1. technology and computing
2. computer security
3. antivirus and malware

PERIMETER SECURITY COMPLEX
MICROWAVE SENSORS
VIBRATION SENSORS
TWO-WIRE SENSORS
DUAL TECHNOLOGY SENSORS
QUICKLY DEPLOYABLE MICROWAVE COMPLEX
METAL HEAT CHAMBERS
POWER SUPPLY UNITS AND JUNCTION BOXES
CATALOGUE
PERIMETER SECURITY SOLUTIONS
ABOUT US
3
YEARS
Forteza is a group of companies working in the security market since 2000. We produce equipment used to
create security systems, perform design works, installation and commissioning.
Our technical security systems include:
- Soſtware;
- Perimeter protection sensors (microwave, vibration, dual technology);
- Mobile quickly deployable systems;
- LED projectors for security light;
- Power units and junction boxes.
Our customers are the Ministry of Internal Affairs of Russia, Federal Agency for National Emergency
Reserve of Russia, and Federal Agency for execution of a punishment, oil and gas companies (Lukoil,
Gasprom, etc.), big industrial enterprises, more than 100 big trade houses and installers.
Headquarters manufacturing plant ZAO Okhrannaya Technika is situated in Penza
(650 km from Moscow) and employs 117 people.
The company structure includes 2 research laboratories. Based on them are carried out researches and
development works, whose operating results are some patents in the field of digital signal processing.
Having storehouses in Europe we cooperate with distributors in Brazil, Germany, Italy, Spain, Poland,
England, UAE, Morocco, India and others. Constant stock resources make possible to deliver equipment
during the minimum term.
Annually Forteza takes part in the world`s largest security exhibitions: INTERSEC (UAE), SECURITY ESSEN
(Germany), IFSEC (England), EXPOPROTECTION (France), IFSEC SOUTH INDIA (India), MEFSEC (Egypt), SECURITY SIDNEY (Australia).
We offer to combine our capabilities in production of perimeter protection systems with your knowledge
and wide experience in the international market. Together we can create mutually advantageous cooperation based on partnership, business activity and striving for to develop new markets.
3
Microwave bistatic sensors
MICROWAVE BISTATIC SENSORS
Sensors are used to detect an intruder in the protected perimeter objects. Objects to protect can be industrial enterprises, airports,
prisons, power plants, etc.
Operating principle is based on creation of an invisible volumetric detection zone between a transmitter and a receiver. When an
intruder enters this zone, he makes changes in. The receiver registers these changes and generates an alarm.
Transmitter
Receiver
Key features:
Sensors have a simple design and easy to install and adjust.
The unique technology of signal processing provides high detection probability and minimum false alarms. So the sensors have higher
immunity to rain, snow, fog and lightning, small animals and low vegetation.
A wide range of modifications in coverage range makes it possible to choose a set of sensors for the best price.
To transmit an alarm, standard interfaces are used. That is why the sensors are compatible with many popular control panels.
Circuit design and special chosen materials allow sensors to operate nearby power lines up to 500 kW.
CATALOGUE
AT THE MOMENT THESE ARE THE BEST-SELLING SENSORS
№14-01
4
Microwave bistatic sensors
FORTEZA-500, FORTEZA-300
FORTEZA-200, FORTEZA-100, FORTEZA-50
Next generation signal processing algorithm minimizes the influence of
industrial noises.
Operation in the K-Band frequency improves the detection efficiency and
minimizes noises from external sources.
Parameters’ setting with a computer allow setup an optimum operation mode
including remote control from the control room over RS-485 interface.
Four frequency letters increase the immunity to flare light from neighboring
sensors.
A special designed antenna with a narrow direction pattern allows using
sensors at a long range and in narrow corridors.
