Used LING DYNAMIC SYSTEMS D390-8004 #9013979 for sale

LING DYNAMIC SYSTEMS D390-8004 is an advanced laboratory accessory that is designed to provide unparalleled accuracy and precision in the measurement of mechanical vibration and shock events. It is a platform that is capable of tolerating the highest levels of vibration and shock. This equipment offers a high degree of flexibility in the selection of sensors, conditioning amplifiers, position transducers, and other transducer components for a wide variety of measuring tasks. D390-8004 features an advanced modular design that makes it ideal for both laboratory and field testing applications. The system uses a combination of linear actuators, linear motors, and piezoelectric transducers to accurately measure vibrations and shocks at any frequency. The modular design allows for easy assembly and disassembly of the unit components, which allows it to be adapted to fit specific testing requirements. LING DYNAMIC SYSTEMS D390-8004 performance is further enhanced by its unique programming capabilities. This machine can be programmed to measure dynamic phenomena such as amplitude, frequency, and time-delay. For further accuracy, the tool is capable of recording vibration and shock events at up to 99 kHz. Its high-speed data acquisition asset also ensures data integrity. D390-8004 is a lightweight and portable model that is ideal for portability when testing needs to take place in different locations. It is designed with an ergonomic handle for ease of transport. Additionally, it is suitable for use with standard computers, laptops, and PLCs, with an integrated data communication interface. LING DYNAMIC SYSTEMS D390-8004 is an easy to use and highly-accurate equipment capable of meeting the demanding requirements of dynamic vibration and shock measurement. Its advanced modular design allows for customization to fit different testing objectives. Its lightweight and portable size also makes it ideal for use in laboratory and field test applications. Additionally, its detailed programming capabilities ensure that accurate records of displacement, velocity, and acceleration can be generated quickly and efficiently.