Simplex SafeLINC 4020 User manual

Document No: 4020-M010 1st February, 1997 Issue 2.0
FIRE INDICATOR PANEL
TYPE 4020
OPERATING MANUAL
VERSION 2.0 FIRMWARE

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Document No: 4020-M010 1st February, 1997 Issue 2.0
GLOSSARY OF STANDARD TERMS
The following abbreviations are used throughout this manual:
ACF: Ancillary control facility.
"Ackd": Display abbreviation for acknowledged condition.
AVF: Alarm Verification Facility.
ALM: Display abbreviation for alarm condition.
AS1668: Australian Standard AS1668 specifying the use of mechanical ventilation
and air-conditioning in buildings.
FIP: Fire Indicator Panel.
"Isol": Display abbreviation for Isolated condition.
LCD: Liquid Crystal Display.
LED: Light Emitting Diode.
MANUFACTURERS DETAILS
APPROVALS: AUSTRALIAN STANDARDS AS1603.4
SSL CERTIFICATE OF COMPLIANCE NUMBER: 197
The 4020 Fire Indicator Panel is manufactured by:
Simplex International Pty Ltd
ACN: 008 435 443
140 Old Pittwater Road
Brookvale N.S.W. 2100 Australia
Phone: [phone]
Notice: The contents of this document are subject to change without notice.

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Document No: 4020-M010 1st February, 1997 Issue 2.0
CONTENTS
Page
1 COMPATIBLE ACTUATING DEVICES ...................................................................... 1
1.1 SIMPLEX RANGE:................................................................................................... 1
1.2 HOCHIKI RANGE:.................................................................................................... 1
1.3 OLSEN RANGE: ...................................................................................................... 1
1.4 APOLLO................................................................................................................... 2
1.5 PANELECT/PANASONIC......................................................................................... 2
2 COMPATIBLE BATTERIES........................................................................................ 3
3 SPECIFICATION......................................................................................................... 4
3.1 GENERAL................................................................................................................ 4
3.2 INPUTS.................................................................................................................... 4
3.3 OUTPUTS................................................................................................................ 4
3.4 INDICATORS AND DISPLAY................................................................................... 4
3.5 KEYPAD CONTROLS.............................................................................................. 5
3.6 PROGRAMMING FUNCTIONS................................................................................ 5
3.7 COMMUNICATIONS PORT (OPTIONAL)................................................................ 5
3.8 EXPANSION CARDS............................................................................................... 5
4 AMENDMENTS TO 4020 OPERATOR MANUAL ...................................................... 6
5 INTRODUCTION......................................................................................................... 9
5.1 OPERATOR FRONT PANEL ................................................................................. 11
6 ALARM CONDITIONS .............................................................................................. 14
6.1 ACKNOWLEDGING ALARMS................................................................................ 14
6.2 RESETTING ZONES IN ALARM............................................................................ 16
6.3 ISOLATING ZONES IN ALARM............................................................................. 16
7 FAULT CONDITIONS ............................................................................................... 18
7.1 ACKNOWLEDGING FAULTS................................................................................. 18
7.2 BUZZER MUTE FACILITY..................................................................................... 20
8 COMMISSIONING AND SERVICING ....................................................................... 23
8.1 KEYPAD FUNCTION KEYS................................................................................... 23
8.2 ALARM TEST......................................................................................................... 28
8.2.1 Global Alarm Test......................................................................................... 28
8.2.2 Individual Zone Alarm Test.......................................................................... 29
8.3 FAULT TEST.......................................................................................................... 31
8.4 ISOLATING / DE-ISOLATING CIRCUITS............................................................... 31
8.5 OPERATION OF NON-LATCH AS1668 ZONES.................................................... 33
8.5.1 Displaying the Status of AS1668 Zones........................................................ 33
8.6 BRIGADE TEST..................................................................................................... 34
8.7 WALKTEST MODE ................................................................................................ 36

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9 PLACING INTO OPERATION................................................................................... 38
9.1 SETTING BATTERY CHARGER OUTPUT VOLTAGE:.......................................... 40
9.2 COMMISSIONING CHECKLIST............................................................................. 42
10 APPENDIX .............................................................................................................. 44
10.1 ALARM VERIFICATION ZONE PROCESSING.................................................... 44
10.2 AS1668 ZONE PROCESSING............................................................................. 44
10.3 FAULT CONDITIONS........................................................................................... 45
11 PROGRAMMING SHEETS ..................................................................................... 46

