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Sonas Wireless Vibration Measurement System 'sonas x Series' No need for power supply preparation or wiring work at the measurement location. Its palm-sized design makes installation easy, resulting in total costs that are less than half compared to wired systems. Additionally, it features a long battery life of over one year and energy-saving capabilities. There is no measurement loss thanks to the built-in SD card. 【Features】 ■ Easy installation ■ High maintenance efficiency ■ Compact device at low cost ■ Microsecond-level time synchronization between sensors ■ Installation of sub-units completed in just 2 steps *For more details, please refer to the PDF document or feel free to contact us.

The installation work, which has been difficult until now, takes only 5 minutes! Our unique IoT wireless technology enables extensive measurements! The 'sonas x series' is a wireless vibration measurement system that allows for structural monitoring comparable to wired systems. (NETIS registration number: KT-230117-A) There is no need to prepare power sources or wiring at the measurement locations. Its palm-sized design makes installation easy, resulting in total costs that are less than half compared to wired systems. Additionally, it features a long battery life of over one year and is energy-efficient. There is no measurement loss thanks to the built-in SD card. 【Features】 ■ Easy installation ■ High maintainability ■ Compact device at low cost ■ Time synchronization between sensors in microseconds ■ Installation of sub-devices completed in just 2 steps *For more details, please refer to the PDF document or feel free to contact us.

This is a wireless vibration measurement system capable of precision measurements comparable to wired systems. The sensor unit is palm-sized. There is no need to prepare power sources or wiring at the measurement location. It can be easily installed, reducing the introduction costs. It can operate on battery for over a year. Monitoring and remote surveillance can be done via a computer. Data can also be recorded on the built-in SD card. 【Features】 ■ Easy installation ■ High maintenance efficiency ■ Compact device at low cost ■ Time synchronization between sensors in microsecond units ■ Installation of sub-units can be completed in just two steps *For more details, please refer to the PDF document or feel free to contact us.

This is a wireless vibration measurement system capable of micro-motion measurement comparable to servo-type accelerometers and wired types. The sensor unit is palm-sized. No power supply is needed at the measurement location. No wiring work is required, making installation easy. Moving the sensor unit is also simple. It can operate for over a year on battery power. Monitoring and remote surveillance can be done via a computer. Data can also be recorded on the built-in SD card. 【Features】 ■ Compact device at a low cost ■ Time synchronization between sensors in microsecond units ■ Installation of sub-units is completed in just two steps *For more details, please refer to the PDF document or feel free to contact us.

■It has the following features! - No wiring required for buildings over 40 stories, allowing multi-point measurement of the entire structure - Wireless measurement possible even underground - Can operate on battery for over a year - Despite being wireless, the time synchronization accuracy between sensors is below milliseconds ■It can be useful in the following ways - Reduces equipment installation costs - No need for power or network construction - Total costs are less than half compared to wired systems For communication and time synchronization, we use our proprietary LPWA, UNISONet, which enables wireless acquisition of three-axis acceleration data.

Equipped with a high-precision accelerometer sensor M-A352 from Seiko Epson! - The sensor unit is palm-sized. - No need for power supply preparation or wiring work at the measurement location, making installation easy. - Moving the sensor unit is also simple. - Battery operation is possible. - Monitoring and remote surveillance via computer is available. - Recording is possible on the built-in SD card. 【Features】 ■ Easy installation work ■ High maintainability ■ Compact device at low cost ■ Time synchronization between sensors in microsecond units ■ Installation of sub-units can be completed in just 2 steps *For more details, please refer to the PDF document or feel free to contact us.

Equipped with a high-precision accelerometer sensor M-A352 from Seiko Epson! 【Features】 ■ Time synchronization between sensors in microsecond units ■ Sensor unit is palm-sized. ■ No need for power supply preparation or wiring work at measurement locations, making installation easy. ■ Easy to move the sensor unit ■ Battery operation available ■ Monitoring and remote surveillance possible via computer ■ Can also record on the built-in SD card *For more details, please refer to the PDF document or feel free to contact us.

