 00 5 63 7 32 3 47 28 03 19 63 24 00 22 00 7 09 14 25 3 25 14 25 12 13 4 63 24 00 30...

Page 39: ...for 20 hardware A minimum of 10 of swing clearance is required on the hinge side of the annunciator Hinge side Refer to the following chart and the figures on the following page for mounting dimension...

Page 40: ...20 L 1 620 K 6 CUP WASHER 6 CUP WASHER 6 HEX KEPS NUT 6 HEX KEPS NUT 6 HEX KEPS NUT 6 32 x 3 4 FLATHEAD SCREW A 1 5 B 9 93 8 87 Hinge side view Right side 28 AN 3100D ANNUNCIATOR INSTALLATION AND CONF...

Page 41: ...or Both options use 20 mounting bolts to secure the swing panel to the mounting surface Refer to the charts following for the mounting hole location and over all size of the door Refer to the Panel mo...

Page 42: ...11 84 10 84 10 84 7 47 7 47 2 3 11 84 15 31 10 84 14 31 7 47 10 94 2 4 11 84 18 78 10 84 17 78 7 47 14 41 2 5 11 84 22 25 10 84 21 25 7 47 17 88 2 6 11 84 25 72 10 84 24 72 7 47 21 34 2 7 11 84 29 19...

Page 43: ...24 72 24 72 21 34 21 34 6 7 25 72 29 19 24 72 28 19 21 34 24 81 6 8 25 72 32 66 24 72 31 66 21 34 28 28 6 9 25 72 36 13 24 72 35 13 21 34 31 75 6 10 25 72 39 59 24 72 38 59 21 34 35 22 7 2 29 19 11 84...

Page 44: ...5 22 10 2 102 102 102 102 102 102 10 3 39 59 15 31 38 59 14 31 35 22 10 94 10 4 39 59 18 78 38 59 17 78 35 22 14 41 10 5 39 59 22 25 38 59 21 25 35 22 17 88 10 6 39 59 25 72 38 59 24 72 35 22 21 34 10...

Page 45: ...available for 120 230VAC Power and one is available for 125VDC Power also These are used on larger systems per the power supply chart and are Class 2 120 230VAC Power Supply 125VDC Power Supply AN 31...

Page 46: ...3 0 W 25mm H x 76mm W 1 5 H x 3 0 W 38mm H x 76mm W 3 0 H x 3 0 W 76mm H x 76mm W QUAD SIZE WINDOWS 2 MODULES THIRD SIZE WINDOWS 2 MODULES HALF SIZE WINDOWS 1 OR 2 MODULES FULL SIZE WINDOW 1 MODULE 1...

Page 47: ...LLATION AND CONFIGURATION MANUAL i 35 Isolated Field Contact Voltage The I O cards can be jumpered to remove the system wide bussing and replace with an individual FCV connection per input This is sho...

Page 48: ...O Terminal Ass y Rear View Input 1 FCV Single Repeat Relay Per Input Form A or B Per Input Form A or B Two Repeat Relays Option 2RR Option RR 3 6 7 8 4 5 for Input 1 for Input 1 Repeat Relay Repeat R...

Page 49: ...nput 1 for Input 2 Repeat Relay Repeat Relay Supplies Integral Power only used with Common FCV INPUT WIRING Input 1 FCV 1 2 Power Supply Terminal Block Customer Field Contact 3 5 4 1 2 TB5 8 3 4 5 6 7...

Page 50: ...t Relay Supplies Integral Power only used with Common FCV INPUT WIRING Input 1 FCV 1 2 Power Supply Terminal Block Customer Field Contact 8 3 4 5 6 7 Terminal Block TB2 No connections E Option Used fo...

Page 51: ...used with Power Supply Terminal Block Supplies Terminal Block Input Relay TB1 TB2 Common FCV INPUT WIRING 5 4 8 7 6 3 2 1 Isolated FCV 24 48 125 VDC 120VAC 60Hz Customer FCV N L FCV Input 2 N L 8 7 6...

Page 52: ...wer Supplies FCV Input 1 Per Input Form C Single Repeat Relay Option FRC for Input 1 Repeat Relay 5 8 7 6 3 2 1 4 FCV Input 1 Terminal Block Option RR and 2RR Per Input Form A or B Per Input Form A or...