Specifications
FORTEZA-500
FORTEZA-300
Frequency
FORTEZA-200
FORTEZA-100
FORTEZA-50
200 m
100 m
50 m
2,1 m
1,5 m
1m
24,15 GHz
Detection length
500 m
300 m
Detection width
3,5 m
2,7 m
Detection height
up to 1,8 m
Supply voltage
9...30V DC
Current consumption
0,045 А
Detection probability
0,99
Temperature range
-40...+70°С
Alarm output
SPDT-Form C
5,6 kg
1
2
2
1
FORTEZA-500
2
1
zone width, m
0
2
2
1
FORTEZA-200
FORTEZA-100
Fig. The sensors FORTEZA line can be adjusted with local or remote
soſtware to provide the optimum operation mode
0
FORTEZA-300
1
zone height, m
zone width, m
0
1
211x138x105 mm
2,4 kg
FORTEZA-50
zone height, m
2
RS-485 and USB
780х150х80 mm
0
Fig. Detection width and height depend on the sensor
modification
№14-01
CATALOGUE
Interface
Dimensions
Weight
5
Microwave bistatic sensors
FMW-3
FMW-3/1
FMW-3/2
Operation in the X-Band frequency permits to
expand the detection zone to complicate the
overcoming by an intruder.
Simple adjustment placed on Rx doesn’t require
any high qualification and special equipment. To
adjust sensors, it is enough to have a screwdriver
and voltmeter.
Small dimensions make sensors invisible for
intruders.
Specifications
FMW-3
FMW-3 (200)
Frequency
FMW-3/1
FMW-3/2
100 m
50 m
3m
2m
9,375 GHz
Detection length
300 m
200 m
Detection width
5m
4m
Detection height
up to 1,8 m
Supply voltage
9...30V DC
Current consumption
0,040 А
Detection probability
0,99
Temperature range
-40...+85°С
Alarm output
only SPDT-Form C
Dimensions
Weight
213х213х70 mm
2,4 kg
211х135х75 mm
2 kg
zone width, m
2
1
0
1
2
3
3
2
1
FMW-3
FMW-3 (200)
FMW-3/1
FMW-3/2
zone height, m
3
0
CATALOGUE
Fig. Detection width and height depend on the sensor modification
Fig. Variants of detection zones overlapping
№14-01
143х123х67 mm
0,8 kg
6
Microwave monostatic sensors
MICROWAVE MONOSTATIC SENSORS
Sensors are used to detect an intruder in the protected area. Objects to protect can be separate areas of the perimeter, open and
closed sites, storehouses, tunnels, trestles, etc.
Operating principle
The sensor has one electronic module including a transceiver. The transmitter emits microwave energy into the protected area. At
normal conditions where there isn’t any intrusion Rx establishes a signal testing level reflected from objects in the protected area.
When an intruder moves in this area, he makes changes in the signal testing level; the receiver registers these changes and generates
an alarm.
Thanks to the unique technology - division of the detection zone into subzones – the sensors are allowed to be insensitive to objects
outside the detection zone even to trucks, trains or planes.
Sensors can be adjusted from the sensor`s unit or using special
soſtware which displays noise, original signal level and allows
setting the optimal operating mode even remotely from the control
room.
Key features
The detection zone is divided into subzones with possibility to adjust each of them separately. Thanks to this function sensors have
high detection probability keeping at the same time minimum false alarms.
Disconnecting subzones it can be organized a free passage for people or transport through the gate or entrance to the building. Moreover using soſtware it can be possible to organize passages by time.
The unique signal processing algorithm and possibility to disconnect the first subzone reduce considerably the influence from neighboring objects and raise the noise immunity to rain, snow, fog, lightning, small animals and low vegetation.
Sensors have the frequency splitting into so-called “frequency letters” allowing them to operate in close proximity to each other.
Sensors can be connected to many popular control panels.
№14-01
CATALOGUE
SENSORS FM ARE NEXT-GENERATION AND PROMISING EQUIPMENT
7
Microwave monostatic sensors
FM-30, FM-30(24)
FM-60 (volume), FM-60 (fan)
FM-60 (curtain), FM-60(24)
Sensors FM-60(24) and FM-30(24) operate at frequency of 24GHz. That is why the detection width is narrower.
Antimasking function permits to protect the sensor
from sabotage.
Self-testing function performs a self-check of the
sensor operation following such parameters as
transmitting and receiving operation part, level correspondence of supply voltage to the necessary value.
