MAXIMUM Security Multi Zone User manual

-1–
Multidirectional (1800)
Outdoor/indoor intrusion detector
Multi Zone
®
Guide
www.maximum.co.il

-2–
Table of content
Congratulations ………………………………………………………………………………….. 3
Features ………………………………………………………………………………………….. 3
Description ………………………………………………………………………………………...4
Detection Pattern ……………………………………………………………………..………..5-9
Detection Pattern at 1 meter installation height ……………………………………..5
Detection Pattern at 1.8 meter installation height …………………………………...6
Installation height consideration ........................................................................7, 8
Limiting the detector's horizontal detection angle …………………………………...9
Terminal Block Wiring …………………………………………………………………………..10
Upon connecting Multi-Zone to the power supply …………………………..……………….10
Operation timing of the relays and the LED indicators ……………………………………...11
Preparing the Anti-masking channel for operation (Study Procedure) ……………….11, 12
Programming …………………………………………………………………………………….12
Definition of sensors and sensor groups ……………………………………………13
Programming Table ……………………………………………………………….14-21
The detector full functionality test ……………………………………………………………. 22
Specifications ……………………………………………………………………………………23
Remote Control RM-1 ……………………………………………………………….………..24
Introduction ....................................................................................................24, 25
Power ON/ OFF ...……………………………………………………………………..25
Navigation ……………………………………………………………………………...25
Programming (assigning) a code to the detector ………………………………….26
Entering programming and programming execution ………………………….26, 27
Programming the detector by the Remote Control …………………………….28-34
Displaying the Multi-Zone detector's status reports at the Remote Control …….35
Reading (drawing) the detector's status report to the Remote Control …………35
Saving the detector's status report to the Remote Control memory …………….36
Deleting the detector's status report from the Remote Control memory ………..36
Programming list as appears in the Remote Control ……………………………..37
Specifications of the Power Supply and batteries …………………………………38
Certificate of warranty ……………………………………………………………………...38-40

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Congratulations
We thank you for choosing a product of MAXIMUM Security (1984) Ltd.
Basing on over 30 years experience in R&D and in production of advanced security
systems, we are proud to introduce to you the finest Outdoor/ Indoor motion detector ever
presented, aimed for military, industrial, commercial and residential security.
Please read all parts of this installation and operating manuals and follow the step-by-
step instructions, in order to ensure proper operation and maximal use of all benefits of
the detector.
Features
* Selected horizontal detection angle - up to 1800.
* Multi-Zone includes18 sensors:
- 6 PIR sensors.
- 3 Microwave sensors.
- 8 Anti-masking sensors.
- 1 Shock & Vibration sensor.
* The detector’s features can be programmed by Remote Control (can be purchased
separately).
* The detector can be programmed by means of:
- The detector’s built-in keyboard.
- Remote Control (can be purchased separately).
- External control panel (bus/ communication).
* Three different detection zones. For each zone you can program the following:
- Detection range.
- PIR and Microwave detection sensitivity.
- Pulse Count.
- Anti-masking sensitivity.
* Motion detection of certain direction.
* 8 preset detection programs for selection.
* Relay activation time from 1 second to 99 minutes.
* Relay logics (N.C. / N.O.).
* Pet friendly.
* Option for tone effect upon each detection event.
* Automatic temperature and humidity compensation.
* Waterproof and resistant to bad weather conditions.
* Bracket Free (internal calibration).

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Description
The detector’s name, "Multi-Zone", speaks of its unique character. This motion detector
has six detection zones and unprecedented wide detection angle of up to 1800.
Multi-Zone is highly advanced and accurate. In addition its installation enables saving
expenses for installation of several standard detectors with small angle and detection
capability.