Page 53: ...Contact L N for Input 3 Repeat Relay Single Repeat Relay Per Input Form A or B Input 3 Option RR 8 7 FCV 3 5 4 2 6 1 Input 1 Single Repeat Relay Single Repeat Relay Per Input Form A or B Per Input For...

Page 54: ...5 6 7 3 1 2 Terminal Block Input Relay 8 4 5 6 7 3 TB1 1 2 Isolated FCV INPUT WIRING Single Repeat Relay Single Repeat Relay Per Input Form A or B Per Input Form A or B Option RR Option RR 5 Option R...

Page 55: ...ansmit Receive Ground RTS Ground TX RX TX RX RS 485 DB9 F Connector Connector RJ 45 Ethernet Field Contact Voltage FCV no connection required if the FVC is supplied through the Intergral Power Supply...

Page 56: ...buttons To other Annunciator LED Sync To other Annunciator LED Sync Model Code NPB OR TB3 Form A or B CSM Relay 1 Form A or B CSM Relay 2 Form A or B CSM Relay 3 Form A or B CSm Relay 4 CSM Relay K1 C...

Page 57: ...the Power supplies can be self contained within the Annunciator Integral Power Supply or external to the Annunciator External power supplies shall be Class 2 120 230 VAC 125VDC Input Power Integral P...

Page 58: ...l 1 per Cell 1 7 1 4 Half 2 per Cell 1 0 0 7 Third 3 per Cell 0 7 0 4 Quad 4 per Cell 0 7 0 4 Field Contact Voltage FCV 1 8 mA point nominal Integral AC supply Watts Annunciator power input per point...

Page 59: ...ntegral Power Supply Cell Locations Customer Input Power CSM Cell with Integral Pushbuttons CSM Cell with one I O Module I O Cell with one I O Module I O Cell with two I O Modules 24 VDC X X X X 48 VD...

Page 60: ...Integral Power Supply Annunciator Window Size I O Cards with Repeat Relays I O Cards with no Repeat Relays Full 1 per Cell 25 30 Half 2 per Cell 43 60 Third 3 per Cell 56 90 Quad 4 per Cell 60 100 Sys...

Page 61: ...aaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa...

Page 62: ...Field Contact Voltage E 5 4 2 3 1 120 240 VAC 50 60 Hz Power Input 2 E 5 4 3 1 TB1 TB2 2 4 internally bussed to E 2 5 3 4 1 120 240 VAC 50 60 Hz Power Input 24 OR 48 VDC FCV Input Power TB5 Power Inpu...

Page 63: ...uts per Integral Power Supply Annunciator Window Size I O Cards with Repeat Relays I O Cards with no Repeat Relays Full 1 per Cell 22 26 Half 2 per Cell 37 52 Third 3 per Cell 49 78 Quad 4 per Cell 52...

Page 64: ...with no Repeat Relays Full 1 per Cell 22 26 Half 2 per Cell 37 52 Third 3 per Cell 49 78 Quad 4 per Cell 52 87 48VDC Integral Power Supply 5VDC Output Shown for external FCV Note In order to maintain...

Page 65: ...FCV 24VDC Power E 3 4 2 1 External 24VDC FCV 24VDC Power Power Input 24 VDC 1 24 VDC Internal 125VDC FCV Integral Power Supply 24VDC Power 5 Integral Power Supply E 5 4 3 1 2 Power Input 48 VDC E 5 4...

Page 66: ...without Repeat Relay option Full 1 per Cell 43 52 65 78 Half 2 per Cell 74 104 111 156 Third 3 per Cell 98 157 147 235 Quad 4 per Cell 104 173 156 260 Annunciator Window Size 2 AC or DC External Power...

Page 67: ...4 E 5 3 4 1 2 L N E OK 14 13 N L E 14 13 OK 3 4 5 1 2 5 4 3 2 1 internally bussed to TB1 TB2 2 4 Customer Power Input 125 VDC E Integral 24 VDC External Power Supply Power Supplies Integral 24 VDC Pow...

Page 68: ...4 4 E 5 3 2 1 internally bussed to TB1 TB2 2 4 4 5 E 3 2 1 24 48 125VDC Field Contact Voltage FCV 5 4 3 2 1 5 3 4 1 2 Power Supplies Integral 24 VDC Power Supplies Integral 24 VDC Power Supply Externa...

Page 69: ...D configuration software is used then more than one version of the configuration file can exist It is up to the user to ensure that copies of the configuration are kept up to date If the application d...

