The device records signals at different speeds. It helps test motors, machines, and systems used in energy, transport, and factories.
Yokogawa Test & Measurement Corporation introduces the SL2000 High-Speed Data Acquisition Unit, part of the ScopeCorder series, offering data logging for evaluation and testing. This modular platform combines a mixed signal oscilloscope with a data acquisition recorder to capture fast signals and long-term trends, suitable for research, validation, and troubleshooting.
The unit operates independently or alongside the DL950 ScopeCorder, supporting multi-channel measurements. This setup provides a solution for mechatronics and electric power markets, supporting the development of new technologies and applications.
Targeted industries include transportation (automotive, rail, aviation), power and energy (renewable energy, smart cities/homes, data centers), and mechatronics (industrial robots, motors). Applications include durability and reliability testing needing high sampling rates and simultaneous analog and vehicle bus signal measurements, evaluation of mechanical signals like temperature and vibration alongside control signals, and electrical and control signal analysis.
Since the DL950 ScopeCorder’s launch four years ago, progress in electric vehicles, renewable energy, and industry has increased the need for simultaneous multi-parameter measurement and systemized mechatronic data acquisition. For example, motor durability tests require long-duration, high-speed sampling and reliable instruments to ensure product quality and improvement.
The SL2000 meets these needs by enabling long-term, multi-channel measurements at speeds up to 200 MS/s with its dual capture function. Its IS8000 software platform simplifies extended testing, improving efficiency in design and evaluation. Isolation technology reduces noise, ensuring accurate data in harsh environments.
With eight slots supporting up to 32 channels and over 20 input modules, the SL2000 can measure electrical signals, mechanical sensor data, and decoded vehicle bus signals. Synchronizing up to five SL2000 and DL950 units increases measurement capacity, meeting testing demands.