-5–
Detection Pattern
The display shows the vertical position of the PIR sensor groups. The letter indicates the
position of the upper PIR sensor group, while the digit indicates the position of the lower
PIR sensor group.
1
Installation
height:
1meter
Lower sensors
in position # 2:
6 meter range
Lower sensors
in position # 3:
8 meter range
Upper sensors
in position # C:
10 meter range
Lower sensors
in position # 1:
2 meter range
Upper sensors
in position # A:
4 meter range
Upper sensors
in position # B:
7 meter range
2
3
4
5
6
7
8
9
10
11
12 m
Detector
Multi-Zone
Upper sensors
in position # D
Lower sensors
in position # 4
Side view
Grey = Upper PIR sensors
Black = Lower PIR sensors
For 1 meterinstallation height
12m
meter
12 m
meter
12 m
PIR
MW 3
PIR
PIR
Top view
Microwave 2
MW 1

-6–
The display shows the vertical position of the PIR sensor groups. The letter indicates the
position of the upper PIR sensor group, while the digit indicates the position of the lower
PIR sensor group.
For 1.8 meterinstallation height
1
Installation
height:
1.8 meter
Lower sensors
in position # 3:
10 meter range
Lower sensors
in position # 1:
4 meter range
Upper sensors
in position # 2:
7 meter range
2
3
4
5
6
7
8
9
10
11
12 m
Detector
Multi-Zone
Upper sensors
in position # D
Lower sensors
in position # 4
Upper sensors
in position # C:
11 meter range
Upper sensors
in position # B:
8 meter range
Upper sensors
in position # A:
5 meter range
Grey = Upper PIR sensors
Black = Lower PIR sensors
12m
meter
12 m
meter
12 m
PIR
MW 3
PIR
PIR
Top view
Microwave 2
MW 1
Side view

-7–
Installation height consideration
The installation height is between 1 ~ 2 meters. The upper and lower PIR sensor groups
must be moved up or down according to the installation height of the detector (refer to the
table on the next page).
Move up
Move down
Move up
Move down
The display
shows the
vertical position
of the PIR sensor
groups. The letter
indicates the
position of the
upper PIR sensor
group, while the
digit indicates the
position of the
lower PIR sensor
group.

-8–
Move the upper PIR sensor group up or down according to the following table:
Installation Height
Letter indicated
on the Scale
1.0 m
A
1.5 m
B
1.7 m
C
2.0 m
D
Move the Lower PIR sensor up or down according to the following table:
Required declination Angle
Number indicated
on the Scale
00
1
100
2
200
3
300
4
00
100
200
300
4
3
2
1
e
v
e
n
t
.
Declination angel of the lower PIR sensor beam:

-9–
Limiting the detector's horizontal detection angle
Near each one of the six PIR sensors there are plates, which you may move (left and
right) in order to limit the detector's horizontal detection angle.
The plates you my move,
left and right, in order to
limit the detector's
horizontal detection angle.

-10–
Terminal Block Wiring
Terminal Block Wiring Specifications
Terminal No.
Mark on the PCB board
For
1+2
+ -
12 V DC input Power Supply
3+4
COM, IN, OUT
Data communication between the detector and
the control panel.
5+6
MASK
Anti-masking relay.
7+8
RELAY 2
Secondary alarm relay that activates also in
case of shock or vibration detection.
9+10
RELAY 1
Main alarm relay switching on upon movement
detection.
11+12
TAMP
Tamper switch (located in rear and front case).
Upon connecting Multi-Zone to the power supply
Upon connecting Multi-Zone to the power supply, a 60 second countdown begins. When
the countdown ends, 3 short tones will be heard indicating that the detector is now ready
for work.
During the countdown, red, green and yellow LED indicators will blink one after another
on the top of the detector. The display will provide information about the vertical location
of the PIR sensors array (see information on page 7, 8, 12).
In case the power supply is low, red and green LEDs will blink shortly each second.
IN OUT
COM
12 V DC
MASK
RELAY2
RELAY1
TAMP
1
2
3
4
5
6
7
8
9
10
11
12

