Honeywell Ademco Accord User manual

i
INSTALLATION INSTRUCTIONS

ii

iii
Contents
SECTION 1: WIRING AND SAFETY INFORMATION ............................. 1
Wiring and Safety Information .......................................................................... 1
Siting ................................................................................................................... 1
Fixing .................................................................................................................. 1
Ventilation ........................................................................................................... 1
Cabling ............................................................................................................... 1
Mains Supply Connections ................................................................................ 2
Cable Type .......................................................................................................... 2
Fuses.................................................................................................................. 3
Equipment Electrical Rating .............................................................................. 3
Batteries ............................................................................................................. 3
SECTION 2: INSTALLING THE ACCORD ............................................ 5
Fixing the Enclosure .......................................................................................... 5
Spares Pack ...................................................................................................... 6
Assembling the Control Panel Into the Enclosure .......................................... 7
SW1 — Accord Tamper .................................................................................... 7
R47 — Loudspeaker Volume ............................................................................ 7
Zone Links ......................................................................................................... 7
Connections to the Accord ............................................................................... 8
Mounting and Wiring the LED Remote Keypad ................................................. 8
Connecting the External Sounders .................................................................... 9
Connecting Power to the System ..................................................................... 9
Mains Power ......................................................................................................................... 9
Stand-by Battery .................................................................................................................. 9
Testing the Installation .................................................................................... 10
Power-up and Initial Test Procedure ................................................................ 10
Further Test Procedure ..................................................................................... 11
Wiring the Zones ............................................................................................. 11
SECTION 3: PROGRAMMING THE ACCORD ..................................... 12
Getting In and Out of Programming Mode ..................................................... 12
The Programming Format ............................................................................... 12
Programming Groups ...................................................................................... 12
Programming Groups 1, 2 and 3 .................................................................... 13
Zone Programming — Group 1 Full Set .......................................................... 13
Zone Programming — Group 2 Part Set .......................................................... 13
Zone Programming — Group 3 Night Set ....................................................... 14
Programming System Options ....................................................................... 14
System Programming — Group 4 System Options ........................................ 14

iv
Group 4 — Option 1 Exit Time .......................................................................... 15
Group 4 — Option 2 Entry Time ....................................................................... 15
Group 4 — Option 3 Bell Cut-off Time ............................................................. 15
Group 4 — Option 4 Part Set Exit Warning ....................................................... 15
Group 4 — Option 5 External Bells in Part Set ................................................. 16
Group 4 — Option 6 External Bells in Night Set .............................................. 16
Group 4 — Option 7 Trigger Output ................................................................. 16
471 = 0 V Detector Reset .................................................................................................. 17
472 = Set Latch Positive .................................................................................................... 17
473 = Alarm ........................................................................................................................ 17
Group 4 — Option 8 Easy Set .......................................................................... 17
System Programming — Group 5 System Options ...................................... 18
Group 5 — Option 1 Audible Warning of AC Loss ........................................... 18
Group 5 — Option 2 Supplementary Entry ....................................................... 18
Group 5 — Option 3 Engineer Reset for Alarms ............................................. 18
Group 5 — Option 4 Keypad Panic .................................................................. 19
Group 5 — Option 5 Keypad Lockout ............................................................... 19
Group 5 — Option 6 Bell Output ....................................................................... 19
Group 5 — Option 7 Trigger Output ................................................................. 19
System Programming — Group 9 Factory Defaults ...................................... 19
Zone Type Definitions ...................................................................................... 20
General Information ......................................................................................... 20
1— Final Exit ..................................................................................................... 20
2 — Keyswitch .................................................................................................. 20
3 — Intruder ...................................................................................................... 20
4 — Walk Through ............................................................................................ 20
5 — 24 Hour Tamper ........................................................................................ 21
7 — PA Audible ................................................................................................. 21
9 — Fire ............................................................................................................ 21
SECTION 4: OPERATING THE ACCORD ............................................ 22
Setting and Unsetting the system .................................................................. 22
Full Set [1] ......................................................................................................... 22
Part Set [2] ........................................................................................................ 22
Night Set [3] ...................................................................................................... 23
Unsetting .......................................................................................................... 23
Unsetting After or During an Alarm ................................................................................... 23
Engineer Setting and Unsetting ....................................................................... 23
Testing the System [5] ...................................................................................... 23
Isolating Zones [6] ............................................................................................ 24
Changing Codes [8] ......................................................................................... 24
Reprogramming Your Code ................................................................................................ 24
Programming New User Codes .......................................................................................... 24