Page 70: ...nd configure your PC Serial port for the Com Port where your serial cable is plugged into 9600 Baud no parity and address 1 4 Select Connections and then Connect If successful the Annunciator lights w...

Page 71: ...columns wide and Window Size 1 2 3 4 windows per cell otherwise it can disrupt all settings 3 Select all configuration choices desired reference the next section for a complete description of choices...

Page 72: ...iles The File Menu also provides you access to a new default configuration as a point of reference Options Menu This menu provides functionality to alter the way your program behaves and appears View...

Page 73: ...lts Open Here you can browse available locations on your system to open existing configuration files file extension anc Save Allows you to save the active configuration file If the configuration file...

Page 74: ...This allows you to print the configuration in a text form so that you can see all the parameters The printout is marked with the time and date of printing Print Setup This allows you to change your p...

Page 75: ...d to indicate various selections used in the configuration software may be changed This may be required if they conflict with colors used in the Windows desktop For most installations the default colo...

Page 76: ...ration Upgrade The application also includes a function to enable the configurable options in the annunciator One such is Modbus communications To enable any of these options you must contact AMETEK P...

Page 77: ...to your annunciator you will be able to select the Configuration menu option This will allow you to read and write configurations to and from the annunciator Settings Here you change your computer s s...

Page 78: ...Number of columns Alarms per module Number of hardwired inputs Input delay resolution They can only be changed when creating a New Configuration Note Changing the system size or window style to someth...

Page 79: ...ismatch may occur as a result of the following 1 You have opened the wrong configuration file 2 Someone else has downloaded a different configuration to the annunciator If you choose the first option...

Page 80: ...stored serial ID is checked to make sure that it matches the annunciator you are connected to In the case of a serial ID mismatch if you hit continue you will be able to read the configuration from t...

Page 81: ...u can also use the Ctrl key to pick a group of inputs The Configuration Wizard Screens and their functions are detailed below System Used to configure System Size High x Wide Window size per cell and...

Page 82: ...mmon Service Module CSM Note After the configuration is uploaded to the annunciator for the first time the system parameters cannot be edited The controls will be disabled Care should be taken that th...

Page 83: ...may be used for both Hardwired and Non Hardwired systems Input delay resolution This determines the system wide increment value for the input delay or response for each alarm It is used in conjunctio...

Page 84: ...aster box checked and all others are configured as the Slave unchecked Wiring between the Annunciators is required to share the flash signals Reference the Common Service Cell Wiring diagrams In syste...

Page 85: ...clicking on the inputs To de select an input press the Ctrl key and click on the input again To select a rectangular block of inputs click on the top left hand one then drag down to the bottom right...

Page 86: ...repeat relay will change state during an alarm and latch on until the acknowledge pushbutton is pressed which returns the relay to the normal state In this mode the relay coil is energized in the norm...

Page 87: ...the input response time which is the amount of time an input must be in the alarm state before it is recognized as a valid alarm Each input may be set from 1 second to 250 seconds in 1 second increme...

Page 88: ...ation Note Systems with Serial Inputs only not Hardwired cannot be set to transmit Panel Colors The color of each input in the mimic diagram may be changed to match the actual annunciator To do this s...

Page 89: ...the Test button to check the appearance of each flash rate Fast Slow flash rates The ON and OFF times are set up with a resolution of 0 1s The maximum times are 4s Intermittent rate The Intermittent...

Page 90: ...ISA A 4 Automatic reset with no lock in of alarms ISA A 4 5 6 Automatic reset non locking no flash no audible NO PB ISA M Manual Reset with lock in of alarms ISA F1A 1 First Out Flash Subsequent alarm...

Page 91: ...larm selected as non critical The horn relay output will return to its normal state upon activation of the silence or acknowledge pushbutton Note If a critical horn is used in addition to the non crit...

Page 92: ...loss of power Ground Fault This relay output will change state when a ground fault condition is detected Note Must have Ground Fault Detector Option GF The ground fault can be either a positive groun...

Page 93: ...k Horn when this option is included with the system The maximum value is 240s and the resolution is 1 0s Note A setting of 0 indicates that the auto silence is not activated Auto Reset This will activ...

Page 94: ...will be displayed as soon as the switch returns to the off position Horn Inhibit If selected whenever the switch is closed all Horns in the system will be disabled This includes the internal horn and...

Page 95: ...itical non critical and ringback horn will be activated during the Test Function 2 LED Lamps The LED Lamps will always be activated during the Test Pushbutton There is no selection to de activate this...

