Potter PFC-6200 Installation & Operation Owner's Manual
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Potter PFC-6200 Installation & Operation Owner's Manual

Fire alarm control panel
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PFC-6200 Fire Alarm
Control Panel
Installation, Operation, & Programming Manual
Potter Electric Signal Company, LLC
St. Louis, MO
Customer Service: (866) 240-1870 • Technical Support: (866) 956-1211 • Fax: (314) 595-6999
www.pottersignal.com
Manual #5403601 Rev A
1/12

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  • Page 1 PFC-6200 Fire Alarm Control Panel Installation, Operation, & Programming Manual Potter Electric Signal Company, LLC St. Louis, MO Customer Service: (866) 240-1870 • Technical Support: (866) 956-1211 • Fax: (314) 595-6999 www.pottersignal.com Manual #5403601 Rev A 1/12...
  • Page 2 WARRANTY INFORMATION The essential purpose of any sale or contract for sale of any of the products listed in the POTTeR catalog or price list is the furnishing of that product. It is expressly understood that in furnishing said product, POTTeR does not agree to insure the Purchaser against any losses the Purchaser may incur, even if resulting from the malfunction of said product.

  • Page 3: Table Of Contents

    PFC-6200 • 5403601 • Rev a •1/12 Table of Contents Section 1: Introduction ..........................1-1 Purpose of This Manual ..........................1-1 System Overview ............................1-1 System Features ............................1-1 P-Link Accessories ..........................1-2 SLC Loop Accessories ........................1-2 Addressable Sensors .........................1-2 Addressable Modules ........................1-2 How to Use this Manual .........................1-2 Common Terminology ..........................1-2...
  • Page 4 PFC-6200 • 5403601 • Rev a• 1/12 Notification appliance Circuits Installation ..................3-24 NAC Wiring .............................3-24 NAC Maximum Wiring Impedance Formula ..................3-24 NAC Wiring Configurations ......................3-24 I/O Circuit Configuration ........................3-26 I/O Circuits as Inputs ........................3-26 I/O Circuits as Outputs ........................3-26 I/O Maximum Impedance Formula ....................3-26 Reverse Polarity Communication Line Circuit ..................3-27...
  • Page 5 PFC-6200 • 5403601 • Rev a •1/12 Uploading History events & Detector (Sensitivity) Status Reports .............5-54 History Reports ..........................5-54 Detector Sensitivity Status Reports ....................5-55 Printing Reports ..........................5-56 Panel Software Overview ........................5-57 Window Regions / Areas........................5-57 Program Icons ..........................5-58 Programming Functions Overview .......................5-59 Remote access Code ..........................5-60...
  • Page 6 PFC-6200 • 5403601 • Rev a• 1/12 Wiring Specifications ..........................6-89 Circuit Separation ...........................6-89 Wiring Types ............................6-90 Cabinet Dimensions ..........................6-90 Cabinet Installation ..........................6-91 Cabinet Wiring Connections .........................6-92 Rechargeable Battery Circuit ........................6-93 Battery Circuit Calculation ........................6-93 PSN-1000/PSN-1000(e) Battery Calculation Worksheet ..............6-94 SLC #___ Current Draw Worksheet for SLCe-127s ................6-95 Notification appliance Circuits (NaCs) ....................6-96...

  • Page 7: Section 1: Introduction

    This manual is intended to assist in the installation and programming the PFC-6200 Fire alarm Control Panel. Refer to this manual to properly install and program the PFC-6200. It is recommended that the user follows the procedures as outlined in this manual to assist in proper installation and prevent damage to the control panel and associated equipment.

  • Page 8: P-Link Accessories

    Refer to this manual before contacting Technical Support. The information in this manual is the key to a successful installation and will assist you in understanding proper wire routing, system requirements, and other guidelines specific to the PFC-6200 system. Common Terminology...

  • Page 9: Section 2: Before You Start Installation

    PFC-6200 • 5403601 • Rev a •1/12 Section 2: Before You Start Installation This section addresses information that will help you in completing a successful installation, such as the PFC-6200 cabinet layout, specifications, environmental considerations, and calculating the battery circuit and SLC current draw requirements.

  • Page 10: Electrical Specifications

    PFC-6200 • 5403601 • Rev a• 1/12 Electrical Specifications Please refer to the table below for electrical specifications: Table 3: System Panel Electrical Specifications Rating I/O Circuits Panel # NACs SLC Power Notes Style and Class per NAC (As Outputs) SLC –...

  • Page 11: Main Board Wiring Specifications

    PFC-6200 • 5403601 • Rev a •1/12 Main Board Wiring Specifications There are several wiring requirements to consider before connecting circuits to the main board: (1) the circuit separation, and (2) wiring types. Circuit Separation Proper separation between the different types of circuits must be maintained between Power Limited, Non-Power Limited, and High voltage wiring to reduce electrical interferences, transient voltage or voltage ratings.

  • Page 12: Cabinet Dimensions

    PFC-6200 • 5403601 • Rev a• 1/12 Cabinet Dimensions Figure 1. PFC-6200 Cabinet Dimensions 18.91” 17.60” 4.41” 3.75“ DEPTH LEFT SIDE RIGHT SIDE BOTTOM DWG #602-1...

