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DeltaNet FS90 Fire and Security System
SPECIFICATION DATA
FEATURES
• Conventional and intelligent detection and signaling
• Stand-alone operation and/or integration with higherorder systems
• Function boards for configuration to site requirements
• Easily changeable data file in nonvolatile memory
• Access control and door monitoring
• FS90 Command Center option
• Auto-Tuning Sensitivity
GENERAL
The DeltaNet FS90 Fire and Security (F&S) family of realtime, microprocessor-based controllers offers conventional and intelligent fire detection and annunciation, security, and access control. The family includes:
— DeltaNet FS90 F&S System for conventional zone alarm verification, cross-zoning, annunciation, control, individual zone alarm, supervisory and trouble indication, zone disconnect switches, and a local audible signal.
Security functions include local and remote secure/ access switching and high-security line supervision.
—
DeltaNet FS90 Plus F&S System (“FS90 Plus”) for intelligent F&S functions to monitor and control individually addressable fire and security devices (rather than zones). FS90 Plus can have up to nine Intelligent
Loop Interface Boards, each of which can have two 2wire circuits or one fault-tolerant 4-wire circuit. Each circuit can monitor 99 addressable analog sensors plus
99 addressable control module or monitor module points, up to a controller maximum of 967 points.
— DeltaNet FS90 Fire Management System for emergency audio evacuation, communication, smoke control, and fan system override. An Audio Cabinet houses audio system components. A Fire Command Station allows fire fighters to manage a fire situation through control of evacuation signaling and message output, selective public address, optional two-way telephone communication, and override of automatic fan and damper controls.
— DeltaNet Access Control Supervisor and DeltaNet
Access Control Supervisor/SPS for monitoring and control of up to eight card readers and/or keypads per controller. The system supports multiple card technologies, multilevel antipassback, two-card access, supervisor-required access, and elevator control.
Copyright © 1996 Honeywell Inc. • All Rights Reserved 74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
DESCRIPTION
The DeltaNet FS90 Fire and Security (F&S) family of realtime, microprocessor-based controllers offers conventional and intelligent fire detection and annunciation, security, and access control. Sites can tailor F&S operation to requirements with a selection of function boards. Detailed descriptions of products within the family are as follows:
DeltaNet FS90 F&S System (“FS90”)
Stand-Alone Operation and/or Integration with Higher-
Order Systems:
FS90 consists of an enclosure with locking door, power supply, batteries for standby power in the event of ac power failure, Motherboard with eight slots for function boards and terminal blocks for field wiring, a CA Control Board that can control four fully loaded Motherboards, and function boards appropriate for the site application. Single and double enclosures accommodate one and two Motherboards, respectively. To ensure integrity, the CA Control Board checksums its Operating System (OS) every 24 hours, and supervision circuits annunciate a trouble condition on microprocessor failure.
FS90 can be a data gathering panel in systems such as the
DeltaNet Micro Central/DeltaNet Plus, DeltaNet Building
Supervisor—Integrated, and DELTA 1000 by addition of a
Communication Board and the necessary interconnect wiring.
If communication with the higher-order system is lost, FS90 independently continues its fire and security functions.
POWER
SUPPLY
MOTHERBOARD
TERMINAL
BLOCKS
BATTERIES
8 SLOTS FOR
FUNCTION BOARDS
SINGLE ENCLOSURE
Block Diagram of FS90.
C49-3
User-Modifiable Data File in Nonvolatile Memory:
The FS90 OS in CA Control Board EPROM uses EEPROMbased parameters to control F&S processing. At system installation and whenever site requirements change, users can modify parameter default values via CA Control Board switches. LED indicators guide and confirm data entry. No special equipment or wiring changes are needed.
Versatile Alarm-Detection and Alarm-Signaling
Applications:
Supervised alarm-detection zones can provide:
— Alarm and trouble indication by zone.
— Individual zone disconnect.
— Alarm verification: Time interval (60 seconds maximum) at the end of which FS90 verifies an alarm occurrence.
— Second Detector: On an alarm, a local audible sounds. If a second alarm occurs on the same zone, FS90 sounds an evacuation signal.
— Supervision/Water-Flow Indications: For sprinkler-system supervisory and water-flow (nonsilenceable) indication.
— Two-wire or fault-tolerant initiating circuits.
Supervised alarm-signaling zones can provide:
— Alarm and trouble indication by zone.
— Two-wire or fault-tolerant indicating circuits.
— Cross-Zoning: Indicating circuits can be logically ANDed.
— Indicating (output) circuits can be logically ANDed or
ORed.
— Signal Coding: Audible-signal frequency (20 to 120 pulses per minute) can be selected to accommodate march-time coding.
— Time-Delay: Time interval (eight minutes maximum) between initiating circuit activation and relay/output activation.
— Time Cutoff: Time interval (eight minutes maximum) between initiating circuit activation and indicating circuit deactivation.
— Supervised command outputs.
— Individual indicating zone disconnect.
Optional High-Security Line Supervision:
For extra line security that can detect sophisticated attempts to compromise the monitoring, an end-of-line transmitter sends coded signals interpreted by a receiver on an FS90 function board. A mismatch between sent and received signals or no signal from the transmitter results in an alarm.
This feature is UL Listed for Grade AA supervision.
Optional Battery Supervision:
A battery supervision module mounted on the power supply detects low-battery and no-battery conditions. Supervision applies to all standard FS90 batteries.
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DeltaNet FS90 FIRE AND SECURITY SYSTEM
DeltaNet FS90 Plus F&S System (“FS90 Plus”)
FS90 Plus includes all the features of FS90. In addition, it offers:
Analog Information from Smoke and Thermal Sensors:
The TC806A and TC806B Photoelectric Smoke Sensors,
TC807A and TC807B Ionization Smoke Sensors, and TC808A
Electronic Thermal Sensor are tamper-resistant solid-state devices that sense smoke density, particles of combustion, and temperature levels, respectively. Each Sensor has a unique point address from 01 to 99 on an intelligent loop interface circuit and provides continuous, analog signals to
FS90 Plus. Each Sensor can be tested from FS90 Plus and can also be locally tested using an externally applied magnet to the Sensor base.
