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General| Model | IFC-200 |
|---|---|
| Number of Zones | 2 |
| Zones | 2 |
| SLC Loops | 1 |
| Operating Temperature | 32°F to 120°F (0°C to 49°C) |
| Humidity Range | 10% to 93% non-condensing |
| Communication | RS-485 |
| Input Voltage | 120 VAC, 60 Hz, 3.0 A / 220-240 VAC, 50 Hz, 1.5 A |
Limitations of automatic fire alarm systems regarding property damage or loss of life.
Heat detectors alarm based on heat increase, not smoke particles. They protect property.
Smoke detectors must be in rooms with control panel/wiring to detect fires impacting systems.
Warning devices may not alert all people or function in certain environments.
Fire alarm systems require electrical power; standby batteries have limited operation.
System components must be technically compatible with the control panel.
Reliance on telephone lines for alarm transmission can lead to failure.
The most common cause of fire alarm malfunction is poor maintenance.
Disconnect all power sources before servicing control units and associated equipment.
Re-testing is required after any system component change, addition, or modification.
System operates at 0-49°C/32-120°F but extreme temps affect battery life.
Ensure wire sizes are adequate for loops; most devices tolerate only 10% I.R. drop.
Solid-state devices are susceptible to lightning; proper grounding reduces susceptibility.
Ground yourself with a wrist strap before handling circuits to prevent static discharge.
Equipment complies with FCC Part 15 Class A limits for radio frequency emissions.
Apparatus complies with Canadian Class A limits for radiation noise emissions.
Provides information on obtaining the latest software versions for system upgrades.
Guidelines for submitting feedback to improve manual accuracy and content.
Covers installation and wiring of SLC devices with specified Fire Alarm Control Panels (FACPs).
Details UL 864 compliance for specific Fire Alarm Control Panels (FACPs).
Identifies products requiring Authority Having Jurisdiction (AHJ) approval for UL 864 compliance.
Details isolator detector bases that prevent loop disablement from short circuits.
Explains the function of isolator bases in isolating short circuits and restoring loops.
Describes using isolator modules to protect each branch of an NFPA Style 4 SLC.
Details using isolator modules to protect sections of an NFPA Style 6 SLC.
Explains Style 7 operation using isolator bases and modules for fault protection.
Describes addressable modules for monitoring conventional initiating devices via IDC.
M300MJ monitors Style B or D IDC for dry-contact inputs; supports degraded mode.
M302MJ monitors two-wire, 24V conventional smoke detectors on Style B or D IDC.
Lists UL and ULC listed SLC devices including detectors, bases, and modules.
Lists products not UL 864 9th Edition certified, requiring AHJ approval for retrofit applications.
Provides a list of referenced documents for FACPs, power supplies, and system components.
Explains SLC communication, wiring styles (4, 6, 7), and surge protector requirements.
Details FlashScan and CLIP protocols, their usage, and programming considerations.
Modules for monitoring conventional devices (pull stations, smoke, heat, waterflow, supervisory).
Modules for controlling Notification Appliance Circuits (NACs) and audio/voice systems.
Modules to isolate short-circuited SLC sections, meeting NFPA Style 7 requirements.
Modules providing dry-contact output for auxiliary devices via Form-C relays.
Subsystems for audio amplification, distribution, and data gathering for alarm panels.
Bases connecting SLC to detectors, supporting standard, isolator, sounder, or relay functions.
Various intelligent detectors (smoke, thermal, multi-criteria) with FlashScan/CLIP support.
JBG-12LX pull station provides addressable identification and location to the control panel.
Connects up to 80 wireless smoke detectors to an intelligent alarm panel.
ACPS-610/E provides addressable 24 VDC outputs for NACs or auxiliary power.
Maximum number of devices on an SLC loop depends on selected protocol and FACP.
Details fault conditions and panel response for Style 4, 6, and 7 SLC configurations.
Describes LED indicators for devices in CLIP and FlashScan modes on various control panels.
Provides wire type, maximum distance, and gauge recommendations for SLC loops.
Details wiring for two-wire Style 4 SLC configurations, including T-tapping allowance.
Procedure for measuring DC resistance of SLC branches to ensure compliance.
Describes wiring for four-wire Style 6 and 7 SLC configurations.
Procedure for measuring loop resistance for four-wire SLCs.
Method for determining total wire length in a four-wire SLC loop.
Shows SLC loop connections for control and expander modules on IFC2-3030/IFC-3030.
Illustrates SLC loop connections for IFC2-640/IFC-320 and their expander modules.
Shows SLC loop connections for IFC-640 and its expander modules.
Details SLC loop connections for the IFC-200 panel, which is CLIP mode only.
Shows SLC loop connections for IFC-300/IFC-400 panels (CLIP mode only).