v
Removing a User Code From the System .......................................................................... 25
Enabling the Chime Facility [9] ......................................................................... 25
Enabling the Chime function On Zones .............................................................................. 25
Disabling the Chime Function On All Zones ....................................................................... 25
Viewing the Log [0] ........................................................................................... 26
SECTION 5: SYSTEM INDICATIONS AND WHAT THEY MEAN ......... 27
Power LED ....................................................................................................... 27
Tamper ............................................................................................................. 27
Day LEDs .......................................................................................................... 27
Zone LEDs ........................................................................................................ 27
Handing the System Over to The User ........................................................... 28
Fill In the User Instructions! ............................................................................. 28
APPENDIX A: SPECIFICATIONS ....................................................... 29
Panel Specification ......................................................................................... 29
Remote Keypad Specification ........................................................................ 29
APPENDIX B: BELL-BOX CONNECTIONS ........................................ 30
APPENDIX C: REGULATORY STATEMENTS ..................................... 31
HONEYWELL SECURITY LIMITED WARRANTY ............................... 32

vi

1
SECTION 1: WIRING AND SAFETY INFORMATION
Wiring and Safety Information
It is essential that this product is installed correctly, in particular with respect to a
persons safety and connection to the mains electricity supply.
This product is not suitable for installation, maintenance or connection by the user;
installation and maintenance must be carried out by a competent, qualified installer,
for example, BS5750 or NACOSS approved.
It is a condition of the product’s approval that the installer complies with the follow-
ing.
Siting
The control panel enclosure must be sited indoors in a secure area where it cannot be
readily interfered with, but in a location where there is adequate ventilation, ample
light and easy access for servicing and maintenance. It is not suitable for siting
externally or in harsh environments where it could be subject to high humidity,
extremes of temperature, chemical atmospheres, high dust levels, or in a position
where it may be subject to being dripped on, or splashing by, water or other fluids.
Fixing
The enclosure base must be securely fixed to a vertical, smooth, solid surface which
is part of the fabric of the building. The position chosen must allow the cabinet door
to be removed and allow unhindered access for installation and maintenance.
Ventilation
While the control panel has been designed so that no part attains an unsafe tempera-
ture, it is important that adequate ventilation is provided around the cabinet; there-
fore heat-radiating equipment or other sources of heat should not be positioned close
to the cabinet.
Cabling
The product has high voltage barriers between the mains supply and the alarm wiring
terminals. It is essential that these barriers are maintained in the way the cables enter
the cabinet, are routed inside the cabinet and are routed externally.
Rear entry points are provided for cable entries; additional holes must not be cut in
the enclosure. Where necessary, the cable must be protected at the entry point by the
use of grommets. Alarm system cables must not be allowed to loop inside the cabi-
net – they must be neatly trimmed.
The cables external to the cabinet must be either firmly affixed to the fabric of the
building using suitable clips or saddles, or mechanically protected in conduit or
trunking. It must not be possible to put strain on the wiring within the control cabinet
by pulling on cable external to the cabinet.

2
Knockouts must only be removed if cables are to enter the cabinet at that point. The
hole must be covered by the trunking or conduit or by means of a blanking grom-
met.
It must not be possible to push a finger or similar size object or instrument into any
hole or cable entry point.
Mains Supply Connections
The connection to the a.c. mains supply must be made by a competent, qualified
person, for example NICEIC approved, in accordance with the current IEE and
local supply regulations.
A means of isolation from the mains supply must be provided within two meters of
the control. This is normally a fused spur fitted with a 3 A fuse.
Where a flexible cable is connected to the control having cores coloured brown and
blue, it is important to connect the wires according to the following code:
Blue: Neutral – connect to terminal N
Brown: Live – connect to terminal L
Where a non-flexible cable is connected to the control having cores coloured red
with black sleeves, it is important to connect the wires according to the following
code:
Black: Neutral – connect to terminal N
Red: Live – connect to terminal L
The insulation of each conductor must be prepared and connected such that no part
of the bare conductor is visible or protruding outside the terminal block, and in the
case of standard conductors, that all the strands are twisted together and firmly
clamped in the terminal. The outer covering insulation must be clamped under a
cable clamp. It is important that this cable enters the control panel enclosure through
the mains entry hole provided, is not looped within the control panel enclosure and
does not run close to other system cables inside or external to the enclosure.
The control panel enclosure must not be opened before isolating the mains supply.
The green Illumination of the green power LED indicates the presence of a.c. mains
supply. The cover must be securely fitted in normal use.
Cable Type
The conductors of the mains supply cable must have a minimum cross-sectional area
of 0.75 mm and the insulating material on each conductor must be a minimum of 0.4
mm thick Polyvinyl Chloride (PVC). Flexible cables must conform to the requirements
of BS6500 and IEC Publication 227. Non-flexible electrical installation cables must
conform to BS6004.