FS90 Plus continuously scans Sensors to determine their condition. When alarm threshold is reached, FS90 Plus identifies device type and location (e.g., Smoke Sensor in
Room 206) and commands indicating circuits and individual relays (e.g., to turn off fans) to respond to the alarm.
Two integral red LEDs on the Sensor blink each time FS90
Plus scans the Sensor. Optionally, the blink can be suppressed. The LEDs latch ON in alarm.
Monitoring of the Condition of Fire Alarm and Security
Devices:
The TC809A and TC809B Monitor Modules provide an addressable, two-wire (TC809A, B) or fault-tolerant (TC809A only) initiating circuit for monitoring normally open contact, fire alarm and supervisory devices, and either normally open or normally closed security devices. The TC809A and B have a point address from 101 to 199 on an intelligent loop interface circuit and report circuit status (normal, open, or short) to the FS90 Plus.
An integral red LED on the TC809A blinks each time FS90
Plus scans it. The LED latches ON when the TC809A is in alarm.
Addressable Control of Indicating Outputs:
The TC810A Control Module provides an addressable, supervised, two-wire or fault-tolerant indicating circuit (e.g., for audible devices, strobes) that supervises for normal, open, or short conditions on the circuit. The TC810A has a point address from 101 to 199 on an intelligent loop interface circuit. When the TC810A receives a command from FS90
Plus, an internal relay energizes and activates its associated indicating devices. The TC810A can also be wired to provide a nonsupervised dry contact, spdt relay output to control equipment such as fans and dampers.
An integral red LED on the TC810A blinks each time FS90
Plus scans it. The LED latches ON when the indicating circuit or relay is commanded ON.
Isolation of Short-Circuit Faults from Selected Segments of Loop:
The TC811A Fault Isolator Module enables part of a circuit to continue operating when a short occurs on loop wiring. If a loop configuration is used, one TC811A isolates a short to the part of the loop between the TC811A and the FS90 Plus, allowing the rest of the loop to operate normally. If two TC811As are used, they isolate a short to the part of the loop between them.
In a star configuration, a TC811A can be used in each leg so a short on one leg does not affect communications on any other.
An integral red LED on the TC811A blinks to indicate normal status and is steady ON to indicate a short on the loop.
Recognition of Trouble, Prealarm, and Alarm Conditions:
FS90 Plus recognizes normal and alarm conditions, belownormal sensor values that reveal a trouble condition, and above-normal values that indicate either a prealarm condition or the need for maintenance. An operator at the FS90 Plus or higher-order system can read sensor address and condition.
The operator can also adjust alarm and prealarm thresholds and other parameters.
Alarm Verification and Priority Selection of Alarm Levels:
To minimize false alarms, FS90 Plus performs alarm verification on selected individual sensors. Two alarm levels enable critical alarms to override less critical alarms. For example, a smoke sensor in alarm can override a security contact, or a fire alarm from one floor can override fire alarms from other floors. Alarms that are overridden remain in the
FS90 Plus and display after an operator acknowledges all higher-priority alarms.
P P
M M
PS DC
I FI
I
I M FI
WF
C P
FAN
T
FS90 PLUS
FIRE & SECURITY
SYSTEM
I
IONIZATION SMOKE DETECTOR
P
T
PHOTOELECTRONIC SMOKE
SENSOR
THERMAL SENSOR
PS MANUAL PULL STATION
WF WATERFLOW SWITCH
DC DOOR CONTACT
M MONITOR MODULE
C CONTROL MODULE
FI FAULT ISOLATOR
MODULE
C1438-2
Sample FS90 Plus Circuit.
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DeltaNet FS90 FIRE AND SECURITY SYSTEM
Auto-Tuning Sensitivity Compensates for
Environmental Effects:
A smoke sensor’s sensitivity can drift due to sensor aging and environmental changes such as temperature, humidity, and air velocity. This means that a sensor can become more or less sensitive than the desired setting, depending on the type of sensor. The FS90 Plus provides an optional selection feature called Auto-Tuning Sensitivity (ATS) that provides end users with optimum smoke sensor performance and compensates for sensor age and environmental effects.
ATS maintains the set sensitivity of smoke sensors by automatically and periodically readjusting the sensitivity of each sensor. ATS sets the desired TC806 Photoelectric
Smoke Sensor or TC807 Ionization Smoke Sensor sensitivity value directly to a value between 1.0 and 2.6 percent per foot obscuration in 0.1 increments. (Due to the nature of the
TC806 Sensor, the sensitivity is rounded to a high, medium, or low value.) The ATS algorithm measures the response from a sensor in “clean air” and in a “test” mode. These parameters determine the operating condition of a sensor.
Using the user-specified sensitivity value, ATS maintains the set sensitivity by automatically and periodically calculating the prealarm and alarm limits as necessary.
ATS also allows end users to meet requirements of NFPA 72
Chapter 7 (regarding the installation, maintenance, and use of Protective Signaling Systems) with greatly reduced labor efforts. The FS90 Plus is UL listed as a Sensitivity Test
Instrument in accordance with the requirements of NFPA 72
Chapter 7. ATS permits an FS90 Plus with a Command
Center option or an FS90 Plus in a higher-order system such as an DeltaNet Building Supervisor—Integrated or DeltaNet
Graphic Central to measure the sensitivity of sensors.
Without ATS, each sensor must be physically connected to a test instrument and its value recorded for the authority having jurisdiction. With ATS, the sensitivity requirements are met via the user interface which greatly reduces the field testing.
(Note that at these testing times, however, each sensor must still be visually inspected and placed into alarm.)
Local Numeric and LED Display of Device Address and
Condition:
Local numeric and LED annunciation of sensor address and condition occurs in addition to annunciation at a higher-order operator terminal.
Logical Point Groups (LPGs) and Event-Initiated
Programs (EIPs):
LPGs activate an initiator when a user-specified number of physical inputs in a group goes into alarm. The initiator can then activate an EIP that controls fans, dampers, and other user-specified devices. An LPG can include up to 15 devices (e.g., water-flow switches on different circuits) in a specific FS90 Plus. A specific device can be in a maximum of four LPGs.
