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TABLE OF CONTENTS
Supervisor Wireless Security System
VS-X9
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◎UNDERSTANDING YOUR WIRELESS SECURITY
SYSTEM……………………………….……………..…………..2
Supervisor Wireless Control Console
X-950
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◎UNDE RST AN DIN G YOU R WI RELESS CONTRO L
CONSOLE……………..…..…………………………….…..…4
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◎ M O U N T I N G Y O U R W I R E L E S S C O N T R O L
CONSOLE…………………………………………........…...…4
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◎ C O N N E C T I N G Y O U R W I R E L E S S S E C U R I T Y
SYSTEM..……………………………………………………..…5
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◎ P R O G R A M M I N G A N D S E T T I N G
1 . D e s c r i p t i o n o f O p e r a t i o n B u t t o n s . . . . . . . . . . . . . . 6
2. P o we r - u p and D e f a u l t S e t t i n g . . . .. .. . . . . . . . . . . . .. .7
3. Option Programming and Setting......................7
3.1 Learn Sensors....................................................8
3.2 Erase Sensors......................................................8
3.3 Set Date and Time…...........................................9
3.4 Record Messages...................................................9
3.5 Set Phone Lines..................................................10
3.6 Program Options .................................................10
3.7 Proceed Testing .................................................11
3.8 Exit Programming Mode ......................................12
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◎ OPERATINT YOUR WIRELESS SECURITY SYSTEM
1. Arm the AWAY Mode ................................................12
2. Arm the HOME Mode……………...............................12
3. Silent the Alarm and Disarm the Control Console..13
4. Shunt and to Restore the Bell Zone........................13
5. Activate the Not Active Mode….................................14
6. Record the Sweet Home Message or to Activate
PANIC Alarm……………………………………..…………...14
7. Check the Event Memory.......................................14
8. Dial-in From the Remote Site…..........................15
9. Dial-out the Alarm Message.................................15
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◎ADEMCO CONTACT ID EVENT CODE………....……16
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◎ Z O N E - P L A N N I N G Y O U R W I R E L E S S S E C U RI T Y
SYSTEM…………………………………………………………17
Passive Infrared (PIR) Transmitter
X-957(N)
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◎UNDERSTANDING YOUR PIR TRANSMITTER..........18
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◎MOUNTING YOUR PIR TRANSMITTER......................18
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◎WALK-TESTING YOUR PIR TRANSMITTER...............19
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◎ I N T E R C H A N G I N G Y O U R P I R T R A N S M I T T E R ’ S
LENSES…………………………….……..………………...19
D
oor/Win dow Sen sor Transmit ter
X-951
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◎UNDERSTANDING YOUR DOOR/WINDOW SENSOR
TRANSMITTER…….…..……………………..…..…………20
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◎ M O U N T I N G Y O U R D O O R / W I N D O W S E N S O R
TRANSMITTER..…….…………………………………..…..20
H a n d h e l d R e m o t e C o n t r o l
X - 9 5 4
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◎ U N D E R ST A N D I N G Y O U R H A N D H E L D R E M O T E
CONTROL……………………………………………….....21
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◎SETTING YOUR HANDHELD REMOTE CONTROL...21
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◎OPERATING YOUR HANDHELD REMOTE CONTROL.21
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◎SPECIFICATIONS ........................................................22
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◎CERTIFICATIONS.........................................................23
VS
VSVS
VS-
--
-X9
X9X9
X9 Supervisor Wireless Security System
INSTRUCTION MANUAL
2
Plasterboard
90 - 100 %
65 - 95 %
Light Concrete / Brick
VS-X9
Supervisor Wireless Security System
Supervisor Wireless Security System Supervisor Wireless Security System
Supervisor Wireless Security System
UNDERSTANDING YOUR WIRELESS SEC
UNDERSTANDING YOUR WIRELESS SECUNDERSTANDING YOUR WIRELESS SEC
UNDERSTANDING YOUR WIRELESS SECURITY SYSTEM
URITY SYSTEMURITY SYSTEM
URITY SYSTEM
The wireless security system is ideal for labor intensive
installations But, wireless also has limitations. And, like
hardwired systems, requires skill to bid and install effectively.
The wireless systems consist of a receiver (control console) and
one or more transmitters (sensor detectors). The transmitters
alert the receiver when conditions change at a protected area.
The system integrity depends on the ability of the signal to
reach the receiver. Usually transmission problems are caused
by: Lack of range, Blocked or absorbed transmission, and Null
spots. Let‘s take a look at each situation:
LACK OF RANGE
Radio-waves travel outward like rings on the water. But they
are not limited to a flat surface. Instead, they are
three-dimensional. The transmission patterns are shaped
somewhat like a donut with the hole filled in. The receiver has
a similar reception pattern. These patterns have implications
for locating equipment.
The rule: Always mount transmitters and receivers vertically for
best communication.
Mounting transmitters horizontally can disorient the antennas
and hamper reception
But here is an exception to the rule: The reception pattern is
weaker directly above and below the receiver. You can
improve communication by mounting transmitters horizontally
when working in those areas. This causes more patterns to fall
directly on the receiver.