Page 96: ...ay be selected from None Odd Even The configuration application will always use the parity defined for the AN 3100D If the parity is changed it will not take effect until the current configuration ses...

Page 97: ...rt Control The ASCII port may be selected from RS 232 RS 485 In addition the RS 485 termination may be enabled The configuration application will always use the baud rate defined for the AN 3100D If t...

Page 98: ...ned to the annunciator so that it can be located on a network Remote IP Address When the annunciator is operating in Master mode this is the address to which it will send data requests Subnet Mask To...

Page 99: ...CII Modbus or DNP Turning on Modbus Serial Comms turns off ASCII and DNP Serial Comms Parity The parity for the serial communications may be selected from None Odd Even The configuration application w...

Page 100: ...register address for sending and receiving information Advisory In some systems it may be necessary to separate the receive and transmit registers by address to avoid overwrites When operating in modb...

Page 101: ...less if the Transmit Controls option is selected The Series 90A can transfer annunciator controls ACK and RST via modbus This can be done in two modes of operation namely 3135 and Point data In Point...

Page 102: ...perating in Master mode this is the address to which it will send data requests Subnet Mask To allow the annunciator to be successfully connected to your network you will have to provide the correct s...

Page 103: ...ted from None Odd Even The configuration application will always use the parity defined for the AN 3100D If the parity is changed it will not take effect until the current configuration session is com...

Page 104: ...not currently used Data Link Confirm This can be set as Never Sometimes or Always The default value is Never Retries This is the number of times the recorder will retry to connect if Data Link confirm...

Page 105: ...Quick Access Toolbar Hot Keys AN 3100D ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL i 93...

Page 106: ......

Page 107: ...arms unaffected Input Isolation Each input is optically isolated Input Response 1 millisecond Fast Response Option FR Also used with SER option 50 milliseconds Standard Response 50 msec to 250 seconds...

Page 108: ...C Contact selectable by Jumper Available with full or half size option 2S windows Repeat Relay Option FRC Individual repeat relay per point Follows field contact or alarm sequence selectable in Softw...

Page 109: ...er system Sequence configured in Software by input Customized flash rates 100 millisecond increments Selectable in Software First Out Groups Up to 4 first out groups per system 5 millisecond First Out...

Page 110: ...Alarms have priority over Non Critical can be disabled Standard Relays 2 Relays Software Configurable for Critical or Non Critical Horn Ringback Horn Energized or De Energized Relay Coil selectable in...

Page 111: ...ntrols Yes Yes Yes No Receive Remote Pushbutton Controls Yes Yes Yes No RS 232 485 Option SPT Yes Yes Yes Yes Ethernet Option ETH Yes Yes Yes No Time Stamped Alarms Sequential Events Recording Option...

Page 112: ...t port activity Slow flash Ethernet port activity no serial port activity Fast flash Serial port activity no ethernet port activity Off No activity on either the serial port or the Ethernet port GROUN...

Page 113: ...put Terminals Barrier Terminal Block 6 32 screw Accepts Ring Spade Lug or Bare Wire Wire size 12 22 AWG Pushbutton Switch Input Lamp Synchronization Terminals Barrier Terminal Block 6 32 screw Accepts...

Page 114: ...Vac or 2000 Vdc from Inputs to Case 1200 Vac or 1700 Vdc from Outputs to Case 1400 Vac or 2000 Vdc from Integral AC Power to Case 350 Vac or 500 Vdc from Integral DC Power to Case 350 Vac or 500 Vdc f...

Page 115: ...settings and transfer them to the replacement module If in doubt refer to the module set up instructions in this manual CAUTION Note and record the window positions when removed from the chassis so a...

Page 116: ...ces Use appropriate grounding techniques including wrist and heel straps for personnel 2 Store or transport electronic devices parts or assemblies in conductive bags or bins 3 Only perform repairs at...

Page 117: ...SET LOCKING SEQUENCE CODE ALARM DEVICE NORMAL ALERT ACKNOWLEDGE RETURN TO NORMAL RETURN TO NORMAL ACKNOWLEDGE BEFORE ACK A VISUAL AUDIBLE MANUAL RESET LOCKING SEQUENCE CODE ALARM DEVICE NORMAL ALERT A...