An EIP activates commands to points when the threshold for a specified EIP initiator (either a physical point or an LPG) is reached. Each EIP controls multiple output points and can be chained to another EIP. With an external signal to supply day/ night or other status, an EIP can automatically activate the secure/access changes needed for optimum site management. For example, an EIP can change the status of a security point to ACCESS during the day and SECURE at night to ensure fewer nuisance alarms during normally occupied times and greater security during normally unoccupied times.
Sensor Self-Test:
FS90 Plus initiates a self-test each time the Panel Test switch is activated. Every two minutes, FS90 Plus scans to see if a self-test has been requested. When requested, LED operation is verified. Then the first 15 seconds are used to command all Sensors into self-test. For the next 15 seconds, all Sensors are checked for a test value. If a received value is less than the test value, a trouble is annunciated. In the last
15 seconds, Sensors are commanded to terminate self-test.
No alarms are reported during the 45 seconds of the self-test.
DeltaNet FS90 Fire Management System (“FMS”)
FMS includes the features of FS90 and/or FS90 Plus. In addition, it offers:
Fire Command Station (FCS):
FCS includes a maximum of four Motherboards with eight function board slots each, a microphone, and an optional telephone. FMS function boards provide audio and phone control (for fire signal and evacuation message output, all-call paging of multiple speakers), speaker and phone selection
(for individual selection of speaker and phone circuits, all-talk two-way communication with multiple phones, optional phone page to address audio speakers from a fire fighter telephone), and Heating, Ventilating, and Air Conditioning (HVAC) override (for two- and three-position control of fans, dampers, and other nonaudio equipment).
Audio Cabinet:
A single-channel Audio Cabinet includes a preamplifier, audio amplifier, trouble detection panel, relay switching panel, card rack with tone generator, input control panel, and power supplies. In addition to this equipment, a dual-channel Audio
Cabinet has a second preamplifier, second audio amplifier, and another card rack. Either configuration can optionally include a backup preamplifier, backup audio amplifier, and a message unit.
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DeltaNet FS90 FIRE AND SECURITY SYSTEM
The Audio Cabinet also provides space to mount one or two
Switching/Supervisory Subpanels, each supporting up to three
Switching/Supervisory Boards. These Boards switch the audio and phone trunks to and from speaker and phone circuits respectively. They also provide supervision for speaker and phone circuits. In applications where Switching/Supervisory
Boards are located remote from the Audio Cabinet, an Audio
Trunk Supervision Board provides supervision for the audio trunk. Audio amplifiers also can be distributed at remote locations, with or without local microphones.
Fire Signal:
When FCS detects an alarm, speaker circuits automatically activate and sound the fire evacuation signal. Fire fighters can manually activate the fire signal at any time. Individual selection switches permit the fire fighter to selectively activate speaker circuits and direct the fire alarm signal to the desired zones.
Evacuation Message:
An optional Message Unit can provide prerecorded messages. When a fire occurs, the prerecorded message automatically outputs to the speakers. Message output overrides the fire evacuation signal. A fire fighter can manually activate or silence the prerecorded message at any time. Individual selection switches permit the fire fighter to selectively activate speaker circuits and direct the message to desired zones.
Microphone and Telephone:
Fire fighters can use the FCS microphone to broadcast information to building occupants in specific zones or to instruct fire fighters throughout a building. An all-call function selects all zones and allows the fire fighter to address all building occupants. In single-channel configurations, the microphone overrides message and fire signal output. In dual-channel configurations, the microphone allows broadcast of a message to selected zones without fire signal interruption. The optional telephone provides two-way communication between the FCS and fire fighters.
HVAC Override:
FMS can be programmed to automatically open and close
HVAC fans and dampers to control smoke. FCS allows manual override of this automatic control.
DeltaNet Access Control Supervisor and DeltaNet
Access Control Supervisor/SPS
(“Access Control”)
Access Control boards can share an enclosure with other
FS90 functions or operate as a dedicated access system.
DeltaNet Access Control Supervisor Specification Data Sheet
74-2438 and DeltaNet Access Control Supervisor/SPS
Specification Data Sheet 74-2565 describe Access Control in detail. The main features are:
Integration with Graphic System:
Access Control is fully integrated into DeltaNet Building
Supervisor—Integrated operation. Operators display graphic diagrams of access areas, enter data with familiar click and type methods, and enter or change card holder information with a visual matrix method that helps prevent errors. The same facility allows operators to view the desired subset of card holders based on specified card data (e.g., car color).
Support for Major Card Technologies:
Cards can employ magnetic stripe, barium ferrite, proximity, and Wiegand technologies. A Personal Identification Number
(PIN) Pad can be operated in addition to or in place of a card reader.
Support for Common Access Control Applications:
Access Control supports all common access strategies:
— Area programming to determine where card holders can go and how the system is to report card holder location.
— Card types to indicate whether a card holder is an employee, supervisor, or a visitor needing an escort.
— Elevator control to limit card holder access to just the floors in the assigned floor group(s).
— Extra time to enter and exit for personnel with handicaps or bulky equipment (e.g., mail carts).
— Multilevel antipassback to prevent unauthorized entry.
— Two-card rule to ensure that a card holder is never in a high-security or hazardous area alone.
— Supervisor rule to ensure that a supervisor is present whenever workers enter certain areas.
— 250 schedules with 8 day/time periods per schedule.
— PINs with 3, 4, 5, or 6 digits.
— Duress codes.
— 1000-event buffer for storage of transactions during communication loss.
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74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
DeltaNet FS90 Command Center Option
(“Command Center”)
Any DeltaNet F&S System, whether stand-alone or connected to a higher-order system, can include an optional Command
Center for alarm and trouble message display and optional printout, and for data display and entry from a keypad.
