WG Perimeter Intrusion Detection System

Transcription

1 Telephone : +44 ( Fax : +44 (0) info@wi-ltd.com Website : WG Perimeter Intrusion Detection System The WG Perimeter intrusion Detection System is based mainly on unattended ground sensors that have traditionally been used in defence applications, but due to various technology limitations they had very little application in other areas. The seismic ground sensors innovative approach in underground system design now makes them suitable for use in defence, commercial, industry and private security applications. Applications Airports, Seaports Border surveillance Commercial facilities Critical infrastructure security Educational establishments Government facilities; Military facilities Perimeter protection Pipeline security Prisons Private homes Rapidly deployable perimeters System Overview The system is a battery operated wireless intrusion detection system with unrivaled detection and autonomous operation time parameters for use in defence, commercial, industry and private security applications. The system includes detection devices based on different physical principles of operation seismic, microwave, infra-red, etc, video surveillance devices and command and control devices. All components of the system are linked into a radio network, the network consists of two-levels: lower level networks and higher level networks. Lower level networks are used for detection devices, while higher level networks are used for linking several lower networks together or for increasing communication range of the whole system. Proprietary two-way radio protocol guarantees delivery of alarm messages. Devices installed on the terrain form a mesh network, where each detection device operates as a repeater, thus enabling transmission of alarm and service data to a practically unlimited distance. The system can be fully controlled by its handheld and PC-based receivers, the location of sensors and alarms are displayed on a digital map. It can be used as a standalone system, or be integrated into other security solutions, including ground radars, PTZ cameras and CCTV systems. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 1 of 20

2 The system is a reliable, simple and flexible solution for perimeter surveillance, and the only efficient solution for areas with no power and communication infrastructure. The system is currently is securing over 3,500 km of State Borders, 3,100 km of pipelines and over 800 km of facilities perimeters worldwide. The system has proven its reliability in a wide range of climatic conditions: from permanent frost of Yakutia to the scorching heat of North Africa. Key Features Low-power consumption: Unequalled battery life of detection devices up to 5 years of autonomous operation; High performance: Unrivalled detection range for seismic detection devices; Mesh network: Wireless communication between all system components: all detection devices function as communication nodes in self-configuring mesh network; Reliability: Wireless transmission of information via a two-way secure radio channel to an unlimited distance with a guaranteed delivery of alarm messages; Ergonomics / Easy deployment and maintenance: Ability to deploy and remove the detection line on any terrain (including mountains) in literary a few hours due to its light weight, small size and simplicity of installation & maintenance; Flexibility: Variety of detection principles making the System flexible and suitable for a wide range of applications; Easy Integration: Can be used as a standalone self-contained System or be integrated into any other existing perimeter surveillance systems on software and hardware levels. Detection Devices Main Components WG Multi-Sensor (MS) The WG MS is designed for detecting a foot- borne intruder and/or a vehicle by seismic noise they produce. The WG MS with the battery is installed underground, 30 to 50 cm deep. Only the antenna is left on the surface appearing like a thin wire. In real conditions it s virtually impossible to detect the location of an installed MS sensor. The detection zone is circular. Operation Modes Seismic detection device Tripwire detection device: The detection zone is created by spreading a micro wire from 2 coils, 1,500 m each, connected to the WG MS Sensor External device control unit: When detecting an intruder, the WG MS Sensor actuates any device connected to it for a pre-set time Repeater Communication Unit: Receiver of alarm and system data from other sensors when connected to a PC Features Concealed installation in any type of ground Operates under snow, does not require seasonal adjustments and regular maintenance Unattended operation on a single battery up to 5 years Detection radius in seismic mode up to 100 m for pedestrians, up to 200 m for vehicles Light weight and small size Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 2 of 20