3
Fuses
The mains fuse within the cabinet is rated at 100 mA.
The mains supply must be disconnected before opening the cabinet and changing
the fuse. Replace the mains fuse with the same type and rating, that is:
Rating: 100 mA anti-surge (T).
Construction: Glass cartridge.
Dimensions: 20 mm length, 5 mm diameter.
Conformance: BS EN 60127-2 and IEC127-2.
There are three on board fuses:
•F1 Battery: 1A — 20mm, Anti-surge.
•F2 Keypad/Aux power: 500 mA — 20mm, Anti-surge.
•F3 Bell: 500 mA — 20mm, Anti-surge.
Equipment Electrical Rating
The control equipment is designed to operate on a UK mains supply of 240 Volts a.c.
(230 V +10% –8%) at a frequency of 50 Hz. It is not suitable for other types of supply.
The maximum current consumption in normal use is 80 mA.
Batteries
The battery used with the control panel must be a 12 V sealed lead-acid rechargeable
battery of up to 7.2 Amp-hour capacity. The battery must be positioned on the bat-
tery shelf. The battery leads must be connected to the battery observing terminal
polarity and not left hanging near the mains terminal block .

4

5
SECTION 2: INSTALLING THE ACCORD
Fixing the Enclosure
The two parts (lid and base) of the Accord control panel enclosure are connected
by:
• Five pillars on the enclosure lid with corresponding holes in the enclosure
base.
• A clip connection and fixing screw connection for the bottom of the enclosure
lid and base.
Note: Leave about 60 mm above the control panel enclosure to enable the enclosure
lid to move on its hinges for removal and replacement.
Figure 2.1 Accord PCB Layout.
Use the keyhole slot in the enclosure base to position the control panel enclosure. All
cables should be brought into the enclosure base via the cable entry points shown in
Figure 2.2. There is a raised, outer, plastic rim with a number of snap-outs for the entry
of trunking. Once all cable entries have been made secure the control panel firmly in
place using the two mounting holes at the bottom of the control panel enclosure.
The user instructions can be held behind the enclosure using the User Instuctions
retaining clip, see Figure 2.2.
+
AUX
–
+
BELL
–
–
BELL
TAMP
–R
STRB
LS
TRIG
K'PAD
ZONE
TAMP ZONE 1ZONE 5
ZONE
4
ZONE
3
ZONE
2
ZONE
1ZONE 8
ZONE
7
ZONE
6
AC
AC
BAT+
BAT–
GND
Q1
LED1
R47
SW1
U1
Aux F2
Bell F3
Batt F1
Vol

6
Figure 2.2 Enclosure Base Layout.
Spares Pack
The Accord control panel comes with a spares pack. This contains ten zone links,
five mounting pillars and the battery connector leads.
Mains Supply Fuse
Mains Entry Point
Mains Cable Clamp
Cable Entry Holes Keyhole Mounting Switch
User Instructions
Mounting Holes User Instructions Retaining Clip
90 mm
195 mm

7
Assembling the Control Panel Into the Enclosure
1. Insert the four plastic PCB support pillars into the four holes in the enclosure
base, see Figure 2.2.
2. Place the main PCB on top of the pillars so that the tops of the pillars locate
into the PCB mounting holes.
3. Carefully apply pressure to the PCB in the area immediately surrounding
each of the PCB mounting holes using two thumbs so that the PCB rests
firmly onto the shoulders of the pillars.
Note: Excessive pressure on the PCB will cause irreparable damage.
SW1 — Accord Tamper
Switch SW1 on the Accord control panel PCB is the control tamper. Removing the
enclosure lid releases the tamper switch; this causes a tamper alarm if the system is
not in Programming Mode.
R47 — Loudspeaker Volume
The variable resistor R47, see Figure 2.1, alters the volume of the loudspeaker out-
put from the control panel.
Note: This affects the volume of the exit/entry tones from the output but not the
Alarm tones.
Zone Links
The eight zones, the zone tamper and the bell tamper circuits can be shorted using
the Zone Links provided in the spares pack. It is strongly recommended that this is
done if any the these circuits are not to be used.