FM-60 (24)
Specifications
Frequency
FM-30(24)
FM-60 (volume) FM-60 (curtain)
Detection length
Detection width
Detection zone height
FM-60 (fan)
FM-30
9,375 GHz
24,15 GHz
60 m
30 m
60 m
60 m
60 m
30 m
1m
8m
12 m
15 m
2m
5m
8m
15 m
20 m
25 m
2m
Supply voltage
4m
12...30V DC
Current consumption
0,025 A at 24 V
Detection probability
0,99
Temperature range
-50...+85°С
-40...+85°С
Alarm output
only SPDT-Form C
Interface
RS-485 and USB
Dimensions
Weight
140х122х70 mm
0,25 kg
210х135х75 mm
1,15 kg
140х122х70 mm
0,25 kg
Note. The detection zone dimensions can be changed according to the place of mounting and parameters’ settings.
2
zone width, m
0
2
4
6
4
2
FM-30(24)
10
15
5
0
FM-60(24)
0
5
zone height, m
4
10
15
15
10
CATALOGUE
5
FM-60(volume)
FM-60 (curtain)
FM-60 (fan)
FM-30
0
Fig. Detection width and height depend on the sensor modification
№14-01
Fig. Detection zone of the sensor FM-60 (curtain)
zone height, m
6
Fig. Detection zone of the sensor FM-60 (fan)
8
two-wire sensors
RELIEF
The sensor’s application is to protect perimeter sites from an unauthorized
intruder access on the territory. The sensor can complete 2 tasks:
1. VISOR type - protection of fence fabric from climbing over.
2. GROUND type - generation of protection boundary along the fence.
Operating principle
The detection zone is generated between 2 parallel cables RELIEF-SE from
Tx and Rx and fixed on the fiberglass brackets RELIEF-ST1 (or RELIEF-ST2)
along the protection boundary.
Tx signal is transmitted on Rx where a basic level is fixed. When an intruder tries to cross a protected area, he passes between the cables and
changes a signal on Rx. It generates an alarm.
Specifications
RELIEF
Installation type
VISOR type
25...250 m
Detection length
GROUND type
20...200 m
Distance between the cables
0,5...1,8 m
Supply voltage
10...30V DC
Current consumption
0,05 А
Detection probability
0,99
Temperature range
-40...+85°С
Alarm output
only SPDT-Form C
Interfaces
RS-485
Dimensions
225х40х60 mm
1,5 kg
Weight
Key features
The main advantage is that the sensor allows saving money for the perimeter areas of difficult configuration, i.e. if the perimeter site
has a lot of turns, the microwave sensors application is very difficult.
RELIEF is a good technical solution for the second protection ground on perimeter sites with high requirements to the object security
such as prisons, chemical industry, and nuclear power stations, military and explosive objects.
The sensor has a self-testing mode permitting to find a mistake during its installation.
Receiver
0,9
m
Transmitter
25...250 m
Fig. Protection of fence fabric from climbing over - VISOR type
Transmitter
Receiver
m
1m
The sec
ond wir
e
is on/under the ground
25...200 m
Fig. Generation of protection boundary along the fence - GROUND type
№14-01
CATALOGUE
6 ...10 m
1...1,8 m
1...2
9
Dual technology sensors (MW+IR)
DUAL TECHNOLOGY SENSORS (MW +IR)
The sensors are applied to protect strategic important perimeter sites where higher interference immunity to industrial, natural and
domestic noises is required.
Operating principle
The sensors have a distinctive dual detection principle (microwave and infrared channels). An alarm is generated when an intruder
crosses the microwave and infrared detection channels at once. It minimizes considerably a noise level.
Dual technology sensors MIR have the highest interference immunity level and are superior to their analogues in a lot of
specifications.
Two physical principles combination allow the sensors to save high detection probability at minimum false alarms, weather and
temperature conditions, high dielectric stress, small animals and birds.
0
3
IR-M
M
MI
R-B
10
0
Fig. Perimeter protection with the dual technology bistatic sensor MIR-B100 and the dual technology monostatic sensor MIR-M30
- Microwave Channel
CATALOGUE
- Infrared Channel
- Disconnected subzones
№14-01
10
Dual technology sensors (MW+IR)
MIR-B100, MIR-B50
The detection zone is generated between a transmitter and a
receiver (bistatic microwave + bistatic infrared channels).