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PANEL DETAILS
panel sticker
4020 Panel supplied by
Installation location
Contract/Job Number
As installed
FIP System drawing
number
Panel Installation date
Panel Commissioned
date
Maintenance Company
Telephone
Service Contact

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Document No: 4020-M010 1st February, 1997 Issue 2.0
1 COMPATIBLE ACTUATING DEVICES
The following detectors have been approved as compatible devices for use with the
4020 FIP.
1.1 SIMPLEX RANGE:
4098-9413 Heat detector Type A
4098-9414 Heat detector Type B
4098-9415 Heat detector Type C
4098-9416 Heat detector Type D
2098-9201 Photoelectric smoke detector
2098-9576 Ionisation smoke detector
2098-9211 Universal base.
1.2 HOCHIKI RANGE:
DCA-B-60R MK V Type A heat detector
DFE-60B Type B heat detector
DCA-B-90R MK 1 Type C heat detector
DFE-90D Type D heat detector
DFG-60BLKJ Type B sealed heat detector
SPA-AB Beam type smoke detector
SIH-AM Ionisation smoke detector
SLK-A Photoelectric smoke detector
SLG-AM MK 1 Photoelectric smoke detector
HF-24A MK 1 Ultraviolet smoke detector
YBC-R/3A Plain - non indicating base
YBF-RL/4AH4 LED Indicating base
1.3 OLSEN RANGE:
B111B Beam type smoke detector
C24B Ionisation smoke detector
C29B Ionisation smoke detector
FW81B Heat detector cable
P24B Photoelectric smoke detector
P29B Photoelectric smoke detector
R24B Dual spectrum infrared flame detector
T54B Probe type heat detector type E
T56B Heat detector types A,B,C,D with Z55B base
T56B Heat detector types A,B,C,D with Z54B base
V41B/V42B Ultraviolet flame detector

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1.4 APOLLO
Heat detector Type A
Heat detector Type B
Heat detector Type C
Heat detector Type D
Series 20 Photoelectric smoke detector
Series 30 Ionisation smoke detector
1.5 PANELECT/PANASONIC
PFS-A Heat detector Type A
PFS-B Heat detector Type B
PFS-C Heat detector Type C
PFS-D Heat detector Type D
PFS-P Photoelectric smoke detector
PFS-I Ionisation smoke detector

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2 COMPATIBLE BATTERIES
The following series of batteries are compatible with the 4020 FIP:
(1) Power-Sonic PS12 series
(2) Sonnenschien A200 series
(3) Sonnenschien A300 series
(4) Yuasa NP series

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3 SPECIFICATION
3.1 GENERAL
System Capacity Minimum 8 Alarm Zone Circuits
Maximum 48 Alarm Zone Circuits
Cabinet Size(mm) Up to 24 Zones : 440H x 500W x 140D
24 - 48 Zones : 400H x 535W x 180D
Cabinet Material 1.5mm Mild grade steel
Cabinet Finish Powder coated
Cabinet Colour Magnolia Ripple
Mounting Wall mount
Shipping Weight 14Kg (without batteries)
Mains Input 240V AC, +6%,-10%,50Hz
Internal Power Supply 24V DC @ 1.5A, or 24V DC @ 4.5A
Standby Battery 24V sealed lead acid 7Ah or 12Ah
Battery Charger 27.6V DC (nominal) @ 0.6A,
PSU Supervision Charger high/low,Battery low/fail
Temperature -5°C to 45°C
Humidity 10% to 90% rh non-condensing.
3.2 INPUTS
Detector Circuits Standard 20V detectors
Maximum detector
quiescent current 2.4mA
Door Switch Bell Isolate, ACF Isolate
Other Supervised door mounted Manual Call Point
3.3 OUTPUTS
Bell Supervised 24V DC @ 1.5A
Brigade(2) Voltage free relay contacts (2A @ 30V dc) N.O. or N.C.
Power Fail(Fault), Master Alarm
Ancillary(2) Voltage free relay contacts (2A @ 30V dc) N.O. or N.C.
3.4 INDICATORS and DISPLAY
Zone Status 2 line by 40 character backlight Liquid Crystal Display with
adjustable contrast control
LED Status Indicators Common Alarm, Fault and Isolate
Bell Isolated, ACF Isolated, Mains Power ON
Audible Buzzer Alarm And Fault Indications
Keypress feedback