3 How it works After the WG MS is connected to the battery, an inbuilt microprocessor starts processing the seismic signal and generates alarm signals only if the seismic pattern is similar to a person s steps or vehicle movement. When several WG MS s are installed, radio exchange routes are set automatically. When the WG MS is deployed, its location must be recorded in the memory of the WG Handheld Control Receiver. For this purpose, the WG Handheld Control Receiver is equipped with an inbuilt GPS device. Any WG MS can be connected to a PC, the connected sensor exchanges data between the radio network and the mapping system. This allows to display the deployed sensors on a digital map and remotely control their settings and modes. The WG MS has a provision for micro wire coils connection. Settings adjustment and mode selection is carried out via a radio channel by means of the WG Handheld Control Receiver or PC based Operator s Console (PORT). When setting the sensitivity level of the seismic detection device, the background seismic noise level can be determined in real time mode, in this mode, the sensor transmits to the receiver the accumulated seismic noise level data in relative values. This mode allows to quickly define the detection range of the sensor and, if needed, adjust the required detection radius. If the battery level drops to a critical level, the WG MS sends a warning message requesting battery replacement. After sending the message, the WG MS continues to operate for two more weeks. Seismic detection range: Pedestrian Vehicle Up to 100 m Up to 200m Power supply by external battery with nominal voltage 10.8 V Operation time when powered by VIP-1026 External Battery Approx. 5 Years Communication range between two MS Multi-Sensors under from 1 to 15 km conditions of direct visibility and depending on the type of antenna Detection probability ,000 h Operating temperature range from -40 C to +50 C Max 0.8 kg Dimensions (excluding projecting parts): 117 x 62 x 58 mm WG MS Ex Explosion-proof Multi-Sensor The WG MS Ex is a reinforced version of the WG MS multi-sensor. It has the same functionality and operation modes, but the Ex-sensor is enclosed in an explosion-proof housing which adds weight and size but at the same time allows for extra protection of the equipment. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 3 of 20

4 Seismic detection range: Pedestrian Vehicle Up to 100 m Up to 200m Power supply by external battery with nominal voltage 10.8 V Operation time when powered by VIP-1026 External Battery Approx. 5 Years Communication range between two MS Multi-Sensors under from 1 to 15 km conditions of direct visibility and depending on the type of antenna Detection probability ,000 h Operating temperature range from -40 C to +50 C Max 0.9 kg Dimensions (excluding projecting parts): 130 x 75 mm WG MS 2 Multi-Sensor The WG MS 2 is a compact version of WG MS Multi-Sensor. It has the same functionality and operation modes, but all the features are packed in a much smaller case. It is powered by inbuilt rechargeable battery, operation time on a single battery charge is at least 3 months. It can be deployed both underground and on ground surface. It is intended for short-term force-protection and area surveillance operations. Seismic detection range: Pedestrian Vehicle Up to 100 m Up to 200m Power supply by inbuilt battery Unattended operation time on a single charge Approx Years Communication range between two WG MS 2 Multi-Sensors under from 0.5 to 15 km conditions of direct visibility and depending on the type of antenna Detection probability ,000 h Operating temperature range from -40 C to +50 C Max 0.5 kg Dimensions (excluding projecting parts): 94 x 86 x 77 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 4 of 20

5 WG Infra-Red Sensor The WG Infra-Red Sensor is designed for setting up detection lines with a narrow detection zone. Features A three-degree-of-freedom bracket allows to install Infra-Red Sensors on any surface soil humps, tree trunks, rocks, etc; Autonomous operation for up to 3 years; Mobility can be quickly deployed; Detection zone length: foot-borne intruder up to 50 m, vehicle up to 100 m; Detection zone width up to 3 m, detection zone height up to 2 m; Compact size and light weight. How it works The Infra-Red Sensor detects variations of the temperature background in a very narrow elongated zone and generates an alarm signal. To reduce the likelihood of false alarms triggered by animals, birds and other interference sources, variations are registered in two sectors, and an in-built processing algorithm generates an alarm signal only if certain signals are received, similar in shape, time and amplitude characteristics to the signal triggered by a human crossing the beams. After the Infra-Red Sensor is installed and activated it needs to be turned along the detection line in such a way that there will not be any moving objects i.e. moved by the wind in the detection zone to avoid false alarms. Detection range Observation angle: Horizontally Vertically Power supply by external battery with voltage Operation time when powered by VIP-1013 External Battery Operation time when powered by VIP-1272 External Battery Communication range between two WG MS Multi-Sensors under conditions of direct visibility and depending on the type of antenna Operating temperature range Dimensions (excluding projecting parts): Min. 50 m min. 5.0 min ; 12 V Up to 3 years Up to 1.5 years from 0.5 to 15 km 80,000 h from -40 C to +50 C Max 0.5 kg 157 x 84 x 68 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 5 of 20

