Related Manuals for Ametek 90B Series
Summary of Contents for Ametek 90B Series
- Page 1 SERIES 90B Installation and Configuration Manual Publication 1088-367 Rev. D Nov 2014 AMETEK POWER Instruments Tel: (800) 881-4156 255 N. Union Street Fax: (585) 238-4945 Rochester, New York 14605 Web: www.ametekpower.com...
- Page 3 THOROUGHLY READ AND UNDERSTAND THE SAFETY SECTION BEFORE ATTEMPTING 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 DEFAULT SETTINGS ARE INDICATED IN THIS MANUAL TO...
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Page 5: Table Of Contents
Table of Contents SCOPE ............................. 1 PRODUCT OVERVIEW ......................1 SAFETY ..........................1 ........................1 ONSTRUCTION ..........................1 YSTEM RONT ..........................1 YSTEM ............................2 ODULE ..............................2 SSEMBLY ......................... 3 ODULE ONFIGURATIONS ............................ 3 NNUNCIATOR INDOWS .................. 4 NNUNCIATOR ODEL EFINITION SYSTEM CONFIGURATION AND SET-UP ................7 .................... - Page 6 120/230 VAC & 125VDC I ....................41 NPUT OWER ........................41 IELD ONTACT OLTAGE ......................42 OWER EQUIREMENTS : ........................42 XTERNAL SUPPLY : ......................... 42 NTEGRAL SUPPLY ........................43 NTEGRAL OWER UPPLY 125VDC 120/230 VAC I ..................44 NTEGRAL OWER UPPLY 125VDC...
- Page 7 ............................97 ECHANICAL ......................97 ONNECTIONS TERMINATIONS ............................97 NVIRONMENT ............................98 LECTRICAL ...........................98 ERTIFICATIONS SERVICING ..........................99 ........................ 99 ODULE EMOVAL ESD ........................... 100 APPENDIX A ........................101 ....................101 PERATIONAL EQUENCES LN ..............................101 AO ..............................101 AONL ..............................101 AF ..............................101 AFNL ..............................102 FR ..............................102 AM ..............................102 FRM ..............................102 AS ..............................103...
- Page 8 WEB B ......................121 ROWSER AVIGATION ......................122 CTIVE LARMS ........................ 123 VENT .......................... 124 VENT ESCRIPTOR ) ........................125 OWNLOAD ) ..................125 RASE THE LOG ONLY FOR ADMINISTRATORS ........................... 125 RINT VENTS ......................125 AXIMUM EVENTS TO RETRIEVE ......................
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Page 9: Scope
COPE This manual describes the installation and configuration of the SERIES 90B annunciator system. This includes operation of its associated configuration software. Glossary of Terms Cell: Refers to a single module housing that can accommodate several boards. An Annunciator that is 3 rows high by 4 columns wide consists of 12 Cells. -
Page 11: Product Overview
For FM option (pending) (refer to option codes), the required door may be supplied by Ametek, a panel shop or the customer. The door must meet the FM standard for requiring a tool to open or remove the door to allow access to the front of the Annunciator Also, 120/230VAC &... - Page 12 If the unit is not installed and operated as specified, the protection provided by the unit may be impaired. Before start-up, it is important to ensure that: 1. The unit can be switched off by a switch, or a circuit breaker, clearly marked as the disconnecting device for the unit.
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Page 13: Construction
ONSTRUCTION The SERIES 90B is a modular design constructed from a matrix of cells up to 13 high by 13 wide. The cells can be configured for 1, 2, 3 or 4 points per cell. Each cell provides front access to the electronics and all wiring connections are made to the rear of the unit. -
Page 14: Module Cell
Module Cell The Annunciator is a modular construction made from individual cells, allowing any size high or wide up to 13. All cards are removable from the front of the unit, after removing the window or pushbutton assembly. Cell Assembly Item Part Item #... -
Page 15: Module Cell Configurations
Module Cell Configurations Note: Slot 5 of the I/O cell is also used for a row to row interconnect board (item #10 on cell assembly figure), which is installed for every row of the Annunciator. When installed; no other card or power 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. -
Page 16: Annunciator Model Code Definition
NNUNCIATOR ODEL EFINITION 90B Model Number 90B- ______ ______ _____ _____ _____ _____ _____ Item 1 Item 2 Item 3 Item 4 Item 5 Item 6 Item 7 Mounting # of Cells # of Cells Common Window Active Window Options High Wide Service... - Page 17 Transmit Alarms. (FCV) Can be used with Serial port Field Contact Voltage internally supplied by (Option SPT), and Ethernet (Option AMETEK, with common system-wide FCV ETH) return. Serial ASCII Data Output of Time *For System Input Power Voltages of Stamped Alarms Used with the 120/230VAC or 125VDC.
- Page 18 Item 15 Options (continued) Serial Printer used for Time Stamped Alarms (Used with SER option [time stamped alarms] and SD option [serial data output]. Modbus, DNP and Ethernet are not available when selecting this.) Ground Fault Detector (internally mounted) For 24, 48, 125VDC Field Contact Voltage (options X, D, XC, DC, Additional Two CSM Common Relays...