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Operation timing of the relays and the LED indicators
Detection type
LED indication
Relay status
Alarm
actual motion
detection
Red + Green + Yellow
blinking together
RELAY1 will switch on (default 2 sec.)
Infrared
Red
No relay will switch on
Microwave
Yellow
No relay will switch on
Anti-masking
Green
Once masking was detected, the green LED
blinks. If masking persists for more than 50
seconds (default), the green LED will glow
continuously, and the MASK relay will switch
on for at least 2 seconds (default) and for as
long as the masking exists
Shock &
Vibration
Green + Yellow
blinking together
RELAY2 will switch on (default 2 sec.)
Preparing the Anti-masking channel for operation (Study Procedure)
(Obligatory for proper anti-masking operation!!!)
To enable proper operation of the masking detection (anti-masking), it is necessary to
allow the detector to automatically study and analyze the environmental conditions of its
protected area. This is an obligatory action that should be performed by the installer,
ensuring proper operation of the anti-masking channel!!!
The "Study Procedure" will start automatically after closing the detector's cover or
receiving "Study" instruction from the Remote Control model RM-1.
How to perform the Study Procedure
- The procedure shall not be executed when the detector is exposed to direct sun light.
- Close the detector's case.
- Keep at least 1 meter away from the detector's front part, until the study procedure is
completed, approximately 1 minute.
- In the beginning of the study procedure, short tones will be heard, and red + green +
yellow indicators will blink together on the top of the detector for 30 seconds. Then the
green LED will glow constantly during entire Study Procedure which will take 30 seconds.
- At the end of the study procedure, three short tones will be heard, and all the LED
indicators will blink fast for 2 seconds.

-12–
Important
If during the study procedure the detector's case is not properly closed (the tamper switch
is not pressed), the anti-masking channel will not work and the study procedure will not
be performed.
Programming
In this detector, unlike other detectors, all adjustments are done by programming which is
more advanced, comfortable and accurate, by means of 4 keys and a display.
In the beginning, the detector's display shows the vertical location of the 3 upper PIR
sensors and the lower 3 PIR sensors.
To enter programming mode, press OK key.
The display will show PM (Programming).
By means of keys ▼ ▲, select the detector's feature you wish to change/program. The
programming table is represented on page 14-21.
To enter the menu of a requested feature, press OK.
To change feature values, use the keys ▼ ▲, and confirm by pressing OK.
To exit without change at any stage use the key EXIT.
To activate/deactivate a feature which is not offered in the menu, press OK only each
time.
Two decimal points will glow to confirm activation of the feature, and will be activated off
to confirm deactivation (for example, W.T.feature is activated, WT feature is
deactivated).
EXIT
OK

-13–
Definition of sensors and sensor groups
Location of the 6 PIR sensors
Upper Left PIR
sensor
Upper Middle
PIR sensor
Location of the 3 PIR sensor pairs
Lower Middle
PIR sensor
Lower Left PIR
sensor
Upper Right
PIR sensor
Lower Right
PIR sensor
Left PIR
sensors pair
Middle PIR
sensors pair
Right PIR
sensors pair
sensorsMicrowave3Location of the
Left Microwave
sensor
Right Microwave
sensor
Middle Microwave
sensor

-14–
Programming Table
No.
Feature
Display
Description
Common
characteristic
1
Highest detection
sensitivity
M0
The detector is equipped
with 8 preset detection
programs for your choice,
from the highest
detection sensitivity (M0)
to the lowest detection
sensitivity (M7).
8 preset
detection
programs for
your choice
2
Very High detection
sensitivity
M1
3
High detection
sensitivity
M2
4
Medium-plus
detection sensitivity
M3
5
Medium detection
sensitivity
M4
6
Low detection
sensitivity
M5
7
Very Low detection
sensitivity
M6
8
Lowest detection
sensitivity
M7
9
Assigning relay to
each pair of PIR
sensors.
Configuration No. 1
M8
RELAY1 will be activated
upon detection in the
right pair of PIR sensors
or upon anti-masking
detection.
RELAY2 will be
activated upon detection
in the middle pair of PIR
sensors or upon anti-
masking detection.
MASK relay will be
activated upon detection
in the left pair of PIR
sensors or upon Anti-
masking detection.
Assigning
relay to each
pair of PIR
sensors.
For test
purposes.
10
Assigning relay to
each pair of PIR
sensors.
Configuration No. 2
M9
RELAY1 will be activated
upon detection in the
right pair of PIR.
RELAY2 will be
activated upon detection
in the middle pair of PIR.
MASK relay will be
activated upon detection
in the left pair of PIR.
Upon anti-masking
detection in any PIR pair,
MASK relay will be