Equipped with the high-precision accelerometer "M-A352" manufactured by Seiko Epson! 【Features】 - Synchronizes the time between sensors in microsecond units - The sensor body is compact and palm-sized - No need for power supply or wiring work at the measurement location, easy to install - Designed for easy movement of the sensor - Can operate on battery power - Supports monitoring and remote surveillance using a PC - Data can also be recorded on the built-in SD card *For more details, please refer to the PDF document or feel free to contact us. #1

【Features】 ■ Synchronization between sensors with microsecond precision ■ Compact sensor body the size of a palm ■ No need for power preparation or wiring at the measurement location, allowing for easy installation ■ Sensors can be easily moved ■ Supports battery operation ■ Compatible with monitoring and remote surveillance via computer ■ Data can also be saved to the built-in SD card *For more details, please refer to the PDF document or feel free to contact us. #2

Equipped with the high-precision accelerometer "M-A352" manufactured by Seiko Epson! 【Features】 - Achieves synchronization between sensors at the microsecond level - Compact design, palm-sized - No power supply or wiring work required, easy to install - Easy to carry and smooth mobility - Battery-operated - Supports real-time monitoring and remote surveillance using a PC - Data can be recorded on the built-in SD card *For more details, please refer to the PDF document or feel free to contact us. #2

Remote monitoring is achieved even in places where mobile phone signals do not reach, such as underground or in tunnels, through our unique multi-hop wireless UNISONet. There is no need for power supply preparation or wiring work at the measurement points. With simple installation work, the total cost is less than half compared to wired systems. We provide this system along with a cloud-based management solution that can be accessed remotely. *For more details, please refer to the PDF document or feel free to contact us.

A wireless network that operates with low power consumption enables multi-point synchronized measurements throughout large structures such as high-rise buildings, as well as remote monitoring in underground areas and tunnels. Wiring work and power preparation at measurement locations are unnecessary. Thanks to smartly designed devices and simple installation procedures, total costs can be reduced to less than half compared to wired systems. We provide a remotely operable management system via the cloud, achieving efficient operation. Our wireless network, responsible for communication and time synchronization, utilizes our proprietary LPWA technology "UNISONet." *For more details, please refer to the PDF document or feel free to contact us.*

Sonas Wireless Vibration Measurement System 'sonas x Series' - The sensor unit is battery-operated and wireless, eliminating the need for power supply or wiring work. Compared to wired systems, the installation cost can be significantly reduced. - Multi-point measurements can be easily achieved. - Despite being wireless, the time synchronization accuracy between sensors is in the microsecond range. - Long battery life of over one year and energy-efficient. - No measurement loss with the built-in memory card. - Remote monitoring and data collection via the cloud are possible. *For more details, please refer to the PDF document or feel free to contact us.

Features of the Sonas Wireless Vibration Measurement System 'sonas x Series' - The sensor unit is battery-powered and wireless, eliminating the need for power preparation and wiring work, significantly reducing installation costs compared to traditional wired systems. - Multi-point measurement can be easily achieved. - Time synchronization accuracy between sensors reaches the microsecond level. - Designed for long life, achieving over one year of battery operation while pursuing energy efficiency. - Equipped with an internal memory card to prevent data loss. - Utilizes cloud services for remote monitoring and data collection. *For more detailed information, please refer to the PDF document or contact us. #1

Features of the Sonas Wireless Vibration Measurement System 'sonas x Series' ● Wireless & Battery-Powered Units: Easy installation and relocation without the need for wiring or power preparation. Significantly reduces implementation costs compared to traditional wired systems. ● Easy Multi-Point Measurement: Allows for simple measurements at multiple locations. ● High-Precision Time Synchronization: Time synchronization between sensors is achieved at the microsecond level. ● Long-Life Battery Design: Capable of continuous operation for over a year due to high energy-saving performance. *For the standard model. ● Data Storage Function: Equipped with an internal memory card to prevent loss of measurement data. ● Cloud Compatibility: Enables real-time monitoring and data collection from remote locations. *For detailed information, please refer to the PDF document or contact us directly.

