FireNET Plus Analog Addressable Fire Alarm System

FireNET Plus
Analog Addressable Fire Alarm System
Installation and Operation Manual

Hochiki America Corporation 7051 Village Drive, Suite 100 Buena Park, CA 90621-2268 714.522.2246 Corporate Headquarters 800.845.6692 Technical Support http://www.hochiki.com

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Version 1.02 Created: 12/23/08 Updated: 09/16/10
PN# 1700-10840
v1.02

Table of Contents

Table of Contents……………………………………………………………………………………………………………2 Prefix ­ Programming Compliance with UL864 9th Edition ………………………………………………..6

Section 1 ­ Introduction
……………………………………………………………………………………………………………………………………… 7
1.1 Basic Features…………………………………………………………………………………………….. 7 1.2 System Devices and Equipment …………………………………………………………………….. 8
1.2.1 System Replacement Parts ………………………………………………………………………. 9 1.3 Limitations of Fire Alarm Systems ………………………………………………………………… 10 1.4 Agency Listings, Approvals, Requirements ……………………………………………………. 13
1.4.1 Federal Communications Commission (FCC)…………………………………………….. 13 1.4.2 Underwriters Laboratories (UL)………………………………………………………………… 13 1.4.3 National Fire Protection Association (NFPA) ……………………………………………… 13

Section 2 ­ Control Panel Installation
……………………………………………………………………………………………………………………………………. 14
2.1 What’s in the Box? ……………………………………………………………………………………… 14 2.2 Environmental Specifications……………………………………………………………………….. 14 2.3 Control Panel Layout ………………………………………………………………………………….. 15
2.3.1 Front Panel Controls and Display …………………………………………………………….. 15 2.3.2 Enclosure and Panel Layout ……………………………………………………………………. 16 2.4 Mounting the Control Panel …………………………………………………………………………. 17 2.5 Wiring Specifications ………………………………………………………………………………….. 17 2.5.1 Suggested Routing of AC Power ……………………………………………………………… 18 2.6 Battery Calculations ……………………………………………………………………………………. 19 2.7 Electrical Ratings ……………………………………………………………………………………….. 22 2.8 Specifications…………………………………………………………………………………………….. 24

Section 3 – Power Supply and Main Control Unit Connections
……………………………………………………………………………………………………………………………………. 25
3.1 AC Power Connection ………………………………………………………………………………… 25 3.2 Battery Connection …………………………………………………………………………………….. 25 3.3 Auxiliary Power Connection …………………………………………………………………………. 27 3.4 Notification Appliance Circuit Connection ………………………………………………………. 28 3.5 Relay Output Connection…………………………………………………………………………….. 29 3.6 Phone Line Connections (FNP- 1127D and FNP-1127DE only)…………………………. 30 3.7 Using a Printer …………………………………………………………………………………………… 31

Section 4 ­ Expander Board Installation

……………………………………………………………………………………………………………………………………. 32
4.1 Compatible Expander Boards ………………………………………………………………………. 32 4.2 General Installation of RS-485 Bus Devices …………………………………………………… 33
4.2.1 Wiring Distance and Mounting Locations…………………………………………………… 33 4.2.2 Addressing ……………………………………………………………………………………………. 34 4.2.3 Terminating …………………………………………………………………………………………… 34

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4.2.4 Power Connections………………………………………………………………………………… 35 4.2.5 COMMS Connection ………………………………………………………………………………. 35 4.3 FN-4127-IO – Input / Output Board ……………………………………………………………….. 36 4.3.1 Configuring Inputs………………………………………………………………………………….. 36 4.3.2 Configuring Outputs ……………………………………………………………………………….. 37 4.3.3 LED Indicators ………………………………………………………………………………………. 38 4.5 Reserved for Future Use …………………………………………………………………………….. 39 4.6 FNP-1127-SLC ­ SLC Loop Expander ………………………………………………………….. 40 4.6.1 Installation of the FNP-1127-SLC …………………………………………………………….. 40 4.7 FN-LCD-S Serial Liquid Crystal Display Annunciator ………………………………………. 41 4.7.1 Installation of the FN-LCD-S ……………………………………………………………………. 41

Section 5 ­ SLC Device Installation
……………………………………………………………………………………………………………………………………. 44
5.1 Compatible SLC Devices …………………………………………………………………………….. 44 5.2 Number of Devices …………………………………………………………………………………….. 45 5.3 SLC Loop Wiring………………………………………………………………………………………… 45
5.3.1 Class B SLC Loop Wiring Distance ………………………………………………………….. 46 5.3.2 Class A SLC Loop Wiring Distance ………………………………………………………….. 47 5.4 Addressing Devices ……………………………………………………………………………………. 48 5.4.1 Detector Addressing ………………………………………………………………………………. 50 5.4.2 4-S Module and AMS Addressing ……………………………………………………………. 50 5.4.3 Mini Module Addressing………………………………………………………………………….. 51 5.5 Smoke and Heat Detector Wiring …………………………………………………………………. 52 5.6 Analog Duct Detector Wiring ……………………………………………………………………….. 53 5.6.1 DH98-A Analog Duct Detector …………………………………………………………………. 54 5.6.2 DH98-AR Analog Duct Detector with Relay ……………………………………………….. 55 5.7 FRCME-4 Input Module Wiring …………………………………………………………………….. 56 5.8 FRCMA / FRCMA-I Input Module …………………………………………………………………. 57 NOTE: For Sections 5.7, 5.8, and 5.9 common for all FRCM devices ……………………… 58 5.10 R2M Dual Relay Module Wiring………………………………………………………………….. 59 5.11 SOM Supervised Output Module ………………………………………………………………… 60 5.12 SOM-A / SOM-AI Supervised Class A Output Module……………………………………. 61 5.13 CZM Conventional Zone Module ………………………………………………………………… 63 5.14 DIMM Dual Input Monitor Module ……………………………………………………………….. 65 5.15 SCI Short Circuit Isolator Module………………………………………………………………… 66 5.15.1 Class A Operation………………………………………………………………………………… 67 5.15.2 Class B Operation………………………………………………………………………………… 68 5.16 ASB Analog Sounder Base………………………………………………………………………… 69 5.17 AMS Addressable Manual Pull-Station ………………………………………………………… 70

Section 6 – Network Connections
……………………………………………………………………………………………………………………………………. 71
6.1 Compatible Network Devices……………………………………………………………………….. 71 6.1.1 FN-4127-NIC Network Interface Card……………………………………………………….. 72

Section 7 – Basic Front Panel Operations and Programming…………………………………………..77

(Access Level 1, 2, and Real-Time Operation)

……………………………………………………………………………………………………………………………………. 77
7.1 Operating Modes ……………………………………………………………………………………….. 78

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7.1.1 Access Level 1………………………………………………………………………………………. 78 7.1.2 Access Level 2………………………………………………………………………………………. 78 7.1.3 Access Level 3………………………………………………………………………………………. 78 7.2 Access Level 1 Operations ………………………………………………………………………….. 79 7.2.1 Performing a Lamp Test …………………………………………………………………………. 79 7.2.2 More Fire Events …………………………………………………………………………………… 79 7.2.3 More Events………………………………………………………………………………………….. 79 7.2.4 Menu Navigation (Up, Down, Left, Right Arrows, Enter / Exit Buttons) …………… 79 7.2.5 Help (?) ………………………………………………………………………………………………… 79 7.3 Access Level 2 Operations ………………………………………………………………………….. 80 7.3.1 Entering Access Level 2 …………………………………………………………………………. 80 7.3.2 Silencing an Alarm …………………………………………………………………………………. 80 7.3.3 Resounding an Alarm …………………………………………………………………………….. 80 7.3.4 Resetting an Alarm ………………………………………………………………………………… 81 7.3.5 Initiating a Fire Drill ………………………………………………………………………………… 81 7.3.6 Silence the Panel Sounder ……………………………………………………………………… 81 7.4 Advanced Access Level 2 Operations …………………………………………………………… 82 7.4.1 Access Level 2 Main Menu ……………………………………………………………………… 82 7.4.2 Disablements ………………………………………………………………………………………… 82 7.4.3 View Devices ………………………………………………………………………………………… 84 7.4.4 Test Zones ……………………………………………………………………………………………. 84 7.4.5 Set System Time …………………………………………………………………………………… 85 7.5 Panel Operation…………………………………………………………………………………………. 85 7.5.1 Fire Condition ……………………………………………………………………………………….. 85 7.5.2 Trouble Condition ………………………………………………………………………………….. 86 7.5.3 Supervisory Condition…………………………………………………………………………….. 87 7.5.4 Pre-Alarm Condition ………………………………………………………………………………. 88 7.6 DACT Operation and Event Reporting Codes (FNP-1127D only)………………………. 89 7.1 Compatible Receivers (DACRs) …………………………………………………………………. 89 7.2 Phone Line and Phone Number Selection ……………………………………………………. 89 7.3 Phone Line Supervision …………………………………………………………………………….. 90 7.4 Report Groups …………………………………………………………………………………………. 91 7.5 Communication Failure ……………………………………………………………………………… 92 7.6 AC Fail Reporting …………………………………………………………………………………….. 92 7.7 Event Reporting Codes……………………………………………………………………………… 93

Section 8 – Advanced Front Panel Operations and Programming (Access Level 3)
……………………………………………………………………………………………………………………………………. 96
8.1 Access Level Overview……………………………………………………………………………….. 96 8.1.1 Entering Access Level 3 …………………………………………………………………………. 96
8.2 Access Level 3 Menu………………………………………………………………………………….. 97 8.2.1 Edit Configuration ………………………………………………………………………………….. 97 8.2.2 Set Times……………………………………………………………………………………………. 109 8.2.3 View Print Event Log…………………………………………………………………………….. 110 8.2.4 Print Configuration ……………………………………………………………………………….. 110 8.2.5 System Disablements …………………………………………………………………………… 111 8.2.6 Loop Data Test ……………………………………………………………………………………. 111

Section 9 – Testing and Troubleshooting

………………………………………………………………………………………………………………………………….. 112
9.1 One Man Walk Test – TEST ZONES …………………………………………………………… 112

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9.2 View / Print Event Log ………………………………………………………………………………. 113 9.2.1 View Event Log ……………………………………………………………………………………. 113 9.2.2 Print Event Log ……………………………………………………………………………………. 114 9.2.3 Clear Event Log …………………………………………………………………………………… 115
9.3 Loop Data Test ………………………………………………………………………………………… 116 9.4 Troubleshooting ……………………………………………………………………………………….. 118 9.5 Trouble Conditions……………………………………………………………………………………. 119
Section 10 – Installation Records
………………………………………………………………………………………………………………………………….. 121
10.1 SLC Loop Point Record …………………………………………………………………………… 121 10.2 RS485 Bus Device Record ………………………………………………………………………. 121 10.3 Network Node Device Record…………………………………………………………………… 121
Appendix A – Compatible Devices
………………………………………………………………………………………………………………………………….. 134
A.1 Two-Wire Smoke Detectors ………………………………………………………………………. 134 A.2 Reserved for Future Use …………………………………………………………………………… 134 A.3 Compatible Notification Appliances …………………………………………………………….. 135
A.3.1 Gentex Compatible NAC Devices ………………………………………………………….. 136 A.3.2 Amseco Compatible NAC Devices …………………………………………………………. 136 A.3.3 Wheelock Compatible NAC Devices ………………………………………………………. 137 A.3.4 System Sensor Compatible NAC Devices ……………………………………………….. 139 A.4 Compatible 24VDC Devices ………………………………………………………………………. 141 A.5 Changing the Power Supply to 240VAC operation………………………………………… 142
Appendix C – WARRANTY……………………………………………………………………………………………144

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Prefix ­ Programming Compliance with UL864 9th Edition

Notice to Users, Installers, Authorities Having Jurisdiction, and other involved parties

This product incorporates field-programmable software. In order for the product to comply with the requirements in the Standard for Control Units and Accessories for Fire Alarm Systems, UL 864 9th Edition, certain programming features or options must be limited to specific values or not used at all as indicated below.

Program Feature or Option

Permitted in UL 864? (Y/N)

Possible settings

Settings permitted in UL864

AC Fail Delay

Yes

0 ­ 180 minutes

60 ­ 180 minutes

Alarm Verification

Yes

5 ­ 60 seconds

60 second setting

Disable Buzzer

Yes

Enable/Disable

Enable

Disable Ground Trouble

Yes

Set Buzzer Silence Access Level

Yes

“Waterflow Alarm” and

“General Purpose” Device

No

Type

Enable/Disable 1 or 2
0 ­ 120 seconds

Enable 2
0 seconds

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Section 1 ­ Introduction
The FireNET Plus is an analog addressable fire alarm system that meets the requirements of UL 864 9th Edition.
1.1 Basic Features
The basic FireNET Plus control panel includes one SLC (Signaling Line Circuit) loop. The loop is capable of supporting 127 analog addressable points which can be any combination of sensors and modules. One additional SLC loop can be added to the panel increasing the analog addressable point capacity to 254. When analog sounder bases are used, the upper addresses 128 ­ 254 are allocated to increase loop capacity to 254 analog addressable points. This doubles the analog addressable point capacity of the panel. The combination of analog addressable points derived from sensors, modules, and sounder bases cannot exceed 800 addresses and sub-addresses maximum.
Up to 4.0 amps of power is available to drive the system, SLC loops, notification appliances, and auxiliary equipment.
Two Class B notification appliance circuits rated at 3.2 amps each (see Section 2.7 and 2.8 for additional details regarding NAC circuit ratings).
Three programmable Form C relays are built-in to the control panel.
500 network-wide zones for device and circuit grouping.
Analog Smoke Detector Features: Automatic Drift Compensation Maintenance Alert Adjustable Day/Night Sensitivity Calibration checking meets sensitivity test requirements of NFPA 72.
Auto-Learn utility identifies system devices, which makes initial system start-up easier.
An 8 line by 40 character graphic LCD display provides a flexible and intuitive operator interface (320 characters total).
Help screens are available from the front panel and annunciator user interface to assist in programming and operation.
512 additional points can be added to the system using the FN4127-IO 16 channel input/output boards. Each of these points can be programmed individually to be an input or low current output. These points are for secondary use only.