BLOCKED AND ABSORBED SIGNALS
Radio-waves pass through building materials with varying
success.
Plasterboard and wood scarcely affect transmissions. Nearly
95 to 100% of the signal will pass through.
Light concrete and masonry construction will absorb
portions of the signal - 65 to 95% of the signal will pass through.
3
Depending On
Transmitter Location
Concrete With Steel
Reinforcement Metal
Lathe
10 - 70%
Concrete with steel reinforcement will have a pronounced
effect, and only 10 to 70% of the signal will get through,
depending on transmitter placement.
Metals have an adverse affect on wireless transmissions.
Metal foils, lathe, and siding contain transmissions, and reflect
them like light off mirror.
These reflected signals could further complicate reception by
causing “Null spots”.
NULL SPOTS
Reflected signals can enhance or inhibit communication.
These signals may still reach the receiver. But, because they
take a different route, they arrive later. Depending on whether
or not they arrive in-phase with the direct transmission
determines reception quality.
When the reflected signal arrives out-of-phase, because the
peaks and troughs of the waves offset each other, the receiver
doesn‘t see any signal. This is called a null spot.
When the reflected signal arrives in-phase with the direct
transmission, it adds to and thus improve signal strength.
Usually, moving a transmitter a little bit distance, you can put
the waves in-phase, and improve reception.
SITE EVALUATION AND PRE-TEST
With the variables of range, signal blockage and reflection, and
null spots in mind, you are ready to evaluate a site for wireless
by pre-testing the system integration.
To pre-test, temporarily tape up all transmitters and receivers in
place. DO NOT pre-test by holding a transmitter in your hand
-your body‘s capacitance will affect transmission.
With the system temporarily taped in place, check performance.
When the performance doesn‘t go right, checking the coding
and the battery for the transmitters. If both are OK, the signal
is either being blocked, out of range, or the transmitter is in a
null spot. Because wave patterns are unpredictable, the best
first action is moving the transmitter a little bit in any
direction. It can be guess work, but you are improving the
way reflected and blocked signals arrive.
As a last resort, the receiver may have to be relocated to a
position more central to all transmitters. If unpractical to move
the receiver, an external antenna can be added to position the
reception point centrally to the transmitters.
In the case of several remote transmitters, a repeater
arrangement may be helpful. A wireless repeater is a
receiver/transmitter combination placed within receiving
distance of remote transmitters that are too far away to transmit
to a desired location.
METAL
Receiver
Direct Signal
Transmitter
Metal objects can reflect signals so that they arrive at the
receiver via different routes.
Direct Signal
Reflected Signal-
Out-Of-Phase
Total Received
Signal Is
Diminished
D
irect Signal
Reflected
Signal- In-Phase
Received Signal Is
Enhanced
Reflected Signal
Metal
0 - 10 %
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Supervisor Wireless Co
Supervisor Wireless CoSupervisor Wireless Co
Supervisor Wireless Control Console
ntrol Consolentrol Console
ntrol Console
X-950
UNDERSTANDING YOUR WIRELESS
UNDERSTANDING YOUR WIRELESS UNDERSTANDING YOUR WIRELESS
UNDERSTANDING YOUR WIRELESS CONTROL CONSOLE
CONTROL CONSOLECONTROL CONSOLE
CONTROL CONSOLE
Congratulations on your purchase of the Zeus VS-X9 Wireless
Security System. You have made a wise decision in choosing
it, for the VS-X9 offers the highest level of security and
versatility but also the ease-to-use.
The VS-X9 is a 45 wireless channel plus 3 hardwired zone
supervised security system, designed for professional –
residential and commercial – uses.
The system status, including programming process, operation
details, event/memory checking, etc., is clearly indicated from
the 16x2 LCD Display with plain language.
Up to 34 protection areas, divided into 6 Burglary and 4
24-hour groups, can be programmed to activate total 3 relay
outputs of Programmable, Latched and 24-Hour.
The supervised transmitters provide 5 hour status report as well
as alarm reports.
The VS-X9 system is equipped with the superior FSK
technology module and allows 250 meters RF communication
range in open space at 20 degree C.
In the event of an alarm, the VS-X9 can call up to 4 persons,
by sending the voice messages, and 1 other emergency CMS
service, by sending the digital messages (Ademco Contact ID
Protocol), via the fixed-line telephone network.
In addition, the called party can, through the built-in Hands-free
Two-way communication facility, to communicate with the
persons in site, in order to determine which further action
needed to be taken.
MOUNTING YOUR
MOUNTING YOUR MOUNTING YOUR
MOUNTING YOUR WIRELESS
WIRELESS WIRELESS
WIRELESS CONTROL CONSOLE
CONTROL CONSOLECONTROL CONSOLE
CONTROL CONSOLE
When mounting your control console consider the following:
- DO mount the control console at least 1.5 meter (5 feet) off the
floor to maximize range.
- DO always mount the control console vertically.