DISPLAY WINDOW
PRINTER
ON LINE
PAPER
ADVANCE
FI
A
F2
B
F3
C
F4
D
ACKNOWLEDGE
E
SILENCE
K
RESET
Q
EVACUATE
V
STATUS
MODIFY
L
OPTION
F
PANEL TEST
W
COMMAND
G
REPORTS
M
NEXT
R
PREVIOUS
X
7
H
4
N
1
S
CLEAR
Y
8
I
5
O
9
J
6
P
2
T
0
Z
3
U
ENTER
SP
PRINTER
C5260
DeltaNet FS90 Command Center Operator Panel.
Alarm and Trouble Message Display and Printout
Display and strip print capability enhances alarm and trouble recording. Under normal conditions, the four-line 40character-per-line Liquid Crystal Display (LCD) window shows time and date and a “system normal” message. On a
Change-of-State (COS), backlighting turns on and the display shows point address, condition (e.g., alarm or trouble), COS time and date, descriptor (32 characters maximum), and action message (40 characters maximum). COS data also prints on the 40-column printer. A status line displays the number of unacknowledged COSs, fire alarms, other alarms, and troubles. When the display window is inactive for five minutes, backlighting automatically turns off.
POINT
DESCRIPTOR
ACTION
MESSAGE
POINT
ADDRESS
POINT
CONDITION
DATE AND
TIME OF ALARM
SYSTEM STATUS
(2 FIRE ALARMS, 1 UNACKNOWLEDGED)
Sample FS90 Plus Alarm Display.
ANALOG
VALUE
01.07.055 ALARM 10:31 31/AUG/90
ION DETECTOR FOURTH FLOOR ROOM 2 AV=097
CALL FIRE DEPARTMENT 9-321-4567
001–UNACK 002–FIRE 000–TRBL 000–OTHER
C4139-1
Keypad Entry of Data:
Function keys with mnemonic labels along with prompts in the display window make it easy to do the everyday operations (e.g., display sensor value, acknowledge alarms, test panel) normally performed from switches on the CA
Control Board and other function boards. In addition,
Command Center includes several special-purpose keys:
— MODIFY to update date and time, add and delete operators, add and change action messages and point descriptors, and change sensor limits.
— OPTION to select and execute up to seven preprogrammed sequences of commands (e.g., if a special start-up sequence after power failure or a day/ night transition is needed).
— COMMAND to send on/off, on/off/auto, secure/access, day/night, lockout, disconnect, isolate, disable, and enable commands to points. In addition, an operator can test all sensors.
— F1-F4 in conjunction with other function keys to perform the specific operation desired. For example, after an operator presses COMMAND and inputs point address, the display window shows available commands and the
F1-F4 key needed to implement each one.
Only authorized operators with a valid PIN have access to the
COMMAND, REPORTS, MODIFY, and OPTION keys.
Actions taken with COMMAND, MODIFY, and OPTION keys are recorded on the strip printer along with operator initials, date, and time.
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DeltaNet FS90 FIRE AND SECURITY SYSTEM
Reports:
The REPORTS key allows authorized operators to display or print many reports and summaries:
— All Points
— Alarm Summary
— Trouble Summary
— Status Summary (secure/access points and all output points)
— Disabled Points
— Isolated Points (input alarm and trouble indications received but not acted on)
— Disconnected Points (outputs)
— Sensitivity Log (to determine maintenance needs for intelligent sensors and to display point sensitivity values)
— Single Point Log (printout of the point currently on display)
— Historical Log (last 100 COSs in chronological order)
— Logical Point Groups (physical points in LPGs and their status)
— Trend Log
ALARM SUMMARY
01.05.136 ALARM SEC
SOUTH LOBBY DOOR
09:24 15SEP90
01.02.003 ALARM
THIRD FLOOR NORTH WING ROOM #304
12:01 13SEP90
AV=102
16:34 14SEP90
Sample FS90 Plus Alarm Summary Log.
******* ALARM SENSITIVITY REPORT *******
11:35 14/OCT/93
25.02.004 NORMAL
4-WIRE AE SENSOR 2003, SLOT 10
Day Night
Prealarm 22 19
Alarm 28 24
11:09 14/OCT/93
AV=001
C7307
Sample FS90 Plus Sensitivity Log.
SPECIFICATIONS
Models:
❏
DeltaNet FS90 Fire and Security System
❏
DeltaNet FS90 Plus Fire and Security System
❏
DeltaNet FS90 Fire Management System
❏
DeltaNet Access Control Supervisor
❏
DeltaNet Access Control Supervisor/SPS
C4140-1
FS90
Motherboard:
Four 14505102 Motherboards maximum, 8 function boards per Motherboard
One CA Control Board per FS90
Environmental Operating Limits:
Temperature: 32 to 120F (0 to 49C)
Humidity: 5 to 95% rh, noncondensing
Communication:
Depending on Communication
Board: Current loop, tone, telephone channels, dc-coupled, ac-coupled, fiber optic
Wiring:
Two-wire, three-wire, four-wire, or fault-tolerant
Power Supply:
14505148-001 Power Supply
14505145 Power Supply Cable
Power Supply/Charger:
28V dc output
2A maximum in supervision
4A maximum in alarm/recharge
Input 120V ac, +10%, –15%, 50/60 Hz
Batteries:
24V dc, float-charged from power supply/charger
Enclosures:
14505151-007/005 Enclosure with Knockouts (Single/Double)
14505151-003/004 Enclosure without Knockouts (Single/
Double)
14505152-001/002 Enclosure Door (Single/Double)
14505152-005 Stainless Steel Door (Double)
Enclosure Dimensions:
Single Enclosure: 24 in. (610 mm) high by 22-1/4 in.
(566 mm) wide by 7-3/4 in. (197 mm) deep
Double Enclosure: 38 in. (966 mm) high by 22-1/4 in.