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SPECIFICATION (CONTINUED)
3.5 KEYPAD CONTROLS
Fire Fighters Keypad NEXT, ACKNOWLEDGE, RESET, ISOLATE, BRIGADE
TEST
Service Technician 20 keys including:- Alarm Test, Fault Test,
Keypad Isolate, Battery Test and Lamp test
3.6 PROGRAMMING FUNCTIONS
Input Zone Type Normal, Alarm Verification, AS1668 - 30sec or 60 sec
Latching/non-latching
Zone Labels Maximum 27 characters
Output Control Input list conditions, delay time, Door Isolate
3.7 COMMUNICATIONS PORT (optional)
Type: Serial, 1 x 2120 DC Comms and 1x RS232 Printer port
OR
Serial , 1x Mimic and 1 x RS232 Printer port
3.8 EXPANSION CARDS
8 Input Monitor Card 8 alarm zone circuits
4 Point Control Card 4 x N.O. Voltage free relay contacts (2A @ 30V dc)
supervised or unsupervised.

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4 AMENDMENTS TO 4020 OPERATOR MANUAL
ISSUE
SECTION/PAGES
AMENDED
DATE
AMENDED
COMMENTS ECN No.
1 NIL 16-09-91
Original
1.1 25-10-91
2.0 Various 1-02-97 Revised for
Version 2.0
Firmware
File:
4020M010.wp1

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Figure 1 4020 FIP

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5 INTRODUCTION
The Simplex 4020 fire indicator panel is a conventional programmable,
microprocessor-controlled unit designed to meet the requirements of AS1603.4.
The 4020 FIP can monitor from eight to forty eight fire detection zones and is
permanently connected to the Fire Brigade alarm system. The fire detection
zones can comprise of conventional thermal or smoke detectors, manual call
points, flowswitches ,valve monitor devices etc
The operator interface is provided via a 2 line by 40 character LCD display and a
membrane type keyboard. LED indicators are provide for indicating common
alarm, common fault and common isolate status. The unit is protected against
power loss by emergency standby batteries. Figure 1 shows the external view of
the 4020 FIP.
The alarm, fault and isolate conditions are stored in separate buffer lists. Each
list can be called up on the LCD display and scrolled through to view current
status.
During an alarm, the 4020 panel will initiate a Brigade alarm, operate connected
building alarms eg: airconditioning shutdowns, magnetic door release and
display a description of the alarm zone, the type of alarm circuit, the number of
alarms in the order they were activated, and the time of the first alarm.
The unit is self regulatory as it will locate and indicate faults in the system. The
fault information displayed includes the zone or circuit, its location, the state of
the circuit, the number of faults, and the time the first fault occurred.
This unit has been programmed on installation and the alphanumeric display
describes the fire detection zones, and warning indicators as installed in this
building.

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FIGURE 1.2 OPERATOR FRONT PANEL

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5.1 OPERATOR FRONT PANEL
Figure 1.2 shows the layout of the front panel operator controls. These are described as
follows:
The Panel buzzer will sound under alarm and fault conditions until silenced during the
response procedure.
The Audible Positive Feedback Device sounds when any key on the panel is pressed
as an indication that the keystroke has been registered.
The Alarm light will illuminate when there is an alarm in any one of the zones protected
by the system.
The Fault light will illuminate when there is a fault in the system at any stage.
The Isolated light will only illuminate when the Isolate button is pressed to isolate zones.
When any zone is isolated, it will not send any alarm to the master alarm facility and
the isolated light will illuminate.
The Bell Isolated light will illuminate when the panel door is opened. This isolates the
building alarm bell.
The Power On light indicates that the 240 V supply is available. If the 240 V supply
fails, the system switches to battery supply, the Power On light turns off and the fault
light illuminates.
The Isolated ACF light (Ancillary Control Facility). The Isolated ACF light will only
illuminate if the panel door is opened and there is no alarm present on the panel. The
building ancillaries include the air conditioning shut downs, magnetic fire door holders,
alarm buzzers, lights, and other outputs. The light indicates that all the ancillary circuits
programmed to be isolated via the door switch are isolated when the panel door is
opened and there are no alarms present on the panel.
The Text Window consists of two lines of text which describe the status of the system in
four modes.
Normal mode is the normal operational state of the panel. It shows:
SIMPLEX AUSTRALIA - Time of day - Bat: OK
Alarms: 0 Faults: 00 Isolated : 00

