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General| Model | AUTOPULSE IQ-636X-2/E |
|---|---|
| Zones | 6 |
| Power Supply | 120/240 VAC, 50/60 Hz |
| Operating Temperature | 32°F to 120°F (0°C to 49°C) |
| Activation Method | Manual or Automatic |
| Standards Compliance | UL 864 |
Discusses limitations of fire alarm systems and device performance.
Crucial requirement for smoke detector placement near the control panel.
Limitations of audible warning devices in alerting occupants.
Identifies inadequate maintenance as the primary cause of system malfunction.
Warns about multiple power sources and the need to disconnect all before servicing.
Mandates re-acceptance testing after software changes or component modifications.
Advises on handling static-sensitive components to prevent damage.
Details FCC and Canadian regulatory compliance for RF energy and radiation.
Lists NFPA and Underwriters Laboratories standards the panel complies with.
Details UL 864 9th Edition certification and its implications for peripherals.
Lists other relevant documents and their corresponding numbers.
Explains the meaning of CAUTION and WARNING indicators in the manual.
Provides a general description of the IQ-636X-2/E control panel and its capabilities.
Lists the standard features and capabilities of the IQ-636X-2/E control panel.
Describes optional peripherals and enhancements available for the IQ-636X-2/E system.
Outlines system expansion limitations related to cabinet, power, and batteries.
Details the fundamental components of the IQ-636X-2/E system package.
Describes the main control panel circuit board, including its integrated functions.
Details the main power supply unit and its functions, including battery charging.
Illustrates circuit board connections, switches, jumpers, and LEDs.
Identifies jumpers, LEDs, and switches on the CPU and power supply boards.
Describes the available CAB-4 series backbox sizes and their features.
Lists compatible electronic equipment, including warnings about UL 8th Edition devices.
Lists compatible equipment from System Sensor.
Lists retrofit equipment not certified for UL 864 9th Edition.
Details site selection and initial preparation steps before installation.
Lists standards and codes installers must be familiar with for installation.
Provides a step-by-step checklist for installing the IQ-636X-2/E system.
Gives instructions on how to mount the CAB-4 series backbox to a wall.
Details how to position the IQ-636X-2/E control panel and other modules in the backbox.
Continues guidance on placing CPU, power supply, and optional displays in the chassis.
Notes the requirement for AP-BP2-4 battery plate for UL labeling.
Shows side view of chassis mounting for CPU, display, and option boards.
Illustrates top view of chassis mounting for various components and option boards.
Details chassis compatibility for different system components.
Lists stand-off lengths required for mounting components.
Details the installation of the control panel circuit board and keypad/display unit.
Emphasizes the critical importance of securing all mounting holes for Earth Ground continuity.
Explains how to set up the AutoPulse-NCA-2 as the primary system display.
Details how to mount option boards within the IQ-636X-2/E chassis.
Explains the process for mounting option boards in the CHS-4L chassis.
Details mounting option boards onto BMP-1 plates in dress panels.
Provides information on connecting the TM-4 transmitter module.
Explains how to install the LEM-320 Loop Expander Module to add a second SLC.
Warns about correct stacker-connector installation for SLC function.
Overviews the primary and secondary power sources for the system.
Critical safety warnings regarding power disconnection before component connection or servicing.
Details how to connect the control panel to the AC power source.
Provides a checklist for verifying AC power application.
Caution to ensure batteries are not connected during AC power checks.
Guides battery installation and provides critical warnings about battery acid hazards.
Warning to delay connecting battery interconnect cables until after initial power-up.
Explains connections for external DC power outputs (TB10 and TB2).
Specifies the 24 VDC resettable power circuit for devices.
Details the 24 VDC non-resettable power output for external devices.
Describes connections for accessory DC power outputs on TB2.
Details connections for Notification Appliance Circuits (NACs) and releasing circuits.
Shows the NAC terminals and associated LEDs on the control panel.
Notes that NACs can be programmed as releasing circuits and require supervision.
Describes the output relay connections for Alarm, Trouble, Supervisory, and Security.