A special designed antenna with a narrow direction pattern
allows using sensors in narrow corridors and tunnels, perimeter
areas situated next to walkway and road.
Operation in the K-Band frequency improves the detection
efficiency and minimizes noises from external sources.
Specifications
MIR-B100
Operating frequency
MIR-B50
24,15 GHz
Detection range
up to 100 m
Supply voltage
up to 50 m
9...30V DC
Current consumption
0,045 А
Detection probability
0,99
Temperature range
-40...+85°С
Alarm output
SPDT-Form C
Dimensions
Weight
211х138х105 mm
3 kg
Microwave Channel
Transmitter
Receiver
Infrared Channel
Fig. Detection zone dimensions
- Microwave Channel
№14-01
CATALOGUE
- Infrared Channel
11
Dual technology sensors (MW+IR)
MIR-M30
The detection zone is generated by a transceiver with two channels: monostatic microwave and monostatic infrared.
Special soſtware connected to USB and RS-485 interfaces allows setup an
optimum operation mode including remote control from the control room.
The detection zone is divided into subzones. Every subzone can be set
separately and organize people “approved” passages through wicket, entryway or gates.
Sensors have the frequency splitting into so-called “frequency letters”
allowing them to operate in close proximity to each other.
Specifications
MIR-M30
Operating frequency
9,375 GHz
Detection length
up to 40 m
Detection zone width
up to 3,5 m
Detection height
up to 3 m
Supply voltage
9…30V DC
Current consumption
0,045 А
Detection probability
0,99
Temperature range
-40...+85°С
Alarm output
only SPDT-Form C
Interface
RS-485 and USB
Dimensions
Weight
211х138х105 mm
3 kg
2m
up to 5,5 m
side
view
Fig. The sensors MIR-M30 line can be adjusted with local or remote
soſtware to provide the optimum operation mode
up to 30 m
CATALOGUE
3,5 m
not more than 8 m
top
view
Fig. Detection zone dimensions
- Microwave Channel
- Infrared Channel
№14-01
12
vibration sensors
TRIBO-4
The sensor is used to protect different types of fence fabric from
intruder attempts to cut through or to climb over.
Operating principle
A sensitive element TRIBO-4-SE is fixed with the buckles
TRIBO-4-BUCLES on the fence fabric. When an intruder climbs over
a fence fabric, a sensing element registers the fence fabric
vibration and transmits a signal on the electronic unit. Aſter the
signal processing by the modern algorithms the sensor generates
an alarm. During the signal processing the sensor eliminates any
false alarm generated by rain, wind or traffic flow.
Height of the fence fabric to protect
TRIBO-4
up to 500 m
up to 3 m
Supply voltage
Current consumption
9...36V DC
0,08 A at 24 V DC
Detection probability
0,99
Temperature range
-40...+85°С
Alarm output
Interfaces
only SPDT-Form C
Dimensions
Weight
225х128х75 mm
0,4 kg
RS-485
Fig. The sensors TRIBO-4 line can be adjusted with local or remote soſtware to provide the optimum operation
mode
№14-01
CATALOGUE
Specifications
Detection range
13
vibration sensors
Key features
The sensor is applied on the sites with a difficult perimeter configuration, i.e. when the microwave sensors can’t be used. Besides, the
sensor is applied in the case when it is impossible to generate a zone free from all the vegetation or other objects for microwave
sensors.
Remote control over RS-485 interface allows performing visual monitoring and check, parameters control and receiving signal
information.
The algorithm of automatic parameters control makes possible to save high detection probability for all temperature range.
Four sensing elements are fixed on the fence fabric and each of them is set separately with soſtware that considerably increases the
interference immunity.
A special tested cable is used as a sensing element. It provides high reliability of the sensor specifications, better detection probability
and interference immunity.
The sensor is immune to neighboring trees, people moving or traffic flow.
250 m
CATALOGUE
250 m
Fig. Detection zone of the sensor TRIBO-4
№14-01
14
Bi-static sensors hidden into park lamps
FONAR
LAMP-W
LAMP-G
The purpose is to protect some offices buildings, parks, cottages
and other perimeter areas with high requirements to the territory
landscape design and the alarm system masking.