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1.2 System Devices and Equipment

The following boards, expanders and devices are available from Hochiki America Corp. to be used with the FireNET Plus analog addressable fire alarm system. For a complete description and installation instructions of each product, please see the appropriate section of this manual and the literature supplied with the device itself.

Model

Description
Control Panels

FNP-1127

Analog/Addressable Fire Alarm Control Panel (1 SLC Loop, not expandable)

FNP-1127D

Analog/Addressable Fire Alarm Control Panel with Integrated DACT (1 SLC Loop, not expandable)

FNP-1127E

Analog/Addressable Fire Alarm Control Panel (1 SLC Loop, expandable to 2 SLC Loops)

FNP-1127DE

Analog/Addressable Fire Alarm Control Panel with Integrated DACT (1 SLC Loop, expandable to 2 SLC Loops)

NOTE: There are several ordering models (I.e. 120/240VAC, colors, etc.) Hochiki America’s ordering department will establish exact model and configuration at time of order. Different ordering models are also reflected on the FireNET Plus product datasheets. Control Panel Expanders

FN-4127-NIC FNP-1127-SLC FN-4127-IO

Network Interface Card SLC Loop Expander Card 16 Channel Input Output Board
Annunciators

FN-LCD-S FNP-LED

Serial LCD Annunciator Graphix LED Annunciator

ALK-V ALK-V2 ALG-V AIE-EA ATG-EA YBN-NSA-4 HSB-NSA-6 DH98-A DH98-AR MS-RA, MS- RA/R, MSKA/R FRCME-4 FRCMA, FRCMA-I SOM SOM-A, SOM-AI R2M R2ML, R2ML-I R2MH, R2MH-I SCI DIMM CZM

SLC Loop Devices Analog Photoelectric Smoke Sensor Analog Photoelectric Smoke Sensor Analog Photoelectric Smoke Sensor Analog Ionization Smoke Sensor Analog Heat Sensor 4″ Base for Analog Sensors 6″ Base for Analog Sensors Analog Duct Smoke Detector Analog Duct Smoke Detector w/Relay
Remote Test Station for DH98A & DH98AR
Input Module 4″ Box Mount Class A Input Module 4″ Box Mount (FRCMA-I has built-in SCI) Supervised Output Module Class A Supervised Output Module (SOM- AI has built-in SCI) Dual Relay Module, 1 amp @ 30VDC Dual Relay Module, 2 amp @ 30VDC (R2ML-I has built-in SCI) Dual Relay Module, 8 amp @ 30VDC (R2MH-I has built-in SCI) Short Circuit Isolator Module Dual Input Monitor Module Conventional Zone Module

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ASB AMS/KL/LP
TCH-B100-NS FN-ACC FNP-ETR

Analog Sounder Base Addressable Manual Pull-Station
Accessories Hand-held Programmer Battery/Accessory Enclosure (houses up to 33AH size batteries) Enclosure Trim Ring for Panel Flush Mount

1.2.1 System Replacement Parts

FNP-1127-BO FNP-1127D-BO FNP-1127E-BO
FNP-1127DE-BO
FNP-1127-ENC FNP-1127-ENC-DO FNP-1127-ENC-BC FNP-1127-MP FN-KEY FN-PBS FN-PGB FN-EOL FN-STO FN-FUS FN-FUS-BATT FN-BLJ FNP-1127-MAN FNP-1127-PDL FN-LSW FN-X187 FN-S187 FN-SKDK FN-SKCK FN-ECK FN-BLE FN-LCD-S-BO FN-LCD-S-BB FN-EBS

Control Panel Repair / Replacement Parts FireNET 1127 Control Unit Board Only FireNET 1127 Control Unit Board Only, with integrated DACT FireNET 1127 Control Unit Board Only, expandable FireNET 1127 Control Unit Board Only, expandable with integrated DACT FireNET 1127 Enclosure Complete FireNET 1127 Enclosure Door Only FireNET 1127 Enclosure Back-Can Only FireNET 1127 Panel Mounting Plate FireNET Enclosure Key Lock FireNET Panel Bonding Strap FireNET Panel Grounding Block FireNET Panel EOLR (package) FireNET Panel Standoffs (for panel covers) FireNET Main AC Input Fuse FireNET Battery Input Fuse FireNET Battery Leads & Jumper FireNET Installation Manual FireNET Panel Door Label Loop Explorer Software CD Programming Cable (Standard) Programming Cable (Jacketed) Spare Keys for Door Keyswitch Spare Keys for Controls Keyswitch Enable Controls Keyswitch Battery Leads for Accessory Enclosure (extended length 3.28ft) Serial Annunciator Control Unit Board Only (K6017) Serial Annunciator Back-box Expansion Boards Standoffs (SLC board & I/O board stacking)

*NOTE: 240VAC option available

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1.3 Limitations of Fire Alarm Systems
Follow Recommended Installation Guidelines: To achieve early fire detection, fire detection sensors should be installed in all rooms and areas of a house, apartment, or building in accordance with the recommendations of the National Fire Protection Association Standard 72 (NFPA 72), manufacturer’s recommendations, state and local codes, and the recommendations contained in Guide for the Proper Use of System Smoke Detectors, which is made available at no charge to all installing dealers. Generally, the standards and recommendations include the following (but installers should refer to the specific guidelines above before installing):
· Sleeping Rooms: Smoke detectors should be installed in every sleeping room. · Hallways: More than one smoke detector should be installed in a hallway if it is
more than 30 feet long. · At least Two Smoke Detectors: There should never be less than two smoke
detectors per apartment or residence. · Smoke Detectors in Alarm, Electrical, or Phone Locations: Smoke detectors
should be located in any room where an alarm control is located or an alarm control connects to an electrical source or phone line. If detectors are not so located, a fire within the room could prevent the alarm control from reporting a fire. · Notification Systems: All fire alarm systems require notification devices, including sirens, bells, horns, and/or strobes. In residential applications, each automatic alarm initiating device when activated should cause the operation of alarm notification device that should be clearly audible in all bedrooms over ambient or background noise levels (at least 15dB above noise) with all intervening doors closed. · Alarm in Every Bedroom and Level of Residence: A smoke detector with an integral sounder (smoke alarm) should be located in every bedroom and an additional notification device should be located on each level of a residence. · Maintenance: A maintenance agreement should be arranged through the local manufacturer’s representative and maintenance should be performed annually by authorized personnel only. To keep a fire alarm system in excellent working order, ongoing maintenance is required per the manufacturer’s recommendations and UL and NFPA standards. At a minimum the requirements of Chapter 7 of NFPA 72 (1999) shall be followed. · Test Weekly: The alarm system should be tested weekly to make sure all sensors and transmitters are working properly. The most common cause of an alarm system not functioning when a fire occurs is inadequate maintenance.
Alarms Cannot Guarantee Warning or Protection: Fire alarm system cannot guarantee warning or protection against fire in every potential situation. A study by the Federal Emergency Management Agency (an agency of the United States government) indicated that smoke detectors may not go off or give early warning in as many as 35% of all fires.
Limitation on Fire Alarm Effectiveness: A fire alarm system may not provide timely or adequate warning, or simply may not function, for a variety of reasons. For example:

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· No Detection: Particles of combustion or smoke from a developing fire may not reach the sensing chambers of smoke detectors because: 1. Barriers (such as closed or partially closed doors, walls, or chimneys) may inhibit particle or smoke flow. 2. Smoke particles may become cold, stratify, or not reach the ceiling or upper walls where detectors are located. 3. Smoke particles may be blown away from detectors by air outlets. 4. Smoke particles may be drawn into air returns before reaching the detector.
· No Multi-Floor Detection: In general, smoke detectors on one level of a structure cannot be expected to sense fires developing on another level.
· Insufficient Smoke: The amount of smoke present may be insufficient to alarm smoke detectors. Smoke detectors are designed to alarm, at various levels of smoke density. If such density levels are not created by a developing fire at the location of the detector, the detector will not go into alarm.
· Smoldering vs. Flaming Fires: Smoke detectors, even when working properly, have sensing limitations. Detectors that have photoelectric sensing chambers tend to detect smoldering fires better than flaming fires, which have little visible smoke. Detectors that have ionizing-type sensing chambers tend to detect fast flaming fires better than smoldering fires. Because fires develop in different ways and are often unpredictable in their growth, neither type of detector is necessarily best and a given type of detector may not provide adequate warning of a fire.
· False Alarms and Pre-Fire Disconnection: Smoke detectors are subject to false alarms and nuisance alarms and may have been disconnected by users. For example, a smoke detector located in or near a kitchen may go into nuisance alarm during normal operation of kitchen appliances. In addition, dusty or steamy environments may cause a smoke detector to falsely alarm. If the location of a smoke detector causes an abundance of false alarms or nuisance alarms, do not disconnect the smoke detector, call a professional to analyze the situation and recommend a solution.
· Fast Fires and Explosions: Smoke detectors cannot be expected to provide adequate warning of fires caused by arson and children playing with matches (especially within bedrooms), smoking in bed, violent explosions (caused by escaping gas, improper storage of flammable materials, etc.).
· Heat Detectors: Heat detectors do not sense particles of combustion and are designed to alarm only when heat on their sensors increases at a predetermined rate or reaches a predetermined level. Heat detectors are designed to protect property, not life.

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· Unheeded Warning: Warning devices (including horns, sirens, and bells) may not alert people or wake up sleepers who are located on the other side of closed or partially open doors. A warning device that activates on a different floor or level of a dwelling or structure is less likely to awaken or alert people. Even persons who are aware may not notice the warning if the alarm is muffled by noise from a stereo, radio, air conditioner or other appliance, or by passing traffic. Audible warning devices may not alert the hearing impaired (strobes or other devices should be provided to warn these people). Any warning device may fail to alert people with a disability, deep sleepers, people who have recently used alcohol or drugs, or people on medication or sleeping pills.
· Strobes: Strobes can under certain circumstances, cause seizures in people with conditions such as epilepsy.
· Drills: Studies have shown that certain people, even when they hear a fire alarm signal, do not respond or comprehend the meaning of the signal. It is the property owner’s responsibility to conduct fire drills and other training exercises to make people aware of fire alarm signals and instruct on the proper reaction to alarm signals.
· Hearing Loss: In rare instances, the sounding of a warning device can cause temporary or permanent hearing loss.
· Telephone Transmissions Problems: Telephone lines needed to transmit alarm signals from a premises to a central station may be out of service or temporarily out of service. For added protection against telephone line failure, backup radio transmission systems are recommended.
· System Failure With Age or Lack of Maintenance: System components, though designed to last many years, can fail at any time. As a precautionary measure, it is recommended that smoke detectors be checked, maintained, and replaced per manufacturer’s recommendations.
· Electrical Power Problems: System components will not work without electrical power. If system batteries are not serviced or replaced regularly, they may not provide battery backup when AC power fails.
· High Air Velocity or Dusty or Dirty Environments: Environments with high air velocity or that are dusty or dirty require more frequent maintenance.
Importance of Maintenance: In general, fire alarm systems and devices will not work without power and will not function property unless they are maintained and tested regularly.
Alarm is Not Substitute for Insurance: While installing a fire alarm system may make the owner eligible for a lower insurance rate, an alarm system is not a substitute for insurance. Property owners should continue to act prudently in protecting the premises and the people in their premises and should properly insure life and property and buy sufficient amounts of liability insurance to meet their needs.

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1.4 Agency Listings, Approvals, Requirements 1.4.1 Federal Communications Commission (FCC)
The FireNET Plus has been verified to comply with FCC Rules Part 15, Class A Operation is subject to the following conditions:
1. This device may not cause radio interference. 2. This device must accept any interference received, including any that may cause
undesired operation.
1.4.2 Underwriters Laboratories (UL)
The FireNET Plus is UL864 9th Edition listed and is suitable for use as a commercial protected premises control unit as follows:
-Local signaling unit -Types of signaling services are automatic, manual, waterflow, & sprinkler supervisory. -Style 4, 6, or 7 for Signaling Line Circuits -Style Y for Notification Appliance Circuits -Non-coded signaling -Central Station Service ­ DACT type (protected premise) -Remote Station Service ­ DACT type (protected premise)
1.4.3 National Fire Protection Association (NFPA)
Install and configure the FireNET system in accordance with NFPA 72 and 13. All field wiring must be installed in accordance with NFPA 70 National Electric Code (Article 760).

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Section 2 ­ Control Panel Installation
2.1 What’s in the Box?
The FireNET Plus control panel includes the following components and hardware: Control panel cabinet with hinged door. Control panel annunciator, power supply, SLC loop and associated electronics are contained on one circuit board which is pre-mounted in the cabinet. Built-in RS232 interface Two keys for the cabinet lock and two keys for the Enable Controls keyswitch. (2) Zero ohm jumpers PN# 0400-01025, and (2) EOLD devices PN# 0400-01023. Battery jumper for series connection of two 12 volt batteries. Installation Manual (PN# 1700-10840)
2.2 Environmental Specifications
The FireNET Plus control panel should be installed in locations where it will NOT be exposed to temperatures outside the range of 32o F ­ 120oF or humidity outside the range of 10% – 85% non-condensing. The FireNET Plus control panel must be installed so that it is not subjected to damage by water and condensation. AVOID mounting the control panel cabinet directly on exterior masonry walls, in areas subject to plumbing leaks, in areas subject to splash from sprinkler test valves, or in high humidity areas. The FireNET Plus control panel is intended for installation in indoor environments in a dry location.