  • Page 13: Cabinet Wiring Connections

    PFC-6200 • 5403601 • Rev a •1/12 Cabinet Wiring Connections Optional High voltage Figure 2. PFC-6200 Cabinet Wiring UD-1000 DACT phone connections 120VAC 50Hz-60Hz 240VAC 50Hz-60Hz Connect to separate unswitched AC circuits POWER ALARM EARTH FAULT SUPERVISORY TROUBLE SILENCE Optional CA-6075...

  • Page 14: Battery Circuit Calculations

    PFC-6200 • 5403601 • Rev a• 1/12 Battery Circuit Calculations Before selecting the battery, it is important to determine the minimum size batteries for standby and alarm times desired for each application and SLC current draw. If the wrong batteries are installed in a specific application or incorrect current draw used, the proper standby and minimum alarm time will not be present.

  • Page 15: Battery Calculation Worksheets

    PFC-6200 • 5403601 • Rev a •1/12 Battery Calculation Worksheets Standby Total Alarm Total Description Quantity (mA) Standby (mA) (mA) Alarm (mA) Main board (PFC-6200) LCD Remote Ra-6075 LCD Remote Ra-6500 Ca-6075 Class a expander UD-1000 DaCT PSN-1000/e Power expander...

  • Page 16: Slc Current Draw Worksheet

    PFC-6200 • 5403601 • Rev a• 1/12 SLC Current Draw Worksheet Total Total Standby Alarm Device Type Standby Alarm (mA) (mA) (mA) (mA) analog photo smoke detector (PSa) 0.325 0.325 analog photo DUCT smoke detector (DSa) 0.325 0.325 analog photo smoke / fixed heat detector (PSHa) 0.325...

  • Page 17: Slc

    PFC-6200 • 5403601 • Rev a •1/12 SLC #___ Current Draw Worksheet for SLCE-127s Total Total Standby Alarm Device Type Standby Alarm (mA) (mA) (mA) (mA) SLCe-127 Main Board analog photo smoke detector (PSa) 0.325 0.325 analog photo DUCT smoke detector (DSa) 0.325...

  • Page 18: Isolator Device Load Calculation

    PFC-6200 • 5403601 • Rev a• 1/12 Isolator Device Load Calculation This section covers the distinction between an addressable sensor and an isolator to correctly calculate the total SLC device load. a device uses an address and consumes power. Whereas, an isolator does not use an address, but does consume power.

  • Page 19: Scenario 2: Class B Loop - Isolated Branch Configuration

    PFC-6200 • 5403601 • Rev a •1/12 Scenario 2: Class B Loop – Isolated Branch Configuration In this configuration, there are 4 separate branches each with an isolation device / module and 1 or more sensors. each sensor requires an address, as shown in Scenario #1 (isolators do not require an address). However, in this scenario, each isolator consumes power equal to 8 devices.

  • Page 20: Battery Connections

    PFC-6200 • 5403601 • Rev a• 1/12 Battery Connections The battery charging circuit is located on the main panel in the lower left portion of the board. The maximum battery charging circuit is 1.0 amp DC; the charging voltage is approximately 27.3 vDC and is supervised.

  • Page 21: Section 3: Installation

    PFC-6200 • 5403601 • Rev a •1/12 Section 3: Installation This section addresses installation procedures for SLCs, NaCs and several optional modules, including the DaCT (UD-1000), Class a Card, Remote annunciators, and the SLCe-127. Wiring requirements and configuration examples are included throughout this section.

  • Page 22: Class A, Style 6 Wiring Configuration

    PFC-6200 • 5403601 • Rev a• 1/12 Class A, Style 6 Wiring Configuration Figure 8. Example of Class A, Style 6 Requiring CA-6075 S- S+ S- S+ 24+ S- Address No. Address No. Address No. Address No. Potter Electric Signal Company...

  • Page 23: Class A, Style 7 Wiring Configuration

    PFC-6200 • 5403601 • Rev a •1/12 Class A, Style 7 Wiring Configuration Figure 9. Example of SLC Wiring - Class A, Style 7 Requiring CA-6075 S-2 S+2 S-1 S+1 S- S+ S-2 S+2 S-1 S+1 Address No. Address No.

  • Page 24: Connecting Addressable Modules

    PFC-6200 • 5403601 • Rev a• 1/12 Connecting Addressable Modules This section provides examples of wiring addressable modules, including Conventional Initiating Zones (CIZM-4), Miniature Contact (MCM), Single Contact (SCM-4), Dual Contact Module (DCM-4), Twin Relay (TRM-4), Monitored Output (MOM-4), analog Relay (aRB) and analog Sounder Base (aSB) modules.

  • Page 25: Miniature Contact Module (Mcm)

    PFC-6200 • 5403601 • Rev a •1/12 Miniature Contact Module (MCM) Refer to the figure shown below for a MCM wiring example. Figure 13. MCM Wiring Example Note: The resistance of external wiring shall be less that 100Ω. The capacitance of external wiring shall be less than 1 micro farads.

  • Page 26: Twin Relay Module - 4 Inch Mount (Trm-4)

    PFC-6200 • 5403601 • Rev a• 1/12 When configuring a Class B, the DCM-4 has two (2) addresses. If address No.1 is set, input circuit No.1 (NO1, C1) will be addressed as No.1, and input circuit No.2 (NO2, C2) will automatically be addressed as No.2. Refer to the figure below for an example of wiring a Class B DCM-4.