-15–
activated.
No.
Feature
Display
Description
Common
characteristic
11
LED indicators
WT
Enable/Disable LED
indicators
LED
indicators
12
Tone indication
BZ
Enable/Disable tone
indication upon each
detection event.
Tone
indication
13
Shock & Vibration
detection sensitivity
VB
Programming the Shock
& Vibration detection
sensitivity from 00 to 99
(00 = Disabled).
Shock &
Vibration
detection
sensitivity
14
Left PIR sensors pair
sensitivity and pulse
count
P1
Programming the left PIR
sensors pair sensitivity
(00 to 63). If the display
shows "- -" it means that
the upper PIR sensor
was programmed with
different value than lower
PIR sensor (see
paragraphs 37, 38 of this
table).
If you press OK once
again, you can program
now the pulse count (01 -
11).
PIR sensors
pair sensitivity
and pulse
count
15
Middle PIR sensors
pair sensitivity and
pulse count
P2
Programming the Middle
PIR sensors pair
sensitivity (00 to 63). If
the display shows "- -" it
means that the upper PIR
sensor was programmed
with different value than
lower PIR sensor (see
paragraphs 39, 40 of this
table).
If you press OK once
again, you can program
now the pulse count (01 -
11).
16
Right PIR sensors
pair sensitivity and
pulse count
P3
Programming the Middle
PIR sensors pair
sensitivity (00 to 63). If
the display shows "- -" it
means that the upper PIR
sensor was programmed
with different value than

-16–
lower PIR sensor (see
paragraphs 41, 42 of this
table).
If you press OK once
again, you can program
now the pulse count (01 -
11).
No.
Feature
Display
Description
Common
characteristic
17
Left Microwave
sensor detection
sensitivity and Pulse
Count
M.W
Programming the Left
Microwave sensor
detection sensitivity (00
to 63).
If you press OK once
again, you can program
now the pulse count (01 -
50).
Microwave
sensor
detection
sensitivity and
Pulse Count
18
Middle Microwave
sensor detection
sensitivity and Pulse
Count
MW.
Programming the Middle
Microwave sensor
detection sensitivity (00
to 63).
If you press OK once
again, you can program
now the pulse count (01 -
50).
19
Right Microwave
sensor detection
sensitivity and Pulse
Count
M.W.
Programming the Right
Microwave sensor
detection sensitivity (00
to 63).
If you press OK once
again, you can program
now the pulse count (01 -
50).
20
Anti-masking
detection sensitivity
and response time.
AM
Anti-masking detection
sensitivity (00-10).
If you press OK once
again, you can program
now the anti-masking
response time (01 -99
test cycles, duration of
each cycle is about 3
seconds).
Anti-masking
detection
sensitivity and
response
time.
21
RELAY1 activation
time and logics (N.C.
/ N.O.)
R1
RELAY1 activation time
(1-99 Seconds or
Minutes).
When the two decimal
points appear, the given
RELAY
activation time
and logics
(N.C. / N.O.)

-17–
time is in minutes
otherwise it's in seconds.
If you press OK once
again, you can program
now the relay and logic
(N.C. / N.O.).
No.
Feature
Display
Description
Common
characteristic
22
RELAY2 activation
time and logics (N.C.
/ N.O.)
R2
RELAY2 activation time
(1-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
If you press OK once
again, you can program
now the relay and logics
(N.C. / N.O.).
Note: this relay is
activated also in case of
shock & vibration
detection.
23
MASK relay
activation time and
logics (N.C. / N.O.)
R3
Note: this feature will be
valid only if feature No. 9
or 10 from this list was
activated.
MASK relay activation
time (1-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
If you press OK once
again, you can program
now the relay and logics
(N.C. / N.O.).
24
In order to activate
the alarm, it is
enough to receive
detection only in the
Left pair of PIR
sensors.
F1
In order to activate the
alarm, it is enough to
receive detection only in
the Left pair of PIR
sensors.
In order to
activate the
alarm, it is
enough to
receive
detection only
in one pair of
PIR sensors.
25
In order to activate
the alarm, it is
enough to receive
F2
In order to activate the
alarm, it is enough to
receive detection only in