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2.3 Control Panel Layout
2.3.1 Front Panel Controls and Display
Front Panel Indicators

8-Line x 40 character LCD

Front Panel Controls

Enable Controls Key-switch (Access Level 2)

Figure 2.3.1 ­ Controls and Display

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2.3.2 Enclosure and Panel Layout

Fire
AC Power On
Pre-Alarm
On Test Panel Sounder Silenced Delay Active

More Events General Disablement General Trouble
Power Trouble
Supervisory
NAC Trouble

Main Control Unit SLC Loop Programmable Relays Notification Appliance Circuits Expansion Board Connections Network Connections Aux Power Output PC Connection Front Panel Controls

Battery Connection

AC Power Connection

Figure 2.3.1 ­ Enclosure and Panel Layout

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2.4 Mounting the Control Panel
Consult the environmental specifications listed in Section 2.2 to determine a suitable location to mount the FireNET Plus main control panel.
The panel should be mounted so that it is accessible to service personnel and located in a secure area.
Do not mount directly to a concrete wall. Use a suitable standoff material such as plywood to keep condensation away from the control panel.
2.5 Wiring Specifications
Care should be taken when wiring the system to avoid situations that would contribute to inducing electrical noise from one wire to another. Induced noise can interfere with telephone communications or cause erratic system operation. Follow these guidelines to plan your system wiring prior to installation.
· Route high and low voltage wiring separately. Maintain a minimum 2″ separation between high and low voltage wiring throughout the building.
· Route control panel wiring around the perimeter of the enclosure. A minimum .25″ separation is required between high and low voltage wiring.
· Identify which group each wire or cable is associated with from the list below. Isolate each groups wiring as much as possible. Avoid running a single multi-conductor cable for multiple groups of conductors.
· AC Power – Main Power Supply · Notification Appliances · SLC Circuits · Relay Outputs · Voltage Outputs · Remote Control and Auxiliary Inputs · Network Wiring (Shielded wire required) · RS485 Bus Wiring (Shielded wire required)
· Keep wiring from different groups separated as much as possible. If you must share the same conduit with different conductor groups consider using shielded cable.
· If shielded cable is used terminate the shield to the earth ground terminal block in the main control panel and leave open at field side of cable. Do not ground at both ends of cable.
· All terminals on the FireNET control can accept wire gauges from 22AWG and 12AWG.

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2.5.1 Suggested Routing of AC Power
Route the AC input power wiring as outlined below. Follow recommendations outlined in section 2.5 regarding the separation of high and low voltage wiring.

Fire
AC Power On
Pre-Alarm
On Test Panel Sounder Silenced Delay Active

More Events General Disablement General Trouble
Power Trouble
Supervisory
NAC Trouble

Right-side knockout location

Lower right-side knockout location
Figure 2.5.1 ­ Suggested Routing of AC Power
The preferred entry location for AC input power is via the right side knock- out (see illustration above). DO NOT route AC input power across the main control board or directly across or adjacent to the low-voltage connections made on the top terminal strip!

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2.6 Battery Calculations

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2.7 Electrical Ratings

Terminal Label

Description

E E L1T L1R P1T P1R L2T L2R P2T P2R + 24V – 24V + 24V – 24V

• –

• –
  + IN – IN + OUT – OUT NC C NO NC C NO NC C NO
  + + + –
  + OUT – OUT + IN
  – IN

Ground Ground
Phone Line 1
Phone Line 2
24V Out

Ground Connection Ground Connection Incoming phone line connection from telephone company (FNP-1127D/DE only)
Outgoing phone line connection to telephone sets (FNP-1127D/DE only)
Incoming phone line connection from telephone company (FNP-1127D/DE only)
Outgoing phone line connection to telephone sets (FNP-1127D/DE only)
Auxiliary 24V Power

Aux 24V NAC 1 NAC 2 SLC 1

Auxiliary 24V Power
Notification Appliance Circuit #1. EOLD Required. Note: 24VDC Regulated @ 1.6A Continuous
24VDC Regulated @ 900mA Pulsing 24VDC @ 2.3A Special Application Notification Appliance Circuit #2. EOLD Required. Note: 24VDC Regulated @ 1.6A Continuous 24VDC Regulated @ 900mA Pulsing 24VDC @ 2.3A Special Application
Signaling Line Circuit. OUT terminals used for Class B or A wiring.
Signaling Line Circuit. IN terminals used for return loop for Class A wiring.

Trouble

Trouble relay

Fire

Fire Alarm relay

Supervisory

Supervisory relay

NET Out
NET In COMMS
Bus
SLC 2

RS485 Network OUT to other panels
RS485 Network IN from other panels
RS485 to I/O boards and serial annunciators Signaling Line Circuit. OUT terminals used for
Class B or A wiring. Signaling Line Circuit. IN terminals used for return
loop for Class A wiring.

Rating

Voltage
0VDC 0VDC 48VDC 48VDC 48VDC 48VDC 48VDC 48VDC 48VDC 48VDC 24VDC 24VDC 24VDC 24VDC

Current
30mA 30mA 30mA 30mA 30mA 30mA 30mA 30mA 360mA 360mA 360mA 360mA

24VDC

2.3 A

24VDC

2.3 A

24VDC

2.3 A

24VDC
32VDC 32VDC 32VDC 32VDC 30VDC 30VDC 30VDC 30VDC 30VDC 30VDC 30VDC 30VDC 30VDC 12VDC 12VDC 12VDC 12VDC 12VDC 12VDC 32VDC 32VDC 32VDC 32VDC

2.3 A
250mA 250mA 250mA 250mA
1 A 1 A 1 A 1 A 1 A 1 A 1 A 1 A 1 A 100mA 100mA 100mA 100mA 100mA 100mA 250mA 250mA 250mA 250mA

Table 2.7.1 Terminal Strip Electrical Ratings

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Table 2.7.3 Power Supply Connections
The AC and Battery connectors are located at the bottom of the main control board. These connectors may be removed (unplugged) for ease of installation.

Connector
TB6
TB3

Terminal
G N
L

Description
Earth Ground AC Neutral
AC Line
+ Battery – Battery

Rating
Voltage
N/A 120 VAC, 50/60Hz 240 VAC, 50/60Hz 120 VAC, 50/60Hz 240 VAC, 50/60Hz
+24 VDC DC Common

Current
N/A 2.1A 1.1A 2.1A 1.1A 5A 5A

Table 2.7.2 Power Supply Terminal Strip Electrical Ratings

NOTE: Earth ground fault detection impedance is approximately 100K ohms between earth ground and the FireNET Plus internal floating DC supply.

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2.8 Specifications

Primary AC:
Output DC: Power Supply: Max Charger Current: Dimensions: Weight: Color: Material: Display: Network: Zones:
SLC loops: Devices per Loop:
Addresses per Panel NAC Outputs**:
Relay Outputs: Aux. Power: PC Port: Printer Port: DACT Formats
(FNP-1127D / DE only)
Firmware Revision

120VAC @ 2.1 amps 50/60hz (or) 240VAC @ 1.1 amp 50/60hz 24VDC @ 4 amps 5.25 amp integrated 1.25 amps 14.5″W x 19″ H x 3.5″D 20 lbs (without batteries) Red (optional charcoal) ABS/steel enclosure 8 line x 40 character LCD (320 characters total) Dual RS485 ports (64 panels max.) 500 network wide software zones per system (Output zones allocated to zones 1 to 253 only for SOM 2.0 and earlier) 1 or 2 (class A or B) 127 sensors & modules, plus 127 analog sounder bases, 254 total (800 addresses + sub-addresses max per panel) (2) 2.3 A @ 24VDC Special Application
1.6 A @ 24VDC (Continuous) Regulated 900mA @ 24VDC (Pulsing) Regulated (3) Form C contact 1amp@30VDC 360mA@24VDC RS232 RS232
Contact ID and SIA
07.xxxx

**Note: Combined maximum for both NAC outputs must not exceed 3.1A under Special Application. Combined maximum for both NAC outputs must not exceed 3.2A under (Continuous) Regulated. Combined maximum for both NAC outputs must not exceed 1.8A under (Pulsing) Regulated.

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Section 3 – Power Supply and Main Control Unit Connections
3.1 AC Power Connection
The AC power connection terminal block is located in the lower right hand corner of the control board (when viewed from the front, see Figure 3.1). Observe the wiring polarity and connect as shown. Local electrical codes may require that a licensed electrician make these connections.
NFPA 72 requires that the AC connection be made from a dedicated branch circuit that is mechanically protected. The circuit must be marked in red and identified as a “FIRE ALARM CIRCUIT”. The location of the circuit and its disconnecting means shall be permanently noted at the fire alarm control panel. The circuit breaker must be rated at 20 amps maximum.
Fuse Replacement: To replace the power supply fuse F7, power down the fire system by removing the AC power first, then disconnect the backup batteries to the fire alarm control panel. Remove the blown fuse and replace with a 3A 250VAC, slow blow, 5X20mm fuse. When the fuse replacement is completed, restore AC power to the control panel and connect the backup batteries observing polarity of connections.
3.2 Battery Connection
The FireNET Plus fire alarm control panel can charge up to 60AH batteries maximum. Use the current draw and battery calculation worksheet in section 2.6 to determine the correct battery size to use.
The battery leads connect to the battery terminal block located at the lower left-hand corner of the control board (when viewed from the front). Connect two 12-volt batteries in series to the battery leads as shown in Figure 3.1. Both batteries must be of the same AH rating. Do not try to parallel multiple batteries together to obtain a higher AH rating. Use only UL Recognized Sealed Lead Acid Batteries.
Fuse Replacement: To replace the in-line battery fuse, remove the battery lead (BLACK) from the negative battery terminal and twist the bayonet fuse holder to open. Remove the blown fuse and replace with a “Bussman AGC-10” (10A) type fuse or equivalent. Reassemble the bayonet fuse holder and attach the battery lead to the negative terminal of the battery.
NOTE: The standby batteries cannot power the system until the main 120VAC power has been established. Once the system has been initially powered from them 120VAC source the batteries will operate the system in the event of a power failure.

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Figure 3.1 Power Supply Connection Detail

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3.3 Auxiliary Power Connection
24 VDC auxiliary powers are available on the main control board for powering remote annunciators, I/O modules and other low-current powered devices.
The total output from each Auxiliary Power output must not exceed .360 amps.
All devices powered from the auxiliary power terminals should be entered into Table 2.6 and taken into consideration for standby battery size.

Figure 3.2 Auxiliary Power Connection Detail

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3.4 Notification Appliance Circuit Connection
· NAC outputs rated @ 2.3 amps each (Special Application)
(Hochiki America EOL P/N: 0400-01023 or P/N: 0400-01046 can be used)
· NAC outputs rated @ 1.6 amps each (Continous) Regulated.
(Hochiki America EOL P/N: 0400-01023 must be used only)
· NAC outputs rated @ 0.9 amps (Pulsing or Gentex) Regulated.
(Hochiki America EOL P/N: 0400-01023 must be used only)
· See Appendix A.3 for compatible NAC Devices. · See Section 8 of this manual for programming.

Figure 3.3 Notification Appliance Circuit Connection Detail

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3.5 Relay Output Connection
· Relays are dry Form “C” contacts and are fully programmable. · See section 8 of this manual for programming.
Figure 3.4 Relay Outputs Detail

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3.6 Phone Line Connections (FNP-1127D and FNP-1127DE only)
The FireNET Plus contains an integrated DACT (Digital Alarm Communicator Transmitter) with connections for two telephone lines.
· Phone line connections are supervised. · To comply with NFPA standards, Ground Start telephone lines must not be used. · See Section 7.6 for DACT operation and event reporting codes.

Figure 3.5 ­ Telephone Line Connections to the FireNET Plus
The DACT must be connected upstream of any private telephone systems at the protected premise. See figure 3.5 above.
NOTE: To ensure proper connection to the public switched telephone network, UL Listed RJ31X jacks and cords must be installed.
NOTE: Two separate telephone lines are required. Do not connect both telephone interfaces on the FireNET Plus to the same telephone line.
NOTE: The maximum distance between the FireNET Plus and the RJ31X jacks must not exceed 6 feet. Do not use a phone cord that is longer than 6 feet in length.

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3.7 Using a Printer
The FireNET Plus panel will support a local serial printer. The printer connects to the X11 RS-232 port on the back of the control board (X11 is on the bottom right-hand corner when looking at the back of the control board). The printer cable must be no longer than 20 feet in length. The printer can be used for real-time logging of events. It can also be used to print the panel’s configuration (see section 8.2.4) or to print the panel’s history log (see section 9.2.2).
Serial Printer Properties: · 19.2K Baud · 8 Bits · No Parity · 1-Stop Bit
Note that a printer may not be used if the FireNET Plus integrated DACT is used!

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Section 4 ­ Expander Board Installation
4.1 Compatible Expander Boards
The following Hochiki America Corp. expander boards are listed as compatible with the FireNET Plus analog addressable fire alarm system.
Expanders · FNP-1127-SLC – SLC Loop Expander (Local FACP Expander) · FN-4127-IO ­ 16 Channel Input/Output Board (RS-485 Bus Device) · FN-LCD-S Serial LCD Annunciator (RS-485 Bus Device)
This section covers the installation of the devices listed above. For proper operation each of these devices must be programmed. Please refer to Section 8 of this manual for more information on programming the functionality of expander boards.