  • Page 27: Connecting Analog Sounder Base (Asb)

    PFC-6200 • 5403601 • Rev a •1/12 Connecting Analog Sounder Base (ASB) Figure 19. Example of Analog Sounder Base Wiring SLC Loop To Next Module 24 VDC+ 24 VDC- 24 VDC- 24 VDC+ From FACP or Previous Module SLC Loop Analog Sounder Base Model No.

  • Page 28: Addressing Slc Devices

    PFC-6200 • 5403601 • Rev a• 1/12 Addressing SLC Devices Before devices can be programmed, they must be assigned a unique address. There are two (2) methods to address devices: (1) You may use a hand-held address setting device or (2) Use the panel's System Tools – SLC Addr Prog option. Only authorized system users may access the System Tools options.
  • Page 29 PFC-6200 • 5403601 • Rev a •1/12 For a Single Device: From the SLC Addr Prog menu, press 1 to address a Single device. SLC PGM terminals, if not already done. The “Connect Device” prompt displays. attach connector wires to Connect device.

  • Page 30: Notification Appliance Circuits Installation

    Notification Appliance Circuits Installation There are two (2) NaC circuits provided on the PFC-6200 rated as continuous 3 amps at 24 vDC. The NaC circuits may be configured for Class a or Class B. (Please refer to the Class A and B wiring examples located in this section.) NAC Wiring Outputs are supervised and regulated.
  • Page 31 PFC-6200 • 5403601 • Rev a •1/12 Figure 23. NAC Class A Wiring Example NAC 1 NAC 2 CA-6075 Class A card NAC 1 NAC 2 Notification Appliance DWG #602-5B 3-25...

  • Page 32: I/O Circuit Configuration

    I/O Circuit Configuration The PFC-6200 is equipped with two (2) I/O circuits that may be configured as either input or output devices. The panel has ground fault detection on the I/O circuits. The impedance to ground for ground fault detection is 0 ohms.

  • Page 33: Reverse Polarity Communication Line Circuit

    Reverse Polarity Communication Line Circuit Only I/O 1 and I/O 2 on the PFC-6200 can be programmed as reverse polarity circuits. The short circuit current is rated at 24 VDC and 14 mA maximum. Please refer to the figure below for an example of wiring a reverse polarity communication line circuit.

  • Page 34: Municipal Box Connection

    PFC-6200 • 5403601 • Rev a• 1/12 Municipal Box Connection When programmed as a municipal box connection, the circuit power is limited, supervised for open and short circuit conditions, and provides a local energy connection. Figure 26. Municipal Box Wiring Example...

  • Page 35: Ca-6075 Class A Expander Installation

    PFC-6200 • 5403601 • Rev a •1/12 CA-6075 Class A Expander Installation The Class a configuration requires the use of the Ca-6075. Once the card is installed, the additional terminals are provided for the return loop of the NaC. The Ca-6075 provides the terminals for both NaCs, SLCs, and P-Link. Refer to the figures below for examples of installing and wiring a Class a expander card.

  • Page 36: P-Link Devices

    PFC-6200 • 5403601 • Rev a• 1/12 P-Link Devices accessory devices, such as remote annunciators, or the SLC expander (SLCe-127), are connected to the main control panel utilizing the four-wire P-Link bus for power and communication. Devices can be connected using a Class B or Class a wiring style (examples are provided throughout this topic).

  • Page 37: P-Link Addresses

    PFC-6200 • 5403601 • Rev a •1/12 Figure 30. Example of P-Link Class A Wiring Requiring a CA-6075 CA-6075 Connection P-LINK Panel Connection Expansion P-LINK Device Expansion Device DWG #602-12 P-Link Addresses each P-Link device has a five position dip switch which is used to program the device address ranging from one (1) to thirty-one (31).

  • Page 38: Installing Remote Annunciators (Ra-6500 And Ra-6075)

    PFC-6200 • 5403601 • Rev a• 1/12 Installing Remote Annunciators (RA-6500 and RA-6075) Up to 31 annunciators in any combination may be connected to the main fire control panel. The Ra-6500 provides the same display and control capabilities as the main control panel’s built in display (4 x 40 character LCD). Whereas, the Ra-6075 provides a 2 x 16 character LCD, along with standard function and numeric keys.

  • Page 39: Installing The Dact

    PFC-6200 • 5403601 • Rev a •1/12 Installing the DACT Phone lines are high voltage and should be run in a separate conduit from other circuits. The wire conductors connecting the DaCT to the phone system should be 26 aWG or larger.

  • Page 40: Dip Switch Location

    PFC-6200 • 5403601 • Rev a• 1/12 Dip Switch Location The UD-1000 is connected to the P-Link bus and must be programmed with an address between one and thirty-one (1–31) for proper operation. a four-wire cable (P/N 5210514) is supplied with the UD-1000, which should be used to connect the P1 on the UD-1000 and the "P"connection on the main panel board.