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Page 19: System Configuration And Set-Up
YSTEM ONFIGURATION AND The SERIES 90B Annunciator is already factory configured per the model number. Most of the configuration of the system is made using software, however some settings such as relay contact arrangement (Form A or Form B) needs to be configured by the user. The default configurations are specified below: Item Default... -
Page 20: Hardware Configuration
ARDWARE ONFIGURATION I/O Modules Each Input/Output (I/O) module can accept up to two field contact inputs, with field contact voltage (FCV) provided either internally by the Annunciator or externally by the customer. Each input includes optical coupler isolation and can be selected for Normally Open (N/O) or Normally Closed (N/C) Field Contact Inputs through the software configuration or module jumpers. -
Page 21: Field Contact Voltage (Fcv)
Field Contact Voltage (FCV) Refer to Table-1 Module Types above to determine the type of FCV configuration installed. I/O modules support Field Contact Voltages with a range of 24 through 125Vdc with no need for configuration jumpers. The Field Contact Voltage can be selected as Common throughout the whole system or Isolated from input to input. -
Page 22: I/O Module Configuration
I/O Module Configuration J1, 2 (1087-xxx modules with auto range FCV) Isolated/Common FCV P5, 6 NO / NC Inputs P2, 3, 4 Relay Output SW1 Address Jumpers Selection (Configured at Factory) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 23: I/O Address
I/O Address Each I/O Module requires an address in order for communications to the CSM module. The Address settings are required for configuring any per point parameters and for mapping of serial communications. There are two versions of input modules using different methods of setting the address. -
Page 24: Display Module
Display Module The Display Module provides the LED indication for up to 4 window sizes (Full Size, Half, Third and Quad). Each display module plugs into one or two I/O cards, depending on the window size and input quantities. There are several variations of display modules as noted by the window size in the model number: Version Window Size, Configuration... -
Page 25: Common Service Modules
Common Service Modules The Common Service Module (CSM) is typically located in the lower right cell of the Annunciator System in card slot 1. It is used to provide common alarm outputs, perform flashing per selectable ISA Sequences and coordinate the pushbutton controls. -
Page 26: Common Service Pushbutton Assemblies
Common Service Pushbutton Assemblies The Common Service Module can be provided with Integral Pushbuttons (Option INTB or LPPB) or no integral pushbuttons (Option NPB). In all cases, external pushbuttons can be connected to the rear of the unit. Option INTB uses pushbuttons on the lower right Common Service Cell and Option LPPB has pushbuttons mounted on the Annunciator bezel which frees up the lower right Common Service cell for a one or two point window. -
Page 27: Serial/Ethernet Communication Module
Serial/Ethernet Communication Module The optional Serial/Ethernet Communication Module can be equipped for Serial, Ethernet or both simultaneously for dual or redundant communications. The Serial Communications (Option SPT) provides RS-232/485 serial data using Modbus, DNP or ASCII protocols. The Modbus protocol can be configured as Modbus RTU or Modbus ASCII and supports operation as a Master or Slave device. -
Page 28: Carrier Card
Carrier card Flash Sync Jumpers (SW1) MASTER: Close SW1-4, open SW1-1, -2, and-3 SLAVE: Close SW1-1, open SW1-2, -3, and -4 Communications card: There is one hardware setting on the carrier card for flash sync master/slave. Only one unit should be set as a master for the flash sync function. This function is set via SW1. Master: SW1-1 on, SW1-2, SW1-3, and SW1-4 off Slave:... -
Page 29: Ground Fault Detector Module
Ground Fault Detector Module The optional Ground Fault Detector Module can be installed in Card Slot 5 of any cell that does not contain an Integral Power Supply or IRIG-B Module. It can be calibrated for sensitivity via the front. The Ground Fault Detector has jumpers selectable for the Field Contact Voltage used within the system. -
Page 30: Field Contact Voltage Supply Modules
Field Contact Voltage Supply Modules Several Integral FCV Supply Modules are available depending on the system input power and field contact voltage selection. There are no configurable jumpers on these modules. Refer to the power connection in this manual for the power supply images. -
Page 31: Installation
NSTALLATION OUNTING The system is designed for Panel Mounting and 19” Rack Mounting, Other mounting methods such as NEMA Enclosures and Surface or Wall Mounting will have additional details and drawings provided by the factory. Caution must be exercised when installing this, or any other type of equipment into racks or panels. - Page 32 Example: A 3H x 4W Annunciator has a cut-out height of 11.0 and a cut-out width of 14.47. Annunciator Depth Inches (Behind Panel) Maximum depth w/out rear cover 6.75 Maximum depth w/ rear cover 10.00 Minimum mounting panel thickness: 18 GA Galvanneal, 0.072 inches, 1.83 mm. For system installation perform the following steps: Mark cutout dimensions on the surface where the annunciator is to be mounted, keeping in mind that the assembly may rest on the sill of the...
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Page 33: 19" Rack Mounting (Option Rk)
19” Rack Mounting (option RK) The dimensions given in the tables below refer to the height of the 19” Rack based on the number of Cells High. In all configurations, the Annunciator will be 5 cells wide to maintain the 19” rack width. Dimensions shown are in inches (mm) # of Cells High Overall Rack Height... -
Page 34: Nema Enclosure (Option N4, N4Pb)
Nema Enclosure (option N4, N4PB) The dimensions given in the chart below are for both options (N4, N4PB). Only the N4 is shown. Both options may also include a horn mounted on the face of the door. The Annunciator is mounted on a swing frame behind the door and is viewed through a window installed in the door. -
Page 35: Surface (Wall) Mounting (Option S)
Surface (Wall) Mounting (option S) Mounting to a wall or other surface. The annunciator is hinged on one side to allow access to the terminal blocks in the rear of the unit. The hinge may be moved to the right side of the annunciator by removing the brackets, rotating them and re –mounting them to the opposites side(s). - Page 36 Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL...
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Page 37: Weather Tight Nema Front Cover (Option Ncb, Nct)
Weather Tight NEMA front Cover (option NCB, NCT) This option provides for a NEMA rated front cover for the panel-mounted option, it consists of a swing frame and a weather tight door. Two options are available; the NCB option uses ¼ bolts to secure the door to the panel; the NCT option has a T-Handle for securing the door. - Page 38 # OF CELLS # OF CELLS DIM A DIM B DIM C DIM D DIM E DIM F HIGH WIDE 8.38 11.84 7.38 10.84 4.00 7.47 8.38 15.31 7.38 14.31 4.00 10.94 8.38 18.78 7.38 17.78 4.00 14.41 8.38 22.25 7.38 21.25 4.00...