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4.2 General Installation of RS-485 Bus Devices
4.2.1 Wiring Distance and Mounting Locations
RS485 bus devices can be mounted either in the main control panel enclosure or in an accessory cabinet (FN-ACC). When mounting remotely in an accessory cabinet the distance from the panel to the RS485 bus device must not exceed 4000 feet. A suitable communications cable for RS485 applications must be used for the RS485 bus devices.
Specific wiring connections for each device are included later in this section. For specific wiring distance, connections, and mounting of the FN- LCD-S serial LCD Annunciator, see Section 4.7.

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4.2.2 Addressing
Up to 32 RS485 bus devices can be added to the system. Each RS485 bus device must be set to a unique address 1-32.
The address for each RS485 bus device is set using a position DIP-switch in binary fashion. Switches 1-5 represent the values 1, 2, 4, 8, and 16, respectively. Switch 6 is not used. To set the address, move only the switches whose values when added equal the address value you wish to set to the “ON” position. For example, moving switches 1 and 3 (whose values are 1 and 4 respectively) to the “ON” position sets the address of 5 into the RS485 bus device. See the other examples below:

6

ADDRESS 1

6

5

5

4

4

3

3

2

2

1

1

ADDRESS 5

6

5

4

3

2

1

ADDRESS 21

Shows swit ch act uat or in t he ON posit ion.
Addresses must be set with no power applied to the system.

Switch Number
1 2 3 4 5 6

Value
1 2 4 8 16 not used

0V RX TX 24V 0V 0V 0V COMMS OUT OUT I/O

4.2.3 Terminating
The last board connected to the RS485 bus must have a terminating jumper installed at position J3 as shown in figure 4.2.3.1
Even if only 1 RS485 bus device is connected to the panel this jumper must be installed.
Jum per J3

IN COMMS IN

0V 24V 0V RX TX

C3 XTL1 C11 C10

J1

U1

R24 R25 R26 R19 R54

R21 R22 R23

LED1 LED2 LED3

R20

S1

TR1

R36

U7

SD1

J2

J3 J4

SW1

R38

R28

R37 R32

R30

–

U6

X2

C6

• C9

R35

R33

R31

R34

R29

R27

• C2

• C1

R1

D1 U5
D17 +

C7

F1

C8

• L1

Figure 4.2.3.1

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4.2.4 Power Connections
All RS485 bus devices require 24 VDC to operate. The AUX 24V terminals of the FireNET plus may supply this voltage (360 milliamps maximum), or you may use an external power supply that provides 24 VDC output.
Connections are provided on each RS485 bus device for both incoming and outgoing power.
4.2.5 COMMS Connection
In addition to power, each RS485 bus device requires a pair of conductors for data communication. This wiring is connected to the COMMS + and – terminals on the FireNET Plus control panel. If more than one RS485 device is being used, it may be connected to the COMMS OUT + and – terminals of the previous RS485 bus device.
TO NEXT RS485
MODULE

NC C NO + – + –
UPERVISORY NET OUT NET IN

+ –
COMMS

+- +-
SLC2 OUT SLC2 IN

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4.3 FN-4127-IO – Input / Output Board
In addition to the basic 254 points that the FireNET Plus can accommodate on the SLC loops, additional input and output points can be added by using FN-4127-IO Input/Output boards on the RS485 bus.
The FN-4127-IO has 16 channels. Each channel can be individually configured as either an input or an output. Up to 32 FN-4127-IO boards can be connected to the system via the RS485 bus giving the system an additional 512 inputs/outputs.
4.3.1 Configuring Inputs
Inputs to the FN-4127-IO are optically isolated and connected to the board by installing a normally open contact with a resistance no greater than 500 ohms to any input and a terminal marked 0V. The current switched by the contact will be a maximum of 3 milliamps.

NOTE:

Inputs on the I/O board are not supervised. These inputs are not for primary initiating or detection of fire or life safety conditions. These inputs are programmable for secondary use only, and not used for signaling Fire, Supervisory, or Trouble conditions. All primary initiating or detection inputs must be connected to applicable SLC devices listed for fire. See Section 5 of this manual for SLC devices.

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4.3.2 Configuring Outputs
When configured as outputs, the I/O board channels supply a negative voltage (with respect to the I/O board 24V power supply) via a transistor.
Because transistor elements can be damaged by excessive current drain, great care should be taken when connecting to outputs. Particular care should be taken to ensure that suppression diodes on relay coils are correctly polarized. Wrongly connected diodes will damage the outputs. Diodes should be connected with the band to the positive 24V.
2.2k
Individual channels can supply current up to 100 milliamps but this must be limited to 500 milliamps for each bank of eight (500 milliamps for 1-8 and 500 milliamps for 9-16). The power supply to the I/O board should also be considered to ensure that its rating is not exceeded if multiple channels are switched on. Overall current draw for the I/O board is 1010mA max.

NOTE:

Outputs on the I/O board are not supervised. These outputs are not for primary notification of fire conditions (i.e. not for use as NAC circuits). These outputs are for secondary use only. All primary notification output devices must be connected to applicable NAC circuits on the FireNET panel. See Section 3.4, Appendix A, and B for details on NAC circuits and compatible NAC devices.

When powering the I/O board from the FireNET Plus auxiliary 24VDC power (limited to 360ma), the following maximum wiring distances apply at the gauges noted:

Wire 18AWG 16AWG 14AWG 12AWG

Distance 875ft 1400ft 2300ft 3700ft

When powering the I/O board from a separate Aux 24VDC UL Fire listed supply the maximum voltage drop cannot exceed 4VDC.

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I/O CHANNEL

4.3.3 LED Indicators
LED indicators on the I/O board give some simple diagnostic information and show that the boards are communicating with the control panel. The red LED (LED1) is on during receipt of a message from the control panel.
· If the LED is flickering more or less continuously – the board is operating normally.
· If this LED is not lit – the board is not receiving data from the control panel and the comms connection should be checked.
· If this LED is permanently lit – then it is likely that data is being received but that it is being corrupted. In this case the quality of the comms connection should be checked for interference from mains or other noise generating sources.
The yellow LED (LED2) will flicker briefly every few seconds when the I/O board responds to the main panel. If this LED does not flicker then it is not responding to the control panel and the comms connection should be checked.
LED 1
LED 2

IN COMMS IN

0V RX TX 24V 0V 0V 0V 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

K6006 ISSUE 01

SERIAL NUMBER

C12

• C13

R44 R42 R40 R18

OP4

R45 R43 R41 R39 U4
R52 R50 R48 R46 OP3
R53 R51 R49 R47 R8 R6 R4 R2
OP1 R9 R7 R5 R3

C 4

D10 D11
D12
D13 D14 D15 D16 D18
X1 D2 D3

C 5

U3

D4

D5 R16 R14 R12 R10
D6 OP2
D7
R17 R15 R13 R11 D8

D9

J1

U1

C11 C10

XTL 1

C 3

R54

R19

R2 6 R21 R22 R23

R25

R24

SW 1

0V 24V 0V RX TX

R3 8 R35

LED1 LED2 LED3

R20

S1

TR1

R36

U7

SD1

J2

J3

J4

R2 8

R3 2

R3 7

R3 0

U6 X2

C 6

C9

R33

R3 1

R3 4

R2 9

R27

• C2

• C1

R 1

D1 U5
D17 +

C 7

F 1

C8

• L1

I/O

COMMS OUT OUT

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4.5 Reserved for Future Use

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4.6 FNP-1127-SLC ­ SLC Loop Expander
The FireNET Plus control panel is provided with one SLC Loop; however an additional SLC Loop may be added at the factory or a later date if required through the use of a FNP-1127SLC expander board.
The main control unit has terminations for connecting the first SLC loop. The connections for the second loop are located on the FNP-1127-SLC expander board.
4.6.1 Installation of the FNP-1127-SLC
1. To install the additional SLC Loop, the control panel must have its AC and battery power removed. Do not attempt to install the SLC expander board while the FireNET Plus panel is powered!
2. Remove the screw on the front display panel and open the panel to the left, exposing the back of the circuit board.
3. The circuit board containing the additional loop circuit is supplied in a static dissipative bag and should remain in this bag until it is to be installed.
NOTE: As with all electronic components, this circuit board is very sensitive and can be easily damaged by electrostatic discharge.
4. The loop board mounts on the upper left hand side of the rear of the circuit board. Install the mounting standoffs to the main board then attach the expander board using the M3 screws and fiber washers.
5. After ensuring that the new circuit board is properly installed and making good contact with its connectors, close the front display panel and secure with the screw.
6. Connect the SLC loop wiring and then re-apply power to the control panel. 7. Class B SLC circuits require the 0 ohm jumpers to be installed ­ please see Section
5.3.1.
After the new SLC devices have been installed and connected, they may be automatically detected using the auto learn feature from the menu on the control panel (see Section 8 of this manual).

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4.7 FN-LCD-S Serial Liquid Crystal Display Annunciator
The FN-LCD-S Serial LCD Annunciator duplicates the indications of the FireNET Plus fire alarm control panel. The FN-LCD-S connects to the control panel via the RS485 serial bus that is designated “COMMS” on the control board. Up to 15 FN-LCD-S annunciators may be connected via the COMMS bus to a single FireNET Plus control panel.
4.7.1 Installation of the FN-LCD-S
Refer to section 2.2 of this manual for environmental installation specifications. The FNLCD-S should be mounted so that it is accessible to service personnel and located in an area in compliance with local regulations.
The FN-LCD-S may be surface or flush mounted. Do not mount directly to a concrete wall. Use a suitable standoff material such as plywood to keep condensation away from the annunciator.
For operations and programming, refer to Sections 7 and 8 of this manual. The FN-LCD-S operates in the same manner as the main panel operator interface and controls.

Figure 4.7.2 FN-LCD-S Serial LCD Annunciator

When powering the FN-LCD-S from the FireNET Plus auxiliary 24VDC power (limited to 360mA) or an external UL864/1481 Listed AUX 24VDC supply, the following maximum wiring distances apply to the power cables at the gauges noted:

Wire Run

Wire AWG

20

18

16

14

12

1000 ft.

6

9

15

15

15

2000 ft.

3

4

7

12

15

3000 ft.

2

3

5

8

13

4000 ft.

1

2

3

6

10

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+ l + l
1522RO @
+ l + l

RESET W/ DOG RESET

ADDRESS

ON

K S

1 2 3 4

Reset Switch
DIP Switch used to set the FN-LCD-S address
between 1 -15

COMM1

0V

+24V

COMM2

FIT JUMPER FOR END OF LINE COMM1 COMM2
COMMS ACTIVE

Not Used

Not Used

RS485 End-of-line jumper. Put jumper in place when FN-LCD-S is the last device on the RS485 bus “I/O Comm”.

+ –
COMMS

FireNET Plus Control Panel (section)

To AUX 24VDC of control panel or to UL 864/1481 listed AUX 24VDC Power Supply

Figure 4.7.3 FN-LCD-S Wiring Detail

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( + ) 24 VDC
( – )
( + ) RS-485
( – )

To next serial FN-LCDS or other RS485 Bus Device

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NOTE:

When connecting I/O boards to the FN-LCD-S via the COMMS terminals shown above, the I/O boards must be powered by a UL864/1481 listed local Auxiliary 24VDC power supply, or the Aux 24VDC output of the FN-LCD-S within the limits outlined below.

DO NOT connect the I/O board power input to the Aux 24VDC output terminals of the FNLCD-S unless the sum current load of the I/O board is within the 500mA max 24VDC output rating of the FN-LCD-S and within the 360mA max 24VDC output rating of the FireNET Plus control panel that provides power to the FN-LCD-S. Failure to make this consideration may result in overloading the FN-LCD-S and/or the control panel Aux 24VDC output.

The current limits during both standby and in alarm shall not exceed the 360mA rating of the FireNET Plus Aux 24VDC output or the 500mA rating of the FN- LCD-S.

The FN-LCD-S current draw is rated as follows:

Standby: 20mA @ 24VDC Alarm: 110mA @ 24VDC

Available colors are RED and CHARCOAL as identified below:
FN-LCD-S-R = RED FN-LCD-S-C = CHARCOAL

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Section 5 ­ SLC Device Installation

5.1 Compatible SLC Devices

The following Hochiki America Corp. SLC devices are listed as compatible with the FireNET Plus analog addressable fire alarm system.

Detectors (Sensors)

· ALK-V / ALK-V2 Analog Photoelectric Smoke Detector · ALG-V Analog Photoelectric Smoke Detector · AIE-EA Analog Ionization Smoke Detector · ATG- EA Analog Heat Detector · DH98-A Analog Duct Smoke Detector, no Relay

· DH98-AR Analog Duct Smoke Detector with Relay

Smoke sensors will undergo automatic sensitivity testing and verification every 24 hours.

Modules · DCP FRCME-4 Addressable Input Module · DCP FRCMA Class A Addressable Input Module

· DCP FRCMA-I Class A Addressable Input Module (with SCI) · DCP R2M, R2ML, R2MH Addressable Dual Relay Module

· DCP R2ML-I, R2MH-I Addressable Dual Relay Module (with SCI) · DCP SOM Addressable Supervised Output module

· DCP SOM-A Addressable Class A Supervised Output Module

· DCP SOM-AI Addressable Class A Supervised Output Module (with SCI) · DCP SCI Short Circuit Isolator

· DCP DIMM Dual Input Monitor Module

· CZM Conventional Zone Module

· ASB Analog Sounder Base

· DCP AMS Addressable Manual Pull-Station

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NOTE:

The “DCP” prefix listed above on several devices indicates the device’s formal model name as specified by Underwriters Laboratories within each device’s individual listing. The “DCP” prefix will be dropped throughout the body of this manual and the shortened model name will be used. Please take note of this when referencing these devices within this manual.