The Sonas vibration measurement system has been a long-standing supporter as a wireless vibration meter for structural monitoring. It is ideal for earthquake observation in buildings and apartments, as well as for acceleration measurement in structures like bridges. The historical models have a wealth of measurement records in large-scale structures such as skyscrapers and long bridges. 【Features】 - Achieves synchronization between sensors in microsecond units - Compact design the size of a palm - No need for power supply or wiring work, allowing for easy installation - Easy to transport sensors, enabling smooth movement - Battery-operated - Supports remote monitoring and data collection using the cloud - Capable of recording data on an internal memory card

We would like to introduce a case where a "Wireless Vibration Measurement System" was implemented at Akihou Mining Co., Ltd. to remotely monitor the vibrations generated by blasting during mining operations. Previously, we measured the integrity of underground equipment using a portable vibration meter, but it required installation and retrieval before and after blasting, necessitating a total of 6 km of travel underground for each blast. After the implementation, even those without special knowledge of wireless technology were able to easily achieve remote monitoring, significantly reducing the workload of blasting vibration measurement. 【Case Overview】 ■ Challenges - The measurement tasks involving travel to and from underground equipment before and after blasting were burdensome. ■ Implementation Effects - Achieved remote monitoring of underground tunnels with easy installation and low cost through wireless technology. - Significantly reduced manual measurement tasks. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where a "wireless vibration measurement system" was implemented to monitor ground vibrations occurring during pile driving at the bay construction site for Toa Construction Co., Ltd. Due to the vastness of the construction site, using a wired vibration meter often required over 100 meters of wiring in some areas, making the installation and removal of equipment quite challenging. After the introduction of the system, the equipment operates wirelessly on battery power, eliminating the need for cumbersome wiring, which allowed for easy and constant remote monitoring of ground vibrations during pile driving. 【Case Overview】 ■ Issues - The burden of wiring work and preparing power sources on-site ■ Benefits of Implementation - Easy realization of constant remote vibration monitoring - Reduction in the labor and costs associated with equipment installation, removal, and power preparation *For more details, please download the PDF or feel free to contact us.

In seismic observation across multiple floors of existing architectural structures, utilizing a system that operates wirelessly without cable wiring enables the construction of a cost-effective observation system. This application note introduces a case study of a system designed for multi-point synchronized measurement of seismic vibrations in apartment buildings, using a low-power wireless network built with 69 wireless terminals, including the Sonas x series. *For detailed information about the case study, please refer to the related links. For more information, feel free to contact us.*

As many domestic bridges are simultaneously reaching their service life, deflection is one of the important indicators in bridge maintenance management. In deflection monitoring, there has been a demand for a power-efficient battery-operated system that can acquire three-axis acceleration data at multiple points on the girder over the medium to long term. The Sonas x series has responded to this need by establishing a system that can continuously acquire deflection values on actual road bridges. This application note presents a case study of a system built to efficiently collect acceleration data at the timing of large vehicles passing through, aimed at the continuous acquisition of deflection values on road bridges. *For more details on the case study, please refer to the related links. For further inquiries, feel free to contact us.

This time, we will introduce a new wireless vibration (acceleration) measurement system that overturns the common knowledge of seismometers. This system boasts performance equal to or greater than traditional wired systems, particularly demonstrating its advantages in high-rise buildings and extensive structures. Equipped with Sonas' unique multi-hop wireless UNISONet, this system allows for multi-point measurements without wiring, even in buildings over 40 stories tall. Additionally, by operating on batteries, it is completely wireless, eliminating the need for wiring work or power supply preparation, which significantly reduces installation costs. Moreover, despite being wireless, the time synchronization accuracy between sensors is achieved within milliseconds, enabling high-precision measurements. *For more details, you can view the blog through the related links. Please feel free to contact us for more information.*

Today, I have some exciting news for everyone. Our "Wireless Tilt Monitoring System" (NETIS Registration Number: KT-230117), which is registered with the Ministry of Land, Infrastructure, Transport and Tourism's NETIS (New Technology Information System), has successfully had its registration details changed and approved. Some of you may be wondering what’s so great about this, but with this change, all systems equipped with UNISONet are now eligible technologies for NETIS registration. In other words, this opens up opportunities for our technology to be utilized in even more fields moving forward. *You can view the detailed content of the blog through the related link. For more information, please feel free to contact us.*

◆Features Wireless micro-motion measurement over a wide area and multiple points (no wiring work is required for measurement points). Achieves high-precision time synchronization (within 80μs) and highly reliable measurements completely wirelessly. The communication distance between terminals is approximately 2 km in line of sight. By using relay devices, it can reach approximately 20 km in line of sight. It can be installed in complex locations within buildings and across a wide range of measurement points.