- Page 39 # OF CELLS # OF CELLS DIM A DIM B DIM C DIM D DIM E DIM F HIGH WIDE 18.78 11.84 17.78 10.84 14.41 7.47 18.78 15.31 17.78 14.31 14.41 10.94 18.78 18.78 17.78 17.78 14.41 14.41 18.78 22.25 17.78 21.25 14.41...
- Page 40 # OF CELLS # OF CELLS DIM A DIM B DIM C DIM D DIM E DIM F HIGH WIDE 39.59 15.31 38.59 14.31 35.22 10.94 39.59 18.78 38.59 17.78 35.22 14.41 39.59 22.25 38.59 21.25 35.22 17.88 39.59 25.72 38.59 24.72 35.22...
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Page 41: External Power Supply Mounting
External Power Supply Mounting An external Power Supply is 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 Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 42: Wiring
IRING All wiring connections are made to the rear of the unit using barrier style terminal blocks. All Field Contact Inputs, Relay Outputs and Power Connections are made to Terminal Blocks that have a #6 screw, which will accept a solid or stranded wire from 12-22 AWG, with or without ring &... -
Page 43: Isolated Field Contact Voltage
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 shown on the drawings as well. Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 44: Input / Relay Wiring For Full Size Windows (Using One I/O Card)
Input / Relay Wiring for Full Size Windows (using one I/O Card) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 45: Input/Relay Wiring For Half Size Windows (Using One I/O Card)
Input/Relay Wiring For Half Size Windows (using one I/O Card) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 46: Input/Relay Wiring For Half Size Windows (Using One I/O Card)
Input/Relay Wiring For Half Size Windows (using one I/O Card) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 47: Input Wiring With Half Size Windows ( Using Two I/O Cards )
Input Wiring with Half Size Windows (using two I/O Cards) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 48: Repeat Relay Wiring For Half Size Windows (Using Two I/O Cards)
Repeat Relay Wiring for Half Size Windows (using two I/O Cards) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... - Page 49 Input/Relay Wiring for Third Size Windows (using two I/O Cards) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL...
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Page 50: Input/Relay Wiring For Quad Size Windows (Using Two I/O Cards)
Input/Relay Wiring for Quad Size Windows (using two I/O Cards) Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 51: Common Service Cell Wiring (With Integral Pushbuttons)
Common Service Cell Wiring (with Integral Pushbuttons) NOTE: When wiring an external horn or other audible device to the CSM output relays, it is recommended that the interconnect wires be physically isolated from any other input or output wiring. Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 52: Common Service Wiring (With I/O Modules)
Common Service Wiring (with I/O Modules) Option Code LPPB and NPB NOTE: When wiring an external horn or other audible device to the CSM output relays, it is recommended that the interconnect wires be physically isolated from any other input or output wiring. Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 53: Onnecting Ower
ONNECTING OWER The SERIES 90B Annunciator operates from a selection of AC and DC Voltages. The Annunciator uses Power Supplies to provide the necessary 5VDC Logic and LED Power. If the Field Contact Voltage (FCV) needs to be provided from the Annunciator, separate FCV Supplies are provided. For 24 and 48 VDC Input Power, an Integral Power Supply will always be used. -
Page 54: Power Requirements
OWER EQUIREMENTS External AC supply: (Watts @ Annunciator power input per point) Annunciator Window I/O Cards with I/O Cards with no Size Repeat Relays Repeat Relays Full (1 per Cell) Half (2 per Cell) Third (3 per Cell) Quad (4 per Cell) Field Contact Voltage (FCV): 1.8 mA / point (nominal) Integral AC supply:... -
Page 55: Integral Power Supply
Integral Power Supply The Integral Power Supply is installed in slot 5 of the I/O or CSM Cell depending on the configuration and input power required. The Integral Power Supply provides a 5VDC output used for the Annunciator Logic and LED’s. There are three different types of Integral Power Supplies available: 24VDC 48VDC... -
Page 56: 125Vdc Or 120/230 Vac Integral Power Supply
125VDC or 120/230 VAC Integral Power Supply This universal integral power supply will accept either AC or DC inputs (not simultaneously) and provides a 5VDC output. Quantity of Inputs per Integral Power Supply I/O Cards with Repeat I/O Cards with no Repeat Annunciator Window Size Relays Relays... -
Page 57: 125Vdc Or 120/230Vac Integral Field Contact Voltage (Fcv) Supply
125VDC or 120/230VAC Integral Field Contact Voltage (FCV) Supply The Integral FCV Supply is installed in slot 5 of the I/O Cell. This FCV supply will allow either AC or DC inputs (not simultaneously) and provides a 24VDC or 125VDC output. Quantity of Inputs per FCV Supply Field Contact Number of... -
Page 58: 120/230 Vac And 125 Vdc Integral Power Supply Wiring
120/230 VAC and 125 VDC Integral Power Supply Wiring Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 59: 24Vdc Integral Power / Fcv Supply
24VDC Integral Power / FCV Supply This integral power supply is used for 24VDC Power Inputs or whenever external AC/DC power supplies are provided. The 24VDC input is converted to a 5VDC output. An FCV Supply can be added to this integral power supply for systems requiring 125VDC FCV. -
Page 60: 48Vdc Integral Power Supply
48VDC Integral Power Supply This integral power supply is used for 48VDC Power Inputs. The 48VDC input is converted to a 5VDC output. Quantity of Inputs per Integral Power Supply Annunciator Window I/O Cards with I/O Cards with no Size Repeat Relays Repeat Relays Full... -
Page 61: And 48 Vdc Integral Ower Upply Iring
24 and 48 VDC Integral Power Supply Wiring Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 62: External Power Supply
External Power Supply For larger systems, an external power supply can be used for 120/230 VAC or 125VDC Input Power. In either case, the external power supply has a 24VDC output used to connect to the Integral 24VDC Supply. The quantity of Integral 24VDC Supplies required is shown in the chart below. - Page 63 125 VDC External Power Supply Wiring Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL...