(566 mm) wide by 7-3/4 in. (197 mm) deep
Mounting:
Surface or semiflush
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74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Shipping Weights:
Motherboard: 2.5 lb (1.13 kg)
Power Supply: 8 lb (3.6 kg)
Enclosures:
Single: 23 lb (10.4 kg)
Double 31 lb (14.1 kg)
Enclosure Door:
Single: 8 lb (3.6 kg)
Double 12 lb (5.4 kg)
Batteries:
14506056-001 (two for 6.5 Ah): 5.7 lb (2.6 kg)
14506056-002 (two for 26 Ah): 18.7 lb (8.5 kg)
Optional Accessories:
14506056-001 Battery: Two for 6.5 Ah, four for 13 Ah
14506056-002 Battery: Two for 26 Ah
14505377 Battery Harness for 6.5 Ah and 13 Ah batteries
14505375 Battery Harness for 26 Ah batteries
14506408 Battery Supervision Module
14505172 Control Relay Assembly
14505149 Legend Cards
14502412 Lightning Protector
14505154-001 Motherboard-to-Motherboard Interconnect
Cable for inside enclosure
14505154-002 Motherboard-to-Motherboard Interconnect
Cable between enclosures
14506430 Remote Transmitter End-of-Line Device for highsecurity monitor
14505159 Tamper Switch
14006090-165501 Bus Extender/Repeater (for FS90 panel mounting)
14006090-165502 Bus Extender/Repeater (for remote mounting)
Software:
S958 DeltaNet FS90 Fire and Security
Operating System
Approvals:
UL 864 Listed for use in NFPA 71, 72 applications
UL 1076 Listed for Proprietary Burglar Alarm
FM Approved for Fire Alarm Systems
California State Fire Marshal
Material & Equipment Approval — New York City
14506690-001 LL RS-232 Communication/Display Board
(FS90 Plus interface to intelligent loops and higher-order systems, displays specific point information)
AE and LJ/LL Board Capacities:
AE Board:
Up to nine boards per FS90 Plus (maximum 9 AE circuits)
Two 2-wire circuits or one 4-wire fault-tolerant loop per board
Per circuit: Up to 99 addressable Smoke and/or Thermal
Sensors and up to 99 Monitor Modules or Control
Modules. An additional 20 Fault Isolator Modules can be added over and above the Module/Sensor total.
NOTE: All devices on circuit can be in alarm simultaneously.
LJ or LL Board:
One board per FS90 Plus
Annunciation of devices on up to nine AE Board 2-wire circuits and/or 4-wire fault-tolerant circuits
Up to 198 Logical Point Groups, each with up to 15 physical points; each physical point can be assigned to up to four LPGs.
Up to 255 Event-Initiated Programs; each EIP controls up to 32 output points and can be chained to another EIP.
Additional Equipment:
Sensors:
TC806Aand TC806B Photoelectric Sensors
TC807A and TC807B Ionization Sensors
TC808A Electronic Thermal Sensor
Modules:
S464 Addressable Manual Station
TC809A and TC809B Monitor
Modules
TC810A Control Module
TC811A Fault Isolator Module
Optional:
For DELTA 1000 applications only:
LB, LC, LD, LE, or LF Communication Board as required
FS90 Plus
All FS90 specifications apply.
In addition:
Required Boards:
14505132 AE Intelligent Loop Interface Board (FS90 Plus interface to intelligent Sensors and Modules)
14506344 LJ RS-485 Communication/Display Board (FS90
Plus interface to intelligent loops and higher-order systems, displays specific point information)
—OR—
Wiring Limitations Worst Case.
Board/
Configuration
AE 2-Wire Loop without
T-Tapping †
AE 4-Wire
Fault-Tolerant
Loop §
Wire
Type *
AK3741
AK3750
Ak3752
AK3741
AK3750
AK3752
Wire Gage
(sq mm)
18 (0.8)
16 (1.3)
14 (2.1)
18 (0.8)
16 (1.3)
14 (2.1)
Length in
Feet
(Meters)
1900 (579)
3000 (914)
4800 (1463)
950 (290)
1500 (457)
2400 (732)
* All wiring is twisted pair, nonshielded.
† Based on 198 devices all at end of loop.
§ Based on 198 devices at furthest point in loop and in open condition.
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DeltaNet FS90 FIRE AND SECURITY SYSTEM
LOOP
NUMBER
ALARM 1
ALARM 2
PREALARM
TROUBLE
LOOP
NUMBER
ALARM 1
ALARM 2
PREALARM
TROUBLE
TWO TWO-WIRE
CIRCUITS
LOOP
NUMBER
3
0
POINT
NUMBER
2
7
ALARM 1
ALARM 2
PREALARM
TROUBLE
MULTIPLE
ALARMS/TBL
PREVIOUS
NEXT
LJ/LL BOARD
LEDs
AE BOARD
NUMERIC
DISPLAY
OF
ADDRESS
LOOP
NUMBER
ALARM 1
ALARM 2
PREALARM
TROUBLE
ONE FAULT-TOLERANT
CIRCUIT
PORT 1 TBL
PORT 2 TBL
LOG ACTIVE
ACK
LEDs
FMS Fire Command Station
All FS90 and/or FS90 Plus specifications apply. In addition:
FCS Enclosure:
❏
14505151-005 FCS Enclosure and 14506333 FCS Dead
Front Assembly (with dead front panel that conceals internal wiring from function board switches and LEDs and a bracket for mounting microphone and telephone assemblies)
Dimensions: 38 in. (966 mm) high, 22-1/4 in. (566 mm) wide, 7-3/4 in. (197 mm) deep
Weight: 31 lb (14.1 kg)
❏
14505152-002 FCS Enclosure Door
Weight: 12 lb (5.4 kg)
Electrical Requirements:
Power Input: 24V dc from Audio Cabinet power supply
Input Current:
Maximum 4A at 28V dc per Motherboard
Nominal 1A per Motherboard (typical supervisory condition)
Microphone Assembly:
❏
14506349 Microphone Assembly, dynamic noisecanceling, bidirectional, handheld
Frequency Response: 200 to 5000 Hz
Output Level: –60 dB
Sensitivity: –154 dB low impedance
Load Impedance: Low impedance (150-ohm)
Cable: Low-impedance, 6 ft (1.8m), 4-conductor (two shielded) rubber-jacketed coil
Switch: On/off (two separate circuits)
Telephone Assembly (Optional):
❏
14506348 Telephone Assembly
Transmitter: Carbon, nonpositional, 25-ohm impedance,
57-dB output at 300 Hz
Receiver: Ring armature diaphragm, 150-ohm impedance at 1 kHz
LEDs
ALL PT
ALM SUM
MOMENTARY
SWITCH
PREVIOUS
NEXT
LH BOARD
Indicators and Controls for AE, LJ, LL, and LH Interface Boards.
