Achieving "24-hour continuous measurement" for 2 weeks with a single coin cell battery at a 100Hz sampling rate.
This is an energy-saving vibration measurement system utilizing Monowireless's TWELITE CUE. This system enables "24-hour continuous measurement." By measuring "large movements over long periods," it can collect useful data for "operational monitoring" and "predictive maintenance," which are difficult to address with conventional vibration sensors. Both the microcontroller and the computer support application customization. In the case of TWELITE CUE RED, communication is possible up to approximately 100 meters within the factory's line of sight.
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basic information
TWELITE CUE - TWELITE (BLUE / RED) - Accelerometer - Magnetic sensor - CR2032 coin battery holder - Dedicated case Vibration measurement app (TWELITE) - Continuous measurement at 100Hz - Calculation of amplitude - Communication processing compatible with TWELITE WINGS Vibration recording app (PC) - C# + WPF - SQLite3 - Simple graph display function - Excel / CSV export function
Price range
P3
Delivery Time
Applications/Examples of results
Predictive maintenance, preventive maintenance, operational monitoring, etc. - Vibration measurement of press machines - Vibration measurement of machining equipment - Vibration measurement of tightening machines - Vibration measurement of vehicles and AGVs - Vibration measurement of motors, compressors, etc. - Rotational speed measurement (customized support)
Company information
Saki Lab is an exceptionally serious system development company. In recent years, it has particularly focused on system development related to FA (Factory Automation). Its strongest area is software development. It can develop various software, from microcontrollers to the cloud. It also supports the development of control software using PLCs. Next, it excels in network construction. It can handle not only IT-related networks like Ethernet but also FA-related field networks. It is also engaged in wired and wireless site surveys and optimizations. Regarding hardware, it specializes in the implementation of low-power wireless microcontrollers and IoT devices utilizing MEMS sensors.