  • Page 41: Installing The Slce-127

    PFC-6200 • 5403601 • Rev a •1/12 Installing the SLCE-127 The SLCe-127 utilizes a signaling line circuit for communication to various sensors and modules. The system polls each loop between every 4–5 seconds. The SLCe-127 supports a maximum of 127 addressable devices configured in any combination of smoke sensors, heat detectors, input modules or output modules.

  • Page 42: P-Link Circuit

    PFC-6200 • 5403601 • Rev a• 1/12 P-Link Circuit The P-Link terminals are located in the lower left portion of the circuit board as shown in the below figure. These are low voltage power limited connections. all P-Link wiring connections are fully supervised.

  • Page 43: Slce Wiring Configurations

    PFC-6200 • 5403601 • Rev a •1/12 SLCE Wiring Configurations The SLCe may be configured and installed as a Class a, Style 6 or 7 or Class B, Style 4. Please refer to the following examples: Figure 39. Example of SLCE-127 Class A Style 7 Wiring...
  • Page 44 PFC-6200 • 5403601 • Rev a• 1/12 Figure 40. Example of SLCE-127 Class A Wiring TRM-4 OUT+ OUT- CIZM-4 MOM-4 DCM-4 Analog detector's base SCM-4 SLCE-127 Connection SLC OUT SLC RET DWG #602-19 Figure 41. Example of SLCE-127 Class B, Style 4 Wiring...

  • Page 45: Section 4: Operation

    PFC-6200 • 5403601 • Rev a •1/12 Section 4: Operation This section provides an overview of the control panel’s basic operations, which includes the status LeDs, function pushbuttons, and a Control Panel Menu Tree quick reference sheet. Control Panel Basic Operation The control panel is comprised of a four (4) line x 40-character LCD display panel, arrow keys, push button function keys, status LeDS, and the numeric keypad.

  • Page 46: Menu Navigation Keys

    PFC-6200 • 5403601 • Rev a• 1/12 Menu Navigation Keys The arrow keys allow you to scroll or move through the control panel menus. The Enter and Esc keys may also be used to navigate through menus; they are located on the numeric keypad. The table shown below provides a summary of the navigation keys.

  • Page 47: Function Pushbuttons

    PFC-6200 • 5403601 • Rev a •1/12 Function Pushbuttons The four (4) function pushbuttons are used when system alarm / trouble conditions occur or to perform a fire drill. Figure 45. Control Panel Pushbuttons The table below provides a brief summary of the pushbuttons:...

  • Page 48: Control Panel Menu Tree

    PFC-6200 • 5403601 • Rev a• 1/12 Control Panel Menu Tree This section provides a reference to menu options as they appear on the LCD panel. appendix G also provides a copy of the menu tree. MAIN MENU 1=View History...

  • Page 49: Section 5: Programming

    PFC-6200 • 5403601 • Rev a •1/12 Section 5: Programming This section addresses programming options and their parameters, provides an overview of the programming process, and addresses how to use the two programming methods: (1) the LEARN function, and (2) the remote computer programming process.
  • Page 50 PFC-6200 • 5403601 • Rev a• 1/12 Table 9: Programming Options Feature or Permitted Setting(s) Permitted in Topic Possible Settings Comment Option in UL (Y/N) UL864? Alarm Supervisory Positive alarm Sequence auxiliary Zone Zone Type all settings allowed Fire Drill...
  • Page 51 PFC-6200 • 5403601 • Rev a •1/12 Table 9: Programming Options Feature or Permitted Setting(s) Permitted in Topic Possible Settings Comment Option in UL (Y/N) UL864? Potter/Amseco Sync Gentex Sync System Sensor Sync Wheelock Sync Specifies use of NACs Function...

  • Page 52: Programming Overview

    Note: This approach may eliminate programming errors, however, these are only recommendations. Software Installation It's easy to install the PFC-6200 software and requires only a few minutes to complete. Once done, the program automatically creates a shortcut icon on your desktop for easy access.

  • Page 53: Learn Programming

    PFC-6200 • 5403601 • Rev a •1/12 LEARN Programming The LeaRN mode enables you to efficiently configure all connected, addressed input and output devices. (Refer to Section 3: Installation – Addressing SLC Devices, for detailed instructions.) Only authorized users may access this function.
  • Page 54 PFC-6200 • 5403601 • Rev a• 1/12 The following series of messages display on the LCD: Notes: • If the ethernet cable is connected to PC, you will see the "Initializing IP" message prior the "Obtaining IP" message. • If your PC is connected directly to the panel, the "Obtaining IP"...

  • Page 55: Transferring Data

    PFC-6200 • 5403601 • Rev a •1/12 Transferring Data This section provides step-by-step instructions for completing uploading and downloading data transfers. The "Transfer" icons are located at the top of the Programmer window which are briefly described below. Table 10:...

  • Page 56: Uploading From Panel To Computer

    PFC-6200 • 5403601 • Rev a• 1/12 Uploading from Panel to Computer The Upload Configuration File to Computer transfer icon is used to upload the configuration file from the panel to the computer once the LeaRN function is completed or whenever devices are added or removed from the panel.

  • Page 57: Downloading Configuration File To Panel

    PFC-6200 • 5403601 • Rev a •1/12 IP address or panel name in the “Transfer Via IP” field. Enter Notes: • To capture your panel’s unique IP address, disconnect the ethernet cable from panel. The message “Ethernet Lost” displays indicating connectivity is lost. Be prepared to write down the address, and reconnect cable.