5.2 Number of Devices

The FireNET Plus comes with 1 SLC loop built-in to the panel. The loop can support up to 127 analog addressable detectors and modules as well as 127 analog sounder bases for a total of 254 possible per loop. By adding the FNP-1127-SLC expander card, 1 additional SLC loop can be added to the panel for a total of 2 loops.
Addresses 1 ­ 127 are reserved for any combination of detectors and modules. Addresses 128 ­ 254 are reserved for analog sounder bases. Detectors and modules cannot be addressed to the upper address 128 – 254. Each device on the SLC loop must have a unique address. Refer to section 5.4 for instructions on programming the address into each analog addressable device.

5.3 SLC Loop Wiring
The FireNET Plus uses the patented Hochiki DCP Digital Communication Protocol to communicate with each of the analog addressable devices located on the SLC loops. This extremely fast and reliable protocol allows the use of standard non-twisted, non-shielded wiring for the SLC loops.
The SLC loop wiring may be any solid or stranded cabling that meets the requirements for power limited fire protective signaling circuits listed in NFPA 70 (National Electrical Code) Article 760. The wiring resistance on the SLC loop must be less than 50 ohms. Loop capacitance must be less than 1F. Loop inductance must be less than 1mH.
The terminals for SLC loop 1 are located on the top of the main control board. See Figure 5.3.

Figure 5.3 SLC Loop Terminals

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5.3.1 Class B SLC Loop Wiring Distance
Refer to Figure 5.3.1 to determine the maximum distance an analog addressable detector or module is allowed to be located from the control panel for Class B SLC loops. The total wire length of all branches of the SLC loop must not exceed 5,000 feet (per loop) using #14 AWG. When using a Class B SLC wiring configuration, be sure that the 0 ohm jumpers supplied with the panel are properly installed between ­OUT to ­IN and +OUT to +IN (Hochiki part # 0400-01025).
Class B Style 4 SLC Loop

0 Ohm Jumpers (p/n# 0400-01025)

18 AWG 16 AWG 14 AWG

1,950 Feet 3,100 Feet 5,000 Feet

Furthest device must be less than 5,000 feet from the control panel when using

14 AWG

+- +-

+- +-

NC C NO

NC C NO

NC C NO

+- +-

NAC1 NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.3.1 Maximum Wiring Distance for Class B SLC Circuits

+- +SLC2 OUT SLC2 IN

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5.3.2 Class A SLC Loop Wiring Distance

Refer to Figure 5.3.2 to determine the maximum distance an analog addressable detector or module is allowed to be located from the control panel for Class A SLC loops.

Class A Style 6 or 7 SLC Loop

NOTE: For Details on Style 7, refer to Section 5.15.1

Calculate total loop length out and back to determine appropriate
wire gauge for Class A SLC loops

Wire Guage
18 AWG 16 AWG 14 AWG

Maximum Wire Length From Control Panel Out and Back to Control Panel 1,950 Feet 3,100 Feet 5,000 Feet

+- +-

+- +-

NC C NO

NC C NO

NAC1 NAC2LOOSPLC11 IN SLC1 OLUOTOPT2ROUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

+ SLC2 OUT SLC2 IN

Figure 5.3.2 Maximum Wiring Distance for Class A SLC Circuits
Additional Notes Regarding Class A Style 6 and Style 7 SLC loops:

· No t-taps are allowed on a Class A SLC loop.

· The return side of the loop must be routed separately from the outgoing loop.

· The return side may not share the same conduit or cable as the outgoing side of the SLC loop.

· When using Class A Style 7 wiring, the SCI Short Circuit Isolator must be installed before and after each analog addressable device on the SLC loop. The wiring from the control panel to the first SCI and from the last SCI back to the control panel must be in conduit. Refer to Section 5.15 for more information on installing the SCI module and for installation methods to satisfy Style 7 criteria per NFPA 72.

· Refer to NFPA 72 for additional requirements of Class A circuits.

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5.4 Addressing Devices
Prior to installation, all of the addressable devices installed on the FireNET Plus SLC loop must be programmed with a unique address ranging from 1 to 127. The analog sounder bases will automatically derive their address from the host sensor (detector) attached to them. The ASB address will be the sensor address

• 127 (i.e. N + 127). Example: The sensor address is 36. 36 +127 = 163. The ASB will have an address of 163. This address is what the FireNET Plus control panel uses to identify each addressable device and control its functionality. All Hochiki addressable devices come from the factory preset to address 127. This preset address can be reprogrammed using the Hochiki TCH-B100-NS programmer. Follow these instructions to set/reprogram the address.
  1. Identify each analog addressable device that will be installed on the SLC loop and label it with a unique address ranging from 1 to 127.
  2. Using the Hochiki TCH-B100-NS programmer as shown in Figure 5.4, program the appropriate address into each analog addressable device.

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Figure 5.4 Hochiki TCH-B100-NS Programmer Connections
1. The ASB automatically derives its address from the host sensor (N + 127). 2. Devices must not be powered when using the TCH-B100-NS programmer to set
addresses. 3. Mini-modules such as the FRCME-S and FRCME-P should not be connected to the
SLC loop when using the TCH-B100-NS programmer to set addresses. 4. When programming the AMS, use the same method as the 4-S type addressable
modules.

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5.4.1 Detector Addressing
This section applies to the following Hochiki analog detectors ­ ALK-V, ALK-V2, ALG-V, AIE-EA, DH-98 and ATG-EA. Follow these steps to program a new address into any one of these analog detectors. (Refer to Figure 5-4)
1. Twist an analog detector head on to the programmer terminals.
2. Press the left gray button to turn on the programmer and read/display the current address in the detector head. (Factory default is address 127)
3. Using the left gray button you can increase the tens digit one number at a time. Using the right gray button you can increase the ones digit one number at a time. Using these buttons change the displayed address to the appropriate value.
4. Press the red button to store the displayed address into the detector head.
5.4.2 4-S Module and AMS Addressing
This section applies to the following Hochiki addressable modules – FRCME-4, R2M series, DIMM, CZM, SOM series, and AMS. Follow these steps to program a new address into any of these addressable modules. (Refer to Figure 5-4)
1. Using the dual-end programming plug provided with the programmer, plug one end into the jack on the programmer and plug the other end into the programming plug located on the front of the module plate. The plug is non- polarized and can be connected in either orientation.
2. Press the left gray button to turn on the programmer and read/display the current address in the module.
3. Using the left gray button you can increase the displayed address 10 numbers at a time. Using the right gray button you can increase the displayed address one number at a time. Using these buttons change the displayed address to the appropriate value.
4. Press the red button to store the displayed address into the addressable module.

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5.4.3 Mini Module Addressing
This section applies to the Hochiki FRCME-S and FRCME-P addressable mini- module. Follow these steps to program a new address into any of these addressable modules. (Refer to Figure 5-4)
1. Using the programming plug with alligator clips, plug the end with the jack on it into the programming jack on the programmer.
2. Connect the Red alligator clip to the wire labeled S (+) on the addressable module. Connect the Black alligator clip to the wire labeled SC (-) on the addressable module.
3. Press the left gray button to turn on the programmer and read/display the current address in the module.
4. Using the left gray button you can increase the displayed address 10 numbers at a time. Using the right gray button you can increase the displayed address one number at a time. Using these buttons change the displayed address to the appropriate value.
5. Press the red button to store the displayed address into the addressable module.

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5.5 Smoke and Heat Detector Wiring
This section includes wiring instructions for connecting the following analog detectors to the FireNET Plus fire alarm control panel: ALK-V / ALK-V2 Photoelectric Smoke Detector, ALGV Photoelectric Smoke Detector, AIE-EA Ionization Smoke Detector, ATG-EA Heat Detector. All FireNET analog detectors must be installed using a YBN-NSA-4 four-inch detector base, or a HSB-NSA-6 six-inch detector base.
For detailed instructions on the physical mounting of FireNET analog smoke and heat detectors please refer to the installation instructions that are included with each analog detector.
Prior to installing any analog detector or module you must set its address as described in section 5.4.
Wire the analog smoke and heat detector bases as indicated in Figure 5.5.

4 3

1

4 3

1

56 56

2

2

YBN-NSA-4 Four Inch Detector Base Shown Follow same instructions for HSB-NSA-6 Six Inch Base

• To next SLC detector or module

–

+- +-

NC C NO

NC C NO

C2LOOSPLC11 IN SLC1 OLUOT OPT2ROUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVILSOOROYP 4NET OUT NET IN

+ COMMS

+- +SLC2 OUT SLC2 IN

Figure 5.5 Analog Detector Base Wiring

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5.6 Analog Duct Detector Wiring
This section includes wiring instructions for connecting the DH98-A analog duct detector, and the DH98-AR analog duct detector with relay, to the FireNET Plus control panel SLC loop.
For detailed instructions on the physical mounting and wiring of FireNET analog duct detectors please refer to the installation instructions that are included with each device.
Prior to installing any analog detector or module you must set its address as described in section 5.4. You will need to remove the smoke detector head from the base in the duct detector in order to program it.

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Duct Detector Model # Operating Voltage Detector Head Model Detector Head Type Sensitivity Test Method

DH98-A DCP Powered Loop
ALG-V Analog Photoelectric
Control Panel

12 3 4 12 3 4

From panel or previous SLC
device

-+

To next SLC device

• –
  Remote LED 24 VDC @ .008 amps max

Figure 5.6.1 DH98-A Analog Duct Detector

5.6.1 DH98-A Analog Duct Detector
Connect the DH98-A analog duct detector to the FireNET Plus control panel SLC loop as shown in Figure 5.6.1.
Terminals 3 and 4 can be used to power a remote alarm LED. The ratings on these terminals are 24 VDC at .008 amps maximum. Please note the number of alarm LED’s that can be illuminated at one time is limited to 5 addresses per SLC loop by the control panel.
NOTE: The duct sensor LED and remote LED output only activate momentarily when in alarm.

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Duct Detector Model # Operating Voltage Detector Head Model Detector Head Type Sensitivity Test Method

DH98-A DCP Powered Loop
ALG-V Analog Photoelectric
Control Panel

1

2

3

L1

L2 +24V

To 24VDC auxiliary power

4 5 6 from control panel or external 7

0V +REM LED-

NC

power supply. 24VDC Power

8

9

C

NO

10

11

12

NC

C

NO

–

is not Supervised. An EOL Relay must be used at the

+ end of line. The EOL relay

must be monitored for power

K1

K2

loss trouble.

From panel or previous SLC
device

–

To

next

SLC

device

Relays for fan shutdown and auxiliary functions rated at 10.0A @ 250VAC
Figure 5.6.2 DH98-AR Duct Detector with Relays

5.6.2 DH98-AR Analog Duct Detector with Relay

Connect the DH98-AR analog duct detector with relays, to the FireNET Plus control panel SLC loop as shown in Figure 5.6.2.

In addition to the SLC loop connections, the DH98-AR requires 24-volt reset- able auxiliary power (10mA standby and 55mA alarm) connected to terminals 3+ and 4-. This power may come from the FireNET Plus main control panel auxiliary power (360 mA max.) or from an external power supply.

The DH98-AR analog duct detector contains 2 sets of form C alarm contacts rated at 10.0 amps @ 250 VAC that can be used for fan shutdown and other auxiliary functions.

In addition to the alarm contacts the DH98-AR also has connections for a remote test switch as well as outputs for a remote alarm and remote pilot light LED’s.

NOTE:

The test switch only activates output relays; it does not place the detector into alarm.

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5.7 FRCME-4 Input Module Wiring
The FRCME-4 input module is used to connect standard normally open dry contact types of fire alarm devices such as pull stations, waterflow, or tamper switches to the FireNET Plus SLC loop. More than one switch can be connected to a FRCME-4 however you must not mix multiple switch types on a single FRCME-4. For example: three waterflow switches connected to a single FRCME-4 is acceptable. However, two waterflow switches and one valve tamper switch connected to a single FRCME-4 is not. NFPA and local codes may also apply.
The FRCME-4 must be programmed with a unique address from 1-127. All of the switches connected to a single FRCME-4 appear at the main control panel as a single address. Please refer to section 5.4 of this manual for instructions on programming an address into the FRCME-4 input module.
Connect the FRCME-4 to the FireNET Plus as shown in figure 5.7.1. Refer to the installation instructions included with the FRCME-4 for more detailed installation and wiring instructions.
UL Listed EOLR (10K OHM)
Part # 0400-01046

S5694
RUL

Underwriters Laboratories Inc.

FRCME-4

IN-B

IN-A

To next SLC Device –

SC –

S +

+- +-

+- +-

NC C NO

NC C NO

NC C NO

+- +-

NAC1 NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.7.1 FRCME-4 Input Module Wiring Detail

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5.8 FRCMA / FRCMA-I Input Module
The FRCMA / FRCMA-I input module is used to connect standard normally open dry contact types of fire alarm devices such as manual pull stations to the FireNET Plus SLC loop. The FRCMA module provides one class A or one class B input circuit. The FRCMA-I includes built-in short circuit isolation for the SLC loop.
The FRCMA must be programmed with a unique address from 1-127. All of the dry contact type devices connected to a single FRCMA are displayed at the main control panel as a single address. Please refer to section 5.4 of this manual for instructions on programming an address into the FRCMA input module.
Connect the FRCMA to the FireNET Plus as shown in figure 5.8.1. Refer to the installation instructions included with the FRCMA for more detailed installation and wiring instructions.