8
Connections to the Accord
Mounting and Wiring the LED Remote Keypad
To mount and wire the Accord LED keypad:
1. Press down the two base clips recessed on
top of the keypad while gently pulling the two
halves of the case apart.
2. Route the wiring from the Control Panel
through the Cable Entry Hole on the back
case. Use Knockout Holes A or B if
alternative routes are necessary. Tip: Use a
knife to help dislodge knockouts.
3. Securely mount the back case to a wall or
electrical box via the mounting holes. Ensure
The Tamper Tab is securely screwed down.
4. The remote keypad PCB should be wired to
the control panel PCB as outlined in Table
2.1 LED Keypad Wiring.
5. Re-attach the keypad front to the back case
by inserting the hinges on the keypad front
into the hinge retainers on the bottom of the
keypad back case. Gently apply pressure to
the keypad front until the two retaining tabs
click firmly into place.
Table 2.1 LED Keypad Wiring.
Note: The keypad voltage should be at least 12.5V
Keypads can be wired to the control panel independently, in series, or in a star
configuration. Up to four keypads can be connected.
Fig 2.3 Accord LED Keypad
Cable Entry
Hole
Knockout
Hole A
Knockout
Hole B
Hinge Slot
Hinge Slot
Mounting Holes
Mounting Holes
Tamper Tab
Screw Hole
Base Clip Base Clip
lenaPdapyeK
+xuAev+
–xuAev–
DAP'Kdapk

9
Connecting the External Sounders
Connections for Self Actuating Bells and Bell/Siren combinations should be made as
outlined in Table 2.2 Connections for SABs and Table 2.3 Connections for Bell/Siren
Only.
Connecting Power to the System
Mains Power
Mains power for the system is 230 V a.c. 50 Hz (a 24-hour unswitched source). The
three-core mains cable should be brought into the control cabinet through the mains
entry point under the mains terminal block. The mains cable should be wired to the
three-way mains input terminal block. The secondary of the mains transformer should
be connected to the two terminals on the control panel PCB marked AC. No connec-
tion should be made to the GND terminal on the Accord PCB.
Note: Do not apply power to the transformer at this point.
Stand-by Battery
The system can be protected against mains failure by the addition of a Stand-by
battery; a maximum rating of 7.2 Ahr should be used.
Calculate the system quiescent current draw and multiply this by the number of hours
you require for stand-by cover, for example, 200 mA × 12 hours = 2.4 Ahr. Install the
next battery size up, in this case 2.8 Ahr.
Table 2.2 Connections for SABs. Table 2.3 Connections for Bell/Siren only.
snoitcennoC BASrof
lenaPlleB
+LLEBffOdloH/ylppuSevitisoP
LLEB– evitageNlangiS/pirT
PMATLLEB– ffO–dloH/ylppuSevitageN
LLEBR–PMATnruteRrepmaTevitageN
BRTSlangiSevitageNebortS
rofnoitcennoC ylnoneriS/lleB
lenaPlleB
+LLEBevitisoPebortS&lleB
-LLEBevitageNlleB
-PMATLLEBnommoCWSrepmaT
LLEBPMATR-C/NWSrepmaT
BRTSevitageNebortS

