DSC PC1580BABT Installation Manual

Flexible Zone Configuration: • Six fully programmable zones • Seven Access Codes: five User, one Master and a second Master code • Normally Closed, Single EOL, Double EOL • 23 Zone Types, 6 Programmable Zone Options Audible Alarm Output: • Supervised Bell Output (current limited at 3 amps), 12 VDC • Steady or Pulsed Output EEPROM Memory: Does not lose programming or system status on complete AC and Battery failure Programmable Outputs: • Two Programmable Voltage Outputs, 20 programmable options - One High Current (300 mA) PGM output on main panel - One Low Current (50 mA) PGM output on main panel Powerful 1.5 Amp Regulated Power Supply: • 550 mA Auxiliary Supply, 12 VDC • Positive Temperature Coefficient (PTC) components replace fuses • Supervision for loss of AC Power, Low Battery • Internal Clock Locked to AC Power Frequency Power Requirements: • Transformer = 16.5 VAC, 40VA • Battery = 12 volt 4 Ah minimum rechargeable sealed lead acid Remote Keypad Specifications: • Three Different Keypads Available: - PC5506T 6 Zone LED Keypad - LCD5500T Alphanumeric Keypad - PC1575RK 6 Zone LED Keypad • The PC5506T and LCD5500T keypads have 5 Fully Programmable Function Keys and Tampers • Connect up to 8 Keypads • Four Wire (Quad) Connection to KEYBUS • Built in Piezoelectric Buzzer Digital Communicator Specifications: • Supports Major Formats including SIA, Scantronics 4-8-1 Slot and Contact ID • Event Initiated Personal Paging • Three Programmable Phone Numbers • Two Account numbers • DTMF and Pulse Dialing • DPDT Line Seizure • Anti-jam Feature • Split Reporting of Selected Transmissions to Each Telephone Number System Introduction S E C T I O N 1 System Supervision Features The PC1580 continuously monitors a number of possible trouble conditions including: • AC Power Failure • Trouble by Zone • Tamper by Zone • Fire Trouble • Telephone Line Trouble • Failure to Communicate • Low Battery Condition • Bell Output Trouble • Module Fault (Supervisory or Tamper) • Loss of Internal Clock • AUX Power Supply Fault False Alarm Prevention Features • Audible Exit Delay • Audible Exit Fault • Communication Delay • Urgency on Entry Delay • Quick Exit Additional Features • Auto Arm at Specified Time • Keypad Activated Alarm Output and Communicator Test • All modules connect to the system via a four wire KEYBUS up to 1000’/330m from main panel • Event Buffer can be printed using PC5400 RS232 Serial Interface module • Supports the ESCORT 5580 Voice Prompt Module with Automation/Lighting Control • An Event Buffer which records the past 100 events with both the time and date at which they occured • Uploading and Downloading capability • Local Downloading capability with the use of the PC-LINK Adaptor • Time compensation feature 1.2 Additional Devices 1.2.1 Keypads A maximum of eight keypads can be connected to the control panel and can be any combination of the following listed. • PC5506T 6 zone LED keypad with function keys and tamper • LCD5500T LCD keypad with function keys and tamper • PC1575RK 6 zone LED keypad 1.2.2 ESCORT5580 Module There are many benefits to adding the ESCORT5580 module to a security system. The ESCORT5580 module will turn any touch tone phone in the world into a fully functional keypad. Imagine the security a customer would feel if they had the ability to arm, disarm and check status of their alarm system while at the office or on vacation.