Page 118: ...T INITIAL NEXT RESET FFAM2 VISUAL RIS AUDIBLE FIRST OUT TRIPLE FLASH FIRST OUT RESET SEQUENCE CODE ALARM DEVICE NORMAL ALERT ACKNOWLEDGE RETURN TO NORMAL RETURN TO NORMAL BEFORE ACK ACKNOWLEDGE FIRST...

Page 119: ...distinctly different ringback audible can be provided in most cases RINGBACK DUAL LAMP LOCK IN UNTIL ACKNOWLEDGED 2 WINDOWS PER POINT SEQUENCE CODE ALARM DEVICE NORMAL ALERT ACKNOWLEDGE RETURN TO NOR...

Page 120: ...TURN TO NORMAL AND ACK RETURN TO NORMAL INITIAL NEXT INITIAL RESET INITIAL NEXT RESET F2A VISUAL FAST SLOW SLOW AUDIBLE For intermixed sequences specify IMO order code LEGEND LAMP OFF LAMP FLASHING LA...

Page 121: ...with three distinct data formats point mode alarm state mode and AN3135 mode The latter is designed to be compatible with existing AN 3100C Modbus installations All these formats are embedded within M...

Page 122: ...ow Word Bit15 bit12 Bit11 bit8 Bit7 bit4 Bit3 Bit0 1 AP 04 AP 01 60 AP 240 AP 237 Point Mode The system can present or accept transmit or receive raw field input point data plus alarm controls Single...

Page 123: ...de above is that the AN3135 mode is restricted to 64 points The data layout for a sample system configured for point data will be as below Word Bit15 Bit6 Bit 5 Bit4 Bit3 Bit2 Bit1 Bit0 1 AP 16 AP 01...

Page 124: ...w Event Data 41001 1st Event Year 0 99 high byte Month 1 12 low byte 41002 Day of month 1 31 high byte Hours 0 23 low byte 41003 Minutes 0 59 high byte Seconds 0 59 low byte 41004 Milliseconds 0 999 t...

Page 125: ...lding output Registers 06 16 03 60000 Extended Memory Supported in the AN 3100D Default Values Designation Options Default Comments Modbus Address 0 255 01 Receive Start Address 40001 49999 40001 Regi...

Page 126: ......

Page 127: ...t DNP Levels Supported the complete list is described in the attached table For static non change event object requests request qualifier codes 00 and 01 start stop and 17 and 28 index are supported i...

Page 128: ...O ACK Never Count 1 Never Pulse On Never Pulse Off Never Latch On Never Latch Off Never Queue Never Clear Queue Never Reports Binary Input Change Events when no specific variation requested Never Repo...

Page 129: ...ect 12 variation 2 Index DNP Object Control Code Description Object Numbe r Variation Number 00 10 02 LON LOFF Reset Pushbutton 01 10 02 LON LOFF Acknowledge Pushbutton For proper pushbutton operation...

Page 130: ...00 Point 7 Digital Contact Alarm 07 01 00 Point 8 Digital Contact Alarm 08 01 00 Point 9 Digital Contact Alarm 09 01 00 Point 10 Digital Contact Alarm 10 01 00 Point 11 Digital Contact Alarm 196 01 0...

Page 131: ......

Page 132: ...e time and sync state data are supplied No legend facilities are provided There is no requirement for hardware control lines RTS CTS or ACK signals The output format is as follows Point ddd S hh mm ss...

Page 133: ...typically printed on clear transparency film which is provided with the Annunciator There is an option to engrave these legends directly on the window Option E For printing of legends on the transpar...

Page 134: ...GRAVED LEGEND CONFIGURATON TWO DIVIDERS USED TO SUPPORT TOUCHPAD PRINTED LEGEND WHITE WINDOW CONFIGURATION FIGURE 1 A MEMBRANE TOUCHPAD TOUCHPAD SUPPORT FIG 1A THESE THREE ITEMS ARE USED TOGETHER FOR...

Page 135: ...s list will take precedence MAIN OFFICE AMETEK Power Instruments Rochester 255 North Union St Rochester NY 14605 DEPARTMENT PRODUCT LINE TELEPHONE FAX MAIN PHONE 585 263 7700 585 262 4777 FIELD SERVIC...

Page 136: ......

Page 137: ...on Attention Repair Department AMETEK Power Instruments 255 North Union Street Rochester New York 14605 USA Tel 888 222 6282 Fax 585 238 4945 Your emergency equipment will be tested repaired and inspe...

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