-18–
detection only in the
Middle pair of PIR
sensors.
the Middle pair of PIR
sensors.
No.
Feature
Display
Description
Common
characteristic
26
In order to activate
the alarm, it is
enough to receive
detection only in the
Right pair of PIR
sensors.
F3
In order to activate the
alarm, it is enough to
receive detection only in
the Right pair of PIR
sensors.
27
PIR movement
detection direction
Left Middle
F4
In order to activate the
alarm RELAY1, there
should be a detection by
the Left PIR sensors pair
and then in the Middle
PIR sensors pair
Detection
direction
28
PIR movement
detection direction
Left Middle
F5
In order to activate the
alarm RELAY1, there
should be a detection by
the Middle PIR sensors
pair and then in the Left
PIR sensors pair
29
PIR movement
detection direction
Middle Right
F6
In order to activate the
alarm RELAY1, there
should be a detection by
the Middle PIR sensors
pair and then in the Right
PIR sensors pair
30
PIR movement
detection direction
Right Middle
F7
In order to activate the
alarm RELAY1, there
should be a detection by
the Right PIR sensors
pair and then in the
Middle PIR sensors pair
31
PIR movement
detection direction
Left Middle 
Right
F8
In order to activate the
alarm RELAY1, there
should be a detection by
the Left PIR sensors pair,
then in the Middle PIR
sensors pair and then in
the Right PIR sensors
pair.
32
PIR movement
detection direction
Right Middle 
Left
F9
In order to activate the
alarm RELAY1, there
should be a detection by
the Right PIR sensors

-19–
pair, then in the Middle
PIR sensors pair and
then in the Left PIR
sensors pair.
No.
Feature
Display
Description
Common
characteristic
33
Time limit between
Left PIR sensors pair
detection and Middle
PIR sensors pair
detection.
LEFT MIDDLE
T1
Between one detection
event of PIR sensors pair
and the following one
there is a period of time.
Here you can program
the maximum legal time
between Left PIR
sensors pair detection
and Middle PIR sensors
pair detection.
(00-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
Time limit
between two
PIR sensors
pair detection
events.
34
Time limit between
Left PIR sensors pair
detection and Middle
PIR sensors pair
detection.
LEFT MIDDLE
T2
Between one detection
event of PIR sensors pair
and the following one
there is a period of time.
Here you can program
the maximum legal time
between Middle PIR
sensors pair detection
and Left PIR sensors
pair detection.
(00-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
35
Time limit between
Left PIR sensors pair
detection and Middle
PIR sensors pair
detection.
MIDDLE RIGHT
T3
Between one detection
event of PIR sensors pair
and the following one
there is a period of time.
Here you can program
the maximum legal time
between Middle PIR
sensors pair detection
and Right PIR sensors

-20–
pair detection.
(00-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
No.
Feature
Display
Description
Common
characteristic
36
Time limit between
Left PIR sensors pair
detection and Middle
PIR sensors pair
detection.
MIDDLE RIGHT
T4
Between one detection
event of PIR sensors pair
and the following one
there is a period of time.
Here you can program
the maximum legal time
between Right PIR
sensors pair detection
and Middle PIR sensors
pair detection.
(00-99 Seconds or
Minutes).
When the two decimal
points appear, the given
time is in minutes,
otherwise it's in seconds.
37
Lower-left PIR
sensor sensitivity
and pulse count
E1
Programming the Lower-
left PIR sensor sensitivity
(00 to 63).
If you press OK once
again, you can program
now the pulse count (01 -
11).
PIR sensitivity
and pulse
count for each
of six PIR
sensors
38
Upper-left PIR
sensor sensitivity
and pulse count
E2
Programming the Upper-
left PIR sensor sensitivity
(00 to 63).
If you press OK once
again, you can program
now the pulse count (01 -
11).
39
Lower-Middle PIR
sensor sensitivity
and pulse count
E3
Programming the Lower-
Middle PIR sensor
sensitivity (00 to 63).
If you press OK once
again, you can program
now the pulse count (01 -
11).
40
Upper- Middle PIR
E4
Programming the Upper-