keypads. For example, at bedtime, the phone beside the bed can be used to arm the system. The addition of the ESCORT5580 may reduce the cost of the overall installation, eliminating the need for additional keypads and the labour of running wires. The ESCORT5580 will also act as a tutor for the system. By using clear, easy to understand sentences, the voice module helps guide the user through functions they may otherwise find difficult to navigate. Programmable zone labels (up to 6 words each from our library of over 240 words) makes the system even easier to use. The module also has a built-in power line control interface and can control up to 32 power line control devices for lighting and temperature control, giving you the power to add home automation in a very cost effective manner. Devices can be activated individually, as a group, by schedule or can be activated when an event occurs on the system, such as an alarm. These are just a few of the applications available with the addition of the ESCORT5580 module. For more information, please refer to the ESCORT5580 Installation Manual. 1.2.3 PC5400 Printer Module This module will give you the added advantage for the commercial customers who like the idea of a permanent record of openings and closing but are put off by the additional monthly monitoring charge. In addition, as reports are generated in real-time, the customer will not have to wait for a monthly report form the monitoring station. The PC5400 Printer Module will allow the panel to print out all events that occur on the system to any serial printer. The printout will contain the time, date and the event that occurred (see Section – 5.25 “On-site Printer”). 1.2.4 Downlook Video Transmission Module The Downlook Still-Frame Video Transmission Module (DLM- 1/DLM-4) is the ideal solution for all business and residential environments which require visual surveillance but where the presence of on-site security personnel is impossible, undesirable or unaffordable. Downlook is the smart and inexpensive way to add visual backup to your regular remote alarm signalling system, meeting your demand for tighter security on a tight budget. The added visual protection will reduce the incidence of false alarms as well as surveillance costs, thus improving the overall security protection. For more information regarding the Downlook Video Transmission Module, please consult the DLM-1/DLM-4 Installation Manuals. 1.2.5 Cabinets Several different cabinets are available for the PC1580 modules. They are as follows: PC5003C Cabinet Control cabinet for the PC1580 main panel. Dimensions 288mm x 298mm x 78mm / 11.3” x 11.7” x 3” approximately. PC5004C Cabinet Cabinet to house the Escort5580 Module or the PC5400 Printer Module. Dimensions 229mm x 178mm x 65mm / 9” x 7” x 2.6” approximately. 1.3 Out of the Box Please verify that each of the following components is included in your system: • one PC1580 control cabinet • one PC1580 control circuit board • one keypad (LED keypad or LCD keypad) • one Installation Manual including Programming Worksheets • one Instruction Manual for the end user • one hardware pack consisting of: - four plastic circuit board standoffs - twelve 5600Ω (5.6K) resistors - one 2200Ω (2.2K) resistors - one 1000Ω (1K) resistor - EGND Assembly - one cabinet door plug • 220V to16.5V AC transformer with fuseblock • two yellow safety hazard warning labels to be applied by the installer Enclosed 240V AC Warning Labels The Health & Safety (Signs and Signals) Regulations state that warning signs must be displayed to warn people to be careful to take precautions where a hazard exits. These signs also comply to the Electricity at Work Regulation 1989 and BS5378. The Regulations for Electrical Installation (16 Edition) Section 514-10 Warning Notice Voltage. Every Item of Equipment or enclosure within which a voltage exceeding 250 Volts exists, and where the presence of such a voltage would not normally be expected, shall be so arranged that before access is gained to a live part, a warning of the maximum voltage present is clearly visible. It is recommended that one of the enclosed warning stickers be attached to the external area of the control panel housing to give indication of voltage before access is gained to the transformer area. The second enclosed warning sticker should be placed on the front plate of the unswitched fuse unit to give indication of mains connection within. DSC accepts no responsibility for the non use of these warning labels and can confirm that it is the responsibility of the installation engineers to attach them to the required devices during the installation process. The warning labels are enclosed to be used in accordance with the Health and Safety regulations and also the electricity at work act 1989.

