"OSID is easy to install and maintain. It can solve the main defects of traditional cross-beam detectors and will not be affected by fog, insects and light. The product has simple deployment and excellent smoke detection performance.
OSID has patented dual-wavelength multi-beam technology, including CMOS imager, advanced detection algorithm and 3D stereo coverage, which provides unparalleled reliability, strong anti-false alarm ability and low installation cost. Compared with existing smoke detection products, the installation and debugging cost of OSID can be reduced by 50%-75%. In addition, the detection space of OSID can be increased by 50% compared with the traditional opposite detector.
The best choice for opening a large space For open spaces, such as stadiums, airports, subway stations, shopping centers, hotels, entertainment places, warehouses and manufacturing places, fire detection is very challenging. These challenges include the reliability of fire detection, the flexibility of configuration, how to prevent interference alarm, how to effectively reduce installation and maintenance costs and improve efficiency.
Configuration options The OSID system can be configured by selecting the number of emitters and the type of imager, and can be used in various detection spaces. Each type of imager is different because of the different lenses used, and the field of view of different systems is also different.
OSID specification: power supply voltage: 20-30VDC (nominal voltage: 24VDC). The diameter of the field wiring cable is 0.2-4m2 (26- 12 AWG).
Alarm threshold level: three-level adjustable (down, up, middle,) adjustment degree 60 horizontal 15 vertical.
Dimensions (length, width and height): emitter/imager198mm×130mm× 96mm Operating environment-10℃ -55℃ *
IP grade: the electronic product grade is IP 44, and the optical product shell grade is IP66.
Status LED light: fire alarm (red) failure/power supply (yellow/green) Common traditional anti-fire detectors are prone to the following problems: 1) It is easily affected by the displacement of building structures, resulting in alignment deviation, which can not effectively detect and alarm smoke; 2) Due to the existence of dust, flying insects, fog and steam, it is easy to cause disturbing alarm; 3) The traditional anti-fire detector needs accurate alignment during installation and debugging, and it often takes a lot of time for installation and debugging and subsequent daily maintenance; 4) The application of traditional anti-beam detector in irregular space has limitations. 5)OSID dual recognition imaging smoke detection system-overcomes the main defects of traditional anti-detectors, and provides a reliable and cost-effective protection scheme for those open spaces that only need ordinary sensitivity detection. 6) 6) The system of OSID includes an imager (a camera-like device with a wide field of view) and one or more wired or battery-powered transmitters installed on the opposite wall for alignment in the protected area. The transmitter emits dual-band reverse infrared and ultraviolet beam signals to the imager. Revolutionary innovative technology effectively meets the challenge of smoke detection in open space. OSID uses the new IR&; Ultraviolet dual identification smoke detection technology can effectively distinguish real smoke from other interferences, such as insects, steam and dust, thus greatly reducing interference alarm. Once the received light source changes due to the real smoke particles at the scene, the imager will give an alarm. This is because smoke will reduce the wavelength band of ultraviolet light to a greater extent than infrared light, and dust and solid objects have the same influence on these two wavelengths. OSID uses a wide-angle imaging sensor, and its software can compensate for building vibration and structural displacement. With this unique performance, OSID can track the signal from the transmitter fixed on the wall and adjust it to 4 degrees in any direction without causing false alarm. One imager of OSID can be used for up to 7 transmitters, and the transmitters can be used without cables. Moreover, due to the large viewing angle of the imager, there is no need for accurate alignment between the imager and the transmitter, which is convenient for installation, debugging and future maintenance. Another significant advantage of OSID is that it can provide 3D stereoscopic coverage, and each emitter can be installed at different heights, which can meet the needs of any irregular space application.
OSID·OSID provides a way to obtain a patent based on the uncompromising advantages of digital images, dual-frequency beams and intelligent algorithms:
Patented dual wavelength, ultraviolet and infrared particle detection;
2) CMOS camera with wide viewing angle;
3) simple installation, debugging and maintenance;
4) High resistance to vibration and tectonic movement;
5) Strong anti-interference ability, dust, fog, steam, reflection and object invasion;
6) High anti-reflection sunlight;
7) Caution and 3D coverage from the aesthetic point of view;
8) The energy range can reach 150 M(492 feet), and the minimum free space is 20×20 cm (8×8 inches; )
Shopping center in the place of use (3D detection can be configured to protect large open space)
Extended corridor (up to 100 m 328 ft in length)
Railway station (not affected by ambient light, can be detected accurately)
The use environment of the detector is harsh.
Historical sites and cultural relics (secret investigation)
The core area of hotels and offices
Churches and church airports
With the development of domestic economy, people have higher and higher requirements for their own safety and property safety. Traditional smoke detection equipment needs constant research and development to improve its own functions. In recent years, Shenzhen Yang Ting Technology Co., Ltd. has introduced the OSID one-to-many high-tech infrared crosstalk detection equipment from the Australian company Xtralis, making up for the domestic blank in this field.
Can provide users with comprehensive technical services:
-Meticulous pre-sales service: help users fully understand the performance of various fire-fighting products, and design the best technical solutions for users according to their specific requirements. In addition, Yang Ting Science and Technology also has high-level technology research and development capabilities, and has independently developed a series of networking software, which can design networking schemes and provide software programs according to users' requirements and actual conditions.
-Good service in sales: we can design technical construction for users, explain installation precautions and technical essentials to construction units, provide technical guidance for installation work and ensure correct installation. We are also responsible for the debugging of the whole system to ensure the realization of the design function.
-Perfect after-sales service: when the equipment fails, it will be repaired and maintained in time to ensure the normal operation of the system; Train operators to master equipment operation, judge various situations and make correct treatment.