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Page 64: 120/230 Vac External Power Supply Wiring
120/230 VAC External Power Supply Wiring Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 65: Software Configuration
64Mbytes RAM 20Gbytes hard disk Insert the AMETEK SERIES 90B Configuration CD in the CD-ROM drive. This will automatically start the installation process. If this does not happen choose ‘Run’ from the ‘Start’ menu then browse to the CD-ROM drive and click on ‘Autorun.exe’. -
Page 66: Software Configuration Instructions
OFTWARE ONFIGURATION NSTRUCTIONS This is an overview of the configuration steps required for editing or creating an Annunciator configuration. Refer to the next section for additional detail on the menu selections. Reviewing or editing the Factory Configuration All Annunciators are factory configured per the model number. Some of these selections, such as Alarm Sequence can be changed with the configuration software. -
Page 67: Creating A New Configuration
9. When finished making any changes, select save and enter the file name if prompted. Select Connections, Configuration, Write Configuration. When it is complete, select Connection, Disconnect. Press the TEST pushbutton to verify that everything is functioning correctly. Creating a new Configuration New configurations may be created both on-line (connected to an Annunciator) or off-line. -
Page 68: Software Configuration Menus
OFTWARE ONFIGURATION ENUS Main menu overview The main application window comprises of five main menus, File, Options, View, Connections and Help. These appear at the top of the screen above the application toolbar, which provides quick access to the main functions of the program. -
Page 69: File
File In the File menu you will find the following menu options: Clicking on this will create and open a new configuration. As only one configuration can be open at a time, any previous configuration that is open will be closed. You will be prompted to save any changes before the configuration is closed. - Page 70 want to overwrite the old version. Create Duplicate This will create and open a new configuration file; the parameters will be copied from the active (open) configuration and not set to defaults. This allows the same configuration settings to be downloaded to two annunciators. Print This allows you to print the configuration in a text form so that you can see all the parameters.
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Page 71: Options
Options Preferences In the preferences menu you can change the color setup of the whole application, and tell the program how you want the wizard to behave. View Configuration This is a textual overview of the complete configuration. Upgrade This menu option will allow you to add extra functionality to your annunciator and the configurator. -
Page 72: View Configuration (Text)
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 Power Instruments with your annunciator serial number that you will find in the Upgrade dialog. You will be given a unique key, which you must type into the box (shown above) and then click upgrade. - Page 73 Note: To successfully obtain the serial number of the annunciator you must have uploaded the configuration at least once. If the configuration has never been uploaded to an annunciator you will get the following message where your serial ID should be. "This configuration has not been uploaded to an annunciator."...
- Page 74 Write Configuration This will copy the active configuration to the annunciator. It is recommended that you save any configuration changes before writing to the annunciator. Note: When a configuration is written to an annunciator the file is, from then on associated with that specific annunciator.
- Page 75 Connect Status This option can be used when connected to retrieve the serial ID, the Hardware version and the system description. When nothing is connected the menu option is disabled. This can be used as an indicator to a successful connection. Configuration Mismatch When you connect to an annunciator the program checks to see if the active file was the last configuration to be downloaded to the annunciator, if this is not the...
- Page 76 Serial ID Mismatch A serial ID mismatch occurs when you try to upload a configuration that has already been uploaded to another annunciator. When you upload a configuration, a note is kept of which annunciator it "belongs to". Every time you connect to an annunciator the stored serial ID is checked to make sure that it matches the annunciator you are connected to.
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Page 77: Configuration Wizard
Configuration Wizard The configuration of an SERIES 90B is defined in a number of sections, which are displayed on separate pages. The pages may be selected by clicking on the labeled tabs at the top of each page. When a system is configured for the first time the ‘Next >>’... -
Page 78: System
System The hardware configuration is defined in this page. The values must match the actual size of the SERIES 90B. A mimic diagram of the annunciator is shown on the left hand side. The blank section on the bottom right of the annunciator is the Common Service Module (CSM). - Page 79 Rows and Columns of Modules Use the up or down arrows to the right of each value to set the actual number of modules. The AN3200 annunciators are limited to 13 rows or 13 columns and a maximum of 200 alarms or 50 Cells. (Example: a 13 x 4 system is not allowed, but a 5 x 10 is.) Alarm points per module There may be 1, 2 or 4 points per module as determined by your window size.
- Page 80 Single Input I/O board (Option 2S) This is selected whenever window size option 2S (two point windows with single input per I/O board) is selected. The standard I/O board has two inputs available, but in certain configurations, as listed above, it is necessary to only activate a single input on this module.
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Page 81: Input Configuration
Input Configuration The configuration of each alarm input is defined in this page. To simplify this procedure a number of similar inputs may be selected at the same time and common parameters set. An individual input is selected by clicking on it. The input will change color when selected. - Page 82 Relay Mode (optional) If the repeat relay option has been included with your system, you may select the Relay Mode for each input as follows:- Follows Input Contact – Normally Energized The repeat relay will follow the status of the field contact, regardless of the pushbuttons pressed.
- Page 83 Latched Alarm till Reset – Normally De-Energized The repeat relay will change state during an alarm and latch on until the reset pushbutton is pressed, which returns the relay to the normal state. In this mode, the relay coil is de-energized in the normal (non-alarm) state. Follows Lamp Display –...
- Page 84 implies that some other serial device is providing the status of the alarm and the Annunciator will respond as if it were a field contact input. You may choose combinations of transmit and receive, but a single input cannot do both. You may also set up an input as receive while providing a hard-wired contact input to the same point.
- Page 85 Lamp Configuration The lamp flash rates are defined in this page. The operational sequence chosen determines whether a slow, fast or intermittent flash rate is used. For example; Sequence F3A uses all three rates while Sequence A uses only the slow flash rate.