FMS Audio Cabinet
All FS90 specifications apply. In addition:
C1489-2
Models:
❏
14506415-001 Single-channel Audio Cabinet
❏
14506415-002 Dual-channel Audio Cabinet
Power Supply/Charger
Input: 120V ac, +10%, -15%, 50/60 Hz
Output:
❏
10A output for single-channel systems with 48-hour recharge time.14506412-001
(input 4 amps).
❏
20A output for dual- and single-channel systems with
24-hour recharge time. 14506412-002 (input 8 amps).
9
74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Cabinet:
Finish: Frame is off-white, baked enamel; back door is textured charcoal, baked enamel
Dimensions: 83-3/8 in. (2118 mm) high, 22-1/8 in.
(562 mm) wide, 19-3/8 in. (493 mm) deep
Weight: 103 lb (46.7 kg) including back door
Input Current:
Amplifier
Size
125W
250W
125W
250W
24V dc Current (A) *
Supervisory
With
120V ac
In
Standby from
Batteries
With
120V ac
Alarm
In
Standby from
Batteries
1.54
Single-Channel
3.94
1.54
1.74
1.74
6.54
Dual-Channel
4.1
6.74
1.58
1.58
1.82
1.82
14.28
27.08
27.22
52.82
* Battery current values measured with both amplifiers operating at full power.
Audio Amplifiers
(Standard and Backup Option):
❏
14506422-002: 125W rms at 70.7V rms
❏
14506422-003: 250W rms at 70.7V rms
Backup Audio Amplifiers require a
Backup Preamplifier Option.
Electrical Requirements:
125W: 120V, 60 Hz, or 24-28Vdc:3.0A at 120V
250W: 120V, 60 Hz, or 24-28Vdc: 6.0A at 120V
Dimensions:
125W: 5-1/4 in. (134 mm) high, 19 in. (483 mm) wide,
6-5/8 in. (168 mm) deep
250W: 5-1/4 in. (134 mm) high, 19 in. (483 mm) wide,
15 in. (381 mm) deep
Shipping Weights:
125W: 22-1/2 lb (10.2 kg)
250W: 50 lb (22.6 kg)
Frequency Response: +0, –1 dB from 45 Hz to 20 kHz
Harmonic Distortion: Less than 0.5% 45 Hz (20 Hz for 250W) to 20 kHz at rated output
Signal to Noise Ratio: Greater than –90 dB below rated output
Output Regulation: Better than 2 dB (1 dB for 250W) from no load to full load
Input Impedance: 75K ohms
Input Sensitivity: 1V rms at 1 kHz for rated output
Output Impedance:
125W: 40 ohms (70.7V), 5 ohms (25V)
250W: 20 ohms (70.7V), 2.5 ohms (25V)
Fuses:
125W: 4A SLO-BLO fuse, 15A dc
250W: 6.25A SLO-BLO fuse ac, 25A dc
Mounting: 19-in. (483-mm) equipment rack
Preamplifier
(Standard and Backup Options):
Standard models provided with Audio Cabinet
Backup Option Models:
❏
14506416-001 Backup Preamplifier for single-channel model
❏
14506416-002 Backup Preamplifier for dual-channel model
Electrical Requirements: 24 to 30Vdc at 50 mA nominal
Dimensions: 1-3/4 in. (45 mm) high, 19 in. (483 mm) wide,
8-1/2 in. (216 mm) deep
Input Impedance:
Microphone (low impedance): 200 ohms or less
Program (high impedance): 250K ohms (minimum), single ended
Bridging Input: 100K ohms (minimum), single ended
Input Sensitivity:
Microphone: 0.25 mV rms
Program: 100 mV rms
Output Impedance: 600 ohms
Output Level:
Nominal: +2 dBm (1V rms)
Maximum: +18 dBm into 600 ohm load
Noise Level (with control full on):
Microphone: better than –63 dBv (at –67 dBv input)
Program: better than –75 dBv (100 mV rms input)
Distortion: less than 0.25%, from 20 Hz to 20 kHz
Frequency Response:
±
1 dB from 20 Hz to 20 kHz (tone controls flat)
Controls and Indicators:
Bass:
±
15 dB (boost and cut) at 50 Hz
Treble:
±
15 dB (boost and cut) at 10 kHz
Card Rack with Tone Generator:
Card Rack Capacity: 12 card slots maximum
Tone Generator: Supervised signaling generator with standard backup tone generator.
Fire signal: Slow whoop tone (2.6 sec on, 0.4 sec off) modulating from 600 to 1100 Hz. Other tones available as options.
Dimensions: 3-1/2 in. (89 mm) high, 19 in. (483 mm) wide,
9-1/4 in. (235 mm) deep
Weight: 6 lb 12 oz. (3.1 kg)
74-3154
10
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Message Unit (Optional):
Models:
❏
14506417-002 Message Unit for single-channel model
❏
14506417-002 Message Unit for dual-channel model
Message: Digitized audio stored in up to four EPROMs; each EPROM saves 7.5-second message; message time ranges from 7.5 to 30 sec.