6 WG Ex Explosion-Proof Infra-Red Sensor The WG Ex infra-red sensor is an explosion-proof version of the WG Infra Red sensor. It has almost the same functionality, but the Ex-sensor is enclosed in an explosionproof housing which adds some more weight and size but at the same time allows for extra protection of the equipment. Detection range Min. 50 m Observation angle: Horizontally Vertically min. 5.0 min. 2.2 Power supply by external battery with voltage 10.8 V Operation time when powered by VIP-1013 External Battery Min. 12 months Operation time when powered by VIP-1272 External Battery Min. 6 months Communication range between two WG MS Multi-Sensors under from 0.5 to 15 km conditions of direct visibility and depending on the type of antenna Detection probability ,000 h Operating temperature range from -40 C to +50 C Max 0.5 kg Dimensions (excluding projecting parts): 170 x 75 x 68 mm WG Microwave Sensor The WG Microwave Sensor is designed for detecting a foot-borne intruder and/or a vehicle by variations in the electromagnetic field. The Microwave Sensor consists of a transmitting (PRD) and receiving (PRM) units between which an electromagnetic field is formed. The PRM unit has an inbuilt radio modem to transmit alarm data and control the Microwave Sensor adjustment and threshold setting. The receiving and transmitting units are powered by autonomous power sources. Features The length of the detection zone of a foot-borne intruder or a vehicle is from 3 to 100 m (200 for WG 200 version); The operating life on a single battery is up to 3 years; Light weight and small size. How it works After connecting the battery, the Microwave Sensor goes to the standby mode. The transmitting and receiving units are located at the opposite ends of the secured area. The transmitting unit sends electromagnetic waves in the direction of the receiving unit, the receiving unit receives the waves and analyses the received signal. A human or another object crossing the detection zone causes variations in the received signal. The amplitude and shape of the variations depend on the height and weight of the person, point of crossing the zone, zone relief and the object speed. If the parameters of the variations correspond to the pre-set ones, the receiving unit generates an alarm message. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 6 of 20

7 Power supply by external battery with voltage 12 V Detection zone max. length 100 m (200 m for WG L/200 version) 10 m Detection zone min. length up to 1.6 m Detection zone height depending on distance of receiver and transmitter installation up to 3 m Detection zone width depending on distance of receiver and transmitter installation Communication range between two WG MS Multi-Sensors from 0.5 to 5 km under conditions of direct visibility and depending on the type of antenna Standby mode set-up time Max. 10 s Operation time when powered by VIP-1013 External Battery Up to 3 years Number of frequency sub-channels 2 Detection probability 0.98 Time between alarms 2,500 h IP54 Operating temperature range from -40 C to +50 C Max 6 kg Dimensions PRM Receiver Unit PRD Transmitter Unit 150 x 120 x 55 mm 150 x 120 x 55 mm Autonomous Video Surveillance Sub-System In some cases it is not sufficient just to receive a signal from the sensors, the operator needs to see what is happening on the detection line to define the number of intruders, direction of their movements and see if the intruders are armed. For instance the system can be used to video record a fact of an unauthorised pipeline hook-up or a state border violation. Wireless Battery-operated Video Surveillance Sub-System consists of: WG TV sensors with infrared backlight, WG TV repeaters, WG Portable WG TV Receiver and WG TV Control station. The video sub-system can be installed fast and covertly on the detection line and when triggered by other sensors it can provide the system operator with visual information on the secure area. WG TV Sensor This is a battery-operated TV camera capable of transmitting real-time video feed (25 frames/second) via a radio channel. This high-sensitivity camera equipped with infrared backlight enables the operator to detect a camouflaged person moving against the background of vegetation in any time of day or night within the distance of 100 m. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 7 of 20

