Peace of mind in exhibition spaces. Non-contact intrusion and proximity detection system.
In the protection of artworks and cultural properties, in addition to preventing theft and vandalism, the most important aspect is to safeguard the works without causing damage. While there is a demand for monitoring that does not involve touching the artworks, the installation and operation of cameras can often be challenging due to privacy considerations and installation constraints. Furthermore, there is a need to reliably detect intrusions or approaches during nighttime or after hours, as well as to quickly identify signs of not only theft but also vandalism, damage, and removal. Against this backdrop, there is a growing demand for sensors that possess the characteristics of "not handling images," "not making contact," and "being less affected by environmental factors." As an option, the use of microwave sensors that can detect intrusions and approaches without contact is considered effective. These sensors detect human movement and proximity through changes in radio wave reflection and can operate stably even in dark environments. They can detect behaviors such as "reaching out to the exhibit," "crossing the rope," or "being too close" and provide immediate notifications. They serve as an additional detection layer that complements existing security systems, contributing to deterrence and early response. They are also effective in enhancing security around exhibition rooms, storage areas, and various entrances and the periphery of buildings.
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Line up（4）
| Model number | overview |
|---|---|
| BSS01 / BSM02 | An intrusion detection sensor that is highly resistant to natural environments and capable of distance measurement. Unlike conventional Doppler and infrared interruption methods, it adopts the FMCW method to detect intrusions based on distance and reflection levels. This has reduced false alarms compared to traditional methods. It complies with the technical standards conformity certification (ARIB STD-T73) for 24GHz band specific low-power radio stations, eliminating the need for cumbersome radio station license applications during use. Additionally, it can be used both indoors and outdoors in the country. |
| BSS20 | Terrorism prevention measures in critical infrastructure such as power plants and airports: 3D radio wave barriers reliably catch terrorists. Microwave smart sensors are intrusion detection sensors that use 24GHz band radio waves. They detect intruders by blocking the detection area composed of multiple opposing transmitters and receivers. *Complies with the technical standards conformity certification for 24GHz band specified low power radio stations (ARIB STD-T73). |
| BSS201-P1／BSM201-P1 | Security measures in factories and facilities: catering to various needs from simple installations to permanent setups. The microwave multi-span sensor BSS201-P1 is an intrusion detection sensor that uses 24GHz band radio waves. It detects intruders by blocking the detection area formed by a pair of transmitters and receivers. *Complies with the technical standards for specific low-power radio stations in the 24GHz band (ARIB STD-T73). |
| BSS300 / BSS301 | Security and safety measures in factories and facilities: catering to various needs from simple installations to permanent setups. Microwave short-range sensors can monitor nearby areas with a wide angle. They are resilient to changes in the surrounding environment, such as weather, and achieve low false alarms in intrusion monitoring. |
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Pal Giken is a group of engineers that realizes customers' dreams through manufacturing technology. We provide a unique product, a "one-and-only product," that meets the specific needs of our customers, rather than offering something that exists in multiple forms in the world.
