No central processing unit is required. Core modules connect to other core modules to form the fire protection system. With no single point of failure, distributed modules provide the greatest degree of scalability, survivability and building protection. True distributed architecture ensures reliable and timely response times. 

Any module failure(s) will not impact the operation or timely response of any of the remaining modules. Modules that become severed from the IP Fire^TM control system will operate independently to provide the highest degree of system survivability. Upon rejoining the system, a previously severed module(s) will automatically synchronize its data and current status with all other connected modules without the need for human intervention. 

The IP Fire Series^TM control equipment, detectors and addressable devices are all RoHS compliant. Please see our GREEN brochure.

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The first module on every IP Fire^TM network is a display module that is designated as the Virtual Panel Module (VPM). Network configuration and management are initially performed through the VPM. Its terminal interface display acts as a gateway to the other modules installed in the network and can interact with any device configured on those modules.

A single VPM can interact with up to 50 distributed modules of any type in any configuration. As modules are attached to the network, they obtain their IP address assignments from the VPM managing the modules on the fire control network. All modules are connected via an RTR-1, RTR-2, RTR-3 or equivalent hub, or directly (by use of a cross-over cable) to the VPM.

Once connected, SDM’s provide identical features/functions as the VPM. SDM’s may be installed in any number up to the system maximum of 50 modules.

VPM/SDM modules feature a ¼ VGA graphical user interface, programmable soft keys, system event annunciation, acknowledge, signal silence, and reset switches along with separate switches for sorting history logs. Drill and lamp test are also accessible from any VPM/SDM.

VPM/SDM modules feature two integral USB 2.0, Type A ports for easy system access. The USB ports can be utilized to program/back-up/restore any or all IPF Series modules located anywhere on the network to/from any standard USB Mass Storage Device.

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The architecture of an IP Fire Series^TM fire control network is comprised of a series of IP-based distributable modules. These modules include alternate configurations of analog loop and NAC circuit modules (ALM-xy), standard display modules (SDM), annunciator control modules (ACM) and other specialized modules noted in other documents. 

The Analog Loop Module (ALM) communicates with all other modules installed on the network through an Ethernet connection and is addressed through the ALM’s unique IP address.

The ALM manages Class A/B Signaling Line Circuits (SLC), Class A/B Notification Appliance Circuits (NAC) or both, depending on the module configuration. The number of each type of circuit is specified by the trailing 2 digits in the ALM part number. Thus, an ALM-12 would have a single SLC and two NAC circuits.

Once programmed, each ALM maintains an integral 3000 event history log and will continue to operate its connected circuits even if communication with the remaining network is severed. Upon rejoining the network, the ALM will synchronize its data with the remaining modules.

IP Fire Series^TM systems feature SmokeClear^TM to report when smoke has cleared the chamber of any detection device. This information is reported to the panel and recorded in the history log allowing first responders to determine the length of time that smoke was present at any given location when evaluating conditions upon arrival. SmokeClear^TM will also put a notification on the system when pull stations have been reset signaling that the IP Fire^TM system can be reset.

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Power requirements can be varied according to the systems layout. The IPF Series^TM accommodates either centrally located or distributed power.

The Power Supply Monitor (PSM) supervises the power supply (PS-24), battery charger (APS-4), and provides for internal/ external distribution of power throughout the system. External power runs are power limited.

Multiple instances of the power supply may be installed throughout an IP Fire Series^TM installation as required.

There are no system limitations on the amount of power that can be installed/distributed.

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Distributed modules are housed in AsBuilt IPF Series^TM cabinets that are available in a variety of configurations to accommodate any building requirement.

Large (IPF-XL), medium (IPF), and small (REM) cabinets can be configured to accommodate single modules, multiple modules, with or without displays/with or without local power.  

The IPF cabinet (IPF) fits between standard stud placements, measures 14Wx23Hx4.5 deep and is available with three different door options. Access to the display functions are limited with the IPF cabinet by a key-activated enabled/disable switch.

The larger IPF-XL can accommodate a display and up to 4 additional system modules, common control cards, two power supplies and an additional 8A of power available for charging batteries. IPF-XL cabinets are available in a variety of configurations behind a clear locked Lexan door. The IPF-XL measures 22Wx23Hx5.5D.

REM series cabinets measure 14Wx10.5Hx4.5D or 9Wx12Hx3D and house from one to three system modules – with or without displays. Displays in REM cabinets are also key-enabled.

An REM-R enclosure can be configured to mount a single module, a single module with space for common control cards or two modules – all with or without a system display (VPM or SDM). The REM-R and REM-C enclosures do not provide room for a power source. The REM-R and REM-C must be powered with 24V from a separate IPF distributed enclosure. Power monitoring is provided by the power supply monitor module (PSM) located at the power source.

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Both distributed network systems and pre-configured central systems require the capability to accommodate common control or panel level functions.

The IP Fire Series^TM panel-level common cards can connect to any display module located anywhere on the network.

The Common Control Relay Card (CCR) provides for Common Alarm, Common Trouble and Common Supervisory relays (NO/CO/NC) activated by events anywhere on the fire control network. The three relays are rated at 2.0A @30 VDC Resistive load each.

Both distributed network systems and pre-configured central systems require the capability to accommodate common control or panel level functions.

The IP Fire Series^TM panel-level common cards can connect to any display module located anywhere on the network.

The Common Control Relay Card (CCR) provides for Common Alarm, Common Trouble and Common Supervisory relays (NO/CO/NC) activated by events anywhere on the fire control network. The three relays are rated at 2.0A @30 VDC Resistive load each.

The CCR can be mounted with any VPM or SDM installed on the network fire system by a simple ribbon cable connection. Multiple instances of the CCR may be installed as required on each display module installed on the network and up to two CCR boards may be daisy chained together off of any single network module. The CCR is mounted directly to the system chassis within the cabinet.

The Masterbox/Line Reversal card (MBLR) is also mounted with any display module installed on the network fire system by a simple ribbon cable connection. If present, the MBLR may be daisy-chained directly off of the CCR. The MBLR is mounted directly to the system chassis within the cabinet.

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