8 Features Operates on one battery for up to 6 months; Transmits video data via a radio channel; Activated by operator s command or by a sensor; All-weather casing allows to use it in any climate conditions in temperatures ranging from -40 to +50 С and humidity of up to 95%; Small dimensions and light weight; Takes no more than 10 minutes for one person to install one camera. How it works The camera is attached using a mounting kit, it can be fixed to a tree, a power transmission tower, stones, rocks or natural elevations within the secure area. The rechargeable battery can be placed nearby or buried underground thus increasing operating life in low temperatures. Antenna of the camera should be placed within line-of-sight of receiver antenna or repeater antenna, all the camera elements are installed in a concealed way. Most of the time video camera is in standby mode and is activated by operator or by signals from sensors received via radio-modem. Since the camera is equipped with a radio-modem, it functions within the system as an independent device that can be controlled individually. It s possible to set which radio sensors will activate the camera and for how long it should run when activated. After the activation signal is received from an inbuilt modem, the camera processor activates the camera and video data channel. The camera uses a 2.4 GHz one-way channel. The camera starts transmitting video data for a set period of time and then goes into standby mode. Detection range (distance, establish pedestrian presence in monitored area, count number of people or determine position of a raised hand) Identification range (distance, which allows to identify pedestrian personality based on his/her appearance) Min. 100 m Min. 20 m TV camera observation angle: Horizontally Vertically Power supply by external battery with voltage 12 V Time of continuous operation without enabling searchlight Min. 12 h Time of continuous operation when enabling searchlight Min. 6 h Continuous operation time in standby mode Min. 6 months Sensor type black and white, CCD Sensor diagonal, inch ,000 h GHz Communication range From 0.5 to 3 km Operating temperature range from -40 C to +50 C TV camera TV transmitter Max. 1.0 kg Max. 0.7 kg Dimensions (excluding projecting parts): TV camera TV transmitter 170 x 130 x 60 mm 140 x 90 x 55 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 8 of 20

9 WG Thermal Imager The WG Thermal Imager is a battery operated thermal camera that detects body heat of intruders through smoke, darkness, or heat-permeable barriers. The image of the area within Features Operates on one battery for up to 6 months; Transmits video data via a radio channel; Activated by operator s command or by a sensor; All-weather casing allows use in any climate conditions in temperatures ranging from -40 to +50 C and humidity of up to 95%; Small dimensions and light weight; Takes no more than 10 minutes for one person to install one camera. How it works The camera is attached to any landscape elements using a set of mounting rig, tt can be fixed to a tree, a power transmission tower, stones, rocks or natural elevations within the secure area. The rechargeable battery can be placed nearby or buried underground increasing operating life in low temperatures. The antenna of the camera should be placed within line-of-sight of receiver antenna or repeater antenna, all the camera elements are installed in a concealed way. Most of the time video camera is in standby mode and is activated by operator or by signals from sensors received via radio-modem. Since the camera is equipped with a radio-modem, it functions within the system as an independent device that can be controlled individually. It is possible to set which radio sensors will activate the camera and for how long it should run when activated. After the activation signal is received from an inbuilt modem, the camera processor activates the camera and video data channel. The camera uses a 2.4 GHz one-way channel. The camera starts transmitting video data for a set period of time and then goes into standby mode. Detection range for pedestrian, group of people, vehicle, animal Observation angle: Horizontally Vertically Continuous operation time Continuous operation time in standby mode Power supply by external battery with voltage Communication range between TI and video receiver depending on the type of antenna Operating temperature range Dimensions (excluding projecting parts): Thermal imaging camera Thermal imaging transmitter Min. 200 m Min Min Min. 12 hr Min. 6 months 80,000 hr 12 V GHz from 0.5 to 3 km IP67 from -40 C to +50 C Max. 2.6 kg mm mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 9 of 20