To next SLC Device +

DCP-FRCMA-I

OUT SC OUT S + IN SC IN S +

IN + IN OUT + OUT –

+ NAC1

+ –

+- +-

NC C NO

NC C NO

NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.8.1 FRCMA-I Input Module Class A Detail

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NOTE: For Sections 5.7, 5.8, and 5.9 common for all FRCM devices
Reference the input wiring distance limitation table below for all types of FRCM modules:
Maximum Distance Between Module and EOL Device
14 AWG 1500 Ft. 16 AWG 900 Ft. 18 AWG 550 Ft.

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5.10 R2M Dual Relay Module Wiring
The R2M modules provide two separately programmable relay outputs on the FireNET Plus SLC loop. These outputs may be used for a variety of purposes including door holders, elevator recall, and other fire safety functions.
The programmable relay contacts are rated as follows · R2M – 1.0A @ 30VDC or 0.5A @ 125VAC, 0.35 Power Factor (PF) · R2ML/R2ML-I ­ 2.0A @ 30VDC, 1PF or 0.5A @ 120VAC, 0.6PF · R2MH/R2MH-I ­ 8.0A @ 30VDC or 8.0A at 250VAC Resistive, 1.0PF or 4.8A @ 250VAC, 0.6PF.
The R2ML-I and R2MH-I modules have built-in Short Circuit Isolation (SCI) for the SLC loop.
Connect the R2M module as shown in Figure 5.10.1. Refer to the installation instructions included with the R2M for more detailed wiring and installation instructions.

To next

–

SLC Device +

R2M

SC S +

NO1 COM1
NC1 NO2 COM2 NC2

Set 1 Form C Contacts Non-supervised
Set 2

+ NAC1

+ –

+- +-

NC C NO

NC C NO

NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.10.1 R2M Dual Relay Module Wiring Detail

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5.11 SOM Supervised Output Module
The SOM provides a supervised 24VDC polarity reversing output on the SLC loop most commonly used for audible and visual signaling appliances or triggering a remote notification appliance circuit power expander.
In addition to the SLC circuit the SOM requires a 24 VDC auxiliary input voltage. This voltage may be obtained from the FireNET Plus control panel auxiliary power (360ma max) or to any other UL listed fire alarm power supply providing 24 VDC.
The supervised voltage output of the SOM is rated at 2.0A maximum.
Connect the SOM to the FireNET Plus control panel as shown in Figure 5.11.1. Refer to the installation instructions included with the SOM for more detailed wiring and installation instructions. Take care to install wiring so that faults on installation conductors do not affect more than one notification zone. The DCP-SOM is suitable for use only with nonsynchronized audible devices.

To next

–

SLC Device +

SC S +

SOM
24+ GND OUT (+) OUT (-)

Power supply voltage to next device
+-

24 VDC UL listed,

regulated, power limited

supply for fire alarm

signaling service, or auxiliary power on the

FireNET Plus (360 mA).

–

Compatible UL listed signaling device(s)

–

+ NAC1

+ –

+- +-

NC C NO

NC C NO

NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

UL Listed EOLR Part # 0400-01046
10K Ohm

Figure 5.11.1 SOM Supervised Output Module Detail

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5.12 SOM-A / SOM-AI Supervised Class A Output Module
The SOM-A / SOM-AI provides a supervised 24VDC polarity reversing Class A output on the SLC loop. This module is most commonly used for audible and visual signaling appliances or for triggering a remote notification appliance circuit power expander. The SOM-AI includes built-in short circuit isolation (SCI).
In addition to the SLC circuit the SOM-A / SOM-AI requires a 24 VDC auxiliary input voltage. This voltage may be obtained from the FireNET Plus control panel auxiliary power (360ma max) or to any other UL listed fire alarm power supply providing 24 VDC. The supervised voltage output of the SOM-A / SOM-AI is rated at 2.0A maximum.
Connect the SOM-AI to the FireNET Plus control panel as shown in Figure 5.12.1. Note that the SLC connections for the SOM-A are like the SOM; there is only one S+ and one SCterminal. Refer to the installation instructions included with the SOM-A / SOM-AI for more detailed wiring and installation instructions. Take care to install wiring so that faults on installation conductors do not affect more than one notification zone. The SOM-A / SOM-AI is suitable for use only with non-synchronized audible devices.

Figure 5.12.1 SOM-AI Supervised Output Module Detail

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Note regarding the use of Sync Modules with the SOM-A and SOM-AI: The DCP-SOMA and DCP-SOM-AI modules are suitable for use with Amseco/Potter, Wheelock and Gentex notification appliances in both a Class A and Class B configuration with the appropriate manufacturer’s sync module employed.
The DCP-SOM-A and DCP-SOM-AI modules are suitable for use with System Sensor notification appliances in a Class B configuration with the System Sensor sync module employed.
The DCP-SOM-A and DCP-SOM-AI modules are NOT suitable for use with the System Sensor notification appliances when connected to the System Sensor sync module in a Class A configuration.

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5.13 CZM Conventional Zone Module
The Conventional Zone Module (CZM) connects to the Signal Line Circuit (SLC). The module allows the analog panel to interface with and monitor conventional devices such as pull stations and two-wire smoke detectors. The CZM is typically used in retrofit situations where pre-existing conventional zones are removed from a conventional system and then connected to the analog panel for discrete monitoring of that zone. All conventional devices connected to a single CZM are reported as a single input. Status conditions are reported as normal, open or alarm. It supervises the external power supply as well as the entire zone of devices. Refer to the installation instructions included with the CZM for more detailed wiring and installation instructions.

Figure 5.13.1 CZM Conventional Zone Module, Style B

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Figure 5.13.2 CZM Conventional Zone Module, Style D

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5.14 DIMM Dual Input Monitor Module
The Hochiki DIMM Dual Input Monitor Module is designed to work with pull stations, water flow switches, and other applications requiring the monitoring of dry contact alarm initiating devices. The DIMM can monitor two independent inputs with discrete reporting, yet the module only requires a single address on the SLC Loop. A typical example would be for use with a waterflow and tamper application. One input would be connected to the waterflow switch for a fire alarm condition. The second input would be connected to the tamper switch for a supervisory condition. A single DIMM module would be used instead of two single input modules such as the FRCME. The DIMM inputs operate in a similar fashion to the FRCME input. Refer to the installation instructions included with the DIMM for more detailed wiring and installation instructions.

22k 22k

FireNET PLUS Control Panel
Figure 5.14 DIMM Dual Input Monitor Module Connections

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5.15 SCI Short Circuit Isolator Module
The SCI short circuit isolator module is designed to help maintain partial SLC loop operation in the event that the SLC loop becomes shorted, positive to negative. In the event of an SLC loop short circuit the SLC loop is typically inoperative. By installing SCI modules throughout the SLC loop only a portion of the loop will be inoperative in the case of an SLC short circuit. When SCI modules are installed adjacent to every device for true Style 7 (see Section 5.15.1), no devices are lost from a single short on the SLC loop.
Connect the SCI module to the FireNET Plus control panel as shown in Figure 5.15.1. Refer to the installation instructions included with each SCI for more detailed wiring and installation instructions.

SCI

(IN) S (IN) SC (OUT) S (OUT) SC

To FireNET Plus control panel SLC loop -or- previous SLC loop device

–

–

To next SLC loop device or return back to FireNET Plus
control panel

Figure 5.15.1 Short Circuit Isolator Module Connections

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5.15.1 Class A Operation
The SCI should be located within 5 feet of the FireNET Plus control panel on both the outgoing and incoming SLC loop legs. In addition an SCI should be located between every SLC loop detector and module as shown in figure 5.15.2 and is required for NFPA 72 Class A Style 7 compliance. For Class A Style 6 compliance the SCI modules may be located at strategic locations based on the installer’s or system designer’s discretion.
In the event of a short circuit on the SLC loop the 2 SCI modules adjacent to the short (closest SCI on the left and the right of the short) will activate and its LED will turn on. All the devices between the two SCI modules will be isolated and inoperative. All other devices on that SLC loop will remain operational. The FireNET Plus control panel will indicate a trouble condition. When installing SCI modules for true Style 7 compliance, the SCI modules must be installed in a “closed nipple” fashion (see Figure 5.15.2). By using this method, no devices are lost from a single short on the SLC Loop.

Class A Style 7 SLC loop with SCI Short Circuit Isolator Modules

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

SCI

First and last SCI modules must be located with 5 feet of the FireNET Plus control panel.

NOTE: For NFPA 72 Style 7 compliance, SCI Modules and protected detectors or modules must be installed in “closed-nipple” fashion. This can be accomplished by either installing two (2) SCI modules and one (1) protected detector or module in a single enclosure or raceway, or by nippling all three devices together using three separate backboxes nippled together creating an enclosed raceway.

+ –

+- +-

NC C NO

NC C NO

NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

NC C NO

+- +-

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.15.2 Style 7 SLC Circuit Example

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5.15.2 Class B Operation
The SCI modules may be strategically located based on the installer or designer’s discretion. Typically they are located at the beginning of each branch of the SLC loop as indicated in figure 5.15.3.
In the event of a short circuit on the SLC loop, the closest SCI to the short circuit will activate and it’s LED will turn on. All devices following the SCI module will be isolated and inoperative. All devices preceding the SCI module will remain operational.

Class B Style 4 SLC Loop with SCI Short Circuit Isolator Modules
0 Ohm Jumpers (p/n# 0400-01025)

If a short circuit occurs, all of the devices following the closest SCI module will be inoperative.

+- +-

+- +-

NC C NO

NC C NO

NC C NO

+- +-

NAC1 NAC2LOOSPLC11 IN SLC1 OLUOTOPTR2OUBLE LOOPFIR3E

SUPERVLISOOORYP 4NET OUT NET IN

+ COMMS

Figure 5.15.3 Class B Operation of the SCI Module

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5.16 ASB Analog Sounder Base
The Analog Sounder Base (ASB) connects to the SLC Loop and requires 24VDC aux power to operate. The ASB contains an addressable sounder that is controlled by the control panel. The ASB derives its address from the Host detector (ALK, ALG, AIE, or ATG) upon power up. The address is the detector address + 127. See section 5.4 for additional details. The addressable sounder is independently controlled by the control panel, and does not have to follow the detector status to activate.
Refer to the installation instructions included with the ASB for more detailed installation and wiring instructions.

Figure 5.16 ASB Analog Sounder Base Connections

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5.17 AMS Addressable Manual Pull-Station
The AMS Addressable Manual Pull-Station is an integrated device that includes an input module and a manual pull-station in a single package.
The AMS is designed to be directly connected to the FireNET Plus control panel SLC loop.
The AMS must be programmed with a unique address from 1 ­ 127. Each AMS will report individually to the panel based on its unique address. Please refer to Section 5.4 of this manual for instructions on programming an address into the AMS device.
Connect the AMS to the FireNET Plus control panel as shown in Figure 5.17.1. Refer to the installation instructions included with the AMS device for more detailed installation and wiring instructions.

Figure 5.17.1 AMS Addressable Manual Pull Station Wiring Detail

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Section 6 – Network Connections
6.1 Compatible Network Devices
The following Hochiki America Corp. network devices are listed as compatible with the FireNET Plus analog addressable fire alarm system.
Network Interface Card
· FN-4127-NIC
This section covers the installation of the FN-4127-NIC. For proper operation the control panel must be programmed to operate with this device. Please refer to Section 8 of this manual for more information on programming the FireNET Plus control panel.
The FireNET system enables information to be transmitted between control panels using a secure network connection. Up to sixty-four control panels (nodes) may be connected together and the system can be configured such that selected information can be displayed or acted upon at each panel.

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6.1.1 FN-4127-NIC Network Interface Card

To enable control panels to be connected together as a network, a network card must be installed in each panel. This card connects to the FireNET Plus on the rear of the main control board and is held in position by two M3 screws. If an FNP-1127-SLC expander card has been installed, the network card must be mounted on top of the FNP-1127-SLC expander.

FN-4127-NIC Network Card

Panel PCB (rear side) M3 Screws

FNP-1127-SLC Expander Board (may be installed)

To install a network card, the AC and battery power must first be switched off. Next, the display panel must be opened to expose the back of the circuit board. The network card can then be plugged into the two connectors on the top left of the control board PCB (or plugged into the connectors on the FNP-1127-SLC card, if installed). The network card must then be secured in position with the M3 screws.

OBSERVE STATIC PRECAUTIONS WHEN HANDLING CIRCUIT BOARDS!

Each network node must be allocated a unique network address. This is done by setting the DIP switches on the network card to the required binary number as shown above. It is important that each node has a different address for correct operation so care must be taken to set and record the network card address for each panel. Always set the address on the DIP switches with power to the panel switched off.

ON

This switch setting shows address number one.

Switch position up selects the binary digit, so a switch with

1,2 and 3 up would represent address number 7.

12345678

C19

C3

R11 OP5

R4 R8 C4

OP6

D1

R12 R10

R7

TR4 TR3 TR6

D2

R2

RL2 RL1
C14

R17

SW2

J2

TR5

U6 S1

C13 C11

RP1

R26

C7

R25

C20

R28

C12
+ C16
R24

K6005 R27

LED1 R13

C15 LED2 R14

U4

R9

U7

+ C17

(The black part shows the switch actuator)

+ R16

C2

C1

R21

R15

R20

R19

Processor reset switch

U1

J1

U5
C10 C18

This switch setting shows

address number one.