10
Figure 2.4 Connections to the Accord.
Testing the Installation
Power-up and Initial Test Procedure
When the Accord control panel has been installed in accordance with the preceding
safety and wiring instructions the system should be tested. The test procedure is
outlined below.
Note: Before the test commences all auxiliary devices such as powered sensors
(PIRs), remote keypads, alarm sounders, etc, must be connected.
The Stand–by battery should not be connected at this point.
+
BELL
–
–
BELL
TAMP
–R
STRB
+
–
cn/c
n/o
–+
+
BELL
–
–
BELL
TAMP
–R
STRB
+ Supply/Hold-off
Trip/Signal Negative
– Supply/Hold-off
– Tamper return
Strobe – signal
AC
AC
BAT+
BAT–
GND
Primary
AC Mains transformer
Secondary
+–
Stand-by Battery
Max 7.2 Ahr
Live
Earth
Neutral
To a.c.mains input
MAINS AND BATTERY CONNECTIONS
+
AUX
–
LS
TRIG
K'PAD FULL
SET PART SET NIGHT SET
TEST ISOLATE
CODE CHIME
ESCAPE LOG EASY SET
123
456
789
¹0#
ZONES
1
2
3
4
5
6
7
8
TAMPER
DAY
POWER
kpad
+ve
–ve
F1 Battery: 1 A, 20 mm Anti-surge
F2 Keypad/Auxiliary: 500 mA, 20 mm Anti-surge
F3 Bell: 500 mA, 20 mm Anti-surge
Mains Fuse:100 mA, 20 mm Anti-surge
FUSE RATINGS
CONNECTIONS FOR BELL AND STROBE
CONNECTIONS FOR SAB
KEYPAD AND
LOUDSPEAKERWIRING
ZONE
TAMP ZONE 1ZONE 5
ZONE
4
ZONE
3
ZONE
2
ZONE
1ZONE 8
ZONE
7
ZONE
6
ZONEWIRING
Normaly closed (Open for zone activation)
16 Ω

11
1. Apply input power to the mains transformer.
2. Check that the Auxiliary Voltage at terminals AUX + and AUX – on the main
terminal strip measures between 13.5 V and 14 V d.c. If the auxiliary voltage
is under 13.5 V too much current is being drawn. For the current consumption
of the control panel and keypads see Appendix A.
3. If the auxiliary voltage is between 13.5 V and 14 V d.c. connect the battery to
the Battery Terminals, observing the correct polarity.
Further Test Procedure
Once the control panel has been installed, and the power up and initial test procedure
have been performed, it is advisable to check the keypad(s) and ancillary devices are
operating correctly.
To test the keypad:
• Press 1234 1 – Panel starts to Set.
• Press ¸(Escape) – Panel Escapes from the setting routine.
This ensures that the keypad and control are communicating with each other cor-
rectly. Test each keypad in this manner.
To test the detectors see Section 4: OPERATING THE ACCORD SECURITY SYSTEM;
Testing the Alarm System [5].
Wiring the Zones
The zone terminals should be connected to a normally closed contact. Unused zones
should be shorted across the terminal using the zone links provided.

12
SECTION 3: PROGRAMMING THE ACCORD
Getting In and Out of Programming Mode
All zone and system programming must be carried out from Programming Mode. To enter
Programming Mode enter the Engineer Code and press the # key, then press the Star (¸)
key.
Note: The Engineer Code defaults to 9090.
The keypad beeps twice, the Day LED goes out, and the power LED on the keypad flashes
to indicate that the system is in Programming Mode.
To exit from Programming Mode press the # key followed by the ¸key; the power LED on
the keypad stops flashing and the Day LED activates.
To default the Master User (Default 1234) and Engineering (Default 9090) codes, press
the ¸and # keys simultaneously for approximately 2 seconds either within 5 seconds
of power up or within 5 seconds of leaving Engineering Mode. The keypad will emit a
double beep when this has been accepted. Additionally, if any key is pressed within 5
seconds of leaving Engineering Mode this period is extended for a further 5 seconds.
Note: If Group 5 - Option 4 Keypad Panic is enabled then pressing the ¸and #
keys simultaneously at any time other than those mentioned above will activate the
keypad panic facility. The keypad panic will not operate within 5 seconds of either
power up or leaving Engineering Mode.
The Programming Format
To make the programming of the Accord as simple as possible an easy to use programming
format has been adopted. Each system parameter has been allocated to a Programming Group;
to programme a parameter select the programming group, select the parameter, enter the
desired value. Each of the three steps involves just one key press. The Programming Groups
are listed below.
Programming Groups
Key 1: Group 1 = Full Set Options
Key 2: Group 2 = Part Set Options
Key 3: Group 3 = Night Set Options
Key 4: Group 4 = System Options
Key 5: Group 5 = System Options
Key 9: Group 9 = Set Factory Defaults
To programme a parameter select the programming group from the list above. Enter the
second digit to choose the zone number, zone option, or system option to be modified. Enter
the third digit to programme the zone type, zone option or system option setting.
To view the options for a group enter the Engineer Code then the group number followed by
0,0. The values for each option will be displayed in sequence.
Note: If the control beeps twice the information has been correctly entered.
If the control beeps three times after making a programme entry either the entry was
invalid or too much time was taken to enter the information.