10 WG Portable TV Receiver The WG Portable TV Receiver is a component part of the video control sub-system and is designated to receive the video signal via a radio channel from TV cameras and generating the image on a monitor. The WG Portable TV Receiver is designed to receive video in the process of its deployment in the terrain, when deployment of the operator s console is impossible. For example, when performing special tasks or monitoring surveillance targets paths, pipeline tapping, etc. How it works The WG Portable TV Receiver is adapted to operation under field conditions and serves for checking and adjusting the video control sub-system during its deployment on the terrain. Rated voltage of built-in rechargeable battery 3.7 V Continuous operation time (under normal climatic conditions) Up to 2.2 h Video signal receiving range in conditions of direct visibility from 0.1 to 5 km depending on the type of antenna h IP53 Operating temperature range from -10 C to +50 C Max. 0.9 kg Dimensions (excluding antenna) mm Rated voltage of built-in rechargeable battery 3.7 V Controlling and Receiving Devices Used for receiving and displaying alarm and service information from the system s devices. The Operator s Console is a portable (notebook) or desktop computer with the Windows operating system and specialised Mapping System software. It may be the computer supplied as part of the system or the one already available to you. The WG Command and Control software displays the location and operational condition of sensors and other elements on an electronic map or area plan, and enables the operator to control the network. WG Portable Operator s Console The Portable Operator s Console is a laptop computer integrated into a rugged carrying case with network communication devices and uninterruptable power supply. Features Designed to display installed sensors on an electronic area map and control their operational parameters; Monitoring operational integrity and battery condition of installed sensors every minute; Representing alarms by sound and light signals; Logging alarm messages in text and graphic form and recording video clips from video surveillance sub-system; Exchange of text messages between Handheld Control Receivers within radio transmission range. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 10 of 20

11 Unattended continuous operation time from fully charged built-in battery Min. 24 hours Video channel frequency GHz (in the lid is closed and locked) IP65 Operating temperature range from +5 C to +35 C Max. 12 kg Dimensions: Travelling position Operating position mm mm WG Command and Control Software The Command and Control Software is Command and Control Software for WG Wireless Intrusion Detection System. The command and control software is designed to process messages sent by network technical devices, display technical devices status, control technical devices operating modes and notify the operator by sound signals, text messages, changes in colour and configuration of displayed icons, video image of alarm situations within the monitored area. WG Interface displaying WG MS Multi-Sensors deployed over a pipeline. Coordinates of sensors are referenced to a graphical layout or map of monitored area to provide visualisation of alarm information and perform analysis of alarm situation. The WG software provides operation of a PC, as part of the Operator s Console delivery set within the data exchange network via radio channel by connecting a transceiver WG MS Multi-Sensor or a WG TV Control Station to a PC. Ethernet or RS232 interfaces can be used for transceiver connection. A MOXA server can be used to establish an interface between Ethernet and RS232. The WG software controls operation of sensors, control receivers and other devices operating in data-exchange network via synchronous protocol. The software is able to operate with unlimited number of networks, which is why it is possible to provide monitoring over several areas using only one Portable Operator's Console. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 11 of 20