  • Page 58: File New

    PFC-6200 • 5403601 • Rev a• 1/12 File New The File New menu option is used to complete all programming from scratch on the computer. You must select the correct panel model prior to programming. Note: It is imperative that you choose the correct panel model prior to programming or completing any data transfers, otherwise, you cannot complete a successful download to the panel.
  • Page 59 PFC-6200 • 5403601 • Rev a •1/12 Downloading a Configuration File To download the configuration file: Download Configuration File to Panel icon or right click from the “Transfers” region, then click “Add”. Click the The Transfer dialog box displays. Figure 56.

  • Page 60: Uploading History Events & Detector (Sensitivity) Status Reports

    PFC-6200 • 5403601 • Rev a• 1/12 Uploading History Events & Detector (Sensitivity) Status Reports The Upload History File to Computer and Upload Detector (Sensitivity) Status to Computer icons allow you to view valuable information that can be essential when analyzing system operations. You may choose to print the History and Detector Status reports by using the Print icon.

  • Page 61: Detector Sensitivity Status Reports

    PFC-6200 • 5403601 • Rev a •1/12 Detector Sensitivity Status Reports The Upload Detector Status File to Computer icon allows you to create reports showing sensor sensitivity related settings. This information may be used to troubleshoot detector issues. To transfer detector (sensitivity) status information: Upload Detector Status File to Computer icon or right click from “Transfers”...

  • Page 62: Printing Reports

    PFC-6200 • 5403601 • Rev a• 1/12 Printing Reports The Print icon allows you to print History and Detector Status reports. Double-click the History or Status file listed in the Transfer window prior to clicking the Print icon. an example of the Report window, which displays a History report, is shown below: Figure 63.

  • Page 63: Panel Software Overview

    PFC-6200 • 5403601 • Rev a •1/12 Panel Software Overview This section gives you an overview of the Panel Configuration Software. It addresses navigating through the program windows, understanding the purpose of icons and program features, using Window’s conventional editing techniques and other program shortcuts to efficiently configure your system.

  • Page 64: Program Icons

    PFC-6200 • 5403601 • Rev a• 1/12 Program Icons The panel software uses several standard Windows’ icons, such as the close button and scroll bars. There are others that are unique to the panel software, such as auto hide, and window position which are summarized in the table below:...

  • Page 65: Programming Functions Overview

    PFC-6200 • 5403601 • Rev a •1/12 Programming Functions Overview The table below gives you a snapshot of the menu order along with a brief description of each. Details for these options are provided on the following pages. Table 12:...

  • Page 66: Remote Access Code

    Example of the Panel Configuration Screen User Name / Password The default user name and password is “Potter” as shown below; they can be changed to ensure that only authorized personnel can transfer data to and from the panel. Figure 68.

  • Page 67: General System Functions

    PFC-6200 • 5403601 • Rev a •1/12 General System Functions Job Details Site specific information, such as company name, address and phone numbers may be entered in this window. This information is stored in the panel and is used to identify the panel when using e-mail reporting options. Please refer to the figure shown below.

  • Page 68: Day/Night Sensitivity Mode And Holiday Scheduling

    PFC-6200 • 5403601 • Rev a• 1/12 Day/Night Sensitivity Mode and Holiday Scheduling The Sensitivity option allows you to enable the “Day/Night Sensitivity” feature, establish the starting and ending times for “Night” sensitivity, create a “Holiday Schedule”, and choose the days of the week that the site is normally occupied.

  • Page 69: Users

    PFC-6200 • 5403601 • Rev a •1/12 Users The Users option allows you to create up to ten (10) user profiles, if needed. each profile may have different access rights, which controls the panel functions a user may access. To create a new user: Users option.

  • Page 70: System E-Mail Functions

    “panel serial number". The serial number is the same as the NetBIOS name, and is located on the panel as shown below. Note: Outgoing panel e-mails are routed through a dedicated Potter server. You must make a notation of your panel's outgoing e-mail address in order to send e-mail requests remotely.

  • Page 71: P-Link E-Mail Notification Requirements

    PFC-6200 • 5403601 • Rev a •1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.

  • Page 72: E-Mail Sent From Panel

    PFC-6200 • 5403601 • Rev a• 1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.

  • Page 73: E-Mail Report Requested From Pc

    PFC-6200 • 5403601 • Rev a •1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.
  • Page 74 PFC-6200 • 5403601 • Rev a• 1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.

  • Page 75: Receiving E-Mail Status Reports

    PFC-6200 • 5403601 • Rev a •1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.
  • Page 76 PFC-6200 • 5403601 • Rev a• 1/12 System e-mail communications and functions are intended for informational reporting purposes only. They are intended to be used as a convenience function. e-mail communications should NOT be used as a primary means of reporting emergency information.

  • Page 77: System Programming

    PFC-6200 • 5403601 • Rev a •1/12 System Programming System programming involves defining the function of devices and their relationships to each other, referred to as mapping. You can define behavior characteristics of individual or groups of devices, map devices into zones, and further customize your system using the panel configuration software from a computer.