LED1-GREEN = OUTGOING CONNECTION OK

LED2-RED = INCOMING CONNECTION OK

Switch position up selects

the binary digit, so a switch with 1,2 and 3 up would represent address number 7.

The network card has a green and a red LED indicator to show the status of the incoming and outgoing communications. Under normal circumstances, both LEDs will be lit, indicating that the card is communicating properly. If one or both of the LEDs are not lit then the connection to neighboring panels is not functioning properly.

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6.1.1.1 Cable Length
The FireNET Plus network communications protocol has been designed to be extremely tolerant to interference and data corruption; however as with any system, limitations must be set to guarantee correct operation. The specified transmission distance limit for the communications method used is 4000 ft. (1200m) and because the data is re-transmitted at each network card, in theory, there can be 4000 ft. (1200m) between each card if required. The minimum cable size for the FireNET Plus network is #20 AWG. The network communications uses RS485 technology.
Using the above cable distances however, does not take into account the failure of a network card to communicate with the system through total power failure or a card trouble. In this situation, the network card would disconnect itself from the network and connect the network cable such that it bypasses the card in question. This means that the total cable length between the cards either side of the disconnected one could be 8000 ft. (2400m), which is outside of the specification for the communications method used (RS485). This trouble scenario could clearly be extended to more network cards and this would add 4000 ft. (1200m) of cable length in each case.
A sensible trouble tolerance limit must therefore be suggested to enable the performance of the system to be predicted. Because of the nature of the fire protection system, its design is biased towards inherent reliability and failure of a network card, although possible, is very unlikely. Fire control panels also have substantial back up power systems. Therefore, the likelihood of a total power failure under operational conditions is also extremely rare. A suggested tolerance level of one card failure is therefore recommended. To guarantee operation of the system with one card failure it is necessary to arrange the network so that a failure will not introduce more than 4000 ft. (1200m) of cable between the two cards, which would be connected together by the failure. This means that the total cable length between adjacent nodes should not be more than 4000 ft. (1200m). It is not important how the 4000 ft. (1200 meters) is made up i.e. it could be 350 ft. (100m) and 3650 ft. (1100m) or 2000ft. (600m) and 2000ft. (600m).
Using these general rules and the specified or equivalent cable types will provide a guaranteed performance of networks with plenty of tolerance.

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6.1.1.2 Wiring Scheme

IN OUT
Network
Panel 1 2 LOOP

1000 Feet
A

IN OUT
Network
Panel 2 2 LOOP

2000 Feet

IN

OUT

Network
Panel 3 4 LOOP

1000 Feet

IN

OUT

Network
Panel 4 4 LOOP

IN

OUT

B

Network

Panel 5 2 LOOP

2000 Feet
2000 Feet
When designing or installing a network of FireNET Plus panels, always be aware of the following:
1. The panel network must be wired as a ring (Class A). 2. There should be no more than 4000 ft. (1200m) maximum cable length between two
adjacent segments. 3. A short circuit at Point A will automatically disconnect the shorted section and
announce a trouble condition at all panels but the entire network will continue communicating. 4. A short circuit at Points A and B will automatically disconnect both sections and announce a trouble at all panels. Communication will continue where a connection exists; in this case, a network will be maintained between panels 1, 3 and 5, while another network will be maintained between panels 2 and 4. 5. Open circuit troubles should allow the network to continue operating in the same way as short circuit troubles. 6. Network cabling should be standard RS485 type for up to 64 nodes. 7. The minimum cable size for the FireNET Plus network is #20 AWG.

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6.1.1.3 Cable Type
The cable type used for the network connection should be suitable for RS-485 applications. Minimum wire size should be 20ga. twisted, shielded, stranded. RS485 communications cable is typically standard Class 2 communications cable. However, depending on the AHJ, FPL or FPLR cable may be required. Follow local jurisdictional and AHJ requirements. NFPA 70 national electric code compliance may be required for network cabling depending on local jurisdiction, AHJ, regulations, and/or codes.
6.1.1.4 Proper Shield Termination of the Network Cable
In many installations, interference from RFI, EMI or other noise sources can create problems. In order to reduce the effects of such noise, terminate the shield to the earth ground terminal block in the main control panel. DO NOT ground the shield at both ends of the cable!

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6.1.1.5 Connecting the network cable
All panels will have two cables connected to another panel or panels. If either of these is not connected a trouble condition will be displayed. The connection is polarity sensitive. The + and ­ from one panel must connect to the + and ­ of the next panel and so on. The temperature of the cable should not exceed 131 degrees F (55 C).

NOTE:It is important to ensure that the connection from the OUT+ from one panel connects to the IN+ terminal of the next and the OUT- from one panel connects to the IN- of the next panel and so on.

Network cable to “IN” terminals of the next panel

Network cable from “OUT” terminals of previous panel

E E

P2R P2T L2R L2T
P1R P1T L1R L1T

+- +-
24V OUT AUX 24V

+- +-
NAC1 NAC2

+ – + – NC C NO
SLC1 IN SLC1 OUT TROUBLE

NC C NO NC C NO + – + –

FIRE

SUPERVISORY NET OUT NET IN

+ –
COMMS

+- +-
SLC2 OUT SLC2 IN

Fire
AC Power On
Pre-Alarm
On Test Panel Sounder Silenced Delay Active

More Events General Disablement General Trouble
Power Trouble
Supervisory
NAC Trouble

Re-Sound Alarm

Alarm Silence

Panel Sounder Silence

Lamp Test

Reset

Exit

Enter

Fire Drill

Programmable Enable Access Function

More Fire Events

More Events

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Section 7 – Basic Front Panel Operations and Programming
(Access Level 1, 2, and Real-Time Operation)
This section covers the basic user operations of the FireNET Plus and is intended to provide the casual user a basic understanding of how to complete common system operations. In addition to providing an overview of the front panel controls this section also includes instructions on how to:
· Perform a Lamp Test · Silence the Panel Sounder · View Multiple Fire Alarms on the Panel Display · View Multiple System Events on the Panel Display · Use the Menu Navigation Buttons · Use the Help Function · Silence an Alarm · Resound an Alarm · Reset an Alarm · Initiate a Fire Drill · Disable Portions of the System · View the Status of System Devices · Set system time
All of these operations are performed from the front panel keypad.
Please refer to the front panel photo in Figure 7.1 below while reading through this section.

Figure 7.1 Front Panel Controls

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7.1 Operating Modes
This section provides a brief overview of Access Level 1, 2, and 3 operating modes. Access Level 1 and 2 operating modes are used in the basic system operations described in this chapter. Access Level 3 is typically used only by installation and service personnel and is explained in greater detail in Section 8 of this manual.
7.1.1 Access Level 1
When the FireNET Plus control panel is in Normal Standby condition only the green AC Power On LED will be lit, and the date and time displayed on the LCD display. Normal Standby is considered to be in Access Level 1. Some very basic operations can be done in Access Level 1 by simply pushing the corresponding button(s) on the front panel controls. For information on which basic user operations can be done from Access Level 1 see section 7.2.
7.1.2 Access Level 2
Many of the front panel controls and their operations require the user to enter a more secure operating mode called Access Level 2. This more secure operating mode prevents unauthorized individuals from operating the FireNET Plus fire alarm system. For information on which basic user operations are done from Access Level 2 see section 7.3.
7.1.3 Access Level 3
A higher security mode called Access Level 3 is also available to system administrators, installers, and service personnel to make critical changes to the system. For more information on Access Level 3 refer to Section 8 of this manual. None of the basic operations covered in this section require entry to Access Level 3 operating mode. Access Level 3 operating mode should be restricted to qualified installation and service personnel only.

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7.2 Access Level 1 Operations
7.2.1 Performing a Lamp Test
Press the “Lamp Test” button on the front panel to illuminate all front panel LED indicators, LCD display, and validate correct operation. Release the button to conclude the test.
7.2.2 More Fire Events
The front panel display is capable of displaying the information for up to two different points that are in alarm condition. If more than two points are in an alarm condition simultaneously the front panel display will indicate how many additional alarms are active; this text can be seen in the bottom-left hand corner of the display. For example the display may indicate “1 More Fire”. In this case there is one additional point in fire alarm condition that is not currently shown on the display. By pressing the “More Fire Events” button, the user can display these additional alarms.
7.2.3 More Events
Similar to the “More Fire Events” button, the “More Events” button allows the user to display more non-fire alarm events if more than 1 event is active on the system at one time.
7.2.4 Menu Navigation (Up, Down, Left, Right Arrows, Enter / Exit Buttons)
These buttons are used to navigate the FireNET Plus menu structure. The arrow buttons (up, right, down, left) also represent the digits 1, 2, 3, and 4 respectively when entering codes for Access Level 2 or Access Level 3 modes.
7.2.5 Help (?)
The “Help” button offers additional information relating to the current status of the FireNET Plus control panel and provides assistance in basic operation of the system. Press and hold the “Help” button to display this additional information.

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7.3 Access Level 2 Operations
The following operations can only be done after the panel is placed into Access Level 2 operating mode. To place the FireNET Plus into Access Level 2 follow these instructions:
7.3.1 Entering Access Level 2
1. Press any navigational arrow key to enable the panel. 2. Using the arrow keys enter the 5 digit code. Digit values are 1 – 4 only and
correspond to the value on each arrow key. (Up = 1, Right = 2, Down = 3, Left = 4) The factory default for the Access Level 2 code is 22222. 3. Press the Enter key. The front panel graphic display will confirm you are in Access Level 2. 4. If there is no activity for 120 seconds on the front panel controls once the system is in Access Level 2 operating mode, the system will time out and revert back to Access Level 1 operating mode automatically. 5. You may also use the Enable Access keyswitch on the front of the panel to enter Access Level 2. Simply insert the key and turn it to the right. The panel display will confirm that you are in Access Level 2.
NOTE: The FireNET Plus panel will NOT time out to Level 1 when using the key. Be sure to return the key to the OFF position and remove it when not in use!
7.3.2 Silencing an Alarm
To silence an alarm condition place the panel into Access Level 2 operating mode as described in 7.3.1. Press the “Alarm Silence” button. The “Alarm Silence” button acknowledges any current alarm conditions and typically silences any audible and visual notification appliances such as horns and strobes. In some cases the system may be programmed so that the “Alarm Silence” button silences the audible notification appliances but allows the visual notification appliances such as strobes to remain flashing. Your system installer can inform you how your system is set up to operate. After an alarm has been silenced, the flashing fire LED’s will go steady, and “alarm silenced” will display in the upper right corner of the LCD display.
7.3.3 Resounding an Alarm
To resound an alarm condition place the panel into Access Level 2 operating mode as described in 7.3.1. Press the “Resound Alarm” button. Pressing the “Resound Alarm” button will reactivate any audible or visual notification appliances that were previously silenced using the Alarm Silence operation.

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7.3.4 Resetting an Alarm
Once a fire or other alarm condition has been verified and cleared it is necessary to reset the panel. To reset the FireNET Plus, place the panel into Access Level 2 operating mode as described in 7.3.1. Press the “Reset” button. All latched outputs such as relays used for elevator recall will return to their normal state.
Prior to resetting the panel it is necessary to clear the condition that caused the alarm. For example, if a manual pull station was activated to cause the alarm, that manual pull station must be physically reset in order to reset the panel. If you attempt to reset a panel that has an existing alarm condition that has not been cleared, the panel will go back into alarm immediately after trying to reset.
7.3.5 Initiating a Fire Drill
To initiate a fire drill, place the FireNET Plus panel into Access Level 2 operating mode as described in 7.3.1. Press the “Fire Drill” button to engage fire drill mode. The fire drill activates NAC and SOM indication circuits, but does not activate fire relays, R2M, programmable relays, etc. A subsequent press of the fire drill button will deactivate fire drill mode. Any actual fire alarms during a Fire Drill will automatically override fire drill mode.
7.3.6 Silence the Panel Sounder
Many system conditions such as system troubles will activate the sounder in the FireNET Plus control panel. The user can silence the panel sounder by pressing the “Panel Sounder Silence” button on the front panel. This silences only the panel sounder. Other audible outputs such as horns or strobes require a different operation to silence.

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7.4 Advanced Access Level 2 Operations
7.4.1 Access Level 2 Main Menu
Once you have entered Access Level 2 operating mode you can view the Access Level 2 Main Menu, which gives the user the ability to perform additional system operational functions. To view the menu, enter Access Level 2, and then press any one of the navigational arrow keys.
ACCESS LEVEL 2 MAIN MENU DISABLEMENTS VIEW DEVICES TEST ZONES SET SYSTEM TIME SENSOR MAINTENANCE EARLY WARNING ACCESS LEVEL 3
Figure 7.4 Main menu items at Access Level 2
Once this menu is displayed you can scroll up or down using the navigational arrow keys to highlight each of the six menu options. A menu option is highlighted when a triangular arrow symbol appears to its left.
Each menu option may be selected by first highlighting it using the up/down arrow keys, then pressing the right arrow key to select. The six Access Level 2 Main Menu option functions are described in the following sections.

7.4.2 Disablements
The Disablements menu allows the user to disable individual points, circuits, zones, or loops on the FireNET Plus fire alarm system. This is typically done while the system is being serviced or tested or to temporarily remove a faulty system device. CAUTION: Any portion of the system that is disabled will not report an alarm condition.
All disablements have two options, timed or untimed. For disablements up to 24 hours in length the timed disablement option should be used. This will prompt the user to enter a disablement time in 30-minute increments from 30 minutes to 24 hours. Once the disablement begins the panel will countdown the selected disablement time. When the time expires the disablement is cancelled automatically.
Untimed disablements should be used only when it is necessary to disable a portion of the system for over 24 hours. Untimed disablements remain active until they are manually reset at the panel through the Access Level 2 Main Menu / Disablements command.
Once you select timed or untimed disablement you can choose to disable loops, zones, addresses, NAC, or I/O circuits through sub-menus to the Access Level 2 Main Menu / Disablements option.