12 Features Designed to display installed sensors on an electronic area map and control their operational parameters; Monitoring operational integrity and battery condition of installed sensors; Representing alarms by sound and light signals; Logging alarm messages in text and graphic form and recording video clips from video surveillance system; Exchange of text messages between WG Handheld Control Receivers within radio transmission range. WG Control Receiver The WG Control Receiver is used to receive, display and store alarm signals of detection devices, locate sensors and monitor their status, as well as to monitor and control the radio network. It is equipped with a digital compass and a GPS-receiver, and is capable of sending and receiving short text messages within the network. The WG Control Receiver is used for setting smaller temporary perimeters up to 40 devices. It can work as network node or as network controller. The WG Control Receiver is required for installation and start-up of the system s devices and it can serve as a receiving and controlling device in field conditions. Features Allows controlling radio sensors mode; Allows locating devices on site using inbuilt GPS receiver and a digital compass. Allows measuring seismic noise level and changing WG MS sensitivity level when it works as a seismic detection device; Allows monitoring every network element; Keeps in its memory GPS coordinates of devices locations; Receives alarm signals from one radio network including up to 40 devices. Rated voltage of built-in rechargeable battery 3.7 V Continuous operation time (without enabling GPS-receiver Min. 72 h and electronic compass) Communication range in conditions of direct visibility Min. 500 m depending on the type of antenna 80,000 h IP53 Operating temperature range from -10 C to +50 C : Max kg Dimensions (excluding antenna) mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 12 of 20

13 WG Ex Control Receiver The WG Ex Control Receiver is an explosion-proof control receiver. It is used to receive, display and store alarm signals of detection devices, locate sensors and monitor their status, as well as to monitor and control the radio network. It is equipped with a digital compass and a GPS-receiver, and is capable of sending and receiving short text messages within the network. Rated voltage of built-in rechargeable battery 3.7 V Continuous operation time (without enabling GPS-receiver and Min. 72 h electronic compass) Communication range in conditions of direct visibility depending on Min. 500 m the type of antenna 80,000 h IP53 Operating temperature range from -10 C to +50 C : Max kg Dimensions (excluding antenna) mm WG TV Control Station The WG Control Station is designed to receive video signal via radio channel, convert it into a digital format and transmit it to a PC. TV Control Station consists of two units connected by means of MBK Interconnecting Cable. The BTS Network TV Unit is a desktop device installed next to a PC. The BVA External Antenna Unit is a sealed device installed next to 2.4 GHz Base Circular Antenna (ABK-2.4) by means of AMU Antenna Mounting Mast. Power supply by external battery with voltage Video channel frequency : BTS Network TV Unit BVA External Antenna Unit Operating temperature range: BTS Network TV Unit BVA External Antenna Unit : BTS Network TV Unit BVA External Antenna Unit Dimensions BTS Network TV Unit BVA External Antenna Unit 12 V GHz IP54 IP67 from 0 C to +40 C from -40 C to +50 C Max kg Max kg mm mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 13 of 20

14 WG Trunk Repeater The WG Trunk Repeater is designed to provide connection with low-level network devices and to repeat messages to high-level network devices. The WG Trunk Repeater functions are as follows: Automatic organization of high-level network; Receipt and transmission of alarm data from low-level network devices to Operator's workstation; Transmission of Operator control commands to low-level networks. Power supply by external battery with voltage 10.8 V Duration of unattended operation when powered by VIP-1013 External Min. 1 year Battery Range of communication between two WG Trunk Repeaters in Min. 5 km conditions of direct visibility when using 433 MHz Cable Antenna h Operating temperature range from -40 C to +50 C Max. 0.5 kg Dimensions (excluding projecting parts) mm WG Cartridge with Twin-cord Microwire The WG Cartridge with Twin-cord Microwire is used as an accessory to add breakwire functionality to WG MS Multi-Sensor. An alarm is generated when the wire is broken. The Detection zone is created by spreading a microwire of one or two cartridges; microwire is concealed along border lines (passages) of monitored area or inside premises. Breaking load Max kg Initial length of a single cartridge microwire Max m Max. number of wires connected to RS-U Multi-Sensor 2 Max kg Dimensions (excluding cable glands) mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 14 of 20