  • Page 78: Mapping Terminology

    PFC-6200 • 5403601 • Rev a• 1/12 Mapping Terminology The table below provides mapping terms that may be helpful to you in understanding the mapping concept: Table 15: Mapping Terminology Term Definition Mapping Creating relationships between devices, modules and sensors and defining their behavior.

  • Page 79: Zone Attributes

    PFC-6200 • 5403601 • Rev a •1/12 Table 16: Zone Styles Zone Description System Supervisory Used for outputs that will be activated upon any supervisory. System Trouble Used for outputs that will be activated upon any trouble. Zone Attributes Zone attributes are the settings that control the overall behavior of devices within the zone. The zone may be configured as latching or non-latching, silenceable vs.
  • Page 80 PFC-6200 • 5403601 • Rev a• 1/12 Table 17: Zone Attributes Attribute Description •y Defines the output pattern of general-purpose NaC circuits in the zone that occurs during alarm conditions. •y Click on drop-down arrow to display and select an option:...

  • Page 81: Creating Zones

    PFC-6200 • 5403601 • Rev a •1/12 Creating Zones When creating zones, you may create one or more at a time. This section explains this process and includes examples for your convenience. To create a zone: In the Zones window, right click on any zone name. The shortcut menu displays.

  • Page 82: Configuring Zones

    PFC-6200 • 5403601 • Rev a• 1/12 Configuring Zones The next step is to customize a zone’s attributes, which includes changing the name, selecting type of zone, and other characteristics (i.e., constant, double time output pattern, latching or non-latching, silenceable, auto-silence timer, etc.).

  • Page 83: Nac Functions

    PFC-6200 • 5403601 • Rev a •1/12 NAC Functions The four (4) on-board circuits (NaCs 1&2, I/O Ckts 1&2) are automatically configured as “General Purpose”, but may be reconfigured and renamed. The I/O circuits have additional configuration options since they may be configured as inputs. Refer to the two (2) tables below for descriptions of the configuration functions.

  • Page 84: Slc Functions

    PFC-6200 • 5403601 • Rev a• 1/12 SLC Functions The SLC configuration options are described in the table below: Table 20: SLC Configuration Functions Function Description Unused SLC point is unused. addr Detector Photo Photoelectric Sensor (PSa) addr Detector Photo Heat...
  • Page 85 PFC-6200 • 5403601 • Rev a •1/12 To configure points: Click on the Points function to display the "Points Configuration" window. Figure 90. Example of a Configuration Window Note: Click the columns to sort devices. Devices are listed by “...
  • Page 86 PFC-6200 • 5403601 • Rev a• 1/12 To configure a range of points: “Function” field. Click the first point to configure from the Press and hold the SHIFT key, then click in “Function” field of last point. Figure 92. Example of Configuring a “Range” of Points “Function”...

  • Page 87: Adding Points To Zones

    PFC-6200 • 5403601 • Rev a •1/12 Click on device type from the shortcut menu. In the example shown here, "Addr Detector Photo Heat" has been selected as the device type. Figure 94. Example of Configuring “Selective” Points Adding Points to Zones This section provides procedures and examples of adding points to one or more zones.
  • Page 88 PFC-6200 • 5403601 • Rev a• 1/12 Points' window to the “Device” window. The selected points display in the Drag and drop selected points from the “Device” window, as shown below. Figure 97. Example of Moving Selected Points into a Zone...

  • Page 89: Group By Area

    PFC-6200 • 5403601 • Rev a •1/12 Group by Area You may group information by different fields in many of the program windows. This flexibility is helpful when configuring or viewing a large amount of information, such as all devices, zones or remote annunciators. examples are included for illustration purposes only.

  • Page 90: Cross Zone Configurations

    PFC-6200 • 5403601 • Rev a• 1/12 Cross Zone Configurations The purpose of creating cross zones is to ensure that two (2) or more separate zones are activated before an output zone is triggered. although crossing two (2) zones is the most common configuration, up to eight (8) zones may be combined. In this case, when all the zones that have been crossed are active, the specified outputs will be activated.

  • Page 91: Programming Modules

    PFC-6200 • 5403601 • Rev a •1/12 Programming Modules This section addresses how to program optional P-Link appliances – the DaCT (UD-1000), Ra-6075, Ca-6075 Class a and SLCe-127 expansion cards. DACT (UD-1000) each system may have one DaCT module or Digital alarm Communicator Transmitter. The DaCT provides notification to a remote monitoring company when alarms, troubles and supervisory conditions occur.
  • Page 92 PFC-6200 • 5403601 • Rev a• 1/12 To add and configure a DACT module: Select the Dialer function from the system panel. Add Device button. The “Add Dialer” window displays. Click the Figure 107. Example of Add Dialer Window “Phone Line 1 and Phone Line 2” fields, make any necessary changes.

  • Page 93: Ca-6075 Class A Converter Module

    Example of Report Accounts Setup The "Primary" account setting fields are displayed here. CA-6075 Class A Converter Module The PFC-6200 supports one (1) Class a expander card. To add and configure a Class A module: Select the Class A Card function from the system panel.

  • Page 94: Remote Annunciators (Ra-6500 And Ra-6075)

    Remote Annunciators (RA-6500 and RA-6075) The PFC-6200 supports up to thirty-one (31) remote annunciators in any combination of Ra-6500 and Ra-6075. each LCD annunciator may be programmed with a unique name to help identify the location of an “off normal” condition.