- DO mount the control console on a first or second floor.
Never the basement.
- DO locate the control console centrally to transmitters.
- DO NOT mount the control console on metal surfaces.
- DO NOT place the control console behind large metallic
objects. Try to give transmitters a metal-free line of sight.
- DO NOT run wiring loops tightly around the control console;
they may interfere with reception.
Ent r y Ar ea
Room2
Room3
Gar age
Bat hr oom
Kit chen
Livingr oom
Livingr oom
Ent r y Ar ea
Room3
Room2
Kit chen
Bat hr oom
Gar age
BASEMENT
CONTROL CONSOLE
CONTROL CONSOLE
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CONNECT
CONNECTCONNECT
CONNECTING YOUR WIRELESS SECURITY SYSTEM
ING YOUR WIRELESS SECURITY SYSTEMING YOUR WIRELESS SECURITY SYSTEM
ING YOUR WIRELESS SECURITY SYSTEM
4
5
63
2
1
AWAY
OFF
HOME
DC INPUT
TERMINAL BLOCK
RESET
VOLUME
SIREN
TEL
LINE
Note: Please make sure to disconnect all power inputs,
including the back-up batteries, before taking apart the
front cover for necessary technical checking.
DC POWER INPUT (DC INPUT or E+/E-)
The power supply of 12VDC 1A should be plugged into the DC
socket, or connected to these 2 terminals, for the control
console operation.
Note: Please note the polarity when connecting the power
supply. E+ for “+12VDC” and E- for “Common“.
MANUAL RESET SWITCH [RESET]
If an unexpected alarm is caused during the installation, press
this button once to stop the alarm and reset the control console
back to the power-on status. In addition, use this button, with
AWAY and OFF buttons, when proceeding the default process.
VOLUME ADJUSTMENT [VOLUME]
Turn clockwise to the maximum volume of the voice indication
sound level from the internal speaker unit. Turn
counterclockwise to the minimum volume.
VOLUME ADJUSTMENT [SIREN]
Turn clockwise for the maximum volume of the alarm sound
level from the built-in siren unit. Turn counterclockwise to the
minimum volume.
HOUSE PHONE LINE CONNECTOR [TEL]
To connect the telephone line to your house phone set.
INCOMING PHONE LINE [LINE]
To connect the incoming telephone line directly from the phone
jack box installed by the local telephone company.
TERMINAL BLOCKS
CONTINUOUS DC POWER OUTPUT (12V OUT)
A regulated +12VDC 500mA power output can be supplied
for
the general purpose, like the externally connected detectors
and
sensors that require the non-stop operation.
COMMON CONNECTION (GND)
A common connection point is provided for wiring connection
purpose.
GENERAL ALARM OUTPUT (ALARM / COM.+N.O. or N.C.)
A 1A dry relay N.O. or N.C.
contact is provided for the
programmable alarm output. When the specified alarm
(s)
activated, the relay contact will be engaged until the pre-
set
alarm time expired. [See section 3-6-2]
24-HOUR ALARM OUTPUT (24HRS. / COM.+N.O.)
A 1A dry relay N.O. contact is provided for the general alarm
output. When any 24-hour (i.e. Panic, Medical, Fire, HOME
and Tamper) alarm(s) activated, the relay contact will
be
engaged until the pre-set alarm time expired.
LATCHED ALARM OUTPUT (LATCH / COM.+NO.)
A 1A dry relay N.O. contact is provided for the latched alarm
output. When any (i.e. Burglary, Panic, Medical, Fire, HOME
and Tamper) alarm(s) activated, the relay contact will
be
engaged until the control console is disarmed.
REMOTE ARM/DISARM INDICATION OUTPUT (ARM)
A SINK type voltage will be output during the arming/armed
time period to turn on the ARM LED on the Remote Indication
unit.
This voltage will be disconnected at the moment of
disarm command is executed.
REMOTE ALARM INDICATION OUTPUT (ALARM)
A SINK type voltage will be output during the alarm time to
turn
on the ALARM LED on the Remote Indication unit.
COMMON CONNECTION (GND)
A common connection point is provided for wiring connection
purpose.
TAMPER SWITCH INPUT (TAMP)
Accepts the N.C. type pulse input from the externally connected
tamper switch activation.
WIRED N.C. SENSOR INPUT (BUR1 & BUR2)
Accepts only the N.C. type pulse input from the externally
connected burglary sensors for Zone 24 & Zone 25
protection
purpose. [See sections 3.1.10 & 3.2.10]
COMMON CONNECTION (GND)
A common connection point is provided for wiring connection
purpose.
REMOTE ARM/DISARM SWITCH INPUT (KEYIN)
A MOMENTARY type Key-switch/Keypad
can be connected for
the
remote arming/disarming purpose and only available for the
AWAY mode operation.
Note: HOME mode operation is not available.
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PROGRAMM
PROGRAMMPROGRAMM
PROGRAMMING
ING ING
ING AND SETTING
AND SETTINGAND SETTING
AND SETTING
/