15 WG 1013 External Battery The WG 1013 External Battery is a lithium battery used for supplying DC power to network devices. Internal battery type LSH 20 Output voltage from 10.8 to 11.6 V Voltage at load current of 0.3 A Min. 10 V Capacity at discharge current of A Min.12 Ah Operating temperature range from -40 C to +50 C Max. 0.8 kg Dimensions (excluding projecting parts) mm Cable length 650 mm WG 1013 Ex External Battery The WG 1013 Ex External Battery is an explosion-proof lithium battery used for supplying DC power to network devices. Internal battery type LSH 20 Output voltage from 10.8 to 11.6 V Voltage at load current of 0.3 A Min. 9.5 V Capacity at discharge current of A Min.11 Ah Operating temperature range from -40 C to +50 C Max. 0.8 kg Dimensions (excluding projecting parts) mm Cable length 600 mm WG 1026 External Battery The WG 1026 is a lithium battery used for supplying DC power to the WG MS Multi-Sensor and other network devices. Output voltage from 10 to 11.1 V Voltage of load current of 0.3 A Min. 9 V Capacity at discharge current of A Min. 22 Ah Operating temperature range from -40 C to +50 C Max. 1.4 kg Dimensions (excluding projecting parts) mm Cable length 600 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 15 of 20

16 WG 1272 External Battery The WG 1272 External Battery is a rechargeable lead-acid battery used for supplying DC power to network devices. Output voltage from 12.5 to 13.8 V Voltage of load current of 0.3 A Min. 12 V Capacity at discharge current of A Min. 5 Ah Average lifetime Min. 200 charge-discharge cycles Operating temperature range from -40 C to +50 C Max. 1.3 kg Dimensions (excluding projecting parts) mm WG 1513 External Battery The WG 1513 External Battery is a rechargeable Lithium battery used for supplying DC power to network devices. Output voltage from 11.0 to 16.6 V Voltage of load current of 0.3 A Min. 12 V Capacity at discharge current of A Min. 13 Ah Average lifetime Min. 500 charge-discharge cycles Operating temperature range from -40 C to +50 C Max. 2.9 kg Dimensions (excluding projecting parts) mm WG 433 MHz Whip Antenna The WG 433 MHz Whip Antenna is designed to provide wireless data exchange between sensors. It is a demountable, camouflageable antenna with a cruciformshaped antenna counterpoise. It is a standard antenna to be used with WG MS sensor. Bandwidth (SWR=2.0) 15 MHz Frequency range MHz Horizontal radiation pattern circular pattern Antenna gain 4 dbi Connector TL (TNC 7406A) Range of communication between two sensors when using up to 1.5 km 433 Antenna Operating temperature range from - 40 C to + 50 C Max kg Dimensions (excluding cable) Height Diagonal of the basement 500 mm 350 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 16 of 20

17 Radiation pattern in the vertical plane when antenna is installed on: ground surface metal surface when antenna is installed above ground, SWR = 1.3, maximum gain of 5 dbi WG 433 MHz Long Whip Antenna The WG 433 MHz Long Whip Antenna is designed to provide wireless data exchange between sensors deployed in area without tall trees, where a long communication distance is required. It is a demountable antenna with an inductance coil which can be easily camouflaged. Bandwidth (SWR=1.8) 20 MHz Frequency range MHz Horizontal radiation pattern circular pattern Antenna gain 2.5 dbi Connector TL (TNC 7406A) Range of communication between two sensors when using up to 5 km antenna. Operating temperature range from minus 40 C to plus 50 C Max. 0.3 kg Dimensions (excluding cable) Height Diagonal of the basement 800 mm 350 mm Radiation pattern in the vertical plane when installing the antenna on ground surface (SWR = 1.8) when installing antenna on metal surface (SWR = 1.0) *communication range is specified for conditions of direct visibility and normal magnetic environment Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 17 of 20

