Intrusion detection system - Import export

FM-30(24)-С (Curtain) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-30(24)-С (Curtain) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-30(24)-С (Curtain) have 5 frequency letters.

FM-60-C (Curtain) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-60-C (Curtain) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-60-C (Curtain) have 5 frequency letters.

The principle of operation is based on the operation of two channels working on two different physical principles of detection: bistatic microwave and bistatic infrared. Combination of two detection principles (Microwave and Infraredbeam) makes protection more effectively. An alarm is generated by crossing two detection channels at the same time. The sensors performance is the most effective on direct perimeter sectors requiring extra narrow detection zone, for example, if the sensors are installed by the top of the fence, in corridors, in areas near side-walks and roads, etc. The essential advantage of the sensors is the high interference immunity. The sensors have USB and RS-485 interfaces for work with special software. The software make it easy to start up the sensors and assures correct configuration of parameters. 4 frequency letters eliminate the influence of adjacent sensors. Like this it is possible to put several sensors near each other.

The principle of operation is based on the operation of two channels working on two different physical principles of detection: bistatic microwave and bistatic infrared. Combination of two detection principles (Microwave and Infraredbeam) makes protection more effectively. An alarm is generated by crossing two detection channels at the same time. The sensors performance is the most effective on direct perimeter sectors requiring extra narrow detection zone, for example, if the sensors are installed by the top of the fence, in corridors, in areas near side-walks and roads, etc. The essential advantage of the sensors is the high interference immunity. The sensors have USB and RS-485 interfaces for work with special software. The software make it easy to start up the sensors and assures correct configuration of parameters. 4 frequency letters eliminate the influence of adjacent sensors. Like this it is possible to put several sensors near each other.

FM-42(24) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-42(24) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-42(24) have 5 frequency letters.

FM-60-V (Volume) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-60-V (Volume) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-60-V (Volume) have 5 frequency letters.

The principle of operation is based on the operation of two channels working on two different physical principles of detection: monostatic microwave and monostatic infrared. We use the sensor FM-30 for microwave channel of MIR sensors. That is why all the advantages and features of FM are appropriate to MIR sensors, especially: - the sensors detection zone is divided into sub zones, every sub zone can be configured separately, any sub zone can be disconnected to make secured passages for people or transport through gates. - using of special software via USB or RS-485 interfaces allows to configure correctly the sensor in-field as well as remotely from the guard room. - the sensors have 5 frequency letters allowing to install and operate them near each other. The sensors MIR-M30 have beam-shaped detection zone, that is why we recommend to use them for the protection of "frontiers".

The principle of operation is based on the operation of two channels working on two different physical principles of detection: bistatic microwave and bistatic infrared. Combination of two detection principles (Microwave and Infraredbeam) makes protection more effectively. An alarm is generated by crossing two detection channels at the same time. The sensors performance is the most effective on direct perimeter sectors requiring extra narrow detection zone, for example, if the sensors are installed by the top of the fence, in corridors, in areas near side-walks and roads, etc. The essential advantage of the sensors is the high interference immunity. The sensors have USB and RS-485 interfaces for work with special software. The software make it easy to start up the sensors and assures correct configuration of parameters. 4 frequency letters eliminate the influence of adjacent sensors. Like this it is possible to put several sensors near each other.

FM-30 is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-30 detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-30 have 5 frequency letters.

FM-60-F (Fan) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-60-F (Fan) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-60-F (Fan) have 5 frequency letters.

FM-30(24)-V (Volume) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-30(24)-V (Volume) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-30(24)-V (Volume) have 5 frequency letters.

FM-60(24) is a volumetric monostatic microwave sensor intended for protection of separate perimeter sectors where it is difficult or impossible to use bistatic devices, e.x. blind alleys, marshlands, ravines, stock areas, tunnels, viaducts, etc. FM-60(24) detection zone is divided into 12 subzones which can be set up separately. One or several sub zones can be disconnected. Disconnecting the sub zones we can provide «secured» passages on the protected site for free moving of people through the checkpoint and free moving of transport through the gates. In order to increase the interference immunity we recommend to disconnect the sub zones where detection is not required. THE SENSORS CAN BE CONFIGURED: -by laptop (OC Windows) via USB on-site; -by tablet or smartphone (OC Android) via Bluetooth or USB on-site; -by computer connected via Ethernet; -remotely from the security post via RS-485. The sensors FM-60(24) have 5 frequency letters.