- Page 86 Sequence The alarm sequence for each input group is defined in this page. The Input Configuration page was used to indicate which of the four available groups was assigned to each input. This page identifies the sequence chosen for each group.
- Page 87 CSM (Common Service Module) The functions of the CSM are defined in this page. Common Relay There are 2 relays in the CSM and an additional 2 can be provided with option RLY. Each relay mode may be defined as either Energized or De-Energized, with respect to the power on, normal state.
- Page 88 Critical Reflash Grouped output driven by any alarm selected as critical. Upon a critical alarm, the relay output changes state. Every new critical alarm will pulse the relay output for approximately ½ second. The relay output will return to its normal state when all critical alarms have returned to normal. Non-Critical Reflash Grouped output driven by any alarm selected as non- critical.
- Page 89 Enable Internal Horn (Option HN) When selected, this will activate the internal audible device upon any non-critical or critical horn condition. Internal Horn Silence (option AS) The internal horn (option HN) may be automatically silenced after a fixed time. To do this use the up and down arrows to the right of the value box to set the required time.
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Page 90: Switch Inputs
Switch Inputs This screen is used to set up the optional External Switch Inputs (Option SW). The External Switch Inputs provide several inhibit functions that are commonly used when the system is left in an ‘in-manned state’ and there is no need to flash alarms or sound horns. -
Page 91: Test Configuration
Inhibit all CSM Relay Outputs If selected, whenever the switch is closed, all CSM Repeat Relay Outputs (Horns, Reflash and Fault) will be disabled. If the operational sequence chosen latches the alarm (A, M, etc.), any alarms that occurred while the inhibit switch was enabled as well as any current alarms will operate as soon as the switch returns to the ‘off’... -
Page 92: Ascii
ASCII The only setting required for ASCII Protocol is to enable the Serial Comms Port. Settings for Serial Port (Option SPT) Note: The Serial Comms Port selection must be one of; ASCII, Modbus, or DNP. Turning on ASCII Serial Comms turns off Modbus and DNP Serial Comms Parity The parity for the serial communications may be selected from:- None... - Page 93 The configuration application will always use the baud rate defined for the SERIES 90B. If the baud rate is changed it will not take effect until the current configuration session is complete. Port Control The ASCII port may be selected from: RS-232 RS-485 In addition the RS-485 termination may be enabled...
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Page 94: Modbus
Modbus Default values of the Modbus settings are given in Appendix B The Modbus settings consist of setting up the Ethernet or Serial Port Option and the Modbus Transmission modes. Settings for Ethernet (Option ETH) Local IP Address This is the static IP address to be assigned to the annunciator so that it can be located on a network. -
Page 95: Settings For Serial Port (Option Spt)
Default Gateway Please contact your network administrator to find out whether you need to set a gateway to successfully connect to your network. Port Address Select the Port Address of the host system on the network. If you are not going to be using Modbus over ethernet set the Port Address to 0 (disabled) to prevent a communications fault, which could cause a false watchdog trip, and a false REMOTE COMM LED indication. -
Page 96: Common Modbus Settings
In addition the RS-485 termination may be enabled The configuration application will always use the baud rate defined for the SERIES 90B. If the baud rate is changed it will not take effect until the current configuration session is complete. Common Modbus Settings Modbus Address In master mode, this is the address of the slave annunciator that the master will... - Page 97 Data Type The Modbus Data Type may be selected from:- AN3135 Style Point Point State State must be selected. Reference Appendix B for a complete description of these Data Types. Transmit Controls If this option is selected, Acknowledge and Reset Pushbutton controls will be transmitted along with point data.
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Page 98: Dnp3.0
DNP3.0 The DNP settings consist of setting up the Ethernet or Serial Port Option and the Modbus Transmission modes. Settings for Ethernet (Option ETH) Local IP Address This is the static IP address to be assigned to the annunciator so that it can be located on a network. -
Page 99: Settings For Serial Port (Option Spt)
Please contact your network administrator to find out whether you need to set a gateway to successfully connect to your network. Port Address Select the Port Address of the host system on the network. If you are not going to be using DNP over ethernet set the Port Address to 0 (disabled) to prevent a communications fault, which could cause a false watchdog trip, and a false REMOTE COMM LED indication. -
Page 100: Common Dnp Configuration Settings
configuration session is complete. Common DNP Configuration Settings IED Address This is a number used to identify the recorder on the network (range 1 - 65534). Transmission delay This is the time to disable the master transmitter on an RS485 network (range 0 - 65535) (not currently used). - Page 101 Quick Access Toolbar Hot Keys Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL...