  • Page 95: Section 6: Psn-1000 / Psn-1000(E) - Installing, Operating & Programming

    PFC-6200 • 5403601 • Rev a •1/12 Section 6: PSN-1000 / PSN-1000(E) – Installing, Operating & Programming The PSN-1000 and PSN-1000(e) power supply boards provide power and communication expansion capability to the PFC-6000 series control panels. They provide an electrically isolated P-Link repeater output that supports additional power and communications distance.

  • Page 96: Wiring Types

    PFC-6200 • 5403601 • Rev a• 1/12 Wiring Types Wiring specifications must be followed to prevent damage and/or other consequences. Table 22: PSN-1000/PSN-1000(E) Board Circuit Wiring Types Wiring Type Type of Circuit Voltage Power AC Connection High voltage Non-Power Limited...

  • Page 97: Cabinet Installation

    PFC-6200 • 5403601 • Rev a •1/12 Cabinet Installation The PSN-1000/PSN-1000(e) slides into the guides located at the bottom of the panel, and then secured with screws as shown in the following illustration. Figure 116. PSN-1000 Panel Installation Showing Cabinet...

  • Page 98: Cabinet Wiring Connections

    PFC-6200 • 5403601 • Rev a• 1/12 Cabinet Wiring Connections Figure 117. PSN-1000 Wiring 120VAC 50Hz-60Hz 240VAC 50Hz-60Hz Connect to separate unswitched AC circuit Non-power limited relay connection P-Link Terminals Non-power limited battery connection Power limited wiring DWG #602-23 6-92...

  • Page 99: Rechargeable Battery Circuit

    PFC-6200 • 5403601 • Rev a •1/12 Rechargeable Battery Circuit The battery charging circuit is on the power supply board providing terminal connections to connect the wire leads. The battery must be a recognized or listed sealed lead acid battery or equivalent.

  • Page 100: Psn-1000/Psn-1000(E) Battery Calculation Worksheet

    PFC-6200 • 5403601 • Rev a• 1/12 PSN-1000/PSN-1000(E) Battery Calculation Worksheet Complete one for all P-Link devices powered by the PSN-1000 / PSN-1000(E) Total Total Standby Alarm Device Type Standby Alarm (mA) (mA) (mA) (mA) PSN-1000 / PSN-1000(e) Main Board...

  • Page 101: Slc

    PFC-6200 • 5403601 • Rev a •1/12 SLC #___ Current Draw Worksheet for SLCE-127s Complete one for each SLCE-127 powered by the PSN-1000 / PSN-1000(E) Total Total Standby Alarm Device Type Standby Alarm (mA) (mA) (mA) (mA) SLCe-127 Main Board analog photo smoke detector (PSa) 0.325...

  • Page 102: Notification Appliance Circuits (Nacs)

    NaC circuits are power limited. • Type of NaC output is selectable, and may be configured for strobe synchronization with Potter/aMSeCO, Wheelock®, Gentex®, or System Sensor® strobe devices. Please refer to Potter document “5403592 NAC Compatibility Document” for this information.
  • Page 103 PFC-6200 • 5403601 • Rev a •1/12 Figure 119. PSN-1000 / PSN-1000 (E) Class A NAC Wiring Example - NAC 2 + - NAC 4 + - NAC 6 + P-LINK - NAC 1 + - NAC 5 + - NAC 3 +...

  • Page 104: Input Circuits

    Potter Part #3005013 Notes: The Potter part number for the listed end of line assembly is #3005013 eOL Resistor assembly. The panel has ground fault detection on the input circuits. The impedance to ground for ground fault detection is 0 ohms.

  • Page 105: Wiring To Control Panel

    PFC-6200 • 5403601 • Rev a •1/12 Wiring to Control Panel The control panel communicates with and supervises the PSN-1000/PSN-1000(e) via the main P-Link circuit. This connection is electrically isolated from the rest of the PSN-1000/PSN-1000(e). Figure 121. P-Link Wiring from Control Panel...

  • Page 106: Repeater Output

    PFC-6200 • 5403601 • Rev a• 1/12 Repeater Output The PSN-1000/PSN-1000(e) repeater output provides power which supports additional P-Link devices, including LCD annunciators and/or SLC Loop expanders. This is possible because the P-Link repeater output reconditions and repeats all P-Link communications.

  • Page 107: Municipal Box Connection

    PFC-6200 • 5403601 • Rev a •1/12 Municipal Box Connection When the PSN-1000/PSN-1000(e) is programmed as a municipal box connection, the circuit is power limited and supervised for open and short circuit conditions. It also provides a local energy connection. Please refer to the figure shown below for a wiring example.

  • Page 108: Psn-1000/Psn-1000(E) Operations

    PFC-6200 • 5403601 • Rev a• 1/12 PSN-1000/PSN-1000(E) Operations The PSN-1000/PSN-1000(e) operates as a fully integrated power expander. The input circuits and/or NaC circuits are configured in the same manner as any input circuit or NaC circuit in the system. Circuit functions and zone assignments are defined using the system software.