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As previously discussed highlighting the desired menu option and then pressing the right navigational arrow selects that option. Pressing the left navigational arrow at any time backs out of the current menu returning to the previous menu.
Note: The FireNET Plus fire alarm system will indicate a disabled condition any time there is an active disablement on the system, via LCD display text and the “point bypassed” LED on the front panel. Any item disabled is considered an off-normal condition and will generate a general trouble condition until the disabled item is returned to normal.
7.4.2.1 Disabling Loops
The Disable Loops sub-menu option to Disablements, allows you to disable an entire SLC loop with one command. The SLC loop may contain up to 127 analog detectors and addressable input and/or output modules, as well as up to 127 analog sounder bases. Disabling an entire SLC loop disables all inputs and outputs on the loop and should be used only in extreme cases such as a service related problem affecting all the devices on the SLC loop.
WARNING: Loop disablement does not electrically isolate the panel from the SLC loop wiring. The SLC loop should be disconnected from the panel before any diagnostic testing is performed.
Disabling Zones
Each device on the system is assigned to a zone by the system installer. A zone may consist of one or many points. Disabling a zone disables all the points assigned to that zone.
Disabling Addresses
Each SLC loop device on the system is assigned a unique address. In some cases an SLC loop device may have sub addresses as well. Using the Disable Address sub-menu command the user can individually disable any single address on the system.

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Disabling NAC Outputs
The disable Audible Device output sub-menu option allows the user to disable all of the local NAC, SOM, and ASB outputs on the system. This is typically done for periodic tests so the building occupants are not disturbed while activating each alarm device. When you choose this option all of the notification appliances connected to the panel notification appliance circuits and SOM modules are disabled, as well as any analog sounder bases.
Disable Panel I/O
The Disable Panel I/O sub-menu option allows a user to disable an individual panel input or output. This includes individual notification appliance (NAC) circuits, on-board panel relays, and the programmable function button. This option applies only to on-board inputs and outputs ­ SLC loop devices must be disabled by using the Disable Addresses option.
View & Restore Disablements
The View & Restore Disablements sub-menu option is used to quickly display any system disablements and optionally reset them to normal. Scroll to the View/Restore Disablements sub-menu option, press the right navigational arrow to select, and then follow the prompts on the panel display to view/reset any disablements on the system.
7.4.3 View Devices
The View Devices menu option allows the user to view every SLC loop device. For each device the panel display will indicate the device type, zone, and location text. In addition, analog devices such as smoke and heat detectors will also be displayed with their current analog value. This analog value can be useful in determining if a smoke detector requires cleaning. Photoelectric detectors also display in terms of obscuration (%/ft) and the heat detectors in terms of temperature (F°).
For non-analog input devices the current status will be displayed as Off or On. For nonanalog output devices the current status will be displayed as either Off or Activated. Service personnel who want to verify system devices and troubleshoot potential problems typically use the View Devices sub-menu option.
7.4.4 Test Zones
The Test Zones sub-menu option is used by service personnel to quickly and easily perform periodic system tests. Please refer to the testing and troubleshooting section of this manual for a more detailed explanation. This feature is typically referred to as a “One Man Walk Test.”

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7.4.5 Set System Time
This sub-menu option is used to adjust the FireNET Plus internal clock. It is important to make sure the clock is accurate so that events logged in the event log are recorded with the correct time.
To set the system clock, select the Set System Time sub-menu option by highlighting it with the up/down arrow keys. Select it by pressing the right arrow key. The resulting menu allows you to individually set the Year, Month, Day, Hour, Minute, and Daylight Savings. Highlight each option by using the up/down arrow keys. Press the right arrow key to select it. Use the up/down arrow keys to change the current values. Pressing the left arrow key in any menu backs you out to the previous menu.
7.4.6 Sensor Maintenance Early Warning
This option is used by service personnel to identify sensors that require cleaning or replacement.
7.5 Panel Operation
This section summarizes the operations described earlier in this section of the manual for handling Fire, Trouble, and Supervisory conditions.
7.5.1 Fire Condition
In the event a device on the FireNET Plus fire alarm system activates in a fire alarm condition the following will happen:
· The FIRE LED indicator on the front panel will turn on and flash.
· Details of the device that caused the fire alarm condition will be given in the LCD status display on the front panel.
· If there are more than two fire conditions, press the “More Fire Events” button on the front panel to view the additional fire alarms.
· Audible and visual notification appliances (horn and strobes) will activate throughout the building.
· Output relays and circuits will operate performing fire alarm functions such as closing doors, recalling elevators, shutting down air handling equipment etc.
· The panel buzzer will be pulsing.

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The operator actions required following a fire alarm condition are as follows:
· Silence the panel buzzer by entering access level 2 and pressing the “Panel Sounder Silence” button.
· Silence the notification appliances by entering Access Level 2 and pressing the “Alarm Silence” button. When the Fire condition is silenced, the fire LED indicator will change from flashing to steady and the LCD display will indicate “Alarm Silenced”.
· Resound the audible and visual notification appliances if necessary by entering Access Level 2 and pressing the “Resound Alarm” button.
· Once the fire department has cleared the building, physically reset any devices such as manual pull stations that require a manual reset.
· Reset the FireNET Plus fire alarm control panel by entering Access Level 2 and pressing the “Reset” button.
7.5.2 Trouble Condition
Trouble conditions occur when problems with the FireNET Plus fire alarm system components and wiring are detected.
When the fire alarm control panel senses a trouble condition, the following will occur.
· The General Trouble LED will illuminate on the front panel.
· Other LED’s indicating the nature of the trouble may also illuminate.
· The trouble relay contact in the control panel will activate
· Details of the trouble condition will be shown on the LCD status display on the front panel.
· If there is more than one trouble event press the “More Events” button to view them in the LCD status display on the front panel.
· The panel buzzer will sound.
The operations required following a trouble condition are as follows:
· Silence the panel buzzer by entering access level 2 and pressing the “Panel Sounder Silence” button.
· Note the LCD status display and any messages that may appear so these can be relayed to service personnel.

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· Investigate the cause of the trouble. It may be as simple as a detector that was inadvertently removed.
· If the trouble condition cannot be resolved, contact your service company.
There is no need to reset trouble conditions. They are non-latching and reset themselves after the trouble condition is corrected.
NOTE: Loop Open/Short troubles are latching and require a panel reset to clear.
7.5.3 Supervisory Condition
A supervisory condition is detected when a portion of a building system that controls the spread of fire or smoke is disabled. This is most commonly a fire sprinkler valve that is turned off for maintenance purposes.
When the FireNET Plus fire alarm control panel senses a supervisory condition the following will occur:
· The Supervisory LED will illuminate on the front panel.
· The supervisory relay contact in the control panel will activate.
· Details of the supervisory condition will be shown on the LCD status display on the front panel.
· The panel buzzer will sound.
The operations required following a supervisory condition are as follows:
· Silence the panel buzzer by entering access level 2 and pressing the “Panel Sounder Silence” button.
· Note the LCD status display and any messages that may appear so these can be relayed to service personnel, fire department, and/or central station.
· Investigate the cause of the supervisory conditions.
· If the supervisory condition cannot be resolved, contact your service company.
· Once the supervisory condition has been cleared, reset the FireNET Plus fire alarm control panel by entering Access Level 2 and pressing the “Reset” button.

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7.5.4 Pre-Alarm Condition
A Pre-Alarm condition occurs when an analog sensor reaches its pre-alarm threshold, or when an input whose type is set to pre-alarm activates. This condition typically occurs as the sensor approaches its fire point.
When the FireNET Plus fire alarm control panel senses a pre-alarm condition, the following will occur:
· The Pre-Alarm LED will illuminate on the front panel.
· Details of the pre-alarm condition will be shown on the LCD status display on the front panel.
· If there are multiple events, press the “More Events” button to view them in the LCD status display on the front panel.
· The panel buzzer will sound.
The operations required following a Pre-Alarm condition are as follows:
· Silence the panel buzzer by entering access level 2 and pressing the “Panel Sounder Silence” button.
· Note the LCD status display and any messages that may appear so these can be relayed to service personnel.
· Investigate the cause of the Pre-Alarm, such as a significant presence of smoke, heat, or an actual fire starting.
· If the Pre-Alarm condition cannot be resolved, contact your service company.
· Once the Pre-Alarm condition has been cleared, reset the FireNET Plus fire alarm control panel by entering access level 2 and pressing the “reset” button.

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7.6 DACT Operation and Event Reporting Codes (FNP-1127D only)

The FireNET Plus FNP-1127D contains an integrated DACT. This section provides details about the operation of the DACT.

7.1 Compatible Receivers (DACRs)
The Hochiki America FireNET Plus is compatible with the following Digital Alarm Communicator Receivers (DACRs):

Silent Knight 9500

Contact ID and SIA formats

DSC System 3

Contact ID and SIA formats

Bosch D6600

Contact ID and SIA formats

Sur-Gard MLR-2E

Contact ID and SIA formats

7.2 Phone Line and Phone Number Selection
The FireNET Plus DACT can be configured with up to four account numbers and four phone numbers. Each phone number corresponds to an account (phone number 1 is used with Account 1; phone number 2 is used with Account 2, etc). This allows for programming of backup and duplicate reporting configurations.

Events are communicated to each account in order and by priority beginning with Account 1. The communicator will begin the dialing sequence using phone line 1, unless phone line 1 has failed. If the communicator cannot report events successfully using phone line 1, it automatically switches to phone line 2.

Account 1 and account 2 are used together for primary and backup reporting. If duplicate reporting is needed, account 3 may be used, with account 4 serving as its backup. Table 7.2 shows how the accounts and phone lines are selected when reporting an event (both phone lines in normal working condition).

Attempt # Account* Phone Line

1

1

1

2

1

1

3

1

1

4

1

2

5

1

2

Communication Fail Acct 1

6

2

2

7

2

1

8

2

1

9

2

2

10

2

2

Communication Fail Acct 2

Table 7.2 ­ Communicator Account and Phone Line Selection *Note that the same sequence applies when accounts 3 and 4 are used.

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Since the communicator selects the phone line to be used, both lines must use the same dialing sequence. If one phone line requires that a “9” be dialed, it cannot be used with a second line that does not require a “9”.
NOTE: Ground Start phone lines must not be used.
NOTE: Call Forwarding must not be used.
7.2.1 Test Report: The test report is sent using alternating phone lines once every 24 hours. All attempts to communicate the test report will be made on one phone line, even if that line is not working. The next test report is sent using the other phone line. This complies with UL and NFPA requirements for digital alarm communicators.
NOTE: If the central station only receives every other test report (i.e. every other day), this is an indication that the communicator is unable to report using one of the phone lines. Investigate and correct the cause of this condition immediately.
7.3 Phone Line Supervision
The FireNET Plus supervises both telephone lines for the presence of normal line voltage. Each line is checked every 10 seconds. If trouble with a phone line is detected, the FireNET display will indicate the trouble condition. The phone line failure can be communicated to the monitoring station using the other phone line, unless it has also failed.
Normal phone line voltage is approximately 48 VDC. The panel will detect a trouble condition when the phone line voltage falls below 4 VDC.
NOTE: Since the FireNET Plus samples voltage to test the telephone lines, it cannot recognize a non-working phone line that has normal voltage present.
NOTE: The FireNET Plus does not supervise the telephone lines while it is communicating.

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7.4 Report Groups
The FireNET Plus has five report groups that can be selected to maximize the reporting options. Each group includes specific types of events that will be reported. The report groups are selected by account, with account 2 and 4 also having a selection for backup reporting. The report groups and events associated with them are shown below:
Alarms ­ · Fire Alarm · Waterflow Alarm · Fire Drill
Alarm Restore ­ · Fire Alarm Restore · Waterflow Alarm Restore · Fire Drill Restore
Supervisory, Trouble, Enable/Disable ­ · Supervisory (Activation and Restore) · All Trouble Conditions (Activation and Restore) · Pre-Alarm (Activation and Restore) · Auxiliary (Activation and Restore) · Smoke Detector Maintenance Trouble (Activation and Restore) · Disable and Enable Events · Loop Explorer Programming Event (local and remote)
Service / Test ­ · “Test Zones” · Device Tested · Test Report
System Reset ­ · Alarm Silence Event · Reset Event
Backup Report (Account 2 and 4 Only) · Account 2 and 4 can be selected to report to the associated phone number as a backup of the primary account. For this feature, account 1 is considered the primary account, with account 2 being its backup. Account 3 serves as a second primary, or duplicate account, with account 4 being its backup.
If communication is not established to the primary account after the first five attempts, the backup account will be used. Please see section 7.2 for additional details.
By default, all report groups are selected for each account. If it is necessary to change the groups selected for a particular account you must use the Loop Explorer software programming tool.

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7.5 Communication Failure
If all attempts to communicate to an account fail, the FireNET Plus will display a “Comms Fail” trouble condition, along with the number of the account that failed (1 ­ 4). The original event will be removed from the report queue. If there are additional events to be reported the panel will attempt to report them, along with a communication failure event. The panel will remain in a “Comms Fail” trouble condition, but the FireNET Plus will attempt to report any new events while in this state.
To clear the “Comms Fail” trouble from the panel display, press the panel Reset button. This action wil

References

• Fire Alarm Resources | Download fire alarm documents
• Hochiki | Fire Protection Equipment and Systems

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