13
Programming Groups 1, 2 and 3
Programming Groups one to three are used to programme the eight zones for each
of the three setting modes: Full, Part and Night Set. This allows zones to be by-
passed or assigned different functions for each of the three setting conditions. The
available zone types are:
No. Zone Type No. Zone Type
0. Not Used 4. Walk Through
1. Final Exit 5. 24 Hour Tamper
2. Keyswitch 7. PA Audible
3. Intruder 9. Fire
Zone Programming — Group 1 Full Set
• The first digit entered is 1for Full Set.
• The second digit is the zone number 1 — 8.
• The third digit is the zone type, see above.
Example: In Programming Mode press 1 + 2 + 3. This
programmes zone 2 as an Intruder zone in the Full Set
mode and is accompanied by two beeps, indicating a
correct entry.
Note: The default programming is shown in brackets
in Table 3.1.
To review the programming: press the 1key followed
by 00. The zone type is indicated on the keypad zone
LEDs (1—8) for zone 1 (accompanied by one beep),
then zone 2 (accompanied by one beep), etc.
Table 3.1 Full Set Group.
Zone Programming — Group 2 Part Set
• The first digit entered is 2for Part Set.
• The second digit is the zone number 1 — 8.
• The third digit is the zone type.
Example: In Programming Mode press 2 + 2 + 3. This
programmes zone 2 as an Intruder zone in the Part Set
mode and is accompanied by two beeps, indicating a
correct entry.
Note: The default programming is shown in brackets
in Table 3.2.
To review the programming: press the 2key followed
by 00. The zone type is indicated on the keypad zone
LEDs (1—8) for zone 1 (accompanied by a beep),
then zone 2 (accompanied by a beep), etc.
Table 3.2 Part Set Group.
TESLLUF
PUORGENOZ ENOZ EPYT
11)1(
12 )4(
13 )3(
14 )3(
15 )3(
16 )3(
17 )3(
18 )3(
TESTRAP
PUORGENOZ ENOZ EPYT
21)1(
22 )4(
23 )3(
24 )3(
25 )3(
26 )3(
27 )3(
28 )3(

14
Zone Programming — Group 3 Night Set
• The first digit entered is 3 for Night Set.
• The second digit is the zone number (1 — 8).
• The third digit is the zone type.
Example: In Programming Mode press 3 + 2 + 3. This
programmes zone 2 as an Intruder zone in the Night Set
mode and is accompanied by two beeps, indicating a
correct entry.
Note: The defaults programming is shown in brackets
in Table 3.3.
To review the programming: press the 3key followed
by 00. The zone type is indicated on the keypad zone
LEDs (1—8) for zone 1 (accompanied by one beep),
then zone 2 (accompanied by one beep), etc.
Table 3.3 Night Set Group.
Programming System Options
System Programming — Group 4 System Options
• The first digit entered is 4 for System Options.
• The second digit is the required system option (1 — 8).
• The third digit is the option value.
Table 3.4 Group 4 System Options.
TESTHGIN
PUORGENOZ ENOZ EPYT
31)1(
32 )1(
33 )3(
34 )3(
35 )3(
36 )3(
37 )3(
38 )3(
SNOITPOMETSYS
PUORGNOITPOTLUAFED
4emiTtixE=9–1,tcatnoClaniF=0(emiTtixE=1 ×.)s01)3(
4.)s01×emiTtixE=9–1(emiTyrtnE=2)3(
4eeS—emiTffo-tuClleB=3 5.3elbaT .semiTffo-tuClleB)8(
4lanretnIdnadapyeK=2,dapyeK=1,tneliS=0(gninraWtixEteStraP=4 .)srednuoS )0(
4.)seY=1,oN=0(teStraPniebortSdnaslleBlanretxE=5)1(
4.)seY=1,oN=0(teSthgiNniebortSdnaslleBlanretxE=6)1(
4eeS—tuptuOreggirT=7
stuptuOreggirT—7noitpO .)3(
4)seY=1,oN=0(teSysaE=8)0(