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Page 103: System Specifications
YSTEM PECIFICATIONS Inputs Field Contacts Normally Open (N.O.) or Normally Closed (N.C.) Input selection through Software or Field Selectable Jumper Wet (voltage supplied) or dry (voltage free) contacts Field Contact Voltage (FCV) Common FCV or FCV Isolated Input to Input (Jumper Selectable) 12, 24, 48, 125 VDC, 120 VAC or 24VDC open collector Input Current Requirement: 0.0018 mA per input FCV Disconnect for an alarm when the I/O Module is removed (other alarms... -
Page 104: Repeat Relay Outputs
Repeat Relay Outputs Repeat Relay Option RR Individual relay per point Follows field contact or alarm sequence, selectable in Software Energized or de-energized Relay Coil, selectable in Software Form A or Form B (N.O. or N.C.) Contact, selectable by Jumper -Available with all window sizes Repeat Relay Option 2RR Two repeat relays per point... -
Page 105: Alarm Sequence
Alarm Sequence Sequence Selections Standard ISA Sequences: A, A4, A4-5-6, M, F1A, F2A, F2M, F3A, F3M, FFAM2, R, R-12 Dual Color Sequences: F3C, RC, R-12C Up to 4 Sequences per 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... -
Page 106: Controls
Controls Pushbuttons Integral Pushbutton Option (INTB, LPPB): Test, Acknowledge, Silence and Reset (4) External Pushbutton Inputs: Test, Acknowledge, Silence and Reset 5VDC @0.002 mA per Pushbutton (provided by Annunciator) Switch Input (Option SW) Software configurable for: Inhibit of LED Lamps, Horn, Repeat Relay Outputs or CSM Common Relay Outputs 5VDC @0.002 mA (provided by Annunciator) System Relays... -
Page 107: Communications
Communications Communication Ports Option RS-232/485 Ethernet Serial Port Port SPT-ETH Communication Protocol Options Option SIM Option MB Option DNP Option SD Modbus Modbus DNP Output Serial ASCII Function Input Only Input & Output Output Transmit Alarm Status via Time Serial Data stamped... -
Page 108: Indicators
Indicators SYSTEM STATUS This Green LED is on when the Common Service Module (CSM) is operating properly LED FAIL This Red LED will light when a defective lamp is detected REMOTE COMM This Green LED will indicate the status of the communications ports On steady: Both serial and ethernet port activity Slow flash: Ethernet port activity, no serial port activity Fast flash: Serial port activity, no ethernet port activity... -
Page 109: Mechanical
Mechanical Enclosures: Semi-flush Panel Mount, 19” Rack Mount, Surface (wall) mount, NEMA Enclosures Size: Depends on Annunciator Configuration (# of cells high x wide) Weight: 1.5 LB per cell (0.8kg per cell) Connections / terminations Field Contact Input, Relay Output, Power Input Terminals -Barrier Terminal Block, #6-32 screw. -
Page 110: Electrical
Pending Pending Requires FM option (refer to option codes). The required door may be supplied by Ametek, a panel shop or the customer. The door must meet the FM standard for requiring a tool to open or remove the door to allow access to the front of the Annunciator. -
Page 111: Servicing
ERVICING Ensure that the power supply to the unit is switched off before servicing. ODULE EMOVAL When removing a module for replacement or configuration, it is best to shut off the power to prevent any false alarms or electric shock. When replacing any board, note the jumper settings and transfer them to the replacement module. -
Page 112: Esd
ESD (Electrostatic Discharge) can damage sensitive electronics when they are being handled or touched. The Annunciator has been protected against certain levels of ESD when touching the outside case or terminals. The internal electronics may be susceptible to ESD when handled, so proper care should be given to any exposed electronics or circuit boards. -
Page 113: Perational Equences
APPENDIX A PERATIONAL EQUENCES The following are summary sequence descriptions provided for guidance. AUTO RESET, NON LOCKING STATUS ONLY INDICATION, NO AUDIBLE SEQUENCE ALARM RETURN TO NORMAL ALARM CODE DEVICE NORMAL VISUAL AUDIBLE AUTO RESET, LOCKING, NO FLASH SEQUENCE ALARM RETURN TO RETURN TO NORMAL... -
Page 114: Afnl
AUTO RESET, NON-LOCKING ALARM RETURN TO SEQUENCE CODE NORMAL ALARM ACKNOWLEDGE RETURN TO NORMAL. DEVICE NORMAL BEFORE ACK VISUAL AFNL AUDIBLE ISA-A-4 AUTO RESET, LOCKING, WITH FLASH RESET SEQUENCE ALARM RETURN TO RETURN TO NORMAL ALARM ACKNOWLEDGE FLASH RESET ACKNOWLEDGE FLASH RESET CODE DEVICE... -
Page 115: Asfr
FIRST OUT, FAST FLASH, LOCKING, AUTORESET SEQUENCE ALARM RETURN TO NORMAL NORMAL ALARM ACKNOWLEDGE RETURN TO NORMAL ACKNOWLEDGE CODE DEVICE BEFORE ACK. INITIAL NEXT INITIAL NEXT INITIAL NEXT INITIAL NEXT INITIAL NEXT VISUAL FAST FAST ISA-F1-A AUDIBLE FIRST OUT, FAST FLASH, LOCKING, AUTORESET WITH SILENCE ALARM RETURN TO RETURN TO NORMAL... -
Page 116: Tfsfrm
FIRST OUT, TRIPLE FLASH, FIRST OUT RESET, RESET ACKNOWLEDGE ALARM SEQUENCE CODE NORMAL ALARM SILENCE FIRST OUT RESET RETURN TO NORMAL RESET DEVICE (FLASH RESET) INITIAL NEXT INITIAL NEXT INITIAL NEXT INITIAL NEXT INITIAL NEXT RESET VISUAL TFSFR INT. FAST FAST INT. -
Page 117: Vsrr
FIRST OUT, SINGLE FLASH DUAL COLOR WITH FIRST OUT RESET SEQUENCE ALARM FIRST OUT NORMAL ALARM ACKNOWLEDGE RETURN TO NORMAL CODE DEVICE RESET INITIAL NEXT INITIAL NEXT INITIAL NEXT RESET VISUAL LAMP 1 LAMP 2 LAMP 1 LAMP 2 LAMP 1 LAMP 2 AUDIBLE Dual Lamp Sequences use only one input on each input card for a maximum of 2 alarms per window cell. -
Page 118: Modbus Data Formats
The Modbus functions are enabled by a software switch and require a key to enable them, which is supplied by AMETEK. This may be done prior to delivery or retrofitted to installed systems. Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 119: Point Mode
Point Mode The system can present or accept (transmit or receive) raw field input point data plus alarm controls. Single and multiple register writes are supported. Data is again presented in a 16 bit register format. The last word of a transfer of input data may optionally contain control data. -
Page 120: An3135 Mode
AN3135 Mode The system has the capability of mimicking the existing AN-3100C Modbus functionality. The object is to provide a system that is backwards compatible with the existing AN-3135 Modbus Module used on AN-3100C systems. The AN3135 mode is restricted to the default Functions of 03 to read alarm data and 06 and 16 being used to write fault and control data. -
Page 121: Event Data