wire and configure devices and zones. 2.1 Installation Steps The following steps are provided to assist you with installing the panel. We suggest that you read this section in its entirity before you begin. Once you have an overall understanding of the installation process, carefully work through each step. Working in this manner will reduce the number of problems as well as the amount of time required for a complete installation. Step 1 Create a Layout Draw a rough sketch of the building to get an idea of where all alarm detection devices, keypads and other modules are to be located. Step 2 Mounting the Panel Locate the panel in a dry area close to an unswitched AC power source and the incoming telephone line. Before attaching the cabinet to the wall, be sure to press the four circuit board mounting studs into the cabinet from the back. After you have attached the cabinet to the wall, stick the provided DSC logo sticker on the front of the cabinet. You must complete all wiring before applying AC or connecting the battery to the panel. Step 3 Wiring the KEYBUS (Section 2.3) Wire the KEYBUS to each of the modules following the guidelines provided in Section 2.3 of this manual. Step 4 Zone Wiring (Section 2.8) You must power down the control panel to complete all zone wiring. Please refer to Section 2.8 when connecting zones using normally closed loops, single EOL resistors, double EOL resistors, Fire zones and Keyswitch Arming zones. Step 5 Complete Wiring (Section 2.2) Complete all other wiring including bells or sirens, phone line connections, and ground connections following the guidelines provided in Section 2.2 (“Terminal Descriptions”). Step 6 Power up the Control Once all zone and KEYBUS wiring is complete, power up the control panel. The panel will not power up on the battery connec- tion alone. Step 7 Keypad Assignment (Section 2.5) In order for keypads to be properly supervised, each must be assigned to a different slot. Please follow the guidelines provided in Section 2.5 when assigning keypads. Step 8 Supervision (Section 2.6) The supervision of every module by the panel is automatically enabled upon power up. Please verify that all modules appear on the system according to the instructions in Section 2.6. Step 9 Programming the System (Sections 4 and 5) Section 4 explains how to program the panel. Section 5 contains a complete description of the various programmable features, which options are available and how they function. The Programming Worksheets (pages 25-33) should be filled out completely before attempting to program the system. Step 10 Testing the System The panel must be thoroughly tested to ensure that all features and functions are operating as programmed. 2.2 Terminal Descriptions AC Terminals – AC (50Hz) The panel requires a 16.5 volt, 40 VA transformer. Connect the transformer to an unswitched AC source and connect the transformer to these terminals. Do not connect the transformer until all other wiring is complete. The panel must have a power line frequency of 50Hz. Battery Connection A 12V 4Ah rechargable gel-cell battery is used as a back up source of power in the event of an AC power failure. The battery also provides additional current when the panel’s demands exceed the power output of the transformer, such as when the panel is in alarm. Do not connect the battery until all other wiring is complete. Connect the RED battery lead to the positive battery terminal; connect the BLACK lead to negative. Auxiliary Power Terminals – AUX+ and AUX- These terminals provide up to 550 mA of additional current at 12 VDC for devices requiring power. Connect the positive side of any device requiring power to the AUX+ terminal, the negative side to AUX- (ground). The AUX output is protected. This means that if too much current is drawn from these terminals (such as a wiring short), the panel will temporarily shut off the output until the problem is corrected. Bell Output Terminals – BELL+ and BELL- (Section 3.4) These terminals provide up to 700 mA of continuous current at 12 VDC for powering bells, sirens, strobes or other warning- type equipment. Connect the positive side of any alarm warning device to BELL+, the negative side to BELL–. Please note that the Bell output is protected: if too much current is drawn from these terminals (such as a wiring short), the Bell fuse will open. Three Amps can be drawn for short periods only. The Bell output is supervised. If no alarm warning devices are in use, connect a 1000 ohm resistor across BELL+ and BELL– to prevent the panel from displaying a trouble condition. For more information, please refer to Section 3.4 (“[✱] [2] Trouble Display”). The bell is programmed by default to terminate after four minutes. The Bell Cutoff time can be adjusted in programming section [02] (“System Times”). KEYBUS Terminals – AUX+, AUX-, YEL, GRN (Section 2.3) The KEYBUS is used by the panel to communicate with modules and vice versa. Each module has four KEYBUS terminals that must be connected to the four KEYBUS terminals on the panel. For more information, see Section 2.3 (“KEYBUS Operation and Wiring”).