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Alarm mode shows the alarm details. For example:
Zn6 Level 4 East V-Smoke
Ackd Alarm # 1 of 3 11:27:00
- The top line shows the zone number, a description of the location, and the type
of device on the circuit.
- The bottom line shows the status of the alarm at that time, the number of the
displayed alarm and the total number of alarms, and the time the alarm was
activated.
The status of the alarm may be "Alarm" or "Normal". Detectors once activated will
remain in the "Alarm" state but devices such as flow switches may indicate "Normal"
when they are not actually operating.
Fault mode shows the fault details. For example:
Zn8 Level 5 West V-Smoke
Ackd Fault # 2 of 2 14:38:00
- The top line shows the Zone Number and the fault location description. For
output control circuit faults it would also show "On" or "Off" on the right,
indicating the state of the relay before the fault.
- The bottom line shows the status of the fault at that time, the number of the
displayed fault and the total number of faults, and the time the fault occurred.
Isolated mode shows the details of isolated circuits or zones. For example:
Zn4 Level 7 Board Room V-Smoke
Isol Ackd Alarm # 1 of 2 12:27:00
- The top line shows the Zone Number for input circuits or the Control Point
number for output circuits, the location description, and, for output circuits, the
status of the circuit before being isolated.
- The bottom line shows the status of the circuit/zone at that time, the number of
the displayed isolated circuit/zone, the total number of isolated circuits/zones,
and the time the circuit/zone was isolated.

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The Acknowledge button is used to acknowledge each new
alarm/fault condition on a zone or circuit on the panel. When
pressed an ACK message is displayed in the text message
describing the alarm/fault condition.
The Next button changes the text message in the display to
the next alarm/fault/isolated zone or circuit.
By repeatedly pressing Next button, it scrolls through the list
of alarms/faults/isolated zones or circuits in the display.
The Reset button is used to reset zones in alarm in the
system after the area has been secured.
The Isolate button is used to isolate any zone that cannot be
reset. Non-resetable zones will continue to be registered on
the display as an alarm until rectified. For example:
SIMPLEX AUSTRALIA - Time of day - Bat: OK
Alarms: 02 Faults: 00 Isolated : 02
NOTE: Once a zone has been isolated it cannot be reset using the main reset
button. You must use the system reset key, KEY 5 (RST) located on the
keypad on the right of the panel.
The Brigade Test button is used to test the alarm call circuit
to the fire Brigade.
ACKNOWLEDGE
BRIGADE TEST
NEXT
RESET
ISOLATE

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6 ALARM CONDITIONS
Under alarm conditions the panel is operated from the buttons located on the main
section of the panel. These can be seen through the inspection window.
When a detector zone is in alarm, the red alarm LED will be flashing and the panel
buzzer will be sounding. To silence the local buzzer the alarm needs to be
acknowledged.
6.1 ACKNOWLEDGING ALARMS
To acknowledge alarms use the following procedure:
STEP 1 Open the panel door. The bell isolated light illuminates because the door
switch has operated which has silenced the alarm bell outside the
building.
While the door is opened the alarm light continues flashing and the buzzer
still sounds until all alarms are acknowledged.
CAUTION
Do not touch the keypad on the right of the panel as this is for the
use of technical staff only.
STEP 2 Read the displayed alarm message.
- The top line of the display is showing location and details of the first
alarm which operated.
Zn6 Level 4 East V-Smoke
Alarm # 1 of 3 11:27:00
- The left of the bottom line is showing the present state of the zone
or circuit. In the centre, it may be showing 1 of 1 which means
there is only one alarm, or it could be showing 1 of 2, or 1 of 3
depending on how many alarms there are. The time the alarm was
activated is displayed on the right.