Event Data Event data may be read in blocks of 10 events at a time. These appear in a block of 60 registers (6 per event) located at the configured Start Address plus 1000 i.e. if the Start Address is set to 40001 then the events appear at 41001- 41060. -
Page 122: Modbus Addresses
Modbus Addresses Conventional addresses are included in the configuration. The input and output functions here are the most commonly used and refer to a system in slave configuration. Conventional Start address Data Input Functions Output Functions 00000 Output Coils 05,15 10000 Discrete Inputs 30000... -
Page 123: Dnp Data Formats
Device Profile Document. EVICE ROFILE OCUMENT DNP V3.0 DEVICE PROFILE DOCUMENT Vendor Name: AMETEK Power Instruments Device Name: AN3200, using the Triangle MicroWorks, Inc. DNP3 Multi-Port Slave Source Code Library Highest DNP Level Supported: Device Function: For Requests: Level 2... -
Page 124: Implementation Table
DNP V3.0 DEVICE PROFILE DOCUMENT Timeouts while waiting for: Data Link Confirm: Configurable. Complete Appl. Fragment: None Application Confirm: Configurable. Complete Appl. Response: None Others: Transmission Delay, configurable Inter-character Timeout, 1 second Need Time Delay, configurable Frozen Counter Change Event Scan Period, Fixed at 1 second Sends/Executes Control Operations: WRITE Binary Outputs Never... -
Page 125: Pushbutton Controls
USHBUTTON ONTROLS Pushbutton activation can be transmitted from the Annunciator via a Binary input to indicate whenever a pushbutton is activated locally at the Annunciator. (Reference the Binary Input Data Map for location of the pushbutton indications.) Pushbutton controls can be sent to the Annunciator using a Control Relay Output block, as detailed below. -
Page 126: Series 90B Data Ap
SERIES 90B D Binary Inputs The Annunciator alarms are presented as binary inputs as shown below. DNP Object Index # Description Object Variation Number Number Point 1 Digital Contact Alarm Point 2 Digital Contact Alarm Point 3 Digital Contact Alarm Point 4 Digital Contact Alarm Point 5 Digital Contact Alarm Point 6 Digital Contact Alarm... -
Page 128: Ascii Output Format
APPENDIX D SCII UTPUT ORMAT A simple printable Ascii event log output is provided. This is designed to drive a serial printer or terminal emulator for logging purposes. Point number, point state, date/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. -
Page 129: Web Option
PPENDIX WEB O PTION The SERIES 90B has a built-in WEB server that can be used with your Web browser client such as Internet Explorer or Firefox for displaying your alarms and unit configuration. Refer to Appendix G for compatibility requirements and browser configuration. Launch your browser and type in your unit’s IP address. - Page 130 The WEB option provides the ability to see alarms and events with timestamps via the WEB Browser display. The WEB Browser display option provides an Active Alarm page and an Event Log page. Active Alarms This web page will display any inputs that are currently in the Alarm State. The alarms are displayed in chronological order and can be color coded to differentiate alarms that have been acknowledged or returned to normal.
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Page 131: Series 90B Home Page
SERIES 90B H Figure E-2 shows the home page with administrator logged in. The top bar of the home page displays the current date/time (in UTC and local time), and latest alarm that is not acknowledged. The check box – Enable 30 second auto-refresh, when checked, will refresh the top portion of the page (blue box) every 30 seconds. -
Page 132: Home Page Editable Fields
windows (Enable WEB-PB) or have the web pushbuttons only control the web page (Disable WEB- PB). In all cases, the pushbuttons pressed on the Annunciator itself or wired to the rear terminals will control the web page as well. Home Page Editable Fields In this section, please refer to the links directly below the top bar. -
Page 133: Web Browser Navigation
The side-bar on the home page contains links to all of the pages for unit access and configuration. The AMETEK AN3200 link on the top always redirects you to the Home Page shown in Figure E-4, similarly to when Refresh is performed on the Browser. -
Page 134: Active Alarms Page
CTIVE LARMS The Active Alarm screen is used as a ‘heads-up display’ for identifying all inputs that are currently in the alarm state along with a timestamp. When equipped with the CR option, the Master SERIES 90B will display alarms from itself as well as every slave SERIES 90B connected to it, in chronological order. -
Page 135: Event Log Page
on the Event Log. VENT The Event log is used to view, sort, filter, print and download all alarms in memory. Each SERIES 90B Logic Card Rack can store up to 40,000 events. An event can be an input going into alarm, returning to normal, diagnostic message and time synchronization status. -
Page 136: Event Descriptor
Event Descriptor The Event Log format consists of a Date and Time of the event, a Descriptor that identifies the type of event, the Station ID and Device ID identifying where the Alarm came from, Point Number for the alarm and Event Description which is configured for every input. Any of these fields can be sorted by selecting the field description. -
Page 137: Download File (. Csv )
Download File (.csv) If you want to save a copy of the events log to your pc, click the ‘Download File (.csv) button. You may see a yellow warning bar across the top of the window. If so, follow the steps in Appendix G to configure your browser. -
Page 138: Event Sorting And Filtering
Event Sorting and Filtering Event Sorting The column headings are active elements, meaning you can click on the column heading to change the sorted order of the events. It works similar to the column headings in Windows explorer. An arrow will appear, next to the heading title, toggling up and down each time you click the heading. -
Page 139: Descriptor Filter
Descriptor Filter: In this dialog box you can set what descriptors you want to display in the event log. Multiple descriptors may be selected. Place a check in the appropriate check box to enable that option. Please refer to the following figure. Figure E-9 Descriptor Dialog Box Point Number(s) Filter: Here you can set which points you want displayed in the events list. -
Page 140: Access Control Configuration
CCESS ONTROL ONFIGURATION Access control is available to Administrators only. As shown in the following figure, the SERIES 90B is equipped with built-in security to prevent unauthorized access to network configuration parameters, firmware upgrades and other critical settings. This page is where the system administrator sets up user passwords and network configuration such as SNMP and Modbus access and port numbers. -