Each PGM output is designed so that when activated by the panel, the terminal will switch to ground. PGM2 can sink up to 50 mA of current to activate LEDs or a small buzzer. Connect the positive side of the LED or buzzer to AUX+, the negative side to PGM2. If more than 50 mA of current are required, a relay must be used. Please study PGM wiring in the accompanying diagram. PGM1 is a high current output which operates similar to PGM2. PGM1 is used for high current output (300mA). Zone Input Terminals – Z1 to Z6 Each detection device must be connected to a zone on the control panel. We suggest that one detection device be connected to each zone; wiring multiple detection devices to a single zone, however, is possible. For zone wiring specifics, please see Section 2.8 (“Zone Wiring”). Telephone Connection Terminals – TIP, RING, T-1, R-1 If a telephone line is required for central station communication or downloading, connect an RJ-31X telephone jack in the following manner: • TIP - Green Wire incoming line from • RING - Red Wire telephone company • R-1 - Grey Wire outgoing line to • T-1 - Brown Wire house telephone(s) Please ensure that all plugs and jacks meet the correct dimension, tolerance and metallic plating requirements. For proper operation, no other telephone equipment should be connected between the control panel and the telephone company facilities. Do not connect the alarm panel communicator to telephone lines intended for use with a fax machine. These lines may incorporate a voice filter which disconnects the line if anything other than fax signals are detected, resulting in incomplete transmissions. 2.3 KEYBUS Operation and Wiring The KEYBUS is used by the panel to communicate with all connected modules and vice versa. The red (AUX+) and black (AUX-) terminals are used to provide power, while the yellow (YEL) and green (GRN) terminals are clock and data respectively. The four KEYBUS terminals of the panel must be connected to the four KEYBUS terminals or wires of all modules. The following restrictions apply to KEYBUS wiring: • KEYBUS should be run in minimum 22 gauge quad (0.5mm); two pair twist is preferred. • The modules should be home run to the panel but can be connected in series or T-tapped . • Any module can be connected anywhere along the KEYBUS. You do not need to run a separate KEYBUS wire for keypads, etc. • No module can be more than 1,000'/330m (in wire length) from the panel. • Shielded wire should not be used unless wires are run in an area that presents excessive RF noise or other such interference. Example of KEYBUS Wiring NOTE: Module (A) is correctly wired within 1,000'/330m of wire from the panel. Module (B) is correctly wired within 1,000'/330m of wire from the panel. Module (C) is NOT wired correctly as it is further than 1,000'/330m from the panel, in wire distance. 2.4 Current Ratings – Modules and Accessories In order for the PC1580 system to operate properly, the power output capabilities of the main control and the expansion devices must not be exceeded. Use the data presented below to ensure that no part of the system is overloaded and cannot function properly. PC1580 (12 VDC) VAUX: 550 mA. Includes one keypad. Subtract for each additional keypad, expansion module and acces- sory connected to VAUX or KEYBUS. BELL: 700 mA. Continuous Rating. 3.0 A. Short Term. Available only with stand-by battery connected. PC1580 Device Ratings (@ 12 VDC) • LCD5500T Keypad: 50 mA • PC5400 Serial Module: 65 mA • PC5506T Keypad: 45 mA • PC1575RK Keypad: 50 mA • DLM-4: 160 mA standing / 180 mA transmitter • Escort: 65 mA standing / 130 mA on-line Other Devices Please read the manufacturer’s literature carefully to determine the maximum current requirements for each device—during activation or alarm—and include the proper values for loading calculations. Connected devices must not exceed system capabilities during any possible operational mode. 2.5 Keypad Assignment There are eight available slots for keypads. LED keypads by default are always assigned to slot 1; the LCD5500T is always assigned to slot 8. Whereas the PC1575 LED keypad must always be assigned to slot 1, the PC5506T and BLK RED DSC RM-1 WHT YEL GRN COM NC NO +AUX PGM1 (ANY OUTPUT TERMINAL) RING TIP R-1 T-1 EGND GRY BRN GRN RED TO TELEPHONE COMPANY TO PREMISE TELEPHONE RJ31X TELEPHONE PLUG