Illustrates SLC connections for IFC-1010/IFC-2020 using JLIB-200A or JLIB-400.
Explains the importance of shield termination and its dependency on conduit type.
Details proper shield termination for SLC wiring when no conduit is used.
Provides instructions for shield termination when using full conduit for SLC wiring.
Details shield termination for SLC wiring with partial conduit usage.
Explains how to float shields for specific SLC wiring to maintain maximum loop length.
Covers two SLC circuit styles not requiring isolation devices: NFPA 72 Style 4 and 6.
Illustrates basic NFPA Style 4 SLC wiring, permitting T-tapping.
Shows basic NFPA Style 6 SLC wiring; T-tapping is not allowed.
Introduces Fault Isolator Module (M500XJ) and Isolator Detector Base (B224BI).
M500XJ monitors circuits, isolates shorts, and automatically restores power.
Provides wiring diagrams for the M500XJ Fault Isolator Module.
Bases prevent loop disablement from shorts, isolating devices and auto-restoring loops.
Explains how isolator bases function to isolate faults at specific points on the SLC.
Illustrates NFPA Style 4 SLC operation using M500XJ modules to protect each branch.
Details NFPA Style 6 SLC with M500XJ modules flanking groups for fault protection.
Explains Style 7 operation with isolator bases/modules flanking devices for fault protection.
Describes addressable modules for monitoring conventional initiating devices via IDC.
M300MJ monitors Style B or D IDC for dry-contact inputs; supports degraded mode.
M302MJ monitors two-wire, 24V conventional smoke detectors on Style B or D IDC.
M300DJ monitors two independent Style B IDCs at consecutive addresses.
M301MJ monitors a Style B IDC in a smaller package for direct device mounting.
M300MJ-4-20 interfaces with 4-20mA sensors for intelligent systems.
Procedure for setting SLC addresses using rotary switches on modules and detectors.
Shows typical wiring for a supervised NFPA Style B IDC using an M300MJ monitor module.
Illustrates typical wiring for a supervised NFPA Style D IDC using an M300MJ monitor module.
Shows typical wiring for NFPA Style B IDC using M300DJ dual monitor module.
Illustrates NFPA Style B IDC wiring with M302MJ zone interface module.
Shows typical wiring for NFPA Style D IDC using M302MJ zone interface modules.
M300CJ modules for monitoring/switching 24 VDC NAC power, audio/voice, and phone applications.
Shows connections for powering a 24 VDC NAC using the M300CJ module.
Details wiring the M300CJ-REL module to a solenoid for releasing applications.
Shows wiring a supervised, power-limited NFPA Style Y NAC using the M300CJ module.
Illustrates wiring a supervised, power-limited NFPA Style Z NAC using the M300CJ module.
Details Class B and Class A wiring for connecting releasing devices to the M300CJ-REL.
M300RJ module provides two isolated Form-C relay contacts with specified ratings.
Shows typical wiring of the M300RJ module to the control panel.
Details B501J, B210LPJ, B224RB, B501BH bases and HARSHTM detector base.
Illustrates typical wiring for B210LPJ or B501J detector bases connected to an SLC.
Shows typical wiring for B501B-FTXJ detector base for HARSHTM detectors.
Explains how isolator bases isolate detectors from SLC short circuits.
Shows typical wiring for the B224RB plug-in relay detector base.
Illustrates typical wiring for B501BH and B501BHT sounder bases.
Describes the JBG-12LX addressable manual pull station with key-lock reset.
Shows typical wiring for the JBG-12LX pull station to an SLC.
Calculations and tables for determining allowable resistance for 24 VDC power runs.
Discusses options for supervising 24 VDC power, including built-in supervision and relays.
Details wiring a power supervision relay for 24 VDC circuits to detect power loss.
Alternate method using M300CJ module to supervise 24 VDC power without a relay.
Lists approved surge protectors and requirements for SLC wiring running outside buildings.
Mounting and connection guidelines for secondary surge suppressors.
Shows connections for DTK-2LVLP-F and PLP-42N surge suppressors on IFC-200.
Details connections for SLCP-30, DTK-2LVLP-F, and PLP-42N surge protectors on IFC-300/400.
Shows connections for SLCP-30, DTK-2LVLP-F, and PLP-42N surge protectors on IFC-1010/2020.
Details connections for DTK-2LVLP-F, PLP-42N, and SLCP-30 surge protectors on IFC-640/3030.
Provides terminal mapping between V-type and H-type for the M300RJ module.
Provides terminal mapping between V-type and H-type for M300CJ and M302MJ modules.
Provides terminal mapping between V-type and H-type for the M300MJ module.
Lists UL and ULC listed SLC devices including detectors, bases, and modules.
Index entries for devices and topics from A to M.
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