Principle of operation of the breakage sensor is based on the integrity control of closed perimeter line generated by a double micro wire. A very thin and imperceptible wire is stretched from the sensor’ case and fastened along to the perimeter site or the object surface, transport, doors or windows. If an intruder enters the perimeter or steals an object, he breaks the wire. Close the micro wire end by sealing it with a match or lighter flame to generate a closed perimeter line. After the switching ON the sensor goes to the stand-by mode to control the micro wire integrity. The sensor triggers at the breakage of a double micro wire. Triggering is accompanied with an intermittent sound alarm. MOSKIT-KIT is intended for the sensor transportation on a waist belt in the compact bag and has two spare cartridges. MOSKIT-KIT includes: - compact bag with the fixations on a waist belt - 1 pc. - sensor MOSKIT - 1 pc. - spare cartridges in the protective pocket - 2 pc.

Principle of operation of the breakage sensor is based on the integrity control of closed perimeter line generated by a double micro wire. A very thin and imperceptible wire is stretched from the sensor’ case and fastened along to the perimeter site or the object surface, transport, doors or windows. If an intruder enters the perimeter or steals an object, he breaks the wire. Close the micro wire end by sealing it with a match or lighter flame to generate a closed perimeter line. After the switching ON the sensor goes to the stand-by mode to control the micro wire integrity. The sensor triggers at the breakage of a double micro wire. Triggering is accompanied with an intermittent sound alarm. THE MICRO WIRE HAS A SMALL DIAMETER AND A MASKING COLOR. That’s why it is barely visible for an intruder and doesn’t provoke any efforts for a human during its breakage. The sensor MOSKIT is supplied from a built-in battery. SMALL DIMENSIONS AND WEIGHT.

FORTEZA-1000 is a quickly deployable intrusion detection system intended for temporary protection of sites, small perimeters and perimeter sectors. The system can be used for protection of VIP aircrafts, critical cargo, precious machines, night parkings, military and medical camps, building facilities as well as for Border Service to detect the movement of criminal groups. Operational frequency 2,45 GHz NO DEAD ZONES NO MUTUAL INTERFERENCE OF ADJACENT SETS

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Exhaled Breath = 78.04% Nitrogen + 13.6%-16% Oxygen = CO2 Car Exhaust = Carbon Dioxide + Carbon Monoxide + Sulphur Dioxide + Nitrogen Oxides + Hydrocarbons How do we know this? Gas detection in Continuous Emission Systems (CEMS), combustion analysers and environmental monitoring are key to ensuring that the world we live in is monitored for its pollution and environments we work in are safe to do so as gases can be detrimental to life. Knight Optical provide a number of optical components that are used in Gas Detection Systems. We can also provide interference bandpass filters that work within the IR, front surface mirrors, gas cells and singlet lenses and window made from Germanium (Ge), Calcium Fluoride (CaF2), Silicon (Si), Quartz/ Fused Silica, Magnesium Fluoride (MgF2) and Sapphire (Al2O3). Read PDF for more information ….

Fire Sprinklers * PENDENT TYPE SPRINKLERS / UPRIGHT TYPE SPRINKLERS / SIDEWALL TYPE SPRINKLERS / SQUARE COVER PLATE ** Materials: Brass / Orifice: K80(5,6), K115(8,0) / Response : Standard and Ouick / Activation Temp.: 57ºC , 68ºC, 79ºC, 93ºC, 141ºC / Connection Dia.: 1/2'', Working Pressure: 175 PSI (12,1 Bar), Connection Type: Thread (NPT) *** Application Areas: Residences / Hotels / Hospitals / Business Centers / Hostel / Shopping Centers / Parking Areas / Garages / Factories / Storages etc.

Connection Type: U bolt or Threaded / Working Pressure: 400 - 450 PSI / Working Temp.: 0ºC , +49ºC. ** In wet pipe systems, generally pedal type water alarm switches are used for informing users 4-10 gpm water flow has started. Water flow switches are used in Aqueous and foam fire extinguishing systems. They are used in only wet pipe systems. Because of the dry contact feature it appears on the control panel. Flow switches are suitable for the using in indoor and outdoor. *** Application area: All wet pipe lines

The Fire Thermal Infrared (FireTIR) detection system is based on fixed infrared cameras which measure the viewed surface temperatures in real time and connect to a user friendly software interface.

With the development of CHARM®, Open Grid Europe is providing an efficient leakage control method for natural gas pipeline networks and thus an alternative to the labour intensive practice of conducting on-site inspections of the pipelines with gas detection devices. CHARM® is a highly accurate infrared laser system integrated in a helicopter that is capable of precisely detecting even very low methane concentrations from the air. Even in the case of very complex pipeline topologies, the course of the pipeline can be detected consistently on a large scale during the flight by an automatic, highly precise scanning beam control system (autotracking), thus ensuring a reliable leak tightness inspection of the natural gas pipeline.