(1 to 8). Keypad enrollment is required since the panel must know which slots are occupied in order to generate a fault when a supervisory is not present. How to Assign Keypads Each keypad must be assigned one at a time. After assigning all keypads, a supervisory reset should be performed. To assign a keypad to a slot, enter the following: 1. Enter Installer’s Programming. 2. Press [00] for Keypad Programming. 3. Press [0] for Slot Assignment. 4. Enter a two digit number (11-18) to specify which supervisory slot the keypad will occupy. Press the [#] key twice to exit programming. Continue this procedure at each keypad until they have all been assigned to the correct slot. When using more than one LCD keypad, be sure that only one is assigned to slot number 8. 2.6 Supervision By default, all modules are supervised upon installation. Supervision is enabled at all times so that the panel can indicate a trouble if a module is removed from the system. A connected module which does not show as being present will appear as a trouble condition and the Trouble light on the keypad will turn ON. This condition may be due to one or more of the following reasons: • the module is not connected to the KEYBUS • there is a KEYBUS wiring problem • the module is more than 1,000'/330m from the panel • the module does not have enough power For more information regarding module supervision troubles, please refer to Section 3.4 (“[✱] [2] Trouble Conditions”). Modules will not be automatically supervised if connected while in installers mode. 2.7 Removing Modules The panel must be instructed to no longer supervise a module being removed from the system. To remove the module, disconnect it from the KEYBUS and reset the supervision field by entering [92] in the installer’s programming. The panel will be reset to recognize and supervise all existing modules on the system. 2.8 Zone Wiring For a complete description of the operation of all zone types, please refer to Section 5.2 (“Zone Definitions”). There are several different ways in which zones may be wired, depending on which programming options have been selected. Please refer to the following diagrams to study each type of individually supervised zone wiring. Any zone defined as Fire will automatically require a single End of Line (EOL) resistor regardless of which type of zone wiring supervision is selected. (See Section 5.2 “Zone Definitions.”) Reconfiguring the zone supervi- sion from a non-default setting—from DEOL to EOL or from NC to DEOL—may disable zones 1-6 while open or in trouble. To prevent this situation, the system should be powered down completely and powered up again. 2.8.1 Normally Closed (NC) Loops 2 NORMALLY CLOSED CONTACTS WITH NO END OF LINE RESISTOR ANY Z TERMINAL ANY COM TERMINAL NORMALLY CLOSED CONTACT WITH NO END OF LINE RESISTOR ANY Z TERMINAL ANY COM TERMINAL This option should only be selected if Normally Closed (NC) detection devices or contacts are being used. 2.8.2 Single End Of Line (EOL) Resistors (5600W) NORMALLY CLOSED CONTACT WITH END OF LINE RESISTOR ANY Z TERMINAL ANY COM TERMINAL NORMALLY OPEN CONTACTS WITH END OF LINE RESISTOR ANY Z TERMINAL ANY COM TERMINAL ANY Z TERMINAL ANY COM TERMINAL 2 NORMALLY OPEN CONTACTS AND 2 NORMALLY CLOSED CONTACTS WITH END OF LINE RESISTOR 1 NORMALLY OPEN CONTACT AND 1 NORMALLY CLOSED CONTACT WITH END OF LINE RESISTOR ANY Z TERMINAL ANY COM TERMINAL This option should be selected if either Normally Closed (NC) or Normally Open (NO) detection devices or contacts are being used. 2.8.3 Double End of Line (DEOL) Resistors Double End of Line resistors allow the panel to determine if the zone is in alarm, tampered or faulted. ANY Z TERMINAL ANY COM TERMINAL ALARM CONTACT DOUBLE EOL CIRCUIT 1 NORMALLY CLOSED CONTACT WITH 5600 END OF LINE RESISTORS Ω This option can only be selected if Normally Closed (NC) detection devices or contacts are being used (ie: Do not use DEOL resistors for Fire zones. Only one NC contact can be connected to each zone. Multiple detection devices or contacts on a single loop is not allowed. The following chart shows zone status under certain conditions: • Loop Resistance ................................ Loop Status • 0Ω (shorted wire, loop shorted) ....... Fault • 5600Ω (contact closed) .................... Secure • Infinite (broken wire, loop open)....... Tamper • 11200Ω (contact open) ..................... Violated