Message Repeats: Up to four consecutive times with pause
(1 to 30 sec) between message repeats
Electrical Requirements: 24V dc at 250 mA nominal,
300 mA peak
Dimensions: 1-3/4 in. (45 mm) high,
19 in. (483 mm) wide, 7 in. (178 mm) deep
Bandwidth: 50 Hz to 3.4 kHz
Inputs: Stop and start; dry contact closure
Audio Output: 600-ohm transformer coupled line level preset to –5 dBm
Error/Fail Relay: Supervised output; Form A contact rated 1A,
24V noninductive load, closed in nonfailure mode
Playback Relay: Form A contact rated 1A, 24V noninductive load, closed in playback mode
Input Control Panel:
Electrical Requirements: 24V dc at 500 mA nominal
Dimensions: 3-1/2 in. (89 mm) high, 19 in. (483 mm) wide,
8 in. (204 mm) deep
Weight: 3 lb (1.35 kg)
Supervisory Tone: 27 Hz
Trouble Detection Panel:
Electrical Requirements: 24V dc at 150 mA
Dimensions: 1-3/4 in. (45 mm) high, 19 in. (483 mm) wide,
3-1/2 in. (89 mm) deep
Weight: 4 lb (1.8 kg)
Relay Switching Panel:
Capacity: 1 to 10 relays
Relay: Four-pole, double-throw
Contacts: 3A, 28V dc or 3A, 115V ac
Electrical Requirements: 24V dc, 40 mA for each relay
Dimensions: 3-1/2 in. (89 mm) high, 19 in. (483 mm) wide,
7-3/4 in. (197 mm) deep
Weight: 6 lb 7 oz. (2.9 kg)
Switching/Supervisory Subpanel and Boards:
Subpanel Model: 14505182
Switching/Supervisory Subpanel Subpanel Mounting: The
Audio Cabinet supports up to two subpanels. Each subpanel supports up to three Switching/Supervisory
Boards.
❏
14506304-010: Used in single-channel applications to supervise and switch up to four speaker circuits to and from the audio trunk.
❏
14506304-008: Used in conjunction with single-channel board to perform channel switching functions for dual-channel applications; does not provide supervision.
❏
14506304-009: Used to supervise and switch up to four phone circuits to and from the phone trunk.
Additional Switching/Supervisory Subpanels can be located in a standard FS90 enclosure; a subpanel uses one
Motherboard position.
Audio Trunk Supervision Board:
14506440 Audio Trunk Supervision Board, used with
14506410 Mounting Bracket
Access Control
See DeltaNet Access Control Supervisor Specification Data
Sheet 74-2438 and DeltaNet Access Control Supervisor/SPS
Specification Data Sheet 74-2565 for details.
Required Boards:
14506930 AR Reader Interface Board
14505106 AC Initiating Board for door contact/strike supervision
14505112 DA Accessory Relay Board for door strike and elevator control
Capacities:
Maximum 2 AR Boards per Motherboard
Maximum 4 readers (any combination of technologies) and 4 request-to-exit switches per AR Board
Maximum 8 readers per FS90
Maximum 16,000 cards per AR Board
Maximum 16,000 cards per DeltaNet Building Supervisor—
Integrated or DeltaNet Graphic Central
Maximum 240 areas
Maximum 240 elevators
Maximum 96 floors
Maximum 250 schedules with 8 day/time periods each
Maximum 250 floor groups, each with a schedule that has 8 day/ time periods
Software:
S999 DeltaNet Access Control Supervisor Operating System
S1010 DeltaNet Access Control Supervisor/SPS Software
DeltaNet Building Supervisor—Integrated Personal Computer requires standard system software plus DOS SQLBase
Single-User/Run from Gupta Technologies Inc. (called
“DBWindows” on screen)
Accessories:
Card readers (magnetic stripe, barium ferrite, proximity,
Wiegand)
Door strikes
Request-to-exit switches (n.o. or n.c.)
Approvals:
UL 294 Listed as Access Control System Control Unit
FM approval does not apply
11
74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
DeltaNet FS90 Command Center
Model:
❏
14506817-002 DeltaNet FS90 Command Center Option
❏
14506817-003 DeltaNet FS90
Command Center Option without printer
Clock: Real-time clock with battery to back up RAM
Mounting: In top half of double FS90 enclosure, occupying the space of one Motherboard
Communication:
LH Interface Board required
Interface: RS-232 ports
Operator Interface:
LEDs: Yellow for port trouble and setup mode; red for port transmit and receive
Keys: 0-9, F1-F4, Acknowledge, Clear, Command, Enter,
Evacuate, Modify, Next, Option, Panel Test,
Previous, Reports, Reset, Silence, Status; switchable to alphabetic (A-Z)
Display: Four lines, 40 characters/ line, LCD with integral backlighting
Printer: 40-column, paper take-up mechanism, Paper
Advance and On-Line switches and indicators
Point Descriptors: 32 characters maximum
Action Messages: 16 maximum, 40 characters each
Text Programming: Off-line via a portable personal computer
Software:
S994 DeltaNet FS90 LH Command Center Board Operating
System
S996 DeltaNet FS90 Portable Programming Terminal (PPT) software
Function Board Summary
❏
AA, AJ Initiating four zone, two-wire
❏
AB, AK Initiating two zone, four-wire
14505108 AB
14505108-002 AK
❏
Function Board
14505106 AA
14505106-004 AJ
AC Initiating four-zone, two-wire
14505106 AC
❏
AD Digital Input
14505118
❏
AE Intelligent Loop
Interface
14505132
❏
AF Security Initiating
14505188-001
Description
Four supervised circuits (50 ohms, 60 mA max) for n.o. alarm devices and compatible smoke detectors.
AJ output test (screw terminals to board) checks short for alarm, open for trouble.
Two supervised circuits (50 ohms, 60 mA max) for n.o. alarm devices and compatible smoke detectors.
AK output test (screw terminals to board) checks short for alarm, open for trouble.
Four supervised circuits (50 ohms, 60 mA max) for n.o.
contacts only.
Eight inputs for n.o. or n.c.
contacts or for logical inputs.
Controls Indicators
Disconnect per circuit Alarm and Trouble per circuit, Trouble on AJ output test failure
Disconnect per circuit Alarm and Trouble per circuit, Trouble on AK output test failure
Disconnect per circuit Security: Alarm per circuit
Fire: Alarm and Trouble per circuit
N/A Circuit energized
Two 2-wire or one 4-wire fault tolerant initiating loop for intelligent sensors.
N/A Alarm 1, Alarm 2,
Prealarm, and Trouble
Four 2-wire supervised security circuits with secure/access switching.