Operating principle
As all bistatic sensors, the detection zone has a volumetric view
and is generated between a transmitter and a receiver. When an
intruder crosses the detection zone, the receiver generates an
alarm.
Specifications
FONAR
Operating frequency
LAMP-W
Detection length
75 m
40 m
Detection width
3m
2,6 m
Detection zone height
3m
2,6 m
Supply voltage
Current consumption
1,6 m
1,6 m
0,5 A at 24 V DC
0,99
Temperature range
-40...+65°С
Alarm output
20 m
16...32 V DC
220 V
0,15 А
Detection probability
Dimensions
Weight
LAMP-G
9,375 GHz
only SPDT-Form C
1450х160х160 mm
10 kg
450х200х180 mm
4 kg
1050х180х180 mm
5 kg
Fig. Protection of cottages with bistatic sensors hidden into park lamps FONAR and LAMP-W
№14-01
CATALOGUE
Key features
The sensors perform two functions: lighting and perimeter site protection at once. The lighting is switched ON/OFF automatically.
The enclosure of one sensor includes two receivers (Rx) or transmitters (Tx). It eliminates an excess quantity of enclosures and
minimizes the quantity of installation works.
The sensors have some frequency letters that allows operating reliably next to each other.
15
DUAL TECHNOLOGY SENSORS HIDDEN INTO PARK LAMPS
FONAR-COMBI
The sensor application is to protect important strategic areas with high
requirements to the territory landscape design, the alarm system masking,
and interference immunity.
Operational principle:
As all dual technology bistatic sensors, the detection zone comprises
microwave and infrared channels. It is generated between a transmitter
and a receiver. When an intruder crosses the microwave and infrared
detection channels, the receiver generates an alarm. It increases considerably interference immunity.
Specifications
Operating frequency
FONAR-COMBI
9,375 GHz
Detection range
75 m
Supply voltage
220 V
Current consumption
0,15 A
Detection probability
0,99
Temperature range
-40...+65°С
Alarm output
only SPDT-Form C
Dimensions
1450х160х160 mm
Weight
10 kg
Key features:
The sensors have all the advantages and the key features of the sensor FONAR but two physical principles allow minimizing false
alarms at weather and temperature conditions, dielectric stress, small animals and birds.
CATALOGUE
Fig. Perimeter site protection with dual technology bistatic sensor FONAR-COMBI.
- Microwave Channel
- Infrared Channel
№14-01
16
quickly deployable microwave complex
FORTEZA-1000
The purpose is to organize temporary and reliable perimeter area, separate
short perimeter sites or grounds up to 1000 m.
The complex application is protection of VIP-planes, important cargos, cars in
parking or overnight stays en route, military camps, Federal Border Services to
detect some criminal groups.
Operating principles
The hand-portable complex includes some sectors each of them is a bistatic
microwave sensor operating from a built-in accumulator storage battery. When
an intruder crosses the detection zone, an alarm is transmitted on the alarm
receiver by an aural signal, and a number of disturbance perimeter site is
displayed.
FORTEZA-1000
2,45 GHz
Perimeter sites quantity
up to 20
Detection length of one sector
up to 50 m
Detection width of one sector
up to 8 m
Detection height of one sector
up to 2 m
Detection probability
0,99
Temperature range
-40...+50°С
Outside supply voltage
Operation time from storage batteries
at a temperature of 20°C
24V DC
170 h – complex sensors
110 h – alarm receiver
Alarm transmission range without retransmitter
1000 m
outside
Alarm transmission range with retransmitter
5000 m
outside
Delivery kit
Weight
Sensors kit (up to 20 sectors),
antenna to receive the information from the sensors,
alarm receiver to display the information,
battery charger, knapsacks kit, retransmitter (delivered by customer order)
total complex weigh for 20 sectors – 75 kg
№14-01
CATALOGUE
Specifications
Operating frequency
17
quickly deployable microwave complex
Key features
The complex construction is designed to simplify its deployment
outdoors and to provide minimum deployment time.
The total complex has a simple adjustment and can operate in not
prepared perimeter area. It allows applying the complex on any land
form.
The complex is supplied from changeable built-in batteries. If
necessary, the complex can be connected to the outside power unit
by cable.