Page 142: Trusted Ips/Hostnames
Trusted IPs/hostnames To add another level of security to your network, select the appropriate checkboxes if you wish to restrict IP/hostnames for either SNMP or Modbus. Once checked, the traffic to the port will be restricted, allowing access to only those addresses/hostnames that you entered into the trusted field. This works like a firewall. -
Page 143: Ntp Option
NTP O PTION The Series 90B has three possible methods for maintaining system time. The three methods (in order of accuracy) are IRIG-B, Network Time Protocol (NTP), and on-board crystal. If IRIG-B and NTP are not available, then the Series 90B will default to using the on-board crystal. If the Ethernet, Web, and NTP options are installed and the Series 90B is connected to a network, then NTP can be utilized. -
Page 144: Email Option
MAIL PTION The AN-3200 can transmit any alarm to three separate email recipients. All alarms or specific ones can be used to trigger an email. The alarm email will include the input number, time and date of alarm and the alarm legend configured in the unit. The frequency of emails can be configured to send them out as soon as an alarm occurs or batch them up at specified intervals. -
Page 145: Alarm Inputs
LARM NPUTS On the Alarm Inputs page, customized alarm legends can be specified for each Alarm Input. The specified Alarm Legend will be listed in the Events Log when the associated input point goes into the Alarm state. The specified Normal Legend will be listed in the Events Log when the associated input point returns to the Normal state. -
Page 146: Save And Restore Configuration
AVE AND ESTORE ONFIGURATION Available to Administrator only, this page provides a way for you to save the unit’s configuration to an XML file. The advantage to this is if for whatever reason you need to reload the SERIES 90B configuration at a later date, you’ll have the configuration file saved already. -
Page 147: Firmware Configuration
IRMWARE ONFIGURATION The current version number of Software/Firmware installed on your unit is provided on the SERIES 90B Home Page. If a new version of the SERIES 90B firmware is available, you can flash it to the SERIES 90B using the ‘Firmware Configuration’... - Page 148 the file could be corrupted there was a hardware problem in attempting to erase, or write to the flash Any status other than green should be reported to AMETEK Factory Support. Figure E-16 Firmware Configuration Page Figure E-17 Firmware Configuration Page After Update...
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Page 149: Color Selection
OLOR ELECTION The SERIES 90B can display alarms in several graphical formats which can be selected in the color configuration screen. The Home Page, Active Alarm and Event pages can be color coded for the background and text colors of various events. The configuration page will show the current color selection and provide new selections for background and text colors as applicable. -
Page 150: Logon As User
Remember, User logon is restricted. You will be prompted with a logon dialog box as shown in Figure E–1. OCUMENTATION At the bottom of the side-bar you’ll find links to the Ametek Power Instruments Web site and the User Guide in pdf format. -
Page 152: Window Assembly Details
PPENDIX INDOW SSEMBLY ETAILS The Annunciator uses a common window assembly for all window configurations. The different window options are created using dividers (for the 4 window sizes) and colored filters for the different window colors (white, red, blue, green, amber, yellow). The assembly drawings on the next page identify the different options available. -
Page 153: Window Assembly
Window Assembly Series 90B ANNUNCIATOR INSTALLATION AND CONFIGURATION MANUAL... -
Page 155: Appendix G Browser Compatibility
PPENDIX ROWSER OMPATIBILITY If using Internet Explorer you must disable the caching of web pages. To disable caching with Microsoft Internet Explorer V7 1 Choose Internet Options from the Tools menu. The Internet Options window opens. 2 On the General tab, in the Browsing History group, Click Settings. The Settings window opens. 3 Make sure that the “Check for newer versions of stored pages”... - Page 156 To disable caching with Netscape Navigator 1 Choose Preferences from the Edit menu. The Preferences window opens. 2 In the Category group (left frame), click the plus sign (+) next to the Advanced category. 3 Under Advanced, select the Cache option. The right side of the Preferences window changes to the Cache options.
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Page 157: Appendix H Notes On Saving The Event File As .Csv
PPENDIX OTES ON SAVING THE EVENT FILE AS Opening the .csv file with Excel corrupts the time column. When saving the event file as a .csv and then opening this file with Excel, the data in the time column gets corrupted. The reason is that Excel automatically formats this column as a type “general”... - Page 158 6. Click Close, then OK. Formatting the Excel .csv file for milliseconds Excel does not have a standard number format for milliseconds. It can be added using the custom formatting. 1. Select the top timestamp in your spreadsheet. 2. Right click the cell and select Format Cells 3.
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Page 159: Appendix I Alternate Method For Ethernet Config
PPENDIX LTERNATE ETHOD THERNET ONFIG If either Modbus or DNP options are enabled, then use the Annunciator Configurator application to setup the Ethernet port. Otherwise, use this procedure. The Ethernet configuration can be set through the serial port on the back of the unit while connected to a terminal emulation program on a PC. -
Page 160: Telephone / Fax Number List
Please Note: Your instruction manual may contain other phone and fax numbers; this list will take precedence. MAIN OFFICE AMETEK Power Instruments – Rochester 255 North Union St., Rochester, NY 14605 DEPARTMENT/PRODUCT LINE TELEPHONE MAIN PHONE... -
Page 161: Procedures For Factory Repair And Return
Repair Sales Engineer at (800) 374-4835. ARRANTY AMETEK warrants equipment of its own manufacture to be free from defects in material and workmanship, under normal conditions of use and service. AMETEK will replace any component found to be defective, upon its return, transportation charges prepaid, within one year of its original purchase.