Secure/access switch per circuit
Alarm, Access, and
Secure per circuit
74-3154
12
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Function Board Summary
(Continued)
Function Board
❏
AG Security Initiating
14505188-002
❏
AH High-Security Line
Monitor
14506432
❏
AR Reader Interface
14506930
❏
BF Indicating two-zone, two-wire, two relays
14505110
❏
BG Indicating two-zone, four-wire,
14505126
❏
CA Control
14505104
Description
Four 2-wire supervised security circuits.
Four 2-wire supervised UL
Grade AA high-security circuits
Interface to four card readers maximum. Maximum of two AR
Boards per FS90.
Two supervised circuits (2.0A
max) for polarized bells, horns, and visuals. Two relays with user-selectable n.o. or n.c.
contacts (2A, 30V dc max resistive load)
Two supervised circuits (2.0A
max) for polarized bells, horns, and visuals.
Outputs: 24V dc,. 100 mA, common trouble, and smoke detector reset.
❏
❏
❏
❏
14505116
❏
DC Accessory Relay
14505112-002
❏
CC Audio Control
(with driver)
14506302-003
CE Phone Control
(with driver)
14506302-004
DA Accessory Relay
14505112-001
DB Remote Driver
LA Communication
(Sentara)
14505120
❏
LB, LC
Communication
(DELTA 1000/DCP)
14505122-001, -002
❏
LD, LE
Communication
(DELTA 1000/DCP)
14505128-001, -002
❏
LF Communication
(DELTA 1000/DCP)
14505122-003
LD: Tone, two-wire, four-wire
LE: Tone, eight-wire
Controls
N/A
Access per circuit
N/A
Disconnect per circuit
Disconnect per circuit
Indicators
Alarm, Access, and
Secure per circuit
Alarm and Access per circuit
Tamper per card reader, strike power alarm
Alarm and Trouble per circuit. Relays are energized.
Alarm and Trouble per circuit
Outputs: 24V dc, 100 mA, tone generator, message unit, all call
Outputs: 24V dc, 100 mA, page enable, all talk.
Silence, Acknowledge,
Reset, Panel Test,
Manual Evacuation
Fire Signal, Message,
All Call
Page Enable, All Talk
N/A
Alarm, Trouble, Silence,
Low Battery, Ground
Fault, Disconnect,
Power, Setup, Run
Fire Signal ON,
Message ON, All Call
(CH1 or CH2), Audio
Select Status, Trouble
Call In, Trunk Trouble,
Page Enable, All Talk,
Phone Select Status,
Phone Trouble
Circuit Energized Four unsupervised relays (2A,
30V dc max resistive load), each with n.o. contacts only
Eight supervised circuits
(100 mA).
Four unsupervised relays (2A,
30V dc max resistive load), each with user-selectable n.o.
or n.c. contacts.
Dc-coupled/ac-coupled, two- or three-wire for communication between Communication
Processor and FS90
LB: dc, two-wire
LC: dc, four-wire
N/A
N/A
N/A
Fiber optic, redundant halfduplex
N/A
N/A
N/A
Circuit Energized and
Trouble per circuit
Circuit Energized
Transmit, Receive,
Communication Fail
Transmit, Receive,
Communication Fail
Transmit, Receive,
Communication Fail
Transmit, Receive,
Communication Fail
13
74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Function Board Summary
(Continued)
❏
Function Board
❏
LH Interface
14506788-002
❏
LJ RS-485
Communication/
Display 14506344
—OR—
LL RS-232
Communication/
Display 14506690
❏
LK Interface
14506788-003
❏
SB Audio Selection,
Single-Channel
14506302-002
❏
SD Phone Talk
Selection
14506302-002
❏
SF HVAC Override
Two-Position
14506302-002
❏
SH Audio Selection,
Dual-Channel
14506302-001
❏
SK HVAC Override
Three-Position
14506302-001
VA Transmitter
14505114
Description
Communication to DeltaNet
Micro Central/Excel Plus
System and FS90 Plus
Annunciator Interface Board
Controls up to four speakers
Selects individual phone circuits in a selected phone system
Provides override control of fans and dampers from FCS.
Not a primary fan or damper control.
Controls up to four speakers
Provides override control of fans and dampers from FCS.
Not a primary fan or damper control.
Supervised local energy and master circuits, Form C contacts (2A, 30V dc max) and supervised 24V dc polarity reversal (2.0A) telephone line.
Controls
Printer/Display Interface Board Acknowledge, All Point
Log, Alarm Summary
Log, Previous, Next
Previous, Next
N/A
CH1 (Speaker circuit enabled)
Talk (Phone circuit enabled)
On, Off
CH1/CH2 (Speaker circuit enabled)
On, Off, Auto
N/A
Indicators
Transmit, Receive, Port
Trouble, Log Active
Transmit, Receive,
Communication Fail, four
7-segment LEDs, Alarm
1, Alarm 2, Prealarm,
Trouble, Multiple Alarm and Trouble
Transmit, Receive, Port
Trouble
CH1
Talk
On, Off
CH1/CH2
On, Off, Auto
Alarm, Trouble, Circuit
Energized
74-3154
14
DeltaNet FS90 FIRE AND SECURITY SYSTEM
15
74-3154
DeltaNet FS90 FIRE AND SECURITY SYSTEM
Home and Building Control
Honeywell Inc.
Honeywell Plaza
P.O. Box 524
Minneapolis MN 55408-0524
Honeywell Latin American Division
Miami Lakes Headquarters
14505 Commerce Way Suite 500
Miami Lakes FL 33016
Home and Building Control
Honeywell Limited-Honeywell Limitée
155 Gordon Baker Road
North York, Ontario
M2H 3N7
Honeywell Europe S.A.
3 Avenue du Bourget
B-1140 Brussels
Belgium
Honeywell Asia Pacific Inc.
Room 3213-3225
Sun Hung Kai Centre
No. 30 Harbour Road
Wanchai
Hong Kong
Printed in U.S.A. on recycled paper www.honeywell.com
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