During the operation the complex performs a self-testing function
which allows receiving any information about its current state
well-timed.
The complex can include different quantity of sectors by customer
order. It allows minimizing the complex charges.
The complex comprises all the necessary for exploitation, transportation, storage and maintenance.
Knapsacks are provided for a simple complex transportation and
storage.
CATALOGUE
Fig. Protection of temporal parking with the quickly deployable microwave complex FORTEZA-1000
№14-01
18
PERIMETER SECURITY complex
FORTEZA-COMPLEX
The purpose is to organize the perimeter security integrated system and monitoring over RS-485 interface.
FORTEZA-Complex operates as a client-server.
The server FORTEZA-Complex is intended to configure and control the equipment, to accumulate, to process and archive the
information from all the parts of this complex.
The client FORTEZA-Complex is intended for graphic display of all the complex, signals ALARM, and output of all the necessary
operations for the operator.
Server
Converter
IP
RELIEF
series
RS-485
TRIBO-4
MIR-B100
MIR-B50
SPDT-Form C
FMW
series
Key features
The main purpose is to provide a reliable operation of the complex with perimeter security sensors and to protect all the system from
outside and inside sabotage.
A client part FORTEZA-Complex doesn’t require any special skill of operation with PC. In this case he can break or sabotage nothing.
The operator of the client part FORTEZA-Complex operates only with 3D graphics of the perimeter site and can’t change the complex
operation.
When a signal ALARM is received, the operator of the client part FORTEZA-Complex should perform the operations displayed on the
screen and mark their performance.
The signal ALARM is regarded as processed only aſter all the operations are performing by the operator.
The controller GOLKIPER is applied for the sensor operation (“dry” contacts of relay) which allows including it in the line RS-485. The
controller possibilities are multiple:
- two inputs to connect the sensors with “dry” contacts of relay;
- one relay output to control some additional devices, e.g. sonar and light alarms;
- supply output for the sensors 24 V – 100 mA;
- inputs, circuits and communication lightning guard;
- control: circuits of “dry” contacts, sensors supply lines, voltage of main and reserve supply;
- all the checked information is displayed in Forteza-Complex.
№14-01
CATALOGUE
VIBRO-M
series
SPDT-Form C
SPDT-Form C
Normally open
contact
Sound
alarm
MIR-M30
RS-485
RS-485
FM
series
RS-485
RS-485
FORTEZA
series
RS-485
LED
series
RS-485
RS-485
ALARM
RS-485
Client
19
Multifunctional heat chambers
MHCH 500х400х210
MHCH 380х300х160
The purpose is to place the equipment and other devices in. These
devices can’t operate at negative temperature conditions or have
such dust and moisture protection class which doesn’t allow applying them outdoors.
General information
The multifunctional heat chamber provides full safety of the placed
devices in and protection from ambient temperature conditions.
Heating system, hermetically sealed enclosure heat proof, cable
input over sealing glands keep the heat inside the chamber.
Powder coatings protect the enclosure from environmental effects
and early corrosion.
MHCH 500х400х210
MHCH 380х300х160
Overall dimension
500х400х210 mm
380х300х160 mm
Internal dimension
476х376х180 mm
356х276х130 mm
Specifications
Assembling panel dimension
Supply voltage
Maximum load current
Ambient temperature range
Temperature range inside the chamber
315х272 mm
420х350 mm
220 V ±15%
16 А
- 60°С ... +50°С
0°С ... +50°С
CATALOGUE
Key features
The heat chamber keeps the temperature inside thanks to the automatic switching ON/OFF of the built-in heater.
The temperature of the heater switching ON/OFF is installed with the thermostat. The thermostat allows controlling the heating
temperature switching ON. The digital sensor provides thermostatic control and has the temperature error ±4˚C.
The multifunctional heat chamber protects the devices placed inside from some mechanical effects and unauthorized access.
№14-01
№ 14-01
Trademark Forteza
MANUFACTURER
ZAO Okhrannaya technika, Russia
Tel/Fax: +7 (8412) 65-53-16 (multi chl)
info@forteza-eu.com
www.FORTEZA-EU.com
www.PERIMETER-SHOP.com