Explains the function and configuration of backup-alarm switches.
Warning against using backup switches for NACs in releasing functions.
Details UL requirements for separating power-limited and non-power-limited wiring.
Explains the importance of labeling non-power-limited circuits.
Guides the installation of EIA-485 devices and their connections.
Introduces the installation of remote printers and CRT terminals.
Provides instructions for fabricating custom cables for printers and CRT.
Details connecting a remote PRN series printer to the control panel.
Guides the installation and configuration of a Keltron printer.
Guides the installation and configuration of a CRT-2 terminal.
Explains how to set CRT-2 parameters using function keys.
Details how to connect multiple printers or CRTs to the system.
Provides an overview of wiring Signaling Line Circuits (SLCs).
States the SLC capacity of the IQ-636X-2/E and optional expander.
Illustrates SLC loop connections and wiring for Style 4 and Style 6 loops.
Guides connecting a PC for off-line programming using VeriFire Tools.
Introduces the applications covered in this section and their corresponding chapters.
Details devices that require external power supervision and the relevant type codes.
Explains wiring for NFPA 72 Central/Remote Station systems using UDACT/UDACT-2.
Illustrates enabling external power supervision using relays.
Shows a typical wiring diagram for a Central Station Fire Alarm System.
Illustrates UDACT/UDACT-2 and TM-4 setup for Canadian applications.
Explains how the IQ-636X-2/E transmits signals to a compatible receiving unit.
Explains the general operation of the panel in a Fire/Security system.
Guides the installation of a security tamper switch for the cabinet door.
Explains connecting to a central receiving unit for security alarm transmission.
Guides programming security devices by selecting address and Type Code.
Shows typical wiring for proprietary security alarm applications using FMM-1 modules.
Provides an overview of agent release and preaction/deluge control applications.
Warns about precautions for CO2 releasing applications and backup switch use.
Explains programming releasing software zones and mapping them to outputs.
Details connecting releasing devices to the control panel's NAC circuits.
Outlines circuit requirements for connecting releasing devices.
Details circuit requirements for non-power-limited releasing devices.
Details connecting releasing devices to the FCM-1 module.
Outlines circuit requirements for connecting releasing devices to FCM-1.
Details connecting releasing devices to the FCM-1-REL control module.
Lists critical requirements when connecting releasing devices to FCM-1-REL.
Guides connecting an NBG-12LRA Agent Release-Abort Station.
Outlines the procedure for conducting a complete operational acceptance test.
Emphasizes the importance of periodic testing and service for reliable operation.
Details monthly operation checks to ensure system functionality between formal tests.
Warns against relying solely on software settings to lockout releasing devices.
Covers maintenance and checks for system batteries.
Critical warnings about sulfuric acid hazards and shorting battery leads.
Guides the calculation of AC branch circuit current requirements.
Explains how to calculate system current draws for standby and alarm conditions.
Explains how to use the tables for calculating current draws and battery requirements.
Details how to calculate primary non-fire alarm current.
Details how to calculate primary fire alarm current.
Details how to calculate secondary non-alarm current for battery backup.
Lists current draws for system components in different operating modes.
Guides the calculation of maximum secondary power fire alarm current draw.
Lists maximum secondary fire alarm current draws.
Notes maximum secondary fire alarm load limits based on battery size.
Guides the calculation of required battery capacity in Amp-Hours.
Assists in selecting the appropriate battery size and part number.
Provides a table for selecting batteries and backboxes based on AH requirements.
Details AC power requirements and specifications.
Lists specifications for system batteries and charger capabilities.
Provides specifications for the Signaling Line Circuit (SLC).
Lists specifications for NACs and releasing circuits.
Details specifications for output relays.
Details power output specifications for external devices.
Covers guidelines for the AC branch circuit connection.
Discusses wiring requirements for various circuit types.
Covers secondary power source (battery) operation.
Provides detailed wire requirements for different circuit types.
Lists specific wire requirements for different circuit types and distances.
Details standalone application configurations for Canadian use.
Specifies requirements for annunciators and releasing devices in Canada.
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