  • Page 109: Psn-1000/Psn-1000(E) Programming

    PFC-6200 • 5403601 • Rev a •1/12 PSN-1000/PSN-1000(E) Programming The panel can be programmed to support up to thirty-one (31) PSN-1000/PSN-1000(e) Power expanders. each power supply provides six (6) NaC circuits (3a max), and two (2) dry contact input circuits. Both Class a and B configurations are supported;...

  • Page 110: Deleting A Power Supply

    PFC-6200 • 5403601 • Rev a• 1/12 Notes: If a power supply is Class a, select the applicable NaCs (NaC 1/2, NaC 3/4 or NaC 5/6). If a power supply is Class B, programming is completed. Class-a operation may be independently selected for the P-Link repeater output and any of the NaC circuit pairs.

  • Page 111: Section 7: Ip Communication

    PFC-6200 • 5403601 • Rev a •1/12 Section 7: IP Communication The system's built-in, on-board IP Communicator is one way to provide notification to a remote monitoring company when alarms, troubles, and supervisory conditions occur. The IP Communicator is used with an IP capable Sur-Guard receiver by means of the Fibro protocol.

  • Page 112: Programming The Ip Communicator

    PFC-6200 • 5403601 • Rev a• 1/12 Programming the IP Communicator IP Reporting Accounts The "IP Reporting Accounts" section is used to program the IP Communicator operations and to customize the format of the reporting accounts. You may choose different settings for alarms, Troubles and Supervisory conditions. Up to five (5) primary or secondary accounts may be configured.
  • Page 113 PFC-6200 • 5403601 • Rev a •1/12 IP Reporting Accounts" section, make the necessary selections for the primary and secondary reporting In the " accounts: Select the Report type(s): Alarms, Troubles, Supervisory Click on the Report By drop-down arrow to choose an option: Panel, Zone or Point...

  • Page 114: Appendix A: Basic Operating Instructions

    PFC-6200 • 5403601 • Rev a •1/12 Appendix A: Basic Operating Instructions These instructions must be framed and displayed next to the PFC-6200 panel in accordance with NFPa 72 fire code for Local Protected Fire alarm Systems. Test the system in accordance to NFPa 72.
  • Page 115 PFC-6200 • 5403601 • Rev a• 1/12 Table 25: Operating Instructions Operation Task ENTER – Main Menu. •y Press •y Press 3 – Set Date / Time. Set Date / Time •y Use keypad to enter correct date; use right arrow to move through date field and to display time field.

  • Page 116: Appendix B: Modem Connectivity Setup

    PFC-6200 • 5403601 • Rev a •1/12 Appendix B: Modem Connectivity Setup If your computer uses a modem for connectivity to the panel, choose the Options – Communications menu option. This involves choosing “Modem” as the transfer medium, and specifying the modem com port. In rare instances, a modem may also require an initialization string.

  • Page 117: Appendix C: System Maintenance And Testing

    NFPa 72 to verify compliance with the applicable standards. Testing should be conducted by Potter factory trained fire alarm technician(s) in the presence of a representative of the authority Having Jurisdiction (aHJ) and the building owners representative. Refer to NFPa 72 (National Fire Alarm Code), Inspection Testing and Maintenance.
  • Page 118 PFC-6200 • 5403601 • Rev a• 1/12 Replacement and Testing Recommendations The batteries are to be replaced at least once every four years or more frequently if specified by local aHJ and manufacturer recommendations. Batteries should be dated at the installation. Minimal replacement battery capacity displays on the control panel marking label.

  • Page 119: Appendix D: Psn-1000/Psn-1000(E) Maintenance And Testing

    PFC-6200 • 5403601 • Rev a •1/12 Appendix D: PSN-1000/PSN-1000(E) Maintenance and Testing De-Energize Unit Prior to Servicing! The power supply board has one fuse on the board for the aC power over current protection. The aC fuse is rated at 8a 250vaC Time-Lag and screened onto the main board as F1.

  • Page 120: Appendix E: Compatible Devices Table

    PFC-6200 • 5403601 • Rev a •1/12 Appendix E: Compatible Devices Table This section provides a listing of all NaC appliances, two-wire (2-wire) smoke detectors, releasing and SLC circuit devices, optional modules, and other device compatibilities. Table 26: Device / Modules Compatibilities...

  • Page 121: Appendix F: Troubleshooting Tips

    PFC-6200 • 5403601 • Rev a •1/12 Appendix F: Troubleshooting Tips This section provides basic error messages, their descriptions and recommended actions for each condition. Table 27: Troubleshooting Error Message Error Description/Action The panel is not able to communicate with the annunciator.

  • Page 122: Appendix G: Control Panel Menu

    PFC-6200 • 5403601 • Rev a •1/12 Appendix G: Control Panel Menu MAIN MENU 1=View History 3=Set Date/Time 4=Walk Test 2=Enable/Disable Select Device Internal SLC Internal PWR MAIN MENU 7=Data Transfer 5=System Tools 6=Programming Esc=Exit 1=SLC Tools 1=LEARN Mode Select Data...
  • Page 124 Fire Panel Operating Instructions Normal Standby The green aC POWeR LeD will be illuminated and the user defined message on the LCD will be displayed. If the aC power is removed for more than 5 seconds, the green aC power LeD will extinguish. Acknowledging Off normal events are acknowledged by pressing the aCK key while reviewing events.

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