18 WG 433 MHz Cable Antenna The WG 433 MHz Cable Antenna is designed to provide wireless data exchange between sensors and used along with the sensors which are operated in repeaters mode. It can be easily camouflaged. It is installed on a tree or a support. Optimum altitude of the antenna installation is from 2.5 to 3 m. Bandwidth (SWR=1.8) Over 18 MHz Frequency range MHz Horizontal radiation pattern circular pattern Antenna gain 2 dbi Connector TL (TNC 7406A) Range of communication between two sensors when using Antenna. up to 10 km Operating temperature range from minus 40 C to plus 50 C Max kg Dimensions (excluding cable) Height Width 700 mm 35 mm Radiation pattern In the vertical plane when lifting the antenna above the ground * communication range is specified for conditions of direct radio visibility and electromagnetic interference level lower than -100 dbm WG 433 MHz Magnetic Base Whip Antenna The WG 433 MHz Magnetic Base Whip Antenna is designed to provide wireless data exchange between sensors. It is a two-section whip (1/4 + 5/8 wave) on a magnetic basement. It is installed on a metallic surface e.g. car roof. Bandwidth (SWR=2.0) 20 MHz Frequency range MHz Horizontal radiation pattern circular pattern Antenna gain 5 dbi Connector TL (TNC 7406A) Range of communication between two sensors when using up to 4 km antenna. Operating temperature range from minus 40 C to plus 50 C Max. 1.1 kg Dimensions (excluding cable) Height Diagonal of the basement (2 variants of execution) 755 mm 80 mm or 125 mm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 18 of 20

19 Radiation pattern in the vertical plane when antenna is installed on metal surface Dependence of SWR on frequency SWR < 1.5 within frequency interval from 427 to 440 MHz *communication range is specified for conditions of direct visibility and normal magnetic environment. WG 433 MHz Underground Antenna The WG 433 MHz Underground Antenna is designed to provide a wireless data exchange between sensors over the distance of 600m provided that "A" part of the antenna is placed above the ground. The antenna is used in areas which do not allow above ground installation of antennas and require a high degree of camouflage: manufacturing, agricultural or flooded areas. Bandwidth (SWR=2.0) 25 MHz Frequency range MHz Horizontal radiation pattern circular pattern Antenna gain Gmax 1 dbi Input impedance (HF) 50 Ω DC input impedance 0 Ω Connector TL (TNC 7406A) Operating temperature range from minus 40 C to plus 50 C Max. 0.3 kg Dimensions (excluding cable) mm Main feature: improved impact resistance Operating restrictions: It is not recommended to use the antenna in a radio-absorbing medium: wet clay, black soil, salt water. Radiation pattern SWR thin line air, heavy line sand * reference data for conditions of direct radio visibility and electromagnetic interference level lower than -100 dbm Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 19 of 20

20 WG Liner Interface Box The WG Linear Interface Box consists of three units: Relay Control Unit and Switching Relay Unit (from 1 up to 5 units). It is designed to receive data from sensors and to transmit alarm data to remote Control Station via cable communication lines. BSL versions: 8-way (1 pc) 16-way (2 pcs) 24-way (3 pcs) 32-way (4 pcs) 40-way (5 pcs) Communication range in conditions of direct visibility depending on the type of antenna Number of sensors assigned to one relay unit from 0.5 to 5 km Max.16 IP53 Operating temperature range from -40 C to +50 C : BUR Relay Control Unit Max kg BKR Switching Relay Unit Max. 0.5 kg Dimensions BUR Relay Control Unit mm BKR Switching Relay Unit mm Important All the above components constitute the main part of the WG System. The system may also include other minor components, such as connecting cables, other antennas, supplementary software, packaging, spare parts, etc. These minor components may be supplied with the system depending on the requirements. The manufacturer reserves the right to modify any of the components of the system and add new components, provided these modifications and additions improve and enhance the system s performance. This WG system is a unique and cost efficient solution for surveillance of extended perimeters and remote areas. Its mobile and autonomous architecture makes it the best surveillance solution for use in mountainous areas and areas with no access to power, or communication infrastructure. Simplicity of installation and operation allows avoiding design stage in most projects, saving money and time. Westminster Group Plc, Westminster House, Blacklocks Hill, Banbury, Oxfordshire, OX17 